Kitchen device

FIELD: personal use articles.

SUBSTANCE: described is a kitchen device containing a rotary filtering element (30) that has a closed .lower part containing a grating disc (34). The said lower part has an external circumference while the filtering element contains a conic perforated wall (33) passing from the said external circumference to the upper edge, the said upper edge forming the opened upper part of the filtering element. The kitchen device additionally contains a driving electric motor for bringing the filtering element into motion, a supply tube (10) having a tubular wall passing from the first opened distal end intended for food product inlet to the second opened distal end that is opened close to the said grating disc, and a closure element (60) passing from the upper edge of the perforated wall to the tubular wall of the supply tube (10) for closure of the said opened upper part of the filtering element (30), with the closure element (60), the filtering element (30) and the said tubular wall forming an essentially closed ring-shaped space.

EFFECT: design improvement.

11 cl, 7 dwg

 

The technical field to which the invention relates

The present invention relates to a cooking device. In particular, the present invention relates to a cooking device known as a juicer.

Background of the invention

Cooking appliances that are used for food processing, can be found in many kitchens both households and restaurants, etc. a Specific type of cooking appliances used for food processing, designed for food processing, so get liquid or liquefied foods. Such cooking devices are, for example, mixers, blenders and juicers. Such devices are widely known and used, for example, to obtain the juice in the fruit or vegetables, or for mixing certain foods so that people can enjoy receipt of such food products, which includes the content of all fresh vitamins and nutrients of fruits or vegetables, easy way. Usually the resulting liquid food product, such as fruit or vegetable juice, for example, will be served in a pitcher or glass.

Often these kitchen devices are designed to handle a sufficient amount of food obtained for the I many glasses of juice. This means that relatively large amounts of pomace, which remain from the food product after processing, must somehow be removed. A common solution in such cases is presented, for example, in U.S. patent US 6,050,180, which opens into the juicer, containing a rotating filter element having a shape of a truncated cone, and a perforated wall. The drive motor drives the rotating filter element, which contains the grating disk, located in the filter element. Food served on the grating drive through feed tube, razravnivaetsya, and the juice passes through the perforated wall. The cake is removed from the filter element through the inner surface of the cap installed on the kitchen unit, and the cover is open towards a large container for cake.

This type of juicer is relatively large for a number of reasons. One reason is that the filter element must have a certain size to prevent rapid clogging. Another reason is that these juicers are typically designed to supply juice families, ie, for example, 3-6 people. The disadvantage of this known cooking devices is that when processing relatively small quantities of food etc the product to obtain relatively small amounts of juice, for example, for one person, you must clear a large area of the elements of the cooking device, in particular the cover and the container for cake. Therefore, these juicers are considered by users unsuitable for obtaining small amounts of juice. It is difficult for many users and will often lead to the fact that users generally will not use the juicer, depriving themselves of their useful juice, or will lead to the fact that users will buy a small juicer to make juice in a smaller amount or to buy a separate juicer for small amounts of juice. In other words, known juicers are associated with a relatively large force cleanup in situations when you get a small amount of juice.

The purpose of the invention

Therefore, it is desirable to create a cooking device of the aforementioned type, which is suitable for obtaining small amounts of juice. More specifically, it is also desirable to create a cooking device of the aforementioned type, which is convenient for use by the user when receiving small amounts of juice.

Brief description of the invention

For a more complete consideration of one or more of these purposes described cooking device for processing the food product, moreover, the cooking device includes a rotating filter element having, essentially, a closed bottom, containing the grating disk. The lower part has an outer circumference, while the filter element includes a conical perforated wall, which runs from the outer circumference to the upper edge, and this upper edge forms an open upper part of the filter element. The diameter of the upper edge of the perforated wall has a larger diameter than the outer circumference of the lower part of the filter element. Cooking device further comprises a drive motor for driving the rotating filter element, the feed tube having a tubular wall extending from the first open distal end for receiving food product to the second open distal end, and referred to the second distal end is opened next to the said grating disc and a sealing element extending from the upper edge of the perforated tubular wall to wall tubes for closing referred to the upper part of the filter element and the closing element, the filter element and at least part of these tubular wall form essentially a closed annular space.

