Self-electric heating battle training duty shoe for military police
By integrating inductor and core components on the sole of the military and police on duty, the induced current is stored and used for heating by walking, the problem of military and police keeping the feet cold in cold environments is solved, and the USB interface is used to realize convenient charging of low-voltage electronic devices, improving work efficiency and comfort.
Patent Information
- Application Number
- CN202510041604.9
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-01-10
- Publication Date
- 2025-03-21
AI Technical Summary
In cold seasons or areas, military and police are prone to cold feet due to long-term static when working outdoors. At the same time, low-voltage electronic devices need to be charged frequently, and there is a lack of effective cold protection and charging solutions.
A military and police self-electric heating and training shoe was designed, with the sole integrated inductor assembly and magnetic core assembly. The interaction between the magnetic core assembly and the inductor assembly generates an induced current and is stored in the battery. When the feet are cold, the switch connects the battery to the resistor heating wire to achieve the feet heating. In addition, the sole is equipped with a USB interface, which is convenient for charging low-voltage electronic devices.
It effectively solves the problem of military and police keeping their feet warm in cold environments, and provides a convenient charging method for low-voltage electronic equipment, improving the working efficiency and comfort of military and police in cold environments.
Smart Images
Figure CN119655537A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the technical field of police equipment, in particular to a pair of police shoes. Background Art
[0002] In winter or in high-altitude areas, military personnel, police officers, and other personnel face severe cold weather while on duty, conducting exercises, and conducting combat operations outdoors. During these duties, exercises, and combat operations, military and police personnel sometimes experience high levels of physical activity, with frequent walking, while other times experience low levels of physical activity or even inactivity, with less walking. When walking frequently, the feet don't feel particularly cold; however, when walking less, they often feel quite cold. Furthermore, military and police personnel spend long periods of time working outdoors in the cold, and low-voltage electronic devices such as mobile phones and GPS trackers need to be charged promptly. Summary of the Invention
[0003] In view of this, the purpose of the present invention is to provide a self-heating combat training duty shoe for military and police officers to solve the technical problems of keeping their feet warm and charging low-voltage electronic devices when they work outdoors in cold seasons and areas.
[0004] The self-heating combat training and duty shoes for military and police officers of the present invention comprise a sole comprising an outer bottom layer, a middle bottom layer and an inner bottom layer; the middle bottom layer is fixedly connected to the outer bottom layer, and the inner bottom layer is fixedly or detachably arranged on the middle bottom layer;
[0005] An inductor assembly is provided on the bottom of the mid-sole layer. The inductor assembly is located in the heel region of the rear half of the mid-sole layer and / or in the toe region of the front half of the mid-sole layer. The inductor assembly includes a box body embedded in the mid-sole layer, a plurality of position limiting tubes arranged in the box body, and an inductor coil sleeved on the position limiting tubes, wherein the inductor coils are connected in series in sequence.
[0006] A magnetic core assembly that cooperates with the inductor assembly is provided on the outer bottom layer, a cavity for accommodating the magnetic core assembly is provided between the outer bottom layer and the inductor assembly, the magnetic core assembly includes a base plate fixed to the outer bottom layer and a magnet column vertically fixed to the base plate, the magnet column and the inductor coil correspond one to one, and the magnet column and the inductor coil are coaxially arranged, and a through hole for the magnet column to extend into and out of the inductor coil is provided on the box body of the inductor assembly;
[0007] The military and police self-heating combat training duty shoes also include a battery and a charger embedded in the middle of the mid-bottom layer, and the inductor coil is connected to the battery through the charger;
[0008] A resistance heating wire is arranged in the inner bottom layer, and a switch connecting the resistance heating wire and the battery is arranged on the outer side of the middle bottom layer.
[0009] Furthermore, a USB interface connected to a battery is provided on the outer side of the middle bottom layer.
[0010] Furthermore, the outer bottom layer is a rubber layer.
[0011] Beneficial effects of the present invention:
[0012] 1. The self-heating combat training duty shoes for military and police officers of the present invention integrate a power generation mechanism consisting of an inductor component and a magnetic core component into the sole. During walking, the magnetic core component can repeatedly extend and withdraw from the inductor component, thereby generating an induced current in the inductor component. The induced current generated by the inductor component is then charged into a battery via a charger and stored. When the feet feel cold, a switch on the outer side of the midsole is turned on, and the current in the battery enters the resistance heating wire in the inner bottom layer, causing the resistance heating wire to heat, thereby warming the feet. Therefore, the use of these self-heating combat training duty shoes for military and police officers can solve the technical problem of keeping the feet of police officers on duty in winter warm.
[0013] 2. The self-heating combat training duty shoes for military and police of the present invention can also charge low-voltage electronic devices such as mobile phones and GPS locators carried by military and police through a USB interface connected to a battery.
[0014] 3. The self-heating combat training and duty shoes for military and police of the present invention are also suitable for use by people in other industries (such as outdoor travel, delivery personnel, etc.) in low temperature weather. BRIEF DESCRIPTION OF THE DRAWINGS
[0015] Figure 1 This is a schematic diagram of the implementation structure of the military and police self-heating combat training and duty shoes.
[0016] Figure 2 This is a schematic diagram of the second implementation structure of the military and police self-heating combat training and duty shoes.
[0017] Figure 3 Schematic diagram of the combined structure of the inductor component and the magnetic core component. DETAILED DESCRIPTION
[0018] The present invention will be further described below with reference to the accompanying drawings and examples.
