A pet wearable garment with a light-powered traction locator having multiple power supply forms

Abstract

The utility model discloses a pet wearable clothing with a photokinetic traction locator having multiple power supply forms. The pet wearable clothing comprises a strap, a vest and a traction handle. The strap covers the forelimbs and the neck, the vest covers the hindlimbs and the back, the traction handle is connected to the traction rope through a spring buckle, the photokinetic traction locator is installed on the strap, a flexible photovoltaic cell is sewn on the vest, an energy management module, a positioning communication module and a socket are patched on the photokinetic processor, the photokinetic cell and the flexible photovoltaic cell convert light energy into electrical energy, an energy converter composed of a magnet and a coil converts mechanical energy into electrical energy, which is connected to the energy management module, the energy management module collects the electrical energy and supplies it to a rechargeable battery, the rechargeable battery supplies power to the positioning communication module, the positioning communication module transmits a signal to obtain the pet's position, and multiple power supply modes are used to provide electrical energy to ensure the power consumption of the positioning module, thereby reducing the capacity of the rechargeable battery.

Description

Technical Field

[0001] The utility model relates to a pet wearable garment with a light kinetic energy traction locator having multiple power supply forms, belonging to the technical field of pet wearables. Background Art

[0002] As more and more pet tracking products are available and their functions become more and more comprehensive, power consumption naturally increases, the size of the battery also increases, and the weight on the pet is also increasing.

[0003] Chinese patent publication number CN220630626U "Pet carrier and pet behavior control system" provides a pet carrier including a traction rope and a fixed shell. The fixed shell is arranged on the carrier body, the traction rope is stored in the fixed shell, the traction rope can be retracted, and a sensor is arranged in the fixed shell to test whether the traction rope is pulled out and transmit data to the control module. Both the sensor and the control module need to provide power.

[0004] Chinese patent publication number CN215186035U "A pet positioning solar power supply device" provides a technical solution including a pet locator, a solar panel, a waterproof rubber cover, a power control panel and a pet vest. The solar panel converts solar energy into electrical energy, and can continuously provide power for long-term outdoor positioning of pets. However, a single solar panel to supplement electrical energy may sometimes be blocked from the sun and unable to provide electricity.

[0005] Chinese Patent Publication No. CN111736177A "A Pet GPS Positioning ID Identification Device Based on the Principle of Electromagnetic Induction" provides a technical solution and implementation example in which, when the pet is active, the magnetic beads in the lower chamber can move up and down, generating an induced electromotive force in the coil, and the induced electromotive force forms an induced current, thereby storing electrical energy in a battery. The solar panel can also generate solar power, and further store electrical energy in the battery. However, since it is hung around the neck, the solar panel installed on the side itself is not good at generating electricity, and when the pet is active, the movement of the magnetic beads is not stable, resulting in a decrease in the power generation effect. Summary of the invention

[0006] The purpose of the utility model is to solve the problem of insufficient power supply from a single solar panel, to seek a variety of electrical energy that can be provided by the pet's wearable itself, to concentrate the energy on the light-powered processor for energy management to obtain maximum power generation, to reduce the capacity of the rechargeable battery, to reduce the weight, and to meet the power replenishment needs of pet positioning.