The presence of a closing element, which is the place with the filter element and, at least part of the outer surface of the wall of the feeding tube surrounds the essentially closed space, gives the possibility to limit or localize the area in which is collected the cake resulting from the processing of the food product when using the cooking appliances or extractor of the specified type. In fact, all the resulting cake will be collected within the space surrounded by the closing element.

Consequently, the cooking device in accordance with the present invention is suitable for relatively small amounts of juice. In addition, after the juice has only elements of cooking appliances or juicer, you need to clean from the cake are the filter element and the closing element. This significantly reduces the effort of the user for cleaning.

In the embodiment described cooking device that includes a housing having an inner space that accommodates the filter element, and a cover mounted on the housing, essentially closing the inner space of the housing when mounted on the housing, and the cover supports the feed tube and contains the discharge opening, which is open towards the container for cake, which is located to accommodate the meal, which is formed from handling aemula food product. The closing element contains an opening through which passes the feed tube, the lid can be inserted with the possibility of removal in the above-mentioned inner space of the housing for closing the upper open part of the filter element.

Closing element inserted with the possibility of removal between the upper part of the filter element and the outer surface of the feeding tube, acts so that the cake will be collected inside the essentially closed space. In addition, as mentioned space is essentially closed, the resulting cake will not be able to reach the holes in the lid, which opens toward the container for cake. Therefore, after using the cooking appliances containing inserted closing element, the user does not need to clean the cover and the container for cake. More specifically, a conventional cooking device or juicer is now suitable for relatively small amounts of juice when pollution is only a small number of elements.

In the embodiment, the closing element is able to gain a foothold on the cover by inserting the tubular wall of the feeding tube into the hole of the closing element. This increases the usability of the closing element.

In a variant assests the of opening the closing element has a size, which correspond with the possibility of pairing the outer dimensions of the tubular wall of the feeding tube. This allows you to remove the lid while closing element remains fixed on the feed tube.

In the embodiment, the cover has an inner surface facing the filter element, and referred to the inner surface formed to education a guide surface for direction of meal, which is formed from a processed food product to the outlet. This facilitates the removal of the cake, when the closing element is not installed.

In the embodiment, the filter element forms a space filter element having a first volume, and a closing element forms a space closing element having a second volume and a second volume is in the range 60-200% from the first volume. These limits ensure optimal results.

In the embodiment, the closing element has an inner surface facing the filter element and the inner surface has a concave shape. This ensures maximized the volume of the collected cake.

In the embodiment mentioned inner surface of the closing element facing the filter element has the shape of a truncated conesus, it is the most optimal form as a relatively buildup of cake to the inner surface, and on scope.

In accordance with another aspect of the present invention, the closing element is designed in such a way that it is able to be inserted into the cooking device and cooking device comprises a rotating filter element having, essentially, a closed bottom, containing the grating disk, and referred to the lower part has an outer circumference. The filter element includes a conical perforated wall, which runs from the outer circumference to the upper edge, the upper edge forming an open upper part of the filter element. The diameter of the upper edge of the perforated wall has a larger diameter than the outer circumference of the lower part of the filter element. Cooking device further comprises a motor for driving the rotating filter element, the feed tube having a tubular wall extending from the first open distal end for receiving food product to the second open distal end, and referred to the second distal end is opened next to the said grating disc. In addition, the cooking device includes a housing having an inner space, which, along the AET filter element, and the cover mounted on the housing and essentially closing the inner space of the housing when mounted on the housing, and the cover supports the feed tube and contains the discharge opening, which is open towards the container for cake, which is located to accommodate the meal, which is formed from a processed food product. The closing element has a wall with a hole, and the wall when inserting the closing element in a kitchen device passes from the upper edge of the perforated wall of the filter element to the tubular wall of the feed tube for closing the mentioned open the upper part of the filter element, and the tubular wall of the feed tube passes through the said hole, so that the closing element, the filter element and at least part of these tubular wall form essentially a closed annular space.

