Positioning watch with multiple power generation and battery

Abstract

The invention relates to the field of intelligent wearing, in particular to a positioning watch with multiple power generation and a battery, and the watch is provided with a chemical energy power generation device, a solar power generation device and a pendulum spring power generation device. The watchcase energy generating device is arranged at the bottom of the watch, and a chemical energy battery is formed through lead and lead oxide. The watchband chemical energy power generation devices are arranged on the two sides of the watch, and a watchband and peripheral alkaline liquid form a chemical energy battery through lead and lead oxide. The solar power generation device is arranged on the surface of the watch, consists of a solar power generation panel, and converts light into voltage to form a solar cell; the pendulum clockwork power generation device is arranged in the watch, the pendulum unit swings when the watch swings, the clockwork unit is rotated tightly when the watch swings, the clockwork unit rotates through a plurality of gears when the clockwork unit bounces off slowly, the power generator generates power, and a rotating energy battery is formed. According to the intelligent watch, the chemical energy battery, the solar battery and the energy conversion battery are combined into a whole to charge the main battery through the isolation type boosting unit, so that the standby time is prolonged.

Description

Technical Field

[0001] The present invention relates to the field of intelligent wearable technology, and in particular to a positioning watch with multiple power generation and batteries. Background Art

[0002] Wearable devices need to be charged, but in many environments they cannot be charged immediately, or the battery may be used up and there is no chance to charge when needed. The above background can generate electricity in time using the various power generation methods of the present invention. There are several methods, which are described as follows: First, use the case chemical energy power generation device to generate electricity, where the case chemical energy power generation device is at the bottom of the smart watch, it is worn on the wrist and in contact with the skin, the skin surface has more or less sweat, and the sweat passes through lead and lead oxide to form a chemical energy battery; in an emergency, alkaline substances such as salt water, apples, and potatoes can be made to contact the lead and lead oxide contact surface at the bottom of the smart watch at the same time.

[0003] Secondly, the strap chemical energy power generation device, wherein the strap chemical energy power generation device case chemical energy power generation device is the strap part of the smart watch, it is worn on the wrist and in contact with the skin, the skin surface has more or less sweat, the sweat passes through lead and lead oxide to form a chemical energy battery; in an emergency, alkaline substances such as salt water, apples, potatoes, etc. can be made to contact the lead and lead oxide contact surface at the bottom of the smart watch at the same time; the strap part can be inserted with the alkaline substance in the form of a needle.

[0004] Third, a solar power generation device, wherein the solar power generation device is composed of a solar panel, which converts light into voltage to form a solar cell (301), which is introduced into the smart watch through a lead wire; when necessary, strong light can replace sunlight.

[0005] Fourthly, a pendulum spring power generation device, wherein the pendulum spring power generation device is inside the smart watch. When the smart watch is shaken, the pendulum unit swings left and right, and the spring unit is tightened during the swinging. The spring unit slowly springs open due to the elastic principle, and when it springs open, it rotates through three or more gears, so that the generator unit generates electricity, forming a conversion battery, which is introduced into the smart watch through the lead wire.

[0006] The above smart watch integrates the chemical energy battery, the second chemical energy battery, the solar cell and the conversion battery into a pair of main batteries for charging via an isolated boost unit.

[0007] One or two of the above four power generation methods can be deleted due to volume and environmental considerations. Through continuous charging of various power generation devices, the wearable device needs to be charged, but in many environments it cannot be charged immediately, or the power may be used up and there is no opportunity to charge it urgently. Summary of the invention

[0008] The present invention relates to the field of smart wearable technology, specifically to a positioning watch with multiple power generation and batteries, the positioning watch comprising a case chemical energy power generation device, a strap chemical energy power generation device, a solar power generation device, a pendulum spring power generation device and a smart watch; wherein the case chemical energy power generation device is at the bottom of the smart watch, and forms a chemical energy battery through lead and lead oxide; wherein the strap chemical energy power generation device is at both sides of the smart watch, one side is made of lead, and the other side is made of lead oxide, and the straps on both sides form a second chemical energy battery through lead and lead oxide and surrounding alkaline liquid; wherein the cover solar energy power generation device is on the surface of the smart watch, and the cover solar energy power generation device is composed of The smart watch is composed of a solar panel that converts light into voltage to form a solar cell, which is introduced into a smart watch through a lead wire; wherein the pendulum spring power generation device is inside the smart watch, and when the smart watch is shaken, the pendulum unit swings left and right, and the spring unit is tightened during the swinging, and the spring unit slowly springs open due to the elastic principle, and when it springs open, it rotates through three or more gears, so that the generator unit generates electricity to form a transfer battery, which is introduced into the smart watch through a lead wire; wherein the smart watch integrates the chemical energy battery, the second chemical energy battery, the solar cell and the transfer battery into a pair of main batteries through an isolated boost unit for charging; one or two of the above four power generation methods can be deleted due to volume and environmental considerations.

