Insole with heating. RU patent 2506023.
 High boot for rescuer working under emergency conditions / 2492782Invention relates to personal protective equipment for rescuers working under emergency conditions under the impact of vibrations at facilities where sliding surfaces are in place. The high boot for a rescuer working under emergency conditions contains a bootleg and an antivibrational sole with a sealed cavity located in the bottom part and equipped with a backflow valve to communicate with the environment and a compressed air source. The sealed cavity is connected, via a choking capsule, to a damping hollow chamber made of a rigid vibration damping material such as "Agate" type plasticate and positioned inside the heel; positioned over the sealed cavity 9equidistant and congruent to the latter) is a resilient sealed casing filled with silicone liquid; positioned over it is an insole made of "Vibrosil" type needle-punched material based on siliceous or aluminium-boric-silica fibre. The sole material is represented by a vibration-absorbing material such as an elastomer or polyurethane with a porosity degree within the range of optimal values equal to 30÷45%; the damping chamber shape may be multi-faceted (that of a cube) or formed by solids of revolution such as a cylinder or a sphere; the following materials may be used for manufacture of the sealed resilient and damping casing: elastomers such as rubber, a cast polymer such as polyurethane or rubber-cord casing. Rigidly connected to the damping chamber in its middle part is a protective insert made of a resilient material that is harder than the sole; the insert performs the function of an additional resilient element within the "footwear-man" antivibrational system; additionally contained is an appliance preventing footwear sliding containing a substrate the face and the inner sides whereof have an abrasive and an adhesive coating respectively; the substrate is represented by an elastic polymer material; the substrate inner side with an adhesive coating has a delaminating protective layer; the abrasive coating on the substrate face side is represented by abrasive particles, attached immediately to the substrate, or an intermediate layer adherent to the substrate, abrasive particles attached to such intermediate layer; the substrate is designed in the shape of a rectangle with side length no less than 4 cm or a circle with diameter equal to at least 4 cm or the toe or heel section of the footwear sole, the substrate thickness amounting to 0.2-2.0 mm. |
 Ergonomic high-heel footwear / 2489950Invention relates to ergonomic footwear with the heat height equal to 15-33% of the foot length, its analogues having support step bend only in the sagital cross-section; the furniture specificity consists in its being designed with an outward tilt of the sole heel part and a front tilt of the sole heel part being less then 40 degrees, with the heel displaced towards the outside (laterally) relative to the foot heel centre. |
 Ventilating composite insole / 2466667Ventilating 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. |
| Electrically conductive athletic shoes / 2448625 Invention relates to a method of treatment, prevention of state or human disease with the use of electrically conducting athletic footwear which provides natural stimulation of foot reflex zones while doing exercises at grounded exercise machines and on the floor with grounded floor covering in home conditions and in special sports facilities. Object of the invention is to obtain the material of sole of athletic shoes of electrically conductive properties due to adding gold powder to the material during the manufacture of shoe sole, which provides good electrical conductivity of the material and curative effect on the body. Electrically conductive sports shoes for stimulation reflex zones of foot has the upper and the sole made of electrically conductive material, socks made of electrically conductive fabric with the same filler. At that gold powder is added to the material of sports shoes sole during their manufacture, in an amount of 1.00 g to 2.00 g and more per one pair of shoes (depending on the type of shoe). |
 Method to manufacture simple orthopaedic shoes / 2444268Proposed method to manufacture simple orthopaedic shoes designed to correct defects of a plantar foot part applies a composite insole made of two parts that are temporarily connected to each other with a double-sided adhesive tape to perform a technological process. After manufacturing and removal of shoes from a last, the upper part of the composite insole is removed, and an orthopaedic insole is fixed in its place. For tack tightening of an upper blank, a metal part in the form of a horseshoe is installed into the upper part of the composite insole to follow the contour of the tightening edge, which provides for bending of the tack sharp edge. |