Brief description of drawings

Other preferred embodiments of the juicer in accordance with the present invention described in the claims and in the following description with reference to the drawings, in which

figure 1 depicts the cooking device;

figure 2 is a view in section of the kitchen device 1 without closing element;

figure 3 cooking device of figure 2 with the first variant of the m implementation of the closing element;

4 is a portion of the cooking device in figure 2 with the second embodiment of the closing element;

5 is a portion of the cooking device in figure 2 with the third embodiment of the closing element;

6 is a perspective view of the spatial separation of the elements of the filter element, the cover and the closing element of figure 3; and

Fig.7 is a view in section of the filter element, the cover and the closing element figure 3.

Detailed description of examples

In the following description of the present invention, the cooking device comprising the present invention, will be described as an example of a juice extractor. It should be emphasized that the present invention is not limited to or implies that it is not limited to this juicer, and equally applicable to other cooking devices such as blenders, mixers and the like. In other words, the present invention is applicable to a kitchen device that has a capability of processing a food product and can serve pour the food product, such as juice from fruits and/or vegetables, milk shakes and so on, in other words, a food product that has a certain degree of fluidity.

Figures 1 and 2 show known cooking device 1, which, as indicated, is given as an example macovigilance is with a pitcher or jug 2 for juice, which may be collected juice juicer. Jug 2 can also be glass.

Juicer 1 includes a housing 3 which accommodates the cavity 4 (see figure 2), which can fit juice or usually pour the food product. Juicer 1 further comprises a spout 5, which is arranged to supply the juice extractor 1 in the jar 2. Jug 2 for juice contains a cover 6 and a handle 7. The cover can be hinged. The handle 7 is operating button 8, which may push the user to open the lid 6. In addition, pitcher 2 for juice contains the discharge spout 9, which provides a flow of juice contained in the jar 2 for juice. Juicer 1 contains the feed tube 10 with the plunger 14 (see figure 2), which is used to feed fruits or vegetables in the juicer 1. In the depicted example juicer 1 is an electric juicer, which is driven by a drive motor 21 (see figure 2). Therefore, the switch 11 power supply is provided to control the juicer 1. Juicer 1 includes a cover 12, which supports the feed tube 10, and the container 13 for a meal (see figure 2).

The drive motor 21 is connected with a rotating filter element 30 by means of the drive shaft 40. The filter element 30 has essentially Zakrytoe the lower part 31, the open upper portion 32 and a perforated wall 33, which passes from the outer circumference of the bottom part 31 to the upper edge of the aforementioned upper part 32. In its lower part 31 of the filter element 30 contains the grating disk 34 to crush the food, which is fed through a feed tube 10 in the filter element 30, while the plunger 14 is used to push the food to the grating disk 34. As you can see in figure 2, the upper edge of the upper part 32, i.e. the upper edge of the perforated wall 33 has a larger diameter than the outer circumference of the bottom part 31. The filter element 30 preferably has a conical shape. This affects what the processed food product will be held in the upward direction in figure 2 due to the centrifugal forces that act on the food product. As the filter element 30 spinning rapidly, shredded food product is moved along the surface of the perforated wall 33. While the shredded food product is located on the surface of the perforated wall 33, the surface facing the tubular wall of the feed tube 10, the juice will pass through the perforated wall 33, and the cake will remain, because the filter element 30 is still rotating. Regular speed with which the filter element 30 is rapidly rotating, n which are in the range 1000-20000 rpm Cake, at least the main part, is moved from the space of the filter element, which is formed by a filter element, in the direction indicated by the arrow B in figure 2. For uniform displacement of the meal in the container 13 for cake cover 12 includes a discharge outlet 50 (schematically represented by a double arrow in figure 2)which is open towards the container 13 for a meal. In addition, the cover 12 has an inner surface which is formed for educational guide surface for direction of meal, which is formed from a processed or comminuted food product toward the outlet 50.

