TWM541221U - Ski boots with temperature control device - Google Patents

Description

Ski shoes with temperature control

This creation is about a kind of ski boots.

There are a lot of equipment to prepare before skiing, such as ski boots, snowboards, bindings, ski poles and helmets. In the process of skiing, whether it is straight down, cross or turn, etc., the foot of the human body needs to be stably matched and the foot will be subjected to a large impulse. Therefore, it is necessary to have appropriate ski shoes to fix and protect the feet. In addition, the ski shoes have the effect of keeping warm and cold, which can prevent the feet from being frosted in the snow for too long, such as the ski shoes disclosed in TW211660 and EP0084789. This is the case.

The ski shoes of TW211660 only use the material of the shoe body to block the cold air from the outside to achieve the warmth effect. When the snow is used for a long time, the temperature of the foot will still drop, and if the wearer Being more afraid of cold can't make it warm.

In the EP0084789 patent, a heating device is added to the ski boot to solve the above problem. However, the heating circuit used for heating is easily broken due to the active bending of the foot, and cannot be electrically operated. Moreover, the heating circuit is disposed under the insole, and is also easily damaged by the weight of the wearer, or often rubs against the insole. In addition, the insole of the ski shoe is usually thicker, so the heat is not easily transmitted to the wearer's foot. If there is a clear warm feeling, the heating circuit needs to be heated to a higher temperature, so that it is easy to cause skiing. The shoes are melted due to the high temperature for a long time, and it is known from the above that there are many disadvantages in the conventional ski shoes.

Therefore, it is necessary to provide a novel and progressive ski shoe with a temperature control device to solve the above problems.

The main purpose of this creation is to provide a ski shoe with a temperature control device that actively supplies heat to the foot through the heat generating component, so that the muscles of the foot can be maintained in a soft state, ensuring that the foot is not too cold and stiff. The occurrence of the injury occurs; and the flexible heat-generating component can maintain its structural integrity correspondingly with the shape of the different insteps, or can change when the wearer walks with the instep bending; in addition, the heating component corresponds to the instep In the shoe body, it is possible to prevent the heat generating component from being pressed by the weight of the wearer, and it is possible to have a better use environment.

In order to achieve the above object, the present invention provides a ski shoe with a temperature control device, which comprises a shoe body and a temperature control device. The shoe body is provided with a shoe face corresponding to the instep of the foot; the temperature control device is provided with a flexible heat generating component and a temperature control unit disposed on the shoe body, and the heat generating component is disposed on the shoe face. The temperature control unit is electrically connected to the heat generating component, and the temperature control unit is configured to control the heat generating component.

The structural features of the present invention and the intended effects thereof will be described below by way of a preferred embodiment, but are not intended to limit the scope of the present invention.

Please refer to FIG. 1 to FIG. 5 , which shows a preferred embodiment of the present invention. The ski shoe with the temperature control device of the present invention comprises a shoe body 1 and a temperature control device 2 .

In more detail, the shoe body 1 is provided with a shoe face 13 for the instep of the foot. The temperature control device 2 is provided with a flexible heat generating component 3 and a temperature control unit 4 disposed on the shoe body 1. The heat generating component 3 is disposed on the shoe surface portion 13. The temperature control unit 4 is electrically connected to the heat generating unit. The component 3, the temperature control unit 4 is used to control the heat generating component 3. Wherein, the shoe body 1 is composed of a casing 11 and an inner layer 12, the casing 11 is made of plastic, and the casing 11 is detachably coupled with the snowboard, and the inner layer 12 is for covering the same. Feet. Through the outer casing 11, the foot can be protected from being damaged by small debris, and plastics of different hardness can have different effects of transmitting power to the snowboard, and the user can select according to the skiing technique.

The heat generating component 3 is disposed inside the inner layer 12, and the hot gas of the heat generating component 3 can easily pass through the inner layer 12, thereby rapidly providing thermal energy to the instep, and because the instep area is wide and the temperature is felt More obvious, so the heat-generating component 3 is designed to heat the instep, so that the wearer can feel the warmth more quickly. In addition, the heat generating component 3 is provided on the shoe upper portion 13 to have a problem that it is not damaged by the weight of the wearer, and does not have a problem of poor heating effect as is conventionally provided under the insole.

