Boot with improved bootleg restraint

FIELD: personal use articles.

SUBSTANCE: boot (1) contains a sole (2) and a bootleg (3); the boot (1) is longitudinally extended from the heel part (4) to the front (5) and vertically - from the sole (2) to the upper edge (12); the boot (1) has a putting-on hole (17) and contains a side part (15), a middle part (16) as well as a restraint means (30), the restraint means (30) containing the first string (31), the second string (32) as well as the elements (33-42, 80) connecting the strings (31, 32) to the bootleg (3); the first string (31) passes from one part (15, 16) to the other area of the ankle joint while the second string (32) passes from the primary sliding connective element (37) positioned on one of the part (15, 16) further via the first sliding intermediary connective element (41) positioned on the other part, then further along the bootleg (3) encompassing the heel part (4) between the sole (2) and the upper edge (12), ultimately coming to the end stationary connective element (42) positioned on the same part as the primary connective element (37).

EFFECT: ensuring the user's leg retention inside the bootleg.

 

The invention relates to a Shoe, in particular sports, and in particular, to a Shoe designed for walking, skiing, Nordic walking or athletics.

These shoes can be used in areas such as cross-country skiing or Telemark skiing, walking or running on the plain or in the mountains, mountaineering, and snow surfing, snowshoe, roller skates, roller boards, Cycling, ball games and otherwise.

Shoes may have high or low tops. The footwear may also be relatively flexible or more rigid. However, in all cases, it is desirable that the user's foot well kept. Indeed, a good hold of his legs in the leg assumes the best use.

For example, when the flexible boot, which is used when doing cross-country skiing, appropriate retention facilitates the transmission of sensory perception or movement of the foot. Usually in the area of the ankle joint device for tightening the top is designed to hold the legs of the user.

Typically, a device for tightening contains, on the one hand, braid or lace, and, on the other hand, the relationship lace top. This communication is done using metal rings on the sides or lateral and middle parts of the tops. The lace is fed alternately from one part to another. So enough on anuty for lace, to bring together the parts and pull the leg. Then tying the strap holds the coupler.

The problem which must be solved good tightening device consists in the complete retention of the foot in the Shoe. In other words, we are talking about how to eliminate unwanted movement of the foot in the Shoe, in particular in the area of the heel.

Indeed, when the foot moves in the height in the heel area, or near, the transmission of sensory information or control pulses less accurate. As a consequence, to achieve, in particular sports, worse.

In addition, the repetitive motion of the foot inside of a top cause naturest, which leads to injuries.

To improve retention of the foot in the boot is known tightening devices trying to improve the quality of contraction. That is why, in particular, reduced slip lace in metal rings, which improves the tension. The result is a tighter hold of the foot in the ankle and/or metatarsus. This means that the foot is pressed into the sole with greater force.

However, it turns out that in the well-known boots hold the feet are sometimes not enough. Especially in the area of the background see the greatest number of spurious movements of the foot in the boot.

It also appears that it is not always convenient to change the eating is off and wear shoes.

In other words, we can say that it is desirable to improve the comfort of the Shoe.

Therefore, one purpose of the invention is the running shoes more comfortable both in statics and in dynamics. It's nice to have nice feelings when standing and moving, such as cross-country skiing, walking, etc.

Another aim of the invention is to improve the retention of the foot in the Shoe, or, in other words, reduction, namely the exclusion of the undesirable movements of the foot in the Shoe.

Another aim of the invention is the improvement of the change, when it is desirable to facilitate inserting and removing the foot from the Shoe.

For this purpose, the invention proposes boots that contain soles and the uppers stretched in length from the heel to the front of the toe and height from the sole to the upper edge, while the boot has a hole for obamania and contains a side part, middle part, and a device for tightening for the reversible reduction of the hole, the device for tightening contains the first strap, second strap, and a connecting element with lace top.

Shoe according to the invention is characterized in that the first strap passes from one side to the other in the area of the ankle joint, and also that the second strap passes through the initial sliding of the connecting cell battery (included) is t, posted on one part, then through the first intermediate sliding coupling element, placed on the other side, then along the top, covering the back, between the sole and top edge, then comes to the fixed end of the connecting element attached to the side bearing the initial of the connecting element.

Needless to say, each string is taut and held it reversible manner by any known manner. For example, the first and second laces can contain a single cords, designed to link together. In this case, the tightening each strap is hand tension. Next, the node keeps the tension of the laces. The contraction may be the same or different between the laces. Therefore, the device for tightening the invention allows to pull with the desired force, on the one hand, the area of the ankle joint and, on the other hand, the area of the heel.

As drawn in two zones of the Shoe, namely the area of the ankle joint and heel, a tautening device allows specific distribution of pulling on the top and, consequently, on the foot of the user.

Device for tightening also allows you to make beautiful contraction and, thus, excellent retention in the area of the backside of the ICA.

Hence, preferably, should be a good hold of the foot. Indeed, the foot moves much less or even not moving at the top. The consequence of this is the best transfer of sensory information or control impulses.

Another benefit associated with tightening device, is a consequence of the tightening action. Indeed, when the laces loosened, see the following dual phenomenon. The side and middle part can diverge in the area of the ankle joint, and the upper part of the upper vertically from the heel, can bend forward in the hole.

This allows to say that the hole is revealed more in comparison with the prior art, when both lace dissolved.

Hence most easily changing shoes because the foot has more space for the passage.

In General, it appears that the shoes according to the invention provides more comfort both in statics and in dynamics.