 Vibration-proof shoes / 2443375Vibration-proof shoes are proposed which contain a sole and an upper part, and also a hermetic cavity placed in the lower part of the shoe and enfolding a foot. The hermetic cavity is equipped with a check valve to be connected with the external environment and a source of compressed air. Rigidity of different parts of the hermetic cavity is made different: the lateral surface may be less rigid than the upper and lower surfaces, or vice versa. At the same time the hermetic cavity can be formed by a membrane fixed along the perimetre of the side walls of the shoe. The cavity is divided by rigidity ribs for at least three separate cavities interconnected by damping sleeves. The sole of the shoe is equipped with protective insert, made of elastic material more rigid than the sole, which serves as an additional elastic element in the vibration-proof system "shoes - operator". Over the hermetic cavity an elastic sealing shell equidistant and congruent to it is located, filled with silicone fluid. |
 Method of service shoes and device for its implementation / 2402967Group 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. |
 Shoes with accumulation of energy generated in process of motion / 2380995Shoes with accumulation of energy generated in process of its use comprise shoe upper and heel joined to each other with fixing elements for fixation of foot position in shoes, and also plate spring, according to invention, shoe sole and heel create plate spring, moreover, initial angle between sole and heel, which are spring arms, is more than 90°, and shoe upper provides for the possibility to change angle between sole and heel and is arranged from elastic material or comprises easily deformable inserts, for instance corrugated ones. In shoe, sole and heel that create spring, are arranged from elastic polymer material. Initial angle between spring arms is selected depending on its properties, and also purpose of shoes and physical resources of user. Cross section of spring may be arranged as permanent or varying in length. Elastic properties and rigidity of spring may be permanent or vary in length and width. Spring may have sections with C-shaped cross section for partial coverage of foot. In shoes with accumulation of energy, by means of alternating feet rest onto support surface with simultaneous deformation of spring and displacement of feet using energy of spring release, according to invention, primary touchdown is carried out onto forefoot, and spring is deformed in process of further lowering of heel part. Spring is deformed till full or partial rest of foot onto support surface. |
 Footwear with energy accumulation / 2380011Invention relates to footwear ensuring energy accumulation, including footwear for everyday use, sport footwear for running, jumping, footwear for mountaineers, as well as footwear used as rehabilitation means for recovery of work capacity of foot ligaments and muscles. In footwear with energy accumulation from lamellar spring deformation, including upper part of footwear, sole and fixing elements for fixation of foot position with respect to sole. Anterior part of sole is made in form of bent downward, fixed cantileveledly with respect to remaining part of sole lamellar spring, fixing elements also ensure pressing of anterior part of foot to sole spring. Upper part of footwear has possibility to ensure periodic change of angle between spring and posterior part of sole and is made from elastic material or contains, in zones subjected to stretching and contraction, easily deformed inserts, for instance crimped. Angle between bent spring and remaining part of sole from the side of support surface is less than 180°. Zone of fixation and bend of sole spring can correspond to beginning of metatarsus, sole toe phalanxes or can be nearer to heel. Spring can be made from elastic polymer material or from other elastic material. Initial angle of sole spring bending can be chosen depending on its properties, as well as footwear purpose and physical possibilities of user. Cross section of sole spring can be made constant or variable in length. Elastic properties and rigidity of sole spring can be constant or variable along length. Sole spring can have parts with C-shaped cross section for partial covering of foot. Anterior part of sole spring can be made curved, for instance for cohesion with projecting roughness of support surface. |
 Shoes for massaging / 2321320Shoe for massaging has top part and bottom assembly comprising sole and inner sole. Seven zones are defined by transverse stitches on bottom assembly surface facing foot surface. Said zones produce massaging effect upon vitally important organs. Perforations are provided within said zones. Transverse stitches divide upper surface of bottom assembly beginning from toe into zones, %: 10, 12, 14, 14, 16, 10, 24. |