[0019] As shown in the figure, the military and police self-heating combat training and duty shoes in this embodiment include a sole comprising an outer bottom layer 1, a mid-bottom layer 2, and an inner bottom layer 3. The mid-bottom layer is fixedly connected to the outer bottom layer, and the inner bottom layer is fixed to the mid-bottom layer. In various embodiments, the inner bottom layer can be detachably attached to the mid-bottom layer. The military and police self-heating combat training and duty shoes described in this embodiment can be either short-top or high-top.
[0020] An inductor assembly is provided on the bottom of the mid-bottom layer. The inductor assembly is located in the heel area of the back half of the mid-bottom layer and in the toe area of the front half of the mid-bottom layer. The toe area is the area on the mid-bottom layer that is opposite the area between the toes and the arch of the foot. In different embodiments, the inductor assembly can also be provided only in the heel area of the back half of the mid-bottom layer, or only in the toe area of the front half of the mid-bottom layer. The inductor assembly includes a box body 4 embedded in the mid-bottom layer, a plurality of limiting tubes 5 arranged in the box body, and an inductor coil 6 mounted on the limiting tubes, with each inductor coil being connected in series.
[0021] A magnetic core assembly that cooperates with the inductor assembly is provided on the outer bottom layer. A cavity 7 for accommodating the magnetic core assembly is provided between the outer bottom layer and the inductor assembly. The magnetic core assembly includes a base plate 8 fixed on the outer bottom layer and a magnet column 9 vertically fixed on the base plate. The magnet columns correspond to the inductor coils one by one and are coaxially arranged with the inductor coils. A through hole 10 for the magnet column to extend into and out of the inductor coil is provided on the box body of the inductor assembly.
[0022] The military and police self-heating combat training duty shoes also include a battery 11 and a charger 12 embedded in the middle of the mid-bottom layer, and the inductor coil is connected to the battery through the charger.
[0023] A resistance heating wire 13 is provided in the inner bottom layer, and a switch 14 for connecting the resistance heating wire and the battery is provided on the outer side of the middle bottom layer.
[0024] In this embodiment, the inductor assembly and magnetic core assembly of the self-heating combat training duty shoes for military and police constitute a power generation mechanism. When walking in the self-heating combat training duty shoes for military and police, when the outer bottom layer 1 contacts the ground and is under pressure, the magnet column 9 of the magnetic core assembly moves upward and penetrates the inductor coil 6; when the outer bottom layer 1 leaves the ground, the outer bottom layer 1 rebounds to restore its shape, and the magnet column 9 of the magnetic core assembly exits the inductor coil 6. As the magnet column 9 enters and exits the inductor coil 6, the magnetic field within the inductor coil 6 changes, thereby generating an induced current in the inductor coil 6. The induced current is processed by the charger and stored in the battery 11. When the feet feel cold, the switch 14 is turned on, and the current stored in the battery 11 flows through the resistance heating wire 13 provided in the inner bottom layer, thereby causing the resistance heating wire 13 to heat up, thereby achieving the purpose of warming the feet.
[0025] As an improvement to the above embodiment, the outer side of the middle bottom layer is further provided with a USB port 15 connected to a battery. This improvement allows the battery 11 to charge other electrical devices such as mobile phones during rest time, further facilitating the power needs of personnel on duty outside.
[0026] As an improvement to the above embodiment, the outer bottom layer 1 is a rubber layer, which has good wear resistance and elasticity, can extend the service life of the shoes, and can ensure the flexible rebound and reset of the magnetic core assembly.
[0027] It should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention and are not limiting. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical solutions of the present invention may be modified or replaced by equivalents without departing from the purpose and scope of the technical solutions of the present invention, which should all be included in the scope of the claims of the present invention.
Claims
1. Military and police self-heating combat training duty shoes, including soles, characterized by: The sole comprises an outer bottom layer, a middle bottom layer and an inner bottom layer; the middle bottom layer is fixedly connected to the outer bottom layer, and the inner bottom layer is fixedly or detachably arranged on the middle bottom layer; An inductor assembly is arranged on the bottom of the middle bottom layer, and the inductor assembly is located in the heel area of the rear half of the middle bottom layer and / or the front toe area of the front half of the middle bottom layer. The inductor assembly includes a box body embedded in the middle bottom layer, a plurality of position limiting tubes arranged in the box body, and an inductor coil sleeved on the position limiting tube, and the inductor coils are connected in series in sequence; A magnetic core component matched with the inductor component is arranged on the outer bottom layer, a cavity for accommodating the magnetic core component is arranged between the outer bottom layer and the inductor component, the magnetic core component includes a bottom plate fixed on the outer bottom layer and a magnet column vertically fixed on the bottom plate, the magnet column corresponds to the inductor coil one by one, the magnet column and the inductor coil are coaxially arranged, and a through hole for the magnet column to extend into and exit the inductor coil is arranged on the box body of the inductor component; The military and police self-heating combat training duty shoes also include a battery and a charger embedded in the middle of the bottom layer, and the inductor coil is connected to the battery through the charger; The inner bottom layer is provided with a resistance heating wire, and the outer side of the middle bottom layer is provided with a switch connecting the resistance heating wire and the storage battery.
2. The self-heating combat training and duty shoes for military and police according to claim 1 are characterized by: The outer side of the middle bottom layer is also provided with a USB interface connected to the battery.
3. The self-heating combat training and duty shoes for military and police according to claim 1 are characterized by: The outer bottom layer is a rubber layer.