The invention is further explained in the following description, which is not restrictive, with reference to the accompanying drawings, in which:

- figure 1 represents a perspective view of a front view of a boot according to first embodiment of the invention,

- figure 2 represents a view, similar to the first, showing the device for tightening the goal is looking Shoe,

- figure 3 schematically depicts a view of a perspective view similar to figure 2, which shows the placement of the laces of the device for tightening,

- figure 4 represents a side view of the Shoe shown in figure 3,

- figure 5 schematically depicts a top view of the Shoe in figure 3 when the device for tightening does not draw the leg,

- 6 schematically depicts a view similar to figure 5, when the device for tightening pulls the leg,

- 7 depicts a perspective view of a front view of a boot according to the second variant embodiment of the invention.

The first version of the implementation, which will be described below only applies to shoes to practice cross-country skiing or Telemark. However, the invention is applicable to other areas listed above.

The first option is described below with reference to figures 1-6.

As shown in figure 1, the ski boot is designed to accommodate feet of the user.

As usual, the boot 1 includes a running sole 2 and a top 3. Boot 1 is stretched in length from the rear edge of the heel 4 to the front of the toe or point 5, and the width between the side part 6 and the Central part 7.

As shown, the top 3 contains the lower part 10, intended for embracing the feet, and the upper part 11, which is intended for embracing the ankle. However, you can imagine that the leg can have only the lower part.

In accordance with the first described embodiment of the boot 1 is stretched up from the base 2 to the upper edge 12, that is, until the free edge of the upper part 11 or the top 3.

Boot 1 is designed in such a way as to ensure proper bending of the feet or the proper course of the foot, and the transmission of sensory information or control impulses. Therefore, the leg 3 is relatively flexible. As for the soles, it may be relatively rigid, for example, to go Konkov step, or softer, for example, to go variable step.

As best seen in figure 2, the boot 1 includes a side portion 15 and the middle portion 16. Part 15, 16 contain sections covering the foot.

Needless to say, the parts 15, 16 is connected to the sole in a known manner, for example by gluing, stapling or similar. Parts 15, 16 are made so that the Shoe 1 has a hole 17 for threading feet. This hole 17 extends from the upper edge 12 of the front toe 5. From the upper edge 12 of the opening 17 of the upper portion 18, which is intended for the passage of the foot, and also to cover the ankle after tightening. In the area of the ankle joint between the upper part 12 and the front toe 5 hole 17 has an inner portion 19, which provides for changing the size of the hole and tightening volume. The Wal is of course, the top 18 and 19 internal parts continue one another.

It is seen that the top 3 contains the tongue 20. The tongue 20 is placed between the side 15 and the average of the 16 parts in the area of the inner part 19 of the hole 17, to provide the top 3 continuity. However, the tab may be missing. In this case, part 15, 16 can be separated or placed one against the other. One and the other part may also associate the folding insert.

In addition, but not necessarily, the boot 1 includes a valve 25, which is intended to means to overlap the inner portion 19 of the hole 17. The valve 25 is placed between the parts 15 and 16 to improve the tightness of the Shoe.

In accordance with the first embodiment, the valve 25 is fixedly mounted on the middle part 16. Reverse connection 26 makes it possible to connect together the valve 25 with the side part 15. For example, as a reverse connection is lightning. However, for the communication can be used for any other structure, for example a row of buttons.

Boot 1 also includes a tightening device 30 for variable reduction holes. In other words, the tightening device 30 can be changed to pull the top 3.

As can be seen from figure 3 and 4, the tightening device 30 includes a first strap 31, the second strap 32, as well as connections 33-42 laces galenism 3.

In accordance with the invention, the first strap 31 goes from one part 15 to the other part 16 in the area of the ankle joint, i.e. the inner part 19, and the second strap 32 passes through the primary sliding the connecting element 37 is placed on one of the parts 15, 16, then through the first intermediate sliding coupling element 41, is placed on the other side, then cover the top 3 along the contour of the heel 4 between the sole 2 and the upper edge 12 and comes to the end fixed connecting element 42, is mounted on the parts 15, 16, which carries a primary connection the element 37.

This structure allows to provide reversing the pull of a top 3, on the one hand, to the ankle in the area of the inner part 19 of the openings 17 and, on the other hand, the heel or ankle, that is, toward the rear or heel 4. In other words, you can perform the contraction at the foot of the user in different ways. This allows, for example, to take into account the morphology or the necessary software needed comfort.

More specifically, with reference, in particular, figure 3 tightening device 30 includes a series of lateral connecting elements 33-36. This sequence contains consistently placed first coupling element 33, the second coupling element 34, the third of the connecting member 35 and the fourth side connecting element 36. Needless to say, the number of connecting elements may be different. If in this case it is four, it can be an alternative different, the sequence may contain more or less than four connecting elements.

Lateral connecting elements 33-36 located on the side part 15 of the Shoe 1. More specifically, the side portion 15 has a lateral edge 50, which limits the aperture 17 in the region of the side part 6. Lateral connecting elements 33-36 connected to the top 3 in the region of the edge 50. The first coupling element 33 is placed near the upper edge of a top 3 near the intersection of the parts 18, 19 holes 17. Then the other side of the connecting elements, in this case, second 34, third 35 and 36 fourth connecting elements are close respectively to the front toe 5 or away from the upper edge 12.

All lateral connecting elements 33-36 are moving. In this regard, as will be better described below, each side of the connecting element 33-36 contains a private passage. You can see that this passage allows us to provide slip laces 31, 32, holding the latter at the level of the connecting elements. Needless to say, alternatively, may be provided that one or more connecting elements contain an open passage or hook. P the latter allows also to allow sliding of the lace, providing, in addition, the visible difference from each other lace and a top.

Similarly, the tightening device 30 contains a sequence of secondary connecting elements 37-40. This sequence contains consistently located the first coupling element 37, the second coupling element 38, the third coupling element 39 and the fourth average coupling element 40. In this case, the number of connecting elements may be different in the present embodiment, it is four, but it can be more or less than four.