 Shoes for wearer having protruding exostosis of first metatarsal bone / 2278605Shoe has top part provided with layer and connected to bottom part. Top layer has increased thickness (1.2-2.0 mm) in toe-fascicle part, wherein through opening is formed in the vicinity of inner fascicle, said opening being adapted for accommodation of protruding exostosis of inner fascicle part of foot and having center extending lengthwise of trace, at a distance of 0.68 D in vertical plane, at the level of inner fascicle center. Through opening is made in the form of oval having axial sizes corresponding to those of standard protruding exostosis. For improving adherence of protruding exostosis to through opening contour within layer, opening wall has inclination angle of 60 deg, with opening larger section being arranged at inner side of layer adjoining foot. Such construction of shoe provides for achievement of ergonomic task. |
| Shoes for massaging / 2321320 Shoe for massaging has top part and bottom assembly comprising sole and inner sole. Seven zones are defined by transverse stitches on bottom assembly surface facing foot surface. Said zones produce massaging effect upon vitally important organs. Perforations are provided within said zones. Transverse stitches divide upper surface of bottom assembly beginning from toe into zones, %: 10, 12, 14, 14, 16, 10, 24. |
| Footwear with energy accumulation / 2380011 Invention relates to footwear ensuring energy accumulation, including footwear for everyday use, sport footwear for running, jumping, footwear for mountaineers, as well as footwear used as rehabilitation means for recovery of work capacity of foot ligaments and muscles. In footwear with energy accumulation from lamellar spring deformation, including upper part of footwear, sole and fixing elements for fixation of foot position with respect to sole. Anterior part of sole is made in form of bent downward, fixed cantileveledly with respect to remaining part of sole lamellar spring, fixing elements also ensure pressing of anterior part of foot to sole spring. Upper part of footwear has possibility to ensure periodic change of angle between spring and posterior part of sole and is made from elastic material or contains, in zones subjected to stretching and contraction, easily deformed inserts, for instance crimped. Angle between bent spring and remaining part of sole from the side of support surface is less than 180°. Zone of fixation and bend of sole spring can correspond to beginning of metatarsus, sole toe phalanxes or can be nearer to heel. Spring can be made from elastic polymer material or from other elastic material. Initial angle of sole spring bending can be chosen depending on its properties, as well as footwear purpose and physical possibilities of user. Cross section of sole spring can be made constant or variable in length. Elastic properties and rigidity of sole spring can be constant or variable along length. Sole spring can have parts with C-shaped cross section for partial covering of foot. Anterior part of sole spring can be made curved, for instance for cohesion with projecting roughness of support surface. |
| Shoes with accumulation of energy generated in process of motion / 2380995 Shoes with accumulation of energy generated in process of its use comprise shoe upper and heel joined to each other with fixing elements for fixation of foot position in shoes, and also plate spring, according to invention, shoe sole and heel create plate spring, moreover, initial angle between sole and heel, which are spring arms, is more than 90°, and shoe upper provides for the possibility to change angle between sole and heel and is arranged from elastic material or comprises easily deformable inserts, for instance corrugated ones. In shoe, sole and heel that create spring, are arranged from elastic polymer material. Initial angle between spring arms is selected depending on its properties, and also purpose of shoes and physical resources of user. Cross section of spring may be arranged as permanent or varying in length. Elastic properties and rigidity of spring may be permanent or vary in length and width. Spring may have sections with C-shaped cross section for partial coverage of foot. In shoes with accumulation of energy, by means of alternating feet rest onto support surface with simultaneous deformation of spring and displacement of feet using energy of spring release, according to invention, primary touchdown is carried out onto forefoot, and spring is deformed in process of further lowering of heel part. Spring is deformed till full or partial rest of foot onto support surface. |
| Method of service shoes and device for its implementation / 2402967 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. |
| Vibration-proof shoes / 2443375 Vibration-proof shoes are proposed which contain a sole and an upper part, and also a hermetic cavity placed in the lower part of the shoe and enfolding a foot. The hermetic cavity is equipped with a check valve to be connected with the external environment and a source of compressed air. Rigidity of different parts of the hermetic cavity is made different: the lateral surface may be less rigid than the upper and lower surfaces, or vice versa. At the same time the hermetic cavity can be formed by a membrane fixed along the perimetre of the side walls of the shoe. The cavity is divided by rigidity ribs for at least three separate cavities interconnected by damping sleeves. The sole of the shoe is equipped with protective insert, made of elastic material more rigid than the sole, which serves as an additional elastic element in the vibration-proof system "shoes - operator". Over the hermetic cavity an elastic sealing shell equidistant and congruent to it is located, filled with silicone fluid. |