In more detail, the heat generating component 3 includes an electric heating film 31, an insulating component 32 and a conductive component 33. The two ends of the conductive component 33 are electrically connected to the electric heating film 31 and the temperature control unit 4, respectively. The insulating member 32 covers the electrothermal film 31. The electric heating diaphragm 31 can effectively convert electric energy into heat energy, and the conversion efficiency is excellent, energy loss can be avoided, and the dissipated heat energy has excellent comfort evenly. In addition, the radiant energy emitted by the infrared rays contributes to blood circulation and metabolism, and has many advantages. In addition, the electrothermal diaphragm 31 has flexibility, so that it can be deformed under the original structure under any bending, so as to be surely attached to the instep or can be bent with the instep when the wearer walks. In other words, the electrothermal film 31 can maintain the conductive structure in a state of being bent to generate heat, and there is no possibility that the conventional electric coil wire group will be unable to conduct heat due to bending and breaking.

Preferably, the heat generating component 3 further includes a heat insulating layer 34 disposed on one side of the insulating component 32, wherein the side is defined to be farther away from the instep, so that the partition The thermal layer 34 can retain the heat energy emitted by the electrothermal diaphragm 31 inside the shoe body 1 to avoid dissipating to the outside, and has the effect of heat preservation. In addition, after the ski boot is worn, the sweat of the human body is bound to remain inside the shoe body 1. In order to keep the shoe body 1 dry, the heat generating component 3 can also be activated at this time, and the shoe body 1 is heated by the temperature rise. The internal sweat is heated and evaporated to the outside world. Wherein, the heat insulation layer 31 is designed to allow thermal energy to stay in the interior of the shoe body 1 for a long time, in order to have a longer and better drying effect.

More specifically, the conductive component 33 includes an electrode layer 331, a second electrical terminal 332, and two wires 333. The electrode layer 331 and the two electrical terminals 332 are disposed on the electrothermal film 31. The electrical terminal 322 and the temperature control unit 4 are electrically connected respectively. In the embodiment, the electrode layer 331 is made of silver and is coated on the electrothermal film 31 by coating to obtain a better conductive effect. It is to be noted that the area and shape of the electrode layer 331 can be further controlled to further control the heat generating area of the electrothermal film 31 to meet different requirements. Of course, the electrothermal film 31 can be directly cut into different geometric shapes. This is used to control the heating area.

More specifically, the insulating component 32 is a flexible flexible sheet that can be deformed as needed; and the insulating component 32 is made of a transparent material to facilitate classification of the shape of the electrothermal film 31 during production. In addition, the electrothermal film 31 is provided with two joint hole portions 311, and the two electric terminals 332 are respectively riveted to the two joint hole portions 311, and have appropriate combination stability.

It is further described that the temperature control unit 4 includes a circuit substrate 41 and a processing unit 42. The processing unit 42 is electrically connected to the circuit substrate 41. The processing unit 42 prestores a temperature control program. The temperature control program controls the heat generating component 3; wherein the temperature control program includes at least temperature data and a heating state for starting heating. In this way, the operation of the heat generating component 3 is automatically controlled by the temperature control program without excessive other components, and the user does not need to adjust, which is very convenient to use; and the temperature control unit 4 can be effectively reduced. The volume is such that it does not occupy too much structural space of the shoe body 1, and is thus easy to assemble and carry.

Preferably, the temperature control device 2 further includes an adjustment unit 5, which is selectively electrically connected to the processing unit 42 of the temperature control unit 4, and the adjustment unit 5 is configured to update the temperature control program. Wherein, the adjusting unit 5 is configured to set the temperature data and the heating state for starting the heating. In other words, when the user wants to change the heating mode of the heat generating component 3, the adjusting unit 5 can be set, and then the new temperature control program can be transferred to the processing unit 42 for storage. The adjustment unit 5 can be additionally stored without occupying the space of the shoe body 1. Moreover, the single adjustment unit 5 can be used to connect the processing unit 42 of the same type, which can reduce the cost of the user. The adjusting unit 5 and the processing unit 42 are electrically connected in a plurality of ways. In the embodiment, a first transmitting portion 46 is further disposed on the circuit board 41, and the adjusting unit 5 is provided with a second transmitting portion 51. The first and second transmission portions 46, 51 are selectively coupled, wherein the first transmission portion 46 is a USB female and is positioned on the shoe body 1, and the second transmission portion 51 is a USB male connector.

Of course, the temperature control unit 4 is not limited to the above-mentioned structure. The temperature control unit 4 may further include an operation unit 43 that is electrically connected to the circuit substrate 41. The operation unit 43 includes at least There is an operating member 431, such as but not limited to an opening key, a selection key (mode selection or temperature selection), and the temperature control program includes a plurality of data including a heating time, a temperature rising interval, a repetition time, a maximum temperature, and a start heating. The temperature, based on the data, can be combined with at least the same dynamic mode, and each of the operating elements 431 is externally operated and fed back to the processing unit 42. The processing unit 42 executes the corresponding temperature control program according to the temperature. One of the actuation modes controls the heat generating component 3. For example, the two modes of the actuation are matched with the first mode and the second mode. When the mode is one, the heating element 3 is heated for 120 seconds, and then heated up after 60 seconds, and then repeatedly heated for 5 times and then stopped, the maximum temperature is 50 degrees, and when the temperature drops to 30 degrees after the stop, the heating is started again; In mode 2, the temperature is raised for 60 seconds, 60 seconds apart, and repeated 3 times. The maximum temperature is 40 degrees and the starting heating temperature is 20 degrees.