Secondary connecting elements 37-40 placed on the middle part 16 of the Shoe 1. More specifically, the middle portion 16 has a middle region 51, which limits the aperture 17 in the area of the middle part 7. Secondary connecting elements 37-40 connected to the top 3 along the edge 51. The first connecting element 37 is placed near the upper edge 12 of the top 3, that is, near the intersection of the parts 18, 19 holes 17. Then other secondary connecting elements, in this case, the second 38, 39 third and fourth 40 connecting elements are close respectively to the front toe 5 or away from the upper edge 12.

The first 37 and second 38 and third 39 secondary connecting elements are moving, while the fourth connecting element is 40 is fixed. In this case, moving the connecting elements 37-39 contain closed passages, there may be used one open passage. With regard to the fixed connecting element 40, as will be clear from the following, one can say that the connecting element 40 is connected with a strap 31 of the top 3 consistently. In accordance with the first embodiment, the means of fixing the strap 31 with a top 3 contains the stitching. However, one could also introduce or additional bonding, pulling, binding, etc. Fixed coupling element 40 is placed at the bottom of the zone lacing and side front toe 5.

Even if the tightening device 30 is placed mainly along the edges 50-51 inner part 19 of the hole 17, the tightening device 30 also includes a first intermediate coupling element 41, the role of which will be explained below. This intermediate coupling element 41 located on the side part 15 in accordance with the first embodiment. More specifically, the intermediate coupling element 41 is placed between the sole 2 and the hole 17 in the upward direction, that is, between the sole 2 and a side edge 50. The intermediate connecting member 41 thus more removed from the lateral edge 50 than the lateral connecting elements 33-36. This means, therefore, that sub is full-time coupling element 41 is closer to the sole 2, than the lateral connecting elements 33-36. In the direction of the length of the intermediate connecting member 41 is placed between the upper edge 12 and the front toe 5. In accordance with the first embodiment of the invention, the intermediate coupling element 41 is placed longitudinally between the first connecting element 33 and the fourth connecting element 36, for example at the height of the third coupling element 35, or between the third connecting element 35 and the fourth connecting element 36, i.e. more to the front of the zone lacing.

The intermediate connecting member 41 is a sliding connecting element in the direction in which it is to slide the strap 32. In accordance with the first embodiment of the invention the intermediate connecting member 41 contains a single pass. The latter is closed. However, it may also be open.

The tightening device 30 contains, finally, the end of the connecting element 42, which is fixed. The role of this end of the connecting element 42 will be better explained below. This end of the connecting element 42 is placed on the middle part 16 in accordance with the first embodiment. Indeed, intermediate 41 and the end 42 of the connecting elements are located respectively on two FR the opposite parts of the top, one side and one medium.

The height of the end connecting element 42 is placed between the sole and the hole 17, that is, between the sole and the upper edge 12. As best seen in figure 4, the height of the end connecting element 42 is more removed from the foot, the intermediate coupling element 41, but not removed from the sole as the first middle connecting member 37. You can also say that the end of the connecting element 42, in the extreme case, placed between the bottom 10 and top 11 top 3.

The length of the Shoe end of the connecting element 42 is placed in front of the back 4, but behind the lateral connecting elements or medium 33-36 37-40. Indeed, the end of the connecting element 42 is placed at a height below the upper part 18 of the hole 17. However, it can also be foreseen that this connecting member 42 protrudes forward, for example at the height of the first secondary coupling element 37 or more ahead.

After explaining the arrangement of the connecting elements 33-42 easier to describe the placement of the laces 31, 32, and their effect.

In accordance with figure 2-4 the first strap 31 has a single cord 55. It is made in any known manner from any suitable material. For example, the cord 55 contains synthetic and/or natural woven threads.

The first strap 31 is stretched the t of the free end 56, designed for reverse tension or pulling it to the final bracket 57. The first strap 31 or the cord 55 is designed for tightening the top 3 in the upper part. For this, the first strap 31 is passed between the parts 15 and 16. In accordance with a first non-limiting embodiment, the first strap 31 or the cord 55, crosses successively the first side of the connecting element 33, the second secondary coupling element 38, a third side connecting element 35, the third middle connecting member 39 and, finally, the fourth side connecting element 36, entering the fourth medium of the connecting element 40. Since the latter is fixed, as shown, the strap 31 are fixed to its mounting end 57. Before lacing the strap 31 is ignored in all other connecting elements 33, 35, 36, 38, 39. Thus, pulling manually, for example, the free end 56, the strap 31 is stretched to its fixed end 57. As a consequence, the side 15 and the average of the 16 parts are attracted to one another, at least in the region of their respective edges 50, 51. In other words, the tension on the first strap 31 pulls the leg 3 around the foot at the ankle joint in the direction along the side 33-36 and medium 37-40 connecting elements. Needless to say, the cessation netgene the first strap 31 leads to a weakening of tightening the top 3.

The second strap 32 includes, for example, a single cord 60, continued tightening of the belt 61. In this case, the cord 60 contains synthetic and/or natural woven. Garter belt is made from, for example, woven from the threads of the tape, or from a flexible synthetic material.