| Method to manufacture simple orthopaedic shoes / 2444268 Proposed method to manufacture simple orthopaedic shoes designed to correct defects of a plantar foot part applies a composite insole made of two parts that are temporarily connected to each other with a double-sided adhesive tape to perform a technological process. After manufacturing and removal of shoes from a last, the upper part of the composite insole is removed, and an orthopaedic insole is fixed in its place. For tack tightening of an upper blank, a metal part in the form of a horseshoe is installed into the upper part of the composite insole to follow the contour of the tightening edge, which provides for bending of the tack sharp edge. |
| Electrically conductive athletic shoes / 2448625 Invention relates to a method of treatment, prevention of state or human disease with the use of electrically conducting athletic footwear which provides natural stimulation of foot reflex zones while doing exercises at grounded exercise machines and on the floor with grounded floor covering in home conditions and in special sports facilities. Object of the invention is to obtain the material of sole of athletic shoes of electrically conductive properties due to adding gold powder to the material during the manufacture of shoe sole, which provides good electrical conductivity of the material and curative effect on the body. Electrically conductive sports shoes for stimulation reflex zones of foot has the upper and the sole made of electrically conductive material, socks made of electrically conductive fabric with the same filler. At that gold powder is added to the material of sports shoes sole during their manufacture, in an amount of 1.00 g to 2.00 g and more per one pair of shoes (depending on the type of shoe). |
| Ventilating composite insole / 2466667 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. |
| Ergonomic high-heel footwear / 2489950 Invention relates to ergonomic footwear with the heat height equal to 15-33% of the foot length, its analogues having support step bend only in the sagital cross-section; the furniture specificity consists in its being designed with an outward tilt of the sole heel part and a front tilt of the sole heel part being less then 40 degrees, with the heel displaced towards the outside (laterally) relative to the foot heel centre. |
FIELD: personal usage articles.
SUBSTANCE: proposed invention relates to thermally protective clothes and may be used in footwear intended to protect the user exposed to low temperature conditions from hypothermia. The invention aim consists in extension of the device functional capabilities due to automatic start and the possibility of the battery charging and insole drying proceeding simultaneously. The insole with heating is designed to be layered; positioned between the upper and the lower parts (made of a polymer material and equipped with protective insert) is a power supply source (represented by a battery linked to the device for connection to an external power supply source) and an electric board with electric components including an ON/OFF device, thermal sensor, transistors, heating elements and a LED. The thermal sensor is positioned inside the additionally installed control unit performing temperature regulation and linked to the ON/OFF device that is designed to be automatic. The device for connection to an external power supply source represents a USB-port.
EFFECT: extension of the device functional capabilities due to automatic start and the possibility of the battery charging and insole drying proceeding simultaneously.
4 cl, 2 dwg
The claimed invention relates to heat-shielding clothing and can be used in shoes for the protection of the user found in the conditions of low temperatures, from hypothermia.
A prior art insole heated, containing built-in heating a filament, the insole is placed in a protective case, the heating thread is connected not less than one located in the area of the heel and/or sock (see RF patent for useful model №102465 «Insole heated,» the filing date 03.11.2010, published 10.11.2010,).
A device for heating foot containing elastic cover, housing, insole with set of heating elements and placed in grooves located on the square insoles, means the generation of electric energy in the form of the generator mounted in the housing, characterized by the fact that in the elastic case under the installed movable plate carrier for working dogs and guides, where the latter is placed in racks and contact the upper ends with coil springs. working dogs are interconnected with a ratchet wheel, sitting on the shaft, which is fixed on the partition and other end of the drum, the carrier helical spring, interconnected with roller (see the patent for the invention №2122818 «Device for heating foot», the date of filing of 30.10.1997, published 10.12.1998,).