[0009] One is a watch case chemical energy power generation device, which includes an anode plate unit, a second anode plate unit, a cathode plate unit, a second cathode plate unit, an isolation plate unit, a second isolation plate unit, a third isolation plate unit, an electrode series unit, a vital sign detection receiving unit, a vital sign detection sending unit and a communication unit, wherein the anode plate unit and the cathode plate unit are between the isolation plate unit and the second isolation plate unit to form battery one; the second anode plate unit and the second cathode plate unit are between the second isolation plate unit and the third isolation plate unit to form battery two; the electrode series unit connects the cathode plate unit and the second anode plate unit in series, so that battery one and battery two are connected in series, and provides working voltage for the communication unit, the vital sign detection receiving unit and the vital sign detection sending unit.

[0010] A watch case chemical energy power generation device, wherein the anode plate unit and the second anode plate unit are made of lead dioxide (PbO2); when the anode plate unit and the cathode plate unit meet electrolytic liquid or alkaline water, a DC2.1V voltage is generated between them to form battery one; when the second anode plate unit and the second cathode plate unit meet electrolytic liquid or alkaline water, a DC2.1V voltage is generated between them to form battery two; wherein the electrode series unit connects the cathode plate unit and the second anode plate unit in series, so that battery one and battery two are connected in series, battery one and battery two are on the surface of a positioning watch, and are often designed to be in contact with the wrist skin at the bottom of the positioning watch, and skin sweat contacts battery one and battery two to generate voltage; the electrode series unit is inside the bottom case of the positioning watch, and the inside and outside of the bottom case are penetrated by metal; the above units are circular, oval or square; wherein the second anode plate unit and the second cathode plate unit are omitted when there is insufficient space.

[0011] The second is a watch strap chemical energy power generation device, where the watch strap chemical energy power generation device is on both sides of the smart watch, one side is made of lead and the other side is made of lead oxide. The watch straps on both sides form a second chemical energy battery through lead and lead oxide and the surrounding alkaline liquid; the junction between the watch strap and the case and the contact between the watch straps on both sides are made of insulating materials; the materials of lead (Pb) and lead oxide (PbO2) are replaced by copper and zinc.

[0012] The third is the watch cover solar power generation device. The watch cover solar power generation device is on the surface of the smart watch. The watch cover solar power generation device is composed of solar panels, which convert light into voltage to form solar cells, which are introduced into the smart watch through leads; the watch cover solar power generation device is on the upper layer of the watch case or a new cover plate is added. The areas of each solar panel must be close and used in series; raised steps are added around the periphery to protect the solar panels.

[0013] The fourth is a pendulum spring power generation device. The pendulum spring power generation device is inside the smart watch. When the smart watch is shaken, the pendulum unit swings left and right. When swinging, the spring unit is tightened. The spring unit slowly bounces open due to the elastic principle. When it bounces open, it rotates through three or more gears to make the generator unit generate electricity to form a conversion battery, which is introduced into the smart watch through the lead wire. The smart watch fixes the pendulum spring power generation device in a pillar manner to increase the effect of rotating the spring when shaking.

[0014] Among them, the preferred scheme is that the smart watch integrates the chemical energy battery, the second chemical energy battery, the solar cell and the conversion battery into a pair of main batteries for charging through an isolated boost unit; wherein the chemical energy battery, the second chemical energy battery and the solar cell are on the surface of the smart watch, short-circuited individually or short-circuited with each other, and protected by the isolated boost unit.

[0015] Among them, the preferred scheme is that the smart watch includes a vital sign detection receiving unit and a vital sign detection receiving unit and a communication unit; wherein the vital sign detection receiving unit is in contact with the wrist skin through a lens at the bottom of the positioning watch, receives the vital sign detection and sends the light source by the vital sign sending unit, and gives the data to the communication unit; the vital sign detection sending unit, under the control of the communication unit, generates the light source for the vital sign detection receiving unit to receive; the communication unit controls one or more vital sign detection sending units, receives the vital sign detection and sends the light source by the vital sign sending unit, and gives the data to the communication unit; the communication unit controls the communication unit to control one or more vital sign detection sending units to generate the light source, receives the vital sign detection and sends the light source by the vital sign sending unit, and gives the data to the communication unit.