It is to be noted that the temperature control unit 4 preferably further includes a temperature sensor 44 electrically connected to the circuit substrate 41. The temperature sensor 44 is configured to detect the temperature of the heat generating component 3 and feed back The processing unit 42. Thereby, the processing unit 42 can positively receive the outputted temperature to make a more precise temperature adjustment of the heat generating component 3. In another preferred embodiment, the temperature control unit 4 further includes a display screen 45 electrically connected to the circuit substrate 41 and displaying temperature data fed back by the temperature sensor 44, so that the user can clearly Know the current temperature.

It can be understood that the ski shoe further comprises a power supply device 6 disposed on the shoe body 1 and electrically connected to the temperature control device 2 for supplying electric energy to the temperature control device 2. More specifically, the power supply device 6 includes a rechargeable power supply unit 61 and a charging unit 62. The power supply unit 61 is disposed on the shoe body 1 and electrically connected to the temperature control device 2 and provides power to the temperature control device. The device 2, the charging unit 62 is configured to selectively connect one of the external power sources to the power supply 61 to supplement the power of the power supply 61. More specifically, the power supply unit 61 is a mobile power source. The charging unit 62 includes a transmission line 621 and a plug 623. The two ends of the transmission line 621 are detachably connected to the plug 623 and the power supply 61, respectively. The two ends are respectively provided with a connector 622, wherein the connector 622 is at least one of the USB series or the lightning series, so as to be widely applicable to various power transmissions.

In summary, the ski shoes with temperature control device can actively provide heat to the feet of the human body to keep the feet warm and ensure the muscles are soft, so as to avoid sports injuries and frostbite. Among them, the heat-generating component corresponds to the instep, can avoid the weight of the wearer, can have a better use environment and prolong its service life; and the feeling of the instep is more sensitive, and the heating of the instep can be more convenient for the wearer to receive warmth. In addition, the electric heating film can maintain the original conductive structure while being bent, and can be surely heated.

1‧‧‧Shoe body
11‧‧‧Shell
12‧‧‧ inner layer
13‧‧‧Shoe face
2‧‧‧temperature control device
3‧‧‧Fever components
31‧‧‧Electrical film
311‧‧‧Join hole
32‧‧‧Insulation components
33‧‧‧ Conductive components
331‧‧‧electrode layer
332‧‧‧Electrical terminals
333‧‧‧ wire
34‧‧‧Insulation
4‧‧‧temperature control unit
41‧‧‧ circuit board
42‧‧‧Processing unit
43‧‧‧Operating unit
431‧‧‧Operating parts
44‧‧‧temperature sensor
45‧‧‧ display screen
46‧‧‧First Transmission Department
5‧‧‧Adjustment unit
51‧‧‧Second transmission department
6‧‧‧Power supply unit
61‧‧‧Power supply
62‧‧‧Charging unit
621‧‧‧ transmission line
622‧‧‧Connecting head
623‧‧‧ plug

Figure 1 is a side elevational view of an embodiment of the present invention. FIG. 2 is a schematic view showing the structure assembly of an embodiment of the present invention. FIG. 3 is a diagram showing a state of use of an adjustment unit according to an embodiment of the present invention. 4 is an exploded view of the heat generating component of one embodiment of the present invention. FIG. 5 is a block diagram of the component relationship of an embodiment of the present invention.

1‧‧‧Shoe body

11‧‧‧Shell

12‧‧‧ inner layer

13‧‧‧Shoe face

43‧‧‧Operating unit

431‧‧‧Operating parts

Claims (10)