[0007] To achieve the above objectives, the utility model adopts three energy supply modes, one is that the photoelectric battery converts light energy into electrical energy, the second is that the pet moves so that the magnet coil cuts the magnetic lines of force to convert mechanical energy into electrical energy, and the third is that the traction rope is pulled out and retracted so that the magnet coil cuts the magnetic lines of force to convert mechanical energy into electrical energy. The three power supply modes all connect the generated electrical energy to the energy collection module, forming a comprehensive management of multiple energy supply modes to supplement electrical energy. The specific technical scheme is: a pet wearable clothing with a photoelectric traction locator with multiple power supply forms, characterized in that: the pet wearable clothing includes a strap, a vest and a traction handle; the strap is located at the forelimb part, the strap covers the forelimb and the neck, the vest is located at the hind limb part, the vest covers the hind limb and the back; a photoelectric traction locator is installed on the strap, a photoelectric processor is installed on the shell of the photoelectric traction locator, a traction rope reel power generation mechanism is installed in the shell, and a flexible photovoltaic cell is sewn on the vest The strap and the vest are connected by Velcro or snaps, and the traction handle is connected to the traction rope ring by a spring buckle; the photokinetic energy processor is a patch with an energy management module, a positioning communication module and a socket on the backlight surface of the photokinetic energy battery, and the photokinetic energy battery and the flexible photovoltaic cell convert light energy into electrical energy and connect to the energy management module; magnets are placed on the forelimbs of the strap and the hind limbs of the vest, and coils are placed on the side ribs of the strap near the forelimbs and the vest near the hind limbs, and the magnets and the coils cut the magnetic lines of force to convert mechanical energy into electrical energy and connect to the energy management module; the traction rope reel power generation mechanism is driven by the traction rope to rotate the reel, and the reel transmits the motion to the magnet to rotate, and the coils and the magnets cut the magnetic lines of force to convert mechanical energy into electrical energy and connect to the energy management module; the energy management module collects the electrical energy and gives it to the rechargeable battery in the shell, and the rechargeable battery powers the positioning communication module, and the positioning communication module transmits a signal to obtain the position of the pet.

[0008] The area of ​​the braces is smaller than that of the vest. When the weather is hot, only the braces are worn, and when the weather is cold, the braces and the vest are worn at the same time.

[0009] The solar cell of the shoulder strap is a glass substrate thin film battery, the solar cell is an amorphous silicon thin film battery, a perovskite battery, etc. The flexible thin film battery of the vest is a copper indium gallium selenide thin film battery, a cadmium telluride thin film battery, etc.

[0010] The straps and the vest are provided with wiring gaps, and the output electrodes of the flexible battery and the coil are provided with plugs, which extend into the control box and are connected with the socket of the light-powered processor.

[0011] The traction rope reel power generation mechanism comprises a box body and a reel inside the box body, a traction rope, a belt ring, a magnet, a coil, a ratchet, a pawl, a tension spring, a coil spring, a first gear, a second gear, a third gear, a fourth gear, and a tray. The reel is installed on the outside of the box body, the traction rope is wound around the reel, one end of the coil spring is installed on the reel, and the other end is installed on the box body. A ratchet is fixedly installed under the reel, a first gear is installed under the ratchet through a bearing, a pawl is installed on the first gear, the pawl cooperates with the ratchet, and the pawl is pressed by the tension spring. Tightly mounted on the ratchet, the first gear is meshed with the second gear, the second gear is integrated with the third gear, the third gear is meshed with the fourth gear, the fourth gear is connected to a tray, a magnet is mounted on the tray, a coil is fixedly mounted at the corresponding position of the magnet, when the traction rope is pulled out, the ratchet presses the pawl to drive the first gear to rotate and transmit the transmission to the second gear, the third gear, and the fourth gear to rotate the magnet so that the coil cuts the magnetic lines of force to generate electrical energy, when the traction rope is recovered under the action of the winding spring, the ratchet disengages the pawl, and the first gear continues to rotate by inertia.

[0012] The shell is in the shape of a long strip, on which a photo-kinetic energy battery is placed, and the photo-kinetic energy battery is covered with a protective film, which is made of a transparent polymer material or tempered glass.

[0013] The energy management module includes a rectifier circuit, a filter circuit, a micro-power voltage detection and setting circuit, a battery undervoltage circuit, and a battery output charging voltage setting circuit. The alternating current output by the coil is converted into direct current after passing through the rectifier circuit and is merged with the direct current output by the solar-kinetic energy battery and connected to the filter circuit. The energy collection chip is awakened by the micro-power voltage detection and setting circuit. After the energy collection chip compares the charging voltage of the battery undervoltage circuit and the battery output charging voltage setting circuit with the set voltage of the micro-power voltage detection and setting circuit, the chip determines whether to charge the energy storage battery in the form of boost or buck according to the voltage comparison value.

[0014] The positioning communication module is a GPS positioning communication module or a Beidou positioning communication module.

[0015] The positive effects of the utility model include: using multiple power supply modes such as photokinetic batteries and mechanical energy to provide power to ensure the power consumption of the positioning module, and reducing the capacity of the rechargeable battery; the pet vest is divided into two parts, which is suitable for all-weather wear all year round. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 : Reference diagram of the use status of the utility model.