[0016] Among them, the preferred solution is that the solar power generation panels are on the inner and outer surfaces of the cover, and can receive light source to generate electricity when the cover is closed or opened.

[0017] Among them, the preferred scheme is a smart watch, in which the communication unit internally includes an operation processing module, a 4G communication module, a Bluetooth communication module, a display module, a microphone, a speaker, a vibrator and an input and output unit; the operation processing module controls one or more vital sign detection and sending units to generate a light source through the input and output unit, receives the vital sign detection, and the vital sign sending unit sends the light source, and sends the data to the communication unit; the control communication unit controls one or more vital sign detection and sending units to generate a light source, receives the vital sign detection, and the vital sign sending unit sends the light source, and sends the data to the communication unit; the microphone and the speaker communicate with the outside through the 4G communication module; the display module displays the time and the vital sign detection results; the vibrator is controlled by the operation processing module to generate vibration.

[0018] Among them, the preferred solution is that the communication unit includes a 4G communication module that communicates with the Internet for transmitting images and sounds; the communication unit includes a Bluetooth communication module that communicates with a smartphone for parameter setting and transmitting images and sounds.

[0019] Compared with the prior art, the beneficial effects of the present invention are: 1. Generate electricity using the watch case chemical energy power generation device, wherein the watch case chemical energy power generation device is at the bottom of the smart watch, which is worn on the wrist and in contact with the skin. The skin surface has more or less sweat, and the sweat passes through lead and lead oxide to form a chemical energy battery; in an emergency, alkaline substances such as salt water, apples, and potatoes can be allowed to contact the lead and lead oxide contact surfaces at the bottom of the smart watch at the same time.

[0020] 2. Generate electricity using a watch strap chemoelectric device, where the watch strap chemoelectric device is the watch strap part of the smart watch, it is worn on the wrist and in contact with the skin, the skin surface has more or less sweat, the sweat passes through lead and lead oxide to form a chemical energy battery; in an emergency, alkaline substances such as salt water, apples, potatoes, etc. can be brought into contact with the lead and lead oxide contact surface at the bottom of the smart watch at the same time; the watch strap part can be inserted with the alkaline substance in the form of a needle.

[0021] 3. Generate electricity using the solar power generation device on the watch cover, where the solar power generation device on the watch cover is composed of a solar panel that converts light into voltage to form a solar cell, which is then introduced into the smart watch through wires; strong light can replace sunlight when necessary.

[0022] 4. Use a pendulum spring power generation device, where the pendulum spring power generation device is inside the smart watch. When the smart watch is shaken, the pendulum unit swings left and right. When swinging, the spring unit is tightened. The spring unit slowly pops open due to the elasticity principle. When it pops open, it rotates through three or more gears to make the generator unit generate electricity, forming a transfer battery, which is introduced into the smart watch through the lead wire. The above smart watch integrates the chemical energy battery, the second chemical energy battery, the solar cell and the transfer battery into a pair of main batteries through the isolated boost unit for charging.

[0023] 5. Due to volume and environmental considerations, one or two of the four power generation methods, chemical energy battery, second chemical energy battery, solar cell and conversion battery, can be deleted. Continuously charge through various power generation devices. Solve the problem of restoring the function of the communication device without a charging device. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] Figure 1 This is a schematic diagram of the component locations of a positioning watch with multiple power generation and batteries: Figure 2 An organizational chart of a positioning watch with multiple power generation and batteries; Figure 3 A schematic diagram of a case chemical energy power generation device of a positioning watch with multiple power generation and batteries; Figure 4 A schematic diagram of the working voltage of a positioning watch with multiple power generation and batteries; Figure 5 A schematic diagram of the positions of lead and lead dioxide in a positioning watch with multiple power generators and batteries; Figure 6 A schematic diagram of a wristband chemical energy power generation device for a positioning watch with multiple power generation and batteries; Figure 7 A schematic diagram of the opening of a solar power generation device on the cover of a positioning watch with multiple power generation and batteries; Figure 8A schematic diagram of the position of a pendulum spring power generation device of a positioning watch with multiple power generation and batteries; Fig. 9 A schematic diagram of the organizational structure of a pendulum spring power generation device of a positioning watch with multiple power generation and batteries; Fig.10 A schematic diagram of an isolated boost unit of a positioning watch with multiple power generation and batteries; Fig.11 A schematic diagram of a case chemical energy power generation device of a positioning watch with multiple power generation and batteries; Fig.12 A schematic diagram showing a closed solar power generation device on the cover of a positioning watch with multiple power generators and batteries; Fig.13 A schematic diagram of a vital sign detection system for a positioning watch with multiple power generation and batteries; Fig.14 A schematic diagram of a communication unit of a positioning watch with multiple power generation and batteries; Fig.15 A schematic diagram of a potato-powered positioning watch with multiple power generators and batteries; Fig.16 A schematic diagram of a solar panel on the strap of a positioning watch with multiple power generation and batteries; Fig.17 This is a schematic diagram of the second and third main batteries of a positioning watch with multiple power generation and batteries.