A ski shoe with a temperature control device, comprising: a shoe body, a shoe face for an instep corresponding to a foot; a temperature control device, a flexible heat generating component and a shoe body disposed thereon The temperature control unit is disposed on the shoe surface, the temperature control unit is electrically connected to the heat generating component, and the temperature control unit is configured to control the heat generating component. The ski shoe with a temperature control device according to claim 1 further includes a power supply device disposed on the shoe body and electrically connected to the temperature control device for supplying electric energy to the temperature control device. The ski shoe with a temperature control device according to claim 2, wherein the power supply device comprises a rechargeable power supply and a charging unit, the power supply is disposed on the shoe body and electrically connected to the temperature control device and provided The electric energy is supplied to the temperature control device, and the charging unit is configured to selectively connect one of the external power sources to the power supply device, thereby supplementing the power of the power supply device. The ski shoe with a temperature control device according to claim 1, wherein the heat generating component comprises an electric heating film, an insulating component and a conductive component, wherein the two ends of the conductive component are electrically connected to the electric heating film and the temperature respectively The control unit covers the electric heating diaphragm. The ski shoe with a temperature control device according to claim 4, wherein the conductive component comprises an electrode layer, two electrical terminals and two wires, the electrode layer and the two electrical terminals are disposed on the electric heating film, the wire The two ends are electrically connected to the electrical terminal and the temperature control unit respectively. The ski shoe with a temperature control device according to claim 5, wherein the electrode layer is made of silver and coated on the electrothermal film by coating. The ski shoe with a temperature control device according to claim 1, wherein the temperature control unit comprises a circuit substrate and a processing unit, the processing unit is electrically connected to the circuit substrate, and the processing unit prestores a temperature control program. The processing unit controls the heat generating component according to the temperature control program; wherein the temperature control program includes at least temperature data and a heating state for starting heating. The ski shoe with a temperature control device according to claim 7, wherein the temperature control unit further comprises a temperature sensor electrically connected to the circuit substrate, wherein the temperature sensor is configured to detect the temperature of the heat generating component. Feedback to the processing unit. The ski shoe with a temperature control device according to claim 7, wherein the temperature control device further comprises an adjustment unit, wherein the adjustment unit is selectively electrically connected to the processing unit of the temperature control unit, and the adjustment unit is To update the temperature control program; wherein the adjustment unit is configured to set the temperature data and the heating state for starting the heating. The ski shoe with a temperature control device according to claim 9 further comprising a power supply device disposed on the shoe body and electrically connected to the temperature control device for supplying electric energy to the temperature control device; The power supply device includes a rechargeable power supply and a charging unit. The power supply device is disposed on the shoe body and electrically connected to the temperature control device and provides power to the temperature control device. The charging unit is available for one of the external power sources. The power supply is connected to the power supply, and the power supply of the power supply is supplemented; the power supply is a mobile power supply, the charging unit includes a transmission line and a plug, and the two ends of the transmission line are detachably connected to the plug and the power supply respectively. The two ends of the transmission line are respectively provided with a connector head, which is at least one of a USB series or a lightning series; the heat generating component comprises an electric heating film, an insulating component and a conductive component, and the two ends of the conductive component respectively Electrically connecting the electrothermal film and the temperature control unit, the insulation component encasing the electrothermal film; the conductive component comprises an electrode layer, two electrical terminals and two wires, the electricity The electrode layer and the two electrical terminals are disposed on the electric heating film, and the two ends of the wire are electrically connected to the electrical terminal and the temperature control unit respectively; the electrode layer is made of silver and is coated on the coating The temperature control unit further includes a temperature sensor electrically connected to the circuit substrate and a display screen, the temperature sensor is configured to detect the temperature of the heat generating component and feed back to the processing unit; The display screen is electrically connected to the circuit substrate and displays temperature data fed back by the temperature sensor; the shoe system is composed of a casing and an inner layer, and the casing is made of plastic, and the casing is provided for snowboarding. Separatingly, the inner layer is for covering the leg portion, and the heat generating component is disposed inside the inner layer; the insulating component is a flexible flexible sheet body and is a transparent material; the electric heating film is coated with the same a second connecting hole portion is formed in the electrode layer, and the two electrical terminals are respectively riveted to the two engaging hole portions; a first transmitting portion is further disposed on the circuit substrate, and the adjusting unit is provided with a second transmitting portion, the first transmitting portion First and second transmission sections are optional In combination, the first transmission portion is a USB female and is positioned on the shoe body, and the second transmission portion is a USB male connector; the temperature control unit further includes an operation unit, the operation unit is electrically connected to the circuit a substrate, the operating unit includes at least one operating member, and the temperature control program includes a plurality of data, wherein the data includes a heating time, a temperature increasing interval, a number of times of repetition, a maximum temperature, and a starting heating temperature, and the data can be matched according to the data. Combining at least the same dynamic mode, each of the operating members is externally operated and feedbacks a signal to the processing unit, and the processing unit controls the heating element according to the signal to execute the one of the corresponding temperature control programs; the heating The assembly further includes a thermal insulation layer disposed on one side of the insulating component, wherein the side is defined to be further away from the instep.