Figure 2 is a view in section of the extractor 1, i.e. cooking appliances, together with a jug 2 for juice. As juicer 1 and jug 2 for juice are located on the support surface 20, for example on the upper side of the table or work surface in the kitchen. Jug 2 for juice, depicted in figure 2, contains close the lid 6, which must be removed manually, as an alternative to the hinge connected to the cover 6, is depicted in figure 1. As detailed as possible to see in figure 2, juicer 1 and, in particular, the cavity 4 is formed by a collection of 22, which is arranged to accommodate the juice, which has passed through the filter element. The collector 22 is accomplished with the exhaust port is 25, which opens into the spout 5, which is open in its upper part.

Juicer, as shown in figures 1 and 2, corresponds to the widely used the juicer, which, for example, described in US 6,050,180, which also describes how the internal surface of the cap 12 performs the function of a guide surface for a meal. As mentioned, such well-known juicers are the reason for the relatively large effort to clean if you only want a small amount of juice.

In accordance with the present invention it is proposed to limit the number of elements extractor, which will come into contact with the cake, when you only want a small amount, for example, only one glass of juice, for example 250 ml To achieve this, insert a closing element 60 is inserted into the inner space of the shell 3. This is explained in more detail with reference to Fig.3-7. As can be seen in figure 3, 6 and 7, and 6 is a perspective view with a spatial separation elements 7, the closing element 60 extends from the upper edge of the perforated wall 33 to the tubular wall of the feeding tube 10 to close the mentioned open top 32 of the filter element 30, thus closing element 60, the filter element 30 and at least part of these tubular wall form, is usesto, closed annular space 61. It should be noted that, although it uses the term ring-shaped, it is understood that it is not limited to a circular cross section. In fact, as can be seen in figure 3, 4 and 5, the annular space 61 is located so that it surrounds at least a portion of the feeding tube 10. We therefore use the term circle. The insertion effect a closing element 60 is that the cake will not fall into the annular space 61 and, in particular, in a space formed by the closing element 60, i.e. the space closing element under the action of centrifugal force of the filter element 30. This means that after using the juicer 1 only a very small area was in contact with the cake, i.e. only those elements, which form the annular space 61. Closing element 60 prevents the passage of cake through the outlet 50 and the achievement of the container 13 for a meal. Closing element 60 includes a hole 62, preferably a Central opening through which passes the feed tube 10 with its tubular wall. In the example in figure 3 of the feeding tube 10 is supported by the cover 12. In addition, it can be seen that the Central hole 62 has inner dimensions that correspond with the capability, the capacity of pairing the outer dimensions of the tubular wall of the feeding tube 10. Therefore, the closing element 60 condenses on the surface of the tubular wall of the feeding tube 10. Preferably, the closing element 60 is fixed on the tubular wall of the feeding tube 10 by inserting the tubular wall of the Central hole 62. After using the juicer 1 the user can then remove the cover 12 without the necessity of manipulating the closing element 60 at the moment. This is preferred because the closing element 60 can be removed from the lid 12 in a location where it can be cleaned and/or where the hit of the meal is not a problem. However, it is also possible fixing the closing element 60 to the collector 22.

In the example in figure 3, 6 and 7 closing element 60 has an inner surface that faces the filter element 30, and the inner surface has a conical shape. Figure 3 the inner surface has the shape of a truncated cone. However, this form can also be generally concave.

Other forms the inner surface of the closing element 60 is also possible, for example, as shown with reference to figure 4 and 5.

To accommodate a sufficient amount of meal, so that the user can receive at least one glass of juice extractor, the annular space 61 has a volume in the range of 100-500 ml, preferably in the range of 200-300 ml is bsim volume of the annular space 61 is the sum of the first volume space of the filter element, formed filter element 30, and the second space closing element is formed by a closing element 60. The second volume is in the range of 60-100% of the first volume.

In the example in figure 3 closing element 60 has a lower peripheral edge 63, which condenses on the outer peripheral edge 64 of the collector 22 to close additional, essentially, a closed annular space. In addition, the lower peripheral edge 63 of the closing element 60 has a diameter which essentially corresponds to the diameter of the upper edge of the perforated wall 33 of the filter element 30. For convenience closing element 60 is made of transparent material such as transparent plastic. Preferably, the inner surface of the closing element 60 is smooth, but it can also be roughened to provide better adhesion of the cake to the inner surface of the closing element 60.