The second strap 32 is pulled from the free end 62, designed to reverse the tension or pulling it to the final bracket 63. The second strap 32 is designed for tightening the rear part of the top 3 in the back 4. For this second strap 32 goes from one part to 15, 16 to the same part, covering the back 4. You can also say that the second strap 32 covers the top 3 in the upper part 18 of the inlet 17. In accordance with a first non-limiting embodiment, the second strap 32 successively crosses the first middle connecting member 37, the second side of the connecting element 34, then the first intermediate coupling element 41 and goes to the end of the connecting element 42. It is seen that the latter is stationary, and the second strap 32 fixed to its end 63. Lace 32 slides in all other connecting elements 34, 37, 41. It is seen that the secondary coupling element 37 is the first connective element of the second strap 32. Thus, if you pull on the example, hand free end 62, a second strap 32 is extended until its fixed end 63. As a consequence, the counter 4 is compressed between the sole 2 and the upper part 18 of the hole 17. This allows to say that the tension of the second strap pulls the height of around 3 feet in the heel area. Contraction of the second strap 32 presses his foot to the front of the Shoe. Indeed, the first intermediate coupling element 41 is returnable due to its placement on the top, and it affects the strap 32 in the forward direction. Contraction of the second strap 32 presses also the heel to the sole 2. Indeed, the end of the connecting element 42 is more remote from the base 2 in height than the first intermediate or return connecting element 41. Thus, between the back 4 and the intermediate connecting element 41 of the second strap 32 is directed at an angle. Indeed, the second strap 32 descends to the bottom 2 from the heel 4 to return the coupling element 41. Consequently, the second strap 32 presses the heel 4 of the Shoe and, therefore, the heel of the user at a time to the front tip 5 and the sole 2. This allows a good hold of the heel in the Shoe. Therefore, control impulses and sensory information is transmitted with greater accuracy.

Additional note some specificity the ski technical details of the first version of the implementation.

For example, the cord 60 is connected with a compression belt 61 in the connections pane 64, carried out by any known method. Very good stitching. Also suitable bonding, linking, etc. Connection 64 is placed between the first intermediate connecting element 41 and the end connecting element 42. However, the connection 64 is located near the first intermediate coupling element 41. This means that the elastic element 61 embraces the heel 4, carrying the best tightening force is distributed on the top 3. Contraction is better as tightening the belt 61 is wider in comparison with a cord.

End of the connecting element 42 is also made in any known way. If the second strap 32, and more specifically, in this case, tightening the belt 61, sewn to the top 3 to the end of the connecting element 42 can also be an alternative, or in addition to use other methods of execution, such as, for example, gluing, welding, binding, and the like.

Regarding the second strap 32, it can be seen that in accordance with the shape of the second strap 32 passes through the second side of the connecting element 34. This passage is an additional connecting element for passage of the second strap 32, that is, in this case, for passage of a cord 60. However, e is and the guide 34 is not required. Side coupling element 34, that is, guiding, positioning the second strap 32 relative to the first 31 in the area of the holes 17 of the Shoe in order to facilitate the operation of each of the laces. In this case, avoid that one interferes with another, for example, as a result of friction.

It was also noted that, because the boot 1 is hard for detachable mounting to sports equipment, it provides a means of connection with the past. For example, the boot 1 includes, as shown in figure 4, the first transverse crosspiece 71 and the second transverse crosspiece 72 placed in the area of the base 2 toward the front of the toe 5.

An alternative may be provided by one jumper 71, 72 or other means of fastening.

In addition it should also be noted that the boot 1 includes a fixation element 73 laces 31, 32. The element 73 is well known in the art and here he is not described. Item 73 means holds the first and second laces to one another in the region of their respective free ends 56, 62. Needless to say, the fixation element is not required. May also provide reverse blocking aisles or simply tying loose ends 56, 62 to maintain tension or tightening the laces 31, 32.

As a consequence, as can be seen in figure 5 and 6, the leg 3 may be as you will draw is about, and released.

Figure 5 shoelace 31, 32 is released. Therefore, the edges 50, 51 divorced from one another, and the second strap 32 around the back 4 without contraction: the top 3 are not drawn. Therefore, it is possible removing and donning the introduction of the foot into the hole 17. This operation is compared with the known shoes is facilitated by the fact that the upper part 11 is flexible, and the second strap 32 is not pulled. Moreover, the upper part 11 is noticeably deformed back over the heel for 4 more holes 17 with the introduction of the foot.

On the contrary, figure 6 shoelaces 31, 32 are strained by the arrows F1, F2 in accordance with the tension of the cords 31, 32. In this case, the edges 50, 51 are close to one another, the second strap 32 covers the back 4, they fix it: top 3 tight. Needless to say, the contraction is controlled by the user, on the one hand, to the ankle joint and, on the other hand, for the heel to provide the adapted state of the foot, as it was explained previously.

The second variant embodiment of the invention presented in Fig.7. For convenience, elements in common with the first option, labeled the same positions. Thus, to identify differences.

So, shows the second variant of realization of the Shoe 1 with the tightening device 30. The latter contains the first strap 31, the second strap 32, the lateral connecting elements 33-36 secondary connecting elements 37-40, the first intermediate coupling element 41 and one end of the connecting element 42, invisible in the drawing.

Shoe 1 in accordance with the second embodiment is equipped with a valve, by means of fixation, as well as a means of fastening. This Shoe is designed, for example, for a walk or snowshoe.

Boot 1 includes, for example, the additional connecting element or the guide 80 to the second strap 32. This guide is hosted on a top 3 side 6 vertically from the upper part 18 of the hole 17. She holds the strap 32 on the nominal trajectory.

In all cases, the invention is made of well-known specialists of materials and by known techniques.

Needless to say, the invention is not limited to the above-described variants of implementation and includes all technical equivalents that are not beyond the scope of the following claims.

In particular, in all cases, the design of the tightening device can be inverted in the direction in which the connecting elements located on the middle part may be located on side and Vice versa.

The number of connecting elements, guides, or different passes for laces 31, 32 can be increased or decreased.

1. Shoe (1), containing the sole (2) and the leg (3), if e is ω shoes (1) elongated in length from the heel (4) to the front of the toe (5), and in height from the sole (2) to the upper edge (12), and shoes (1) has an opening for putting (17) and contains a side part (15), middle part (16), as well as a device for tightening (30), the device (30) for tightening contains the first strap (31), the second string (32)and connecting elements (33-42, 80) laces (31, 32) with a top (3), characterized in that the first string (31) moving from one part (15, 16) to another area of the ankle joint, and also that the second string (32) passes from the primary moving the coupling element (37)that is hosted on one of the parts (15, 16), then through the first sliding the intermediate coupling element (41)placed on the other side, then passes through the top (3), covering the back (4) between the sole (2) and upper edge (12), and comes to the end fixed the connecting element (42), placed on the same part, where the primary coupling element (37).