Number of known devices, which are used for heating shoes, made in the form of insoles and including the battery, electrical components: heating elements, thermostats, the device's on-off, the connection of the devices is a mechanical process, and battery connected with them through a long wire attached or on your leg, or on the outside shoes, or is placed in the pocket of the user (patent EP 1962024 «Auf Basis emeuerbaber Energietager arberitendes Warmwasser-und Heizungssystem»the filing date 26.02.2007, published 27.08.2008,; patent CN №2219606 «Electrothermal sole», publication date 1407.07.2003,; patent WO 2008006731 HEATER DEVICE FOR FOOTWEAR GOVES AND THE LIKE», the priority date of 13.07.2006, published 7.01.2008,; patent CN №201199990 «Heating shoes», the date of filing of 27.04.2001;D., published 20.08.2002,; patent CN 201234602 Electrical heating shoes», 24.07.2008,, date of publication, 13.05.2009; patent CN 201370168 «Middle soles of heating shoes», the priority date of 05.03.2009, publication date 30.12.2009,; patent CN 2219606 «Electrotermal sole», the priority date, 27.04.1995, date of publication 14.02.1996,; patent CN 201356114 Health heating shoes», the priority date of 20.02.1009, publication date 09.12.2009,)
Moreover, there have insole with a heating element of therm-ic Thermic-Sole Perform» (http://www.skimaster.ru) or «Thermosoles Rechargeable yeated insoles» (http://www.verseo.com/thermosoles.html), made of polymeric material, the heating elements are located throughout the day, each insole has its own control unit, which is attached to the legs, or on the outside of the Shoe, mechanical (manual) switch allows you to adjust the level of heating.
The closest technical solution is a device for heating shoes as insoles, representing a multilayered structure, including the upper and lower parts, which are made of polymeric material and equipped with protective inserts of textile fibres. Between the parts, upper and lower, are placed battery associated with the device for connection to external power supply, and electric Board with electrical components, which include the device's on-off, sensor, transistors, heating elements - resistors, led (see patent EP 2215918 Electrical heated insoles for footware and control heating system for electrical insoles for footware», the priority date of 23.01.2010,; date of publication 11.08.2010,).
Disadvantages of known design are primarily due to the necessity of mechanical (manual) run the device (on-off), fulfillment of battery charging and drying insoles with mandatory removing the soles of shoes.
Furthermore, the launch of the operation of this device or mechanical means, or by remote control - remote control.
This construction allows to control and regulate the temperature regime inside the Shoe, because the operation takes place only when a mechanical switching, when the heating is carried out with the participation of all heating elements - resistors in the temperature interval, which is previously defined.
The technical result, the achievement of which aimed claimed invention, is to expand the functional capabilities of the device due to start automatically and simultaneously charge the battery and drying insoles.
This technical result is achieved by the fact that the insole with heating, made of multi-layered between the upper and lower part of which is made of a polymeric material and equipped with protective inserts placed built-in power supply - battery associated with the device for connection to external power supply, and electric Board with electrical components, including the device's on-off, sensor, transistors, heating elements, led, according to the invention sensor is placed inside the optionally installed the block of management, regulation of temperature and connected to a device, on-off, which is done automatically when the device for connection to external power supply is a USB port.
The upper and lower part of the insoles are made of a copolymer of ethylene and vinyl acetate.
Inserts are made of textile material, including waterproof.
On the external surface of insoles marked contour lines with markers corresponding to the Shoe size of the user.
Technical solutions coinciding with the set of essential features of the claimed invention is not revealed, that allows to make a conclusion on compliance of the claimed invention, this condition of patentability as a «novelty».
The declared essential features that predetermine obtaining the technical result, explicitly not follow from the level of technology that allows to make a conclusion on compliance of the claimed invention, this condition of patentability as «inventive step».
The condition of patentability «industrial applicability» is confirmed by the example of the concrete implementation heated insoles.
The invention is illustrated by drawings, where
Figure 1 - Assembly drawing heated insoles;
Figure 2 - schematic diagram of the heated insoles.
The proposed device contains a base in the form of insoles, consisting of two parts: the upper 1.1 and lower 1.2, made of ecologically pure polymer composite material, for example, a copolymer of ethylene and vinyl acetate (EVA/EVA) is easy, elastic, has good shock-absorbing properties, retains its elasticity at low temperatures, has high adhesion to various materials (see, for example, http://www.msplast.com). The external side of each part, 1.1 and 1.2, covered with a protective layer 2.1 and 2.2, made, for example, of textile material or fiber. The lower part of 1.2 basis, adjacent to the sole, the stockings and heel areas equipped with inserts 3.1 and 3.2 of waterproof fabric material.