With reference to figure 4 and 5 show two alternative forms of the closing element 60. Both the closing element 60 have an internal surface which has a generally concave or conical shape. This is preferred in order to maximize the amount that can assemble the cake. Closing element 160 figure 4 has a rounded shape, which forms colizeo the different space 161 with a toroidal shape or cross section and provides a larger volume for collecting meal, than closing element 60, as shown in figure 3.

Closing element 260 depicted in figure 5, such a closing element 60, is shown in figure 3, and is generally conical. However, the difference lies in the fact that the closing element 260 further comprises a tubular part 265, which runs from the Central hole 262 and tightly surrounds the feed tube 10. The presence of the tubular part 265 increases the structural strength of the closing element 260. Furthermore, since the tubular part 265 surrounds the tubular wall of the feed tube 10, the tubular wall of the feed tube 10 is prevented from contamination meal. Therefore, it is necessary to clean only the closing element, the cover 12, i.e. feeding tube 10 will be left blank. Tubular portion 265 and ends at the grating disk 32 and leaves the annular channel for the passage of minced or softened food product so that the food product can be achieved perforated wall 33 of the filter element 30.

You can also see figs.4 and 5, the cover 12 has an alternative design and has an internal surface, consisting of a more articulated elements for directing cake (direction B) to the container for cake (not shown), if the corresponding closing elements are inserted internally in the space of the housing 3 (not shown). It should be noted that the tubular part 265, no doubt, can connect with any shape of the closing element.

The present invention has been described with regard to the juicer. It should be understood, however, that the present invention is not limited to these examples, and these examples are given only to illustrate certain embodiments of the present invention. In particular, it should be noted that the present invention has been described on the example of the juicer. It should again be emphasized that the present invention is not limited to or implies that it is not limited to such a juicer and equally applicable to other cooking devices such as blenders, mixers and the like, and even, for example, to coffee makers and water dispensers for General purposes. In other words, the present invention is applicable to a kitchen device that has a capability of processing a food product and can serve pour the food product, such as juice from fruits and/or vegetables, milk shakes and so on, in other words, a food product that has a certain degree of fluidity.

In addition, it should be noted that the present invention is also applicable to the juicers that have a different filter element. An example of such another filter element one is camping, for example, filter element, which does not contain conical perforated wall, but rather a cylindrical perforated wall. Another example is a filter element, which has a perforated wall, which does not open in the upward direction, when viewed from the side of the grating disk, but rather opens in a downward direction. In addition, in these configurations, the closing element in accordance with the present invention can be successfully used to limit the effort to clean applied by the user when they receive only limited quantities of juice using a juicer, containing different filter element.

Although the drawings and the above description was illustrated object of the invention, such illustration and description should be considered illustrative or exemplary and not restrictive, the object of the invention is not limited to the disclosed variants of implementation. Other modifications to the disclosed embodiments, the implementation can be understood and implemented by experts in the field of technology in the practice of the declared object of the invention after studying the drawings, the disclosure and the accompanying claims. The use of the verb "to be" and its conjugations does not exclude the presence of other elements polymerizing in the claim or in the description. The use of the indefinite article before an element or step does not exclude the set of such elements or steps. The drawings and description should be considered only as illustrative and shall not limit the object of the present invention. Any reference position in the claims should not be construed as limiting the scope.

1. Cooking device (1) for processing a food product that contains
- rotating filter element (30)having, essentially, a closed bottom portion (31)containing the grating disk (32), and referred to the lower part (31) has an outer circumference, and a filter element (30) includes a conical perforated wall (33), which runs from the outer circumference to the upper edge, and this upper edge forms an open top portion (32) of the filter element (30), and the diameter of the upper edge of the perforated wall (33) is larger than the diameter of the outer circumference of the lower part (31) of the filter element (30);
- drive motor for driving the rotating filter element (30);
- feed tube (10)having a tubular wall extending from the first open distal end for receiving food product to the second open distal end, and referred to the second distal end opens at the aforementioned grating disk (34); and
closing the store element (60), passing from the upper edge of the perforated wall (33) to the tubular wall of the feed tube for closing the mentioned open the upper part (32) of the filter element (30), thus closing element (60), filter element (30) and at least part of these tubular wall form essentially a closed annular space (61).