2. Shoe (1) according to claim 1, characterized in that the device for tightening (30) contains a sequence of lateral connecting elements (33-36), the sequence of secondary connecting elements (37-40), the first intermediate coupling element (41)located on the side part (15), and the end of the connecting element (42), placed on the middle part (16).

3. Shoe (1) according to claim 2, characterized in that the it side of (15) contains a side edge (50), which limits the opening (17) in the area of the lateral side (6), with lateral connecting elements (33-36) are rigidly connected to the top (3) in the field region (50)and the fact that the middle part (16) contains the average edge (51), which limits the opening (17) in the area of the secondary side (7), with an average connection elements (37-40) are rigidly connected to the top (3) in the field region (51)and the fact that the intermediate coupling element (41) is placed between the sole (2) and the hole (17) in the direction of the top, and that end of the connecting element (42) is placed between the sole (2) and nut (17).

4. Shoe (1) according to claim 3, characterized in that the first side coupling element (33) is placed near the upper edge (12), the other side coupling elements (34, 35, 36) follow each other in the direction of the front tip (5), as well as the fact that the first secondary coupling element (37) is placed near the upper edge (12), the other side of the connecting elements (38, 39, 40) follow each other in the direction of the front tip (5), as well as the fact that the first intermediate connecting element (41) is placed along between the upper edge (12) and the front toe (5), and that end of the connecting element (42) in length placed in front of a backdrop (4).

5. Shoe (1) according to claim 3 or 4, characterized in that the height of the first intermediate connecting ele is UNT (41) is placed between the sole (2) and a side edge (50), and the fact that the height of the end of the connecting element (42) is more removed from the sole (2), than the intermediate connecting element (41), but less removed from the sole than the first middle connecting member (37).

6. Shoe (1) according to claim 2, characterized in that the number of lateral connecting elements (33-36) contains consistently located the first coupling element (33), the second coupling element (34), the third coupling element (35) and the fourth coupling element (36), with lateral connecting elements are moving, and the fact that the number of secondary connecting elements (37-40) contains consistently located the first coupling element (37), the second coupling element (38), the third coupling element (39) and the fourth coupling element (40), the first (37)and second (38) and third (39) secondary connecting elements are moving, and the fourth coupling element (40) is fixed.

7. Shoe (1) according to claim 6, characterized in that the first string (31) passes sequentially through the first side coupling element (33), the second secondary coupling element (38), a third side connecting member (35), middle third coupling element (39), then a fourth side connecting element (36) and ends in the middle of the fourth coupling e is Amante (40), and the fact that the second string (32) passes sequentially through the first, middle or initial coupling element (37), the second side of the connecting element (34), then the first intermediate coupling element (41) and ends at the end of the connecting element (42).

8. Shoe (1) according to claim 1, characterized in that the initial coupling element (37) and the end of the connecting element (42) is placed on the middle part (16) of the boot.

9. Shoe (1) according to one of p-8, characterized in that the stationary coupling element (40) is placed in the lower part of the zone lacing and side front toe (5).

10. Shoe (1) according to claim 1, characterized in that the first string (31) contains a single cord (55), and that the second string (32) contains a single cord (60), continued tightening strap (61).

11. Shoe (1) according to claim 1, characterized in that it includes a tool mount (71, 72) to sports equipment.

12. Shoe (1) according to claim 1, characterized in that it contains a valve (25)intended for closing the inner part (19) of the hole (17).

13. Shoe (1) according to claim 1, characterized in that, in comparison with the known Shoe hole (17) expands more when the laces dissolved.



 

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8 cl, 1 dwg

FIELD: personal use articles.

SUBSTANCE: shoe covers (according to the first version) comprise fabric tops 1, with a zip 2, along the upper edge of the tops 1 inside there are metal buttons 3 for connection to clothes of an operator. At the same time in the area of a feet ankle there is an adjustable sling 4 with supporting belts 5 and 6, and along the upper edge of the tops 1 and in the lower leg area there are fixing elements in the form of an elastic tape 7, 8 and 9 and a sole 10. The latter is made as a galosh and is connected to the tops by means of a stitching seam 11. In the sole 10 there is a grounding element in the form of a metal rivet 12, which is connected with the tops 1 by means of a carbon tape 13. The shoe covers (according to the second version) comprise fabric tops 14, along the upper edge of the tops 14 from inside there are metal buttons 15 installed for connection to clothes of an operator, along the upper edge of tops 14 and in the area of a lower leg there are fixing elements in the form of an elastic tape 16, 17 and 18 and a sole 19. The latter is made as a galosh and is connected to tops 14 with a stitching seam 20. In the sole 19 there is a grounding element in the form of a metal rivet 21, which is connected to tops 14 by means of a carbon tape 22.

EFFECT: when using shoe covers of the inventions, a grounding circuit is formed jointly with a grounding metal contact, a carbon tape and metal elements for fixation to clothes, and the circuit ensures removal of static charge from all clothes and shoes of an operator working on an electroconductive floor.

13 cl, 8 dwg

Diving overshoes // 2428085

FIELD: personal use articles.

SUBSTANCE: invention relates to manufacturing of a composite part of diving equipment, in particular, to special shoes of a diver, to ensure safe performance of underwater engineering, search and rescue and other works. Diving shoes include a sole part with a sole, a stiff toe and an insole, an upper with a top and a fixture. The sole part includes a sole, a toe and a heel. At the same time the sole consists of the base and the toe moulded from a brass sheet, which are riveted to each other and are filled with a lead melt, the toe and the heel are made of rubber, and the top and the sole part are joined to each other by means of fixtures via a heat insulating insole.