[0017] Figure 2 : Schematic diagram of the unfolded planar structure of the present utility model.

[0018] Figure 3 : Schematic diagram of the overall structure of the optical kinetic energy traction locator of the present utility model.

[0019] Figure 4 : A schematic diagram of the structure of the light kinetic energy processor of the present utility model.

[0020] Figure 5 : Schematic diagram of the internal structure of the shell of the utility model.

[0021] Figure 6 : Schematic diagram of the structure of the reel mechanism of the present utility model.

[0022] In the figure, 1, shoulder strap, 2, vest, 3, solar kinetic energy traction locator, 301, shell, 301-1, shell edge, 301-2, shell through hole, 302, solar kinetic energy processor, 302-1, solar kinetic energy battery, 302-2, energy management chip, 302-3, positioning communication chip, 302-4, socket, 302-5, protective film, 303, traction rope reel power generation mechanism, 303-1, reel, 303-2, box body, 303-3, coil spring, 303-4, reel magnet, 303-5, reel coil, 303-6, traction rope, 303- 7. Belt ring, 303-8. Ratchet, 303-9. First gear, 303-10. Paw, 303-11. Tension spring, 303-12. Second gear, 303-13. Third gear, 303-14. Fourth gear, 303-15. Tray, 4. Flexible thin film battery, 5. Snap buttons for connecting shoulder strap and vest, 6. Magnet bag, 7. Leg magnet, 8. Leg extension hole, 9. Coil bag, 10. Side rib coil, 11. Abdomen connection snap buttons, 12. Coil output lead, 13. Flexible thin film battery output lead, 14. Head extension hole, 15. Tail extension hole. DETAILED DESCRIPTION

[0023] The utility model is described by taking the wearing clothes for pet dogs as an example.

[0024] Taking into account the temperature difference between hot and cold days, if the strap 1 and vest 2 of the wearable clothing are integrated, it will be very hot on hot days. Therefore, the wearable clothing is divided into a strap 1 and a vest 2, the strap 1 wraps the neck and forelimbs, the vest 2 wraps the back and hind limbs, and they can be connected together by connecting snaps 5. The strap 1 is made small, and the light kinetic energy traction locator 3 is installed on the strap 1, so the strap 1 can be used alone, and the vest 2 is made larger, so it can be used together with the strap 1 when it is cold, so that it can be used all year round.

[0025] The light-powered processor 302 is installed on the shell 301 of the light-powered traction locator 3, and the rechargeable battery and the reel mechanism 303 are placed in the box body 301. The light-powered battery 302-1 of the light-powered processor 302 is a weak-light amorphous silicon thin-film battery with a 0.7mm glass substrate to prevent power failure when there is an obstruction. A transparent protective film 203-5 is attached to the light-receiving surface of the light-powered battery 302-1. The transparent protective film 203-5 can be tempered glass or a polymer material. A circuit is printed on the backlight surface of the light-powered battery 302-1, and an energy management chip 302-2, a positioning communication chip 302-3, and a plug-in are bound to the circuit. The receiving seat 302-4 and other electronic components, the shell 301 is made of silicone material, the edge 301-1 of the shell is inserted into the vest and fixed on the vest through the shell through hole 301-2, the reel 303-1 of the traction rope reel power generation mechanism 303 is installed on the outside of the box body 303-2, the traction rope 303-6 is wound on the reel 303-1, one end of the coil spring 303-3 is installed on the reel 303-1, and the other end is installed on the box body 303-2, a ratchet 303-8 is fixedly installed under the reel 303-1, and a first gear 303-9 is installed under the ratchet 303-8 through a bearing, and the first gear 303-9 is on top A pawl 303-10 is installed, the pawl 303-10 cooperates with the ratchet 303-8, the pawl 303-10 is pressed on the ratchet 303-8 by the tension spring 303-11, the first gear 303-9 is meshed with the second gear 303-12, the second gear 303-12 is integrated with the third gear 303-13, the third gear 303-13 is meshed with the fourth gear 303-14, the fourth gear 303-14 is connected to the tray 303-15, the tray 303-15 is installed with a reel magnet 303-4, the reel coil 303-5 is fixedly installed at the corresponding position of the reel magnet 303-4, when the traction hand The handle is connected to the traction rope ring 303-7 through the spring buckle. When the traction rope 303-6 is pulled out, the ratchet 303-8 presses the pawl 303-10 to drive the first gear 303-9 to rotate and transmit it to the second gear 303-12, the third gear 303-13, and the fourth gear 303-14 to rotate the reel magnet 303-4 so that the reel coil 303-5 cuts the magnetic lines to generate electrical energy. When the traction rope 303-6 is recovered under the action of the winding spring 303-3, the ratchet 303-8 disengages the pawl 303-10, and the first gear 303-9 continues to rotate by inertia to generate electrical energy connected to the energy management chip 302-2.