2. Cooking device (1) according to claim 1, in which the cooking device (1) further comprises:
- case 3 having an inner space that accommodates the filter element (30);
the lid (12)fixed on the housing (3), essentially closing the inner space of the housing (3) when mounted on the housing (3)and cover (12) supports the feed tube (10) and contains the outlet opening (50)which is open towards the container (13) for the cake, which is situated to accommodate the meal, which is formed from a processed food product, and
moreover, the closing element (60) has a Central hole (62), through which the feeding tube (10), and a closing element (60) can be inserted with the possibility of removal in the above-mentioned internal space of the housing (3) for closing the upper open part (32) of the filter element (30).

3. Cooking device (1) according to claim 2, in which the closing element (60) is able to gain a foothold on the cover (12) through the Ohm insertion of the tubular wall of the feeding tube (10) into the hole (62) of the closing element.

4. Cooking device (1) according to claim 2 or 3, wherein the hole (61) of the closing element (60) has dimensions that correspond with the possibility of pairing the outer dimensions of the tubular wall of the feeding tube (10).

5. Cooking device (1) according to claim 2 or 3, wherein the cover (12) has an internal surface facing the filter element (30), and referred to the inner surface formed to education a guide surface for direction of meal, which is formed from a processed food product, to the outlet (50).

6. Cooking device (1) according to claim 2 or 3, wherein the filter element (30) forms a space filter element having a first volume, and a closing element (60) forms a space closing element having a second volume and a second volume is in the range of 60-100% of the first volume.

7. Cooking device (1) according to claim 2 or 3, in which, essentially, a closed annular space (61) has a volume in the range of 100-500 ml, preferably 200-300 ml.

8. Cooking device (1) according to claim 2 or 3, wherein the closing element (60) has an inner surface facing the filter element (30), and this inner surface has a convex shape, preferably the shape of a truncated cone.

9. Cooking device (1) according to claim 2 or 3, in which the cooking device is (1) additionally contains a collection of (22), which surrounds the filter element (30) and which is for receiving poured food product that has passed through the perforated wall (33) of the filter element (30).

10. Cooking device (1) according to claim 9, in which the closing element (60) and the collector (22) is surrounded by additional essentially closed space.

11. Cooking device (1) according to claim 7, in which the closing element (60) has a lower peripheral edge, the lower peripheral edge seals along the outer peripheral edge of the collector (22).



 

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11 cl, 2 dwg

FIELD: electric devices used in kitchen, namely juice extractors.

SUBSTANCE: electric device such as juice extractor includes drive unit and casing. The last outer wall made of elastic material and having first wall thickness which form button for starting electric switching unit inside casing of juice extractor due to presence of wall portion having second wall thickness less than first one and(or) due to forming slits or ports in portion of outer wall.

EFFECT: improved design, simplified use of juice extractor.

8 cl, 2 dwg

Juice extractor // 2264151

FIELD: juice extractors.

SUBSTANCE: proposed modified juice extractor includes revolving unit mounted in center; revolving unit projecting and narrowing upward is surrounded by receiver having circular surface with holes for flow of juice. Receiver is provided with immovable unit for extruding the juice from pulp contained in receiver. This unit consists of at least one blade inclined downward in way of rotation; pulp is pressed between blade and circular surface.

EFFECT: enhanced efficiency; increased extraction of juice.

7 cl, 2 dwg

FIELD: manufacture of kitchen appliance driven by engine, in particular, juicer.

SUBSTANCE: kitchen appliance driven by engine, in particular juicer, has driving unit and casing. Casing has first cylindrical outer wall with at least two slots equipped with apertures. Driving unit protrusions are extending through apertures, with shape of protrusions conforming that of apertures. Protrusions of driving unit are made in the form of flexible members having size exceeding height of apertures to the extent allowing said protrusions to be depressed into said apertures.