In addition, on the external surface of the basis marked contour lines with markers on which cut out drunk necessary size corresponding to the Shoe size of the user which, in turn, promotes the standardization of products.
In both parts of the foundations are made of deepening (grooves) for placement of elements of the flexible electric Board 4, located between the parts 1.1 and 1.2.
On Board 4 is posted electrical components. In stockings zone of the Board 4 mounted controls insoles control unit - microcontroller 5 with built-in thermal sensor (not shown on the drawing)that produces a measurement of the temperature inside the Shoe. For heating stockings zone insoles serve as heating elements in the form of resistors 6.1-6.n, the voltage at which served through the transistor 17, managed microcontroller 5. Reliable actuation (closing) transistor 7 provides resistor 8.
Charge 4 has a built-in power source - rechargeable battery 9, placed under the card, contact 10 battery 9 are on the Board in the heel area of insoles and are used for power supply Board 4. Charging the battery 9 and drying insoles are using is connected to the USB port 11 external battery charger (not shown), including those used in automobiles, equipped with a USB connector.
Simultaneously charging the battery 9 drying insoles, for which a pin 12 USB port 11 served an additional voltage, the existence of which is determined by microcontroller 5 through resistors 13 and 14.
In the heel area basics placed indicator 15 of the device, made in the form of an led and sensor 16, associated with a microcontroller 5 and the servant to run it. 16 gauge automatically triggered under the weight of the user when using the shoes. The sensor consists of the executed, for example, of foil PCB, flexible membrane beneath her insulating element with a through hole, and placed on the Board 4 contacts that belong to the hole of the insulating element. A reliable contact closure sensor, which runs the microcontroller 5, which operates through the sensor verification of the temperature of the insole. In the case of lowering the temperature inside the insoles and needs for improvement and maintenance at the preset level, the microcontroller transmits a signal through the sensor heating elements 6.1-6.n. To limit the current to the led 15 attached resistor 17.
During the main phase in the shoes placed insole for heating. During the walk under the weight of the automatically activated sensor 16, with which the signal goes to the microcontroller 5, using the built-in thermal sensor measures the temperature inside the Shoe and if the temperature is below the minimum specified value, for example, 28 C., the microcontroller transmits the command of heating through transistor 7 6.1-6.n. Heating insoles continues or until the maximum specified temperature, for example, 40 C, or during a specified time interval of 5 minutes. The heating process is controlled by a microcontroller 5, which by frequent light pulses sent led 15, informs the user about what is happening in the process. On reaching the set temperature led 15 disabled. The device switches off automatically after the user took off his shoes.
Example 2.
The preparatory stage is to connect to insole via USB port 11 charger with USB connector, are carried on simultaneously charging the battery 9 and drying insoles. Happening charging and drying user receives information in the form of light pulses sent led 15. Start microcontroller 5 on the implementation of drying when connecting the external battery charger occurs through the resistor 13.
The claimed invention has a number of advantages over the known technical solutions, namely, automatic turn-off devices; built-in battery; simultaneous drying and charging the battery, which apply any external battery charger, including those designed for the car.
1. Insole with heating, made of multi-layered between the upper and lower part of which is made of a polymeric material and equipped with protective inserts placed built-in power supply - battery connected to the device to connect to an external power supply and electric Board with electrical components, including the device's on-off, sensor, transistors, heating elements, led, characterized in that the sensor is placed inside the optionally installed control unit, regulation of temperature and connected to a device, on-off, which is done automatically when the device for connection to external power supply is a USB port.
2. Insole heated according to claim 1, wherein the top and bottom of the insoles are made of a copolymer of ethylene and vinyl acetate.
3. Insole heated according to claim 1, characterized in that the inserts are made of textile material, including waterproof.
4. Insole heated according to claim 1, characterized in that the outer surface of the insoles marked contour lines with markers corresponding to the Shoe size of the user.