[0025] Explanation of the symbols in the accompanying drawings: 10-anode plate unit; 12-second anode plate unit; 20-cathode plate unit; 22-second cathode plate unit; 30-isolation plate unit; 32-second isolation plate unit; 33-third isolation plate unit; 40-vital sign detection receiving unit; 50-vital sign detection sending unit; 52-second vital sign detection sending unit; 60-electrode series connection unit; 80-communication unit; 81-calculation processing module; 82-4G communication module; 83-Bluetooth communication module; 84-display module; 85-pickup; 86 speaker; 87-vibrator; 90-lens; 92-skin; 100-watchcase chemical energy power generation device; 101-chemical energy battery; 110-battery one; 120-battery two; 200-watchband chemical energy power generation device; 201-second chemical energy battery ;220-The surface material is lead (Pb);220-Lead oxide (PbO2);281-Potato one;282-Potato two;283-Potato three;300-Solar power generation device;301-Solar cell;310-Solar power generation panel;320-Second solar power generation panel;330-Third solar power generation panel;380-Watch strap solar power generation device;400-Pendulum spring power generation device;401-Energy conversion battery;410-Pendulum unit;420-Spring unit;421-Gear rotation;420-Second gear rotation;430-Third gear rotation;430-Generator unit;500-Smart watch;501-Main battery;502-Main battery two;503-Main battery three;600-Isolated boost unit. DETAILED DESCRIPTION

[0026] It should be understood that the specific embodiments described herein are only used to explain the present invention and are not intended to limit the present invention. The implementation, functional features and advantages of the present invention will be described in conjunction with the embodiments and with reference to the attached drawings. Figures 1 to 16 Further explanation. The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0027] Reference Figure 1 , is a positioning watch with multiple power generation and batteries in one embodiment of the present invention, the positioning watch includes a case chemical energy power generation device 100, a strap chemical energy power generation device 200, a cover solar power generation device 300, a pendulum spring power generation device 400 and a smart watch 500; refer to the attached Figure 1 and 2The watch case chemical energy power generation device 100 is at the bottom of the smart watch 500, and forms a chemical energy battery 101 through lead and lead oxide; the watch strap chemical energy power generation device 200 is on both sides of the smart watch 500, one side is made of lead (Pb), and the other side is made of lead oxide (PbO2). The watch straps on both sides form a second chemical energy battery 201 through lead (Pb) and lead oxide (PbO2) and the surrounding alkaline liquid; the watch cover solar energy power generation device 300 is on the surface of the smart watch 500. The watch cover solar energy power generation device 300 is composed of a solar power generation panel, which converts light into voltage to form a solar cell 301, which is introduced into the smart watch 500 through a lead wire; the pendulum spring The power generation device 400 is inside the smart watch 500. When the smart watch 500 is shaken, the pendulum unit 410 swings left and right. When swinging, the clockwork unit 420 is tightened, and the clockwork unit 420 slowly springs open due to the principle of elasticity. When it springs open, it rotates through three or more gears, so that the generator unit 430 generates electricity to form a conversion battery 401, which is introduced into the smart watch 500 through a lead wire; the smart watch 500 combines the chemical energy battery 101, the second chemical energy battery 201, the solar cell 301 and the conversion battery 401 into a pair of main batteries 501 for charging; due to volume and environmental considerations, one or two of the above four power generation methods can be deleted.

[0028] One is the case chemical energy power generation device, see attached Figure 3 The case chemical energy power generation device includes an anode plate unit 10, a second anode plate unit 12, a cathode plate unit 20, a second cathode plate unit 22, an isolation plate unit 30, a second isolation plate unit 32, a third isolation plate unit 33, an electrode series unit 60, a vital sign detection receiving unit 40, a vital sign detection sending unit 50 and a communication unit 80, wherein the anode plate unit 10 and the cathode plate unit 20 are between the isolation plate unit 30 and the second isolation plate unit 32 to form a battery 110; wherein the second anode plate unit 12 and the second cathode plate unit 22 are between the second isolation plate unit 32 and the third isolation plate unit 33 to form a battery 2 120; refer to the attached Figure 4 The electrode series unit 60 connects the cathode plate unit 20 and the second anode plate unit 12 in series, so that the battery 1 110 and the battery 2 120 are connected in series, providing the communication unit 80, the vital sign detection receiving unit 40 and the vital sign detection sending unit 50 with working voltage.