EFFECT: in case of damage or wear, all parts of the proposed diving shoes are easily replaced with the new ones, higher repairability makes it possible to operate it for longer than the prescribed service life.

3 cl, 4 dwg

Shoe piece // 2419365

FIELD: personal use articles.

SUBSTANCE: overshoe for fancy shoes, which is wear-resistant and cheap in production, which has an upper (4) stock and a sole part (7), where a sole part is fixed to the upper stock. The upper stock is tightly attached to an upper stock, a sole, an instep and a heel of shoes and comprises the first inner side panel (8), the second outer side panel (10) and a basic panel (50). The side panels (8,10) and the basic panel (50) are made of transparent or semi-transparent material on the basis of PVC, which has flexibility and elasticity. The side panels (8,10) and the basic panel (50) are joined together along adjoining edges to create overshoes, including a heel part. A zipper (30) makes it possible to put overshoes onto shoes. When the zipper (30) is zipped, overshoes are tightly put on shoes. The overshoes of the invention may be placed into a package, comprising a container for two overshoes in folded condition.

EFFECT: increased functionality and wear resistance, provision of their multiple use, attractive appearance of overshoes.

10 cl, 6 dwg

Shoe piece // 2419365

FIELD: personal use articles.

SUBSTANCE: overshoe for fancy shoes, which is wear-resistant and cheap in production, which has an upper (4) stock and a sole part (7), where a sole part is fixed to the upper stock. The upper stock is tightly attached to an upper stock, a sole, an instep and a heel of shoes and comprises the first inner side panel (8), the second outer side panel (10) and a basic panel (50). The side panels (8,10) and the basic panel (50) are made of transparent or semi-transparent material on the basis of PVC, which has flexibility and elasticity. The side panels (8,10) and the basic panel (50) are joined together along adjoining edges to create overshoes, including a heel part. A zipper (30) makes it possible to put overshoes onto shoes. When the zipper (30) is zipped, overshoes are tightly put on shoes. The overshoes of the invention may be placed into a package, comprising a container for two overshoes in folded condition.

EFFECT: increased functionality and wear resistance, provision of their multiple use, attractive appearance of overshoes.

10 cl, 6 dwg

FIELD: personal use articles.

SUBSTANCE: invention relates to shoes with energy accumulation for daily wear and to accessories for energy accumulation. Shoes with energy accumulation caused by elastic deformation, comprising the following components: a spring unit, comprising at least one bending spring of the specified elasticity, at the same time the lower part of the spring is a support element, intended for contact with support surface. Shoes upper with fixation devices to fix position of the user's leg and to transfer gravitation effect to the spring in the spring unit. The sole is arranged with the possibility of contact with the support surface with the loaded spring. Fixation devices to transfer gravitation action to the spring of the spring unit include a component arranged in the form of the cuff, which partially or fully covers the user's shank and joined to the upper part of the spring, in the form of a non-elastic jacket or another supporting element for the leg.

EFFECT: development of shoes with energy accumulation.

14 cl, 23 dwg

FIELD: personal use articles.

SUBSTANCE: group of inventions intended for use in shoe industry and can be used for ease of use and maintenance of footwear both regular and special, for example sports (ski boots, skates, or shoes for tourists). It is offered to place the device in shoe boxes, in addition to batteries and heating elements, electronic devices with the radiating antenna modules. In addition, it is proposed to use the base for shoes, also containing the antenna-radiating module. When installing the shoe on the support (during the preparatory phase) between them (the footwear and stand) contactless exchange of electromagnetic signals is formed, which makes it possible as a result, without wires, to determine at a distance the technical condition (diagnose performance) of the basic blocks of shoe devices, primarily the current battery power, built-in shoe devices. This technical solution is driven by the desire for multi-functionality of all components of the device and the design simplification, and the weight of the shoe devices. In the method of operation of shoes an antenna-radiative module, electronic device and a micro keyboard are put into each shoe. To operate the shoes a stand is created, including a display unit, a control panel, the third electronic device and the third antenna-radiative module. At the same time the transfer of power from the third to the first two electronic devices is carried out using inductive coupling between the third and the first two radiative antenna modules. The transmitted electricity is stabilised, accumulated and used for the operation of the first two electronic devices. Also the transmission of information signals is carried out from the third to the first two electronic devices due to inductive coupling between the third and the first two antenna modules, and preparation to transfer the information signal back is produced. The transfer of information signals in the opposite direction from the first two to the third electronic device is carried out with inductive coupling between the third and the first two radiative antenna modules.

EFFECT: invention enables to renew energy battery life while maintaining mobility and undismountable design of footwear, this enables to produce footwear solid, cast, and with significant resource of use, an additional technical result in use of the device is the possibility to use the contour as a heating element.

5 cl, 3 dwg

Footwear // 2395222

FIELD: personal use articles.

SUBSTANCE: proposed group of inventions refers to shoe construction, a manner of wearing the shoe on man's foot in accordance with the shoe design features of invention and a manner of getting the shoe off man's foot. The shoe (1) has a toe part (2) and a heel part (3), which can completely or partially be disconnected from the toe part (2). The shoe with essentially flexible top and essentially hard shoe sole provides a toe part including the forepart of the shoe sole and the forepart of the top, the heel part (3) which includes the back part of the shoe sole and the back of the top. At that the heel part (3) may at least partially be disconnected from the toe part and rotate towards it, enabling to insert a foot into the toe part (2). Also it has a disjointed fastener (4) for connecting the heel part to the toe part with the possibility of their disconnection from each other, and a single-piece footbed attached to the toe part with the ability to its overlay on the front and the back parts of the shoe sole. When the heel part (3) is at least partially disconnected from the toe part (2) the shoe can be easily put on a foot of a man who does not need to bend the foot or make efforts to put the shoe on or take it off. In versions with a partial disconnection of the heel part (3) it can be turned towards the toe part (2) sideways or down. A disjointed fastener (4) may be a zipper, Veklro (Velcro™) or other means.