[0026] A magnet bag 6 is provided on the outside of the leg of the shoulder strap 1, and the leg magnet 7 is placed in the magnet bag 6. A coil bag 9 is provided on the abdomen on the inner side of the leg, and the side rib coil 10 is placed in the coil bag 9. When the dog runs, the magnet 7 swings and cuts the magnetic lines formed by the coil 10, and is plugged into the socket 302-4 through the coil output lead 12, and the rechargeable battery is powered by the energy management chip 302-2.

[0027] A flexible thin film battery 4 is sewn on the vest 2, and the flexible thin film battery output lead 13 of the flexible thin film battery 4 is connected to the socket 302-4 for plugging. Similarly, a magnet bag 6 is arranged on the outer side of the leg of the vest 2, and the leg magnet 7 is placed in the magnet bag 6. A coil bag 9 is arranged on the abdomen on the inner side of the leg, and the side rib coil 10 is placed in the coil bag 9. It is plugged into the socket 302-4 through the coil output lead 12, and the rechargeable battery is powered by the energy management chip 302-2.

[0028] The pet vest is provided with a vest leg extension hole 8, a vest head extension hole 14, and a vest tail extension hole 15, which are all conventional technologies. The structure of the cutting part of the vest is also conventional technology, which can be a pullover, a belly connection button 11, etc., and the utility model will not be described in detail.

[0029] When the pet is used for outdoor activities, the pet is put on the pet harness 1 and vest 2 (if necessary), and the spring buckle and belt loop 303-7 of the traction handle are used to turn on the positioning power switch. Outdoors, the photokinetic energy battery 302-1 and the flexible film battery 4 convert light energy into electrical energy for the energy management chip 302-2. When the pet moves, the leg magnets 7 and the side rib coils 10 convert mechanical energy into electrical energy. When the traction rope 303-6 is pulled, the reel magnets 303-4 and the reel coils 303-5 convert kinetic energy into electrical energy for the energy management chip 302-2. Then, the energy management chip 302-2 supplies power to the rechargeable battery, and the rechargeable battery provides power to the positioning communication chip 302-3, which sends positioning signals to the owner from time to time.

[0030] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present application, rather than to limit it. Although the present application has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or make equivalent replacements for some of the technical features therein. However, these modifications or replacements do not cause the essence of the corresponding technical solutions to deviate from the spirit and scope of the technical solutions of the embodiments of the present application.

Claims

1. A pet wearable clothing with a light-powered traction locator having multiple power supply forms, characterized in that: The pet wearable clothing comprises a strap, a vest and a traction handle; the strap is located at the forelimb part, the strap covers the forelimb and the neck, the vest is located at the hindlimb part, the vest covers the hindlimb and the back; a light-powered traction locator is installed on the strap, a light-powered processor is installed on the shell of the light-powered traction locator, a traction rope reel power generation mechanism is installed in the shell, a flexible photovoltaic cell is sewn on the vest, the strap and the vest are connected by Velcro or snaps, and the traction handle is connected to the traction rope belt ring by a spring buckle; the light-powered processor is on the backlight surface of the light-powered battery The upper patch has an energy management module, a positioning communication module and a socket. The photokinetic energy cell and the flexible photovoltaic cell convert light energy into electrical energy and connect to the energy management module. The forelimbs of the strap and the hind limbs of the vest are both provided with magnets, and the side ribs of the strap near the forelimbs and the side ribs of the vest near the hind limbs are both provided with coils. The magnets and the coils cut the magnetic lines of force to convert mechanical energy into electrical energy and connect to the energy management module. The traction rope reel power generation mechanism is driven by the traction rope to rotate the reel, and the reel transmits the motion to the magnet to rotate. The coils and the magnets cut the magnetic lines of force to convert mechanical energy into electrical energy and connect to the energy management module. The energy management module collects electric energy and supplies it to the rechargeable battery in the shell, and the rechargeable battery supplies power to the positioning communication module, which transmits a signal to obtain the location of the pet.