[0029] The watch case chemical energy power generation device 100, see attached Figure 5, wherein the anode plate unit 10 and the second anode plate unit 12 are made of lead dioxide (PbO2); when the anode plate unit 10 and the cathode plate unit 20 are in contact with electrolytic liquid or alkaline water, a DC 2.1V voltage is generated between them to form a battery 110; when the second anode plate unit 12 and the second cathode plate unit 22 are in contact with electrolytic liquid or alkaline water, a DC 2.1V voltage is generated between them to form a battery 2 120; wherein the cathode plate unit 20 and the second cathode plate unit 22 are made of lead dioxide (PbO2); the electrode series connection unit 60 connects the cathode plate unit 20 and the second anode plate unit 12 in series, so that the battery 110 The battery 1 110 and the battery 2 120 are connected in series with each other. The battery 1 110 and the battery 2 120 are on the surface of the smart watch 500. They are usually designed to be in contact with the skin of the wrist at the bottom of the smart watch 500. The sweat from the skin contacts the battery 1 110 and the battery 2 120 to generate voltage. The electrode series unit 60 is inside the bottom shell of the smart watch 500. The inside and outside of the bottom shell are penetrated by metal. The above-mentioned units are circular, oval or square. The second anode plate unit 12 and the second cathode plate unit 22 are omitted when there is insufficient space.

[0030] The second is a watch strap chemical energy power generation device 200, see the attached Figure 6 The strap chemical energy power generation device 200 is on both sides of the smart watch 500, one side surface material is lead (Pb) 210, and the other side surface material is lead oxide (PbO2) 220, and the lead and lead oxide form a second chemical energy battery 201 with the surrounding alkaline liquid; the strap is in contact with the watch case and the straps on both sides are in contact with insulating materials; the materials of lead (Pb) and lead oxide (PbO2) can be replaced by copper and zinc.

[0031] The third is the solar power generation device 300 for the cover, see the attached Figure 7 The watch cover solar power generation device 300 is on the surface of the smart watch 500. The watch cover solar power generation device 300 is composed of multiple solar panels 310, which convert light into voltage to form a solar cell 301, which is introduced into the smart watch 500 through a lead wire; the watch cover solar power generation device 300, on the upper layer of the watch case or a new cover plate, the areas of each solar panel must be close and connected in series; the outer periphery is heightened to protect the solar panel; the solar panel 310 can add a second solar panel 320 and a third solar panel 330 to increase the voltage.

[0032] The fourth is a pendulum spring power generation device 400, see the attached Figure 8 The pendulum spring power generation device 400 is inside the smart watch 500, see the attached Fig. 9When the smart watch 500 is shaken, the pendulum unit 410 swings left and right, and the clockwork unit 420 is tightened during the swinging, and the clockwork unit 420 slowly springs open due to the elasticity principle. When it springs open, the gear 421, the second gear 422 and the third gear 423 rotate, so that the generator unit 430 generates electricity, forming the energy conversion battery 401, which is introduced into the smart watch 500 through the lead wire; the smart watch 500 fixes the pendulum clockwork power generation device 400 in a pillar manner to increase the effect of rotating the clockwork during shaking.

[0033] The preferred solution is that there is a gear ratio between the gear rotation 421 and the second gear rotation 422 and between the second gear rotation 422 and the third gear rotation 423, so that the third gear rotation 423 is accelerated; Fig. 9 , the polarity of the brush NS in the generator unit 430 changes to generate electricity.

[0034] Among them, the preferred solution is, refer to the attached Fig.10 The smart watch 500 integrates the chemical energy battery 101, the second chemical energy battery 201, the solar cell 301 and the conversion battery 401 into a pair of main batteries 501 for charging through the isolated boost unit 600; wherein the chemical energy battery 101, the second chemical energy battery 201 and the solar cell 301 are on the surface of the smart watch 500, are short-circuited individually or short-circuited with each other, and are protected by the isolated boost unit 600.

[0035] Among them, the preferred solution is that the shell chemical energy power generation device 100, refer to the attached Fig.11 The watch case chemical energy power generation device 100 is on the bottom side of the smart watch 500, the positive electrode surface material is lead oxide (PbO2), and the negative electrode surface material is lead (Pb). The lead and lead oxide react with the surrounding alkaline liquid to form a second chemical energy battery 101; an insulating material isolation wall 150 