EFFECT: ensuring the possibility of partial disconnection of different parts of footwear from one another, at that the shoe is comfortable to take on and off needlessly to turn the foot and apply a force or pressure on it.

8 cl, 19 dwg

FIELD: personal use articles.

SUBSTANCE: present invention relates to production system of "assembled" shoes or moccasins equipped with shock-absorbing insert (3), which is inserted into space (8) produced inside false heel, which consists of special rigid frame (2) in the form of horseshoe-shaped yoke. Production system for shoe with shock-absorbing insert in heel, in which the following components are used: special last (1) of such type, which has a heel part (1a) and toe part (1b), joined by spring (M), in which heel part (1a) includes heel (1c) connected to heel part by step (1d), since heel (1c) is a bit smaller than heel part (1a); special rigid frame (2), which surrounds heel (1c) and which mainly represents a horseshoe-shaped yoke; shock-absorbing insert (3) arranged inside heel under heel part; and includes the following sequence of working stages: a) putting frame (2) onto heel (1c) of last (1); b) fixation of inner sole (4) by available mans with the possibility of detachment, at the bottom of last (1) sole, lower sole of which is fully covered with inner sole (4) from toe part to heel part, and central part of it (4a) is twice folded to cover transverse front edge (1c') of heel (1c); c) covering and tightening of tightened edge of shoe upper (5) so that horseshoe-shaped frame (2) is hidden, which remains covered with upper (5); a) application and fixation of ordinary outer sole (6) on inner sole (4); application and fixation of tip (7) onto sole with available means; removal of shoe from last (1) and insertion of shock-absorbing insert (3) of the same shape and same size as heel (1c) so that it is precisely arranged in space (8) surrounded by horseshoe-shaped frame (2); h) insertion of inner sole (9) into shoe (S) arranged so that it hides insert (3).

EFFECT: production system, according to inventions, provides for update of technology, for creation of space on support surface of heel used for installation of insert in it, made of soft elastic deformable material, which is able to absorb heel shocks against support surface in process of walking.

8 cl, 22 dwg

FIELD: personal use articles.

SUBSTANCE: invention relates to a method for manufacture of polymer material footwear that involves the sleeve base knitting and the ready product formation; the method envisages inclusion of metal components in the top composition; the sleeve base is manufactured of a combination of double-dyed polyether and metallised strands; the sleeve base knitting is performed on sock-knitting machine tools with the textile interstrand cells sparsity excluded; the ready-knit sleeve base is put on the last of the compression mould of the hydromechanical multipositional turnaround (rotor) machine, tightly pulled and fixed on hooks at the last (lock) foundation; by the turnaround machine turning the compression mould is delivered into the injection section where the compression mould is slammed up by the hydraulic horizontal and vertical presses; a transparent polymer material is injected into the compression mould via a worm-and-piston (auger) device; by further turning the compression mould is delivered into the opening zone for removal from the last, cooling and the bootleg upper edge clipping.

EFFECT: ensuring footwear strength.

FIELD: personal use articles.

SUBSTANCE: invention relates to footwear with a ready-fitted sole with an unstable structure for recovery and/or maintenance of statically optimal body posture and healthy dynamics during walking and running with children and adult users. The footwear contains a top and a ready-fitted sole, the sole designed so that to enable adjustment to physiology of the user's normal rolling gait; the ready-fitted sole is attached to the top and contains a wearing-out layer contacting the ground, a lower layer attached to the wearing-out layer, an upper layer attached to the lower layer and a stiffening plate positioned so that to contact the upper layer; specificity consists in the fact that the lower layer, covering the travelling surface is attached to the wearing-out layer so that the latter projects at least outside the side surfaces of the upper layer while the upper layer covering the travelling surface is attached to the lower layer, the upper layer containing a support projection designed so that to enable prevention of ankle prone position and sized so that its dimensions at least correspond to those of the foot arch imprint; the lower layer material is more resilient than that of the upper layer, the stiffening plate contacting the upper layer and designed so that to cover the travelling surface, its cross section size decreasing towards the toe.

EFFECT: enabling creation of barefoot walking sensation.

18 cl, 12 dwg

FIELD: textiles, paper.

SUBSTANCE: ventilating composite insole, designed for forced ventilation of a foot in the shoe, consisting of the main insole and a shoe insert bond together with, for example, glue, between which there are two pneumatic pumps in the heel and a ball parts, made in the form of two elastic membranes secured in molded cavities of the shoe insert which has openings coaxial with the openings in the elastic membranes to release the air at the time of stepping foot on the elastic membranes and discharge air in them at the time of rising the foot.

EFFECT: providing forced ventilation of shoes with the exception of discomfort when walking.

FIELD: personal use articles.

SUBSTANCE: invention relates to a light industry and can be used in manufacture of clothes, shoes, hats and decorative items made of felt as well as at for felt products restoration. The method includes forming a canvas by stacking layers of wool fibers and applying on the layers of wool fiber of textile material, felting, felling and drying. On the canvas from the side of textile material the layers of wool fibers are additionally placed. After felling the moulding is carried out, and after drying - wet-heating treatment. Wet-heating treatment is carried out under pressure at a temperature of 120-150° C, corresponding to a temperature of adhesion of adhesive. As textile material the easily mouldable adhesive gasket material with sparse structure is used. The adhesive gasket material can be placed in accordance with the zones marked on the detail.