EFFECT: simplified construction and increased efficiency by useful utilization of cylindrical space.

6 cl, 3 dwg

Kitchen utensil // 2269917

FIELD: kitchen utensil with drive engine, in particular, juicer.

SUBSTANCE: kitchen utensil with drive engine, in particular, juicer with rotating member, in particular, with member projecting from receptacle reservoir and adapted for expelling half the succulent fruit. Said member is driven from drive shaft located in bearings of body part and protected from axial extraction by means of clamping ring, which is provided with wire for preventing slippage thereof and for securing it relative to body part so that said clamping ring is movable in axial direction.

EFFECT: simplified assembling of kitchen utensils.

8 cl, 2 dwg

Juicer // 2270594

FIELD: juicing equipment.

SUBSTANCE: juicer has additional switch 26 for increasing rotational velocity thereof. Control signal is supplied to microcontroller 20 by means of button mounted on casing outer surface. Control signal acts upon respective device to cause supplying of greater current to engine 2 for actuating rotation of the latter at greater rotational velocity. Such construction allows additional amounts of juice to be extracted from fruit flesh which has already been separated from juiced fruit.

EFFECT: increased efficiency and enhanced reliability in operation.

10 cl, 4 dwg

Kitchen appliance // 2287975

FIELD: electric kitchen appliance, in particular, juicer with receptacle for electric engine.

SUBSTANCE: electric kitchen appliance, in particular, juicer has receptacle 2 substantially manufactured in the form of hollow cylinder, and electric engine 8 designated for installation within receptacle through open end. First holding means are made in the form of a number of stop lugs 6 provided on elastically springy segments 5 of side wall 3 of receptacle 2. By means of said lugs electric engine equipped with mating retainers is axially fixed within said receptacle.

EFFECT: simplified and compact construction and increased efficiency.

10 cl, 3 dwg

FIELD: electric appliances.

SUBSTANCE: electric juicer consists of vessel and cap. Supply tube is passing through cap. Vessel has rotating disk grater installed inside of it and juice collector. Juice collector is installed under mentioned supply tube. Juicer contains the following components: external wall equipped with stop ring of juice collector, which deviates from vertical line. Inside stop ring of juice collector descending rim of mentioned cap is installed. Cover for electric juicer contains polymer cap, in which opening is provided. In mentioned opening metal supply tube is installed and fixed.

EFFECT: creation of improved and more industrially acceptable alternative in relation to known household appliances.

20 cl, 14 dwg

FIELD: personal utensils.

SUBSTANCE: invention pertains to juice extractor. Juice extractor intended, in particular, to citrus fruit juicing, contains a rotating around its axis squeezing cone and set above the juice container attached to the squeezing cone screen having an area for juice passing through with a variable cross section of throughput. Thereat screen has a working surface with the first throughput openings and the second working surface of the screen with the second throughput openings. Changing of mutual positions of the first and the second working surfaces of the screen changes throughput section of the latter. Thereat for limitation of the amount of possible relative fixed positions of the first and second working surfaces of the screen, on the first working surface there is a retention pin with a fixing cog interlocking with the counter stop in the shape of several tapered cogs on the second working surface of the screen. It improves positioning of the first surface of the screen against the second surface, prevents spontaneous modification of the adjustment selected by the user.

EFFECT: improved positioning of the first surface of the screen against the second surface; prevented spontaneous modification of the adjustment selected by the user.

11 cl, 11 dwg

Basket for juicer // 2373823

FIELD: articles for personal use.

SUBSTANCE: invention refers to the baskets for the home juice centrifuge. The basket has a bottom equipped with the grating disk. The sieve conically extended for the parts of its height and equipped with the passages is joined to the grating disk. It is consists of the first and second stages of filtration with the walls of different inclination angles located one above another along the perimetre.

EFFECT: invention provides the bigger amount of jouce received.

12 cl, 3 dwg

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