2. A pet wearable clothing with a light-powered traction locator having multiple power supply forms as claimed in claim 1, characterized in that: The area of ​​the braces is smaller than that of the vest. When the weather is hot, only the braces are worn, and when the weather is cold, the braces and the vest are worn at the same time.

3. The pet wearable clothing with a light-powered traction locator having multiple power supply forms as claimed in claim 1, characterized in that: The photoelectric battery of the shoulder strap is a glass substrate thin film battery, the photoelectric battery is an amorphous silicon thin film battery or a perovskite battery, and the flexible thin film battery of the vest is a copper indium gallium selenide thin film battery or a cadmium telluride thin film battery.

4. The pet wearable clothing with a light-powered traction locator having multiple power supply forms as claimed in claim 1, characterized in that: The straps and the vest are provided with wiring gaps, and the output electrodes of the flexible battery and the coil are provided with plugs, which extend into the control box and are connected with the socket of the light-powered processor.

5. The pet wearable clothing with a light-powered traction locator having multiple power supply forms as claimed in claim 1, characterized in that: The traction rope reel power generation mechanism includes a box body and a reel inside the box body, a traction rope, a belt ring, a magnet, a coil, a ratchet, a pawl, a tension spring, a coil spring, a first gear, a second gear, a third gear, a fourth gear, and a tray. The reel is installed on the outside of the box body, the traction rope is wound around the reel, one end of the coil spring is installed on the reel, and the other end is installed on the box body. A ratchet is fixedly installed under the reel, a first gear is installed under the ratchet through a bearing, a pawl is installed on the first gear, the pawl cooperates with the ratchet, and the pawl is controlled by a tension spring. Pressed tightly on the ratchet, the first gear is meshed with the second gear, the second gear and the third gear are integrated, the third gear is meshed with the fourth gear, the fourth gear is connected to a tray, a magnet is installed on the tray, and a coil is fixedly installed at the corresponding position of the magnet. When the traction rope is pulled out, the ratchet presses the pawl to drive the first gear to rotate and transmit it to the second gear, the third gear, and the fourth gear to rotate the magnet so that the coil cuts the magnetic lines to generate electrical energy. When the traction rope is recovered under the action of the winding spring, the ratchet disengages the pawl and the first gear continues to rotate by inertia.

6. The pet wearable clothing with a light-powered traction locator having multiple power supply forms as claimed in claim 1, characterized in that: The shell is in the shape of a long strip, on which a photo-kinetic energy battery is placed, and the photo-kinetic energy battery is covered with a protective film, which is made of a transparent polymer material or tempered glass.

7. The pet wearable clothing with a light-powered traction locator having multiple power supply forms as claimed in claim 1, characterized in that: The energy management module includes a rectifier circuit, a filter circuit, a micro-power voltage detection and setting circuit, a battery undervoltage circuit, and a battery output charging voltage setting circuit. The alternating current output by the coil is converted into direct current after passing through the rectifier circuit and is merged with the direct current output by the solar-kinetic energy battery and connected to the filter circuit. The energy collection chip is awakened by the micro-power voltage detection and setting circuit. After the energy collection chip compares the charging voltage of the battery undervoltage circuit and the battery output charging voltage setting circuit with the set voltage of the micro-power voltage detection and setting circuit, the chip determines whether to charge the energy storage battery in the form of boost or buck according to the voltage comparison value.

8. The pet wearable clothing with a light-powered traction locator having multiple power supply forms as claimed in claim 1, characterized in that: The positioning communication module is a GPS positioning communication module or a Beidou positioning communication module.

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