EFFECT: reduction of thickness and weight of felt parts is provided, while maintaining the specified strength; obtaining one-piece moulded detail with uniform thickness, with zones which differ in properties; increasing the strength of the obtained material; preservation of appearance of felt on the front and reverse side of the product which is attractive for a consumer.

2 cl, 3 dwg, 1 tbl, 2 ex

FIELD: personal use articles.

SUBSTANCE: invention relates to removable soles containing fixing devices to attach to the shoe, characterised in the fact that for the purpose of applying the information to the surface where the pedestrian is moving, soles are composed of at least three layers, the first layer is made in the form of rigid ribs, made of solid material inside which for storage liquid dying material there are cavities connected by slits with the second layer of flexible material having an internal porosity, which provides the movement of liquid dying material, and the third layer, consisting of the outer sections with closed pores and areas with open pores.

EFFECT: provision of possibility of applying the paint to the surface while walking.

FIELD: process engineering.

SUBSTANCE: invention relates to self-closing vent insert for textile articles, shoes or the line, made up of two ventile layers, absorption layer arranged between aforesaid layers, coat over ventile layers, and at least one protective element. Absorbent laid in vent insert chambers swells on absorbing moisture to close said chambers thus rendering them air- and watertight. With said insert dried, chamber open to become ventile elements. Invention covers also method of producing aforesaid insert by injection moulding.

EFFECT: proposed vent insert may be used in production of clothes and technical items.

36 cl, 9 dwg

FIELD: personal use articles.

SUBSTANCE: shoe (10), namely, a high-heeled shoe, comprising a convex bearing element (40) for the middle part of the foot, made of a conformal or compression cushioning material having a compressive factor of deformation (CFD) from 0.6 pounds per square inch (psi) to 30 pounds per square inch (psi) at 25% compression, and which has such size and shape that its height (h1) is sufficient to ensure contact and support, for at least some area of the middle part (116) of user's foot (110). The bearing element (40) for the middle part of the foot is made of an elastomeric material with a maximum thickness of 10 mm and 22 mm, and includes a support platform (42) and sidewalls (44 and 46). In a preferred version, the subject of footwear additionally comprises a supporting element (58) for the forefoot, which is located on the upper surface of the insole (20), on the front section (28) of this insole (20). Also an insert is proposed for a shoe with a high heel, which supporting element (40) for the middle part of the foot is made of the above material.

EFFECT: improved usability.

19 cl, 10 dwg

FIELD: personal use articles.

SUBSTANCE: shoes include a shoe upper, which is fixed to external parts of a sole, comprising an upper end part and a lower end part. The external parts of the sole have at least two support elements (41, 42, 43) at the heel level made of a cushioning material and arranged accordingly at the side edge and at the middle edge of the shoe sole. Each element (41, 42, 43) stretches in vertical direction substantially from the end upper part to substantially the lower end part of the sole. The support elements (41, 42, 43) are made with the possibility of deformation substantially independently on each other. The external parts of the sole also comprise an elastically deformed element (30). The latter includes the upper part, which stretches in transverse direction of the sole and covers the upper end of each support element (41, 42, 43), and at least two grips (34, 35, 36). Grips stretch at the side and in the middle of the sole and cover each support element from the outside (41, 42, 43) substantially along their full height.

EFFECT: provision of shoe sole cushioning along three different directions, simultaneously in horizontal plane and in vertical direction.

20 cl, 18 dwg

FIELD: personal use articles.

SUBSTANCE: shoes include a shoe upper, which is fixed to external parts of a sole, comprising an upper end part and a lower end part. The external parts of the sole have at least two support elements (41, 42, 43) at the heel level made of a cushioning material and arranged accordingly at the side edge and at the middle edge of the shoe sole. Each element (41, 42, 43) stretches in vertical direction substantially from the end upper part to substantially the lower end part of the sole. The support elements (41, 42, 43) are made with the possibility of deformation substantially independently on each other. The external parts of the sole also comprise an elastically deformed element (30). The latter includes the upper part, which stretches in transverse direction of the sole and covers the upper end of each support element (41, 42, 43), and at least two grips (34, 35, 36). Grips stretch at the side and in the middle of the sole and cover each support element from the outside (41, 42, 43) substantially along their full height.

EFFECT: provision of shoe sole cushioning along three different directions, simultaneously in horizontal plane and in vertical direction.

20 cl, 18 dwg

FIELD: personal use articles.

SUBSTANCE: invention proposes a flexible sole of shoes for cross-country skis, including at least two connecting units (16, 18) for its connection to the fixation device. Besides, these connecting units include elements of anchor fixation (48, 50) in the sole (14). Connecting units are fixed on the common part of anchor fixture (46), which is rigidly connected to the sole (14). The anchor fixture part includes two fixing zones (58, 60). At the same time each connecting unit is fixed on one of fixing zones, and the anchor fixation part includes a central zone (62), which passes between two fixing zones. The anchor fixation part of the sole has flexibility, which ensures folding of sole part when shoes are used, in which the anchor fixation part is integrated. When shoes are used, folding of the sole part, where the anchor fixation part is integrated, results in relative displacement of both connecting units. Cross-country skis shoes contain a sole made in compliance with the sole invention.

EFFECT: invention provides reliable fixation of connecting units without excessive stiffening of the sole in the part, where connecting units are fixed.

18 cl, 9 dwg

FIELD: shoe industry, in particular, manufacture of shoes equipped with devices facilitating acting walking and rolling.

SUBSTANCE: apparatus has upper portion provided with shoe top part and sole provided with at least mid portion, lower portion and lower sole layer. Lower layer of mid portion of sole and lower layer of sole have random convex or arched shape or shape of segment of circle.

EFFECT: increased efficiency in protecting of user's joints, enhanced growth of muscles and strengthening of posture.

21 cl, 14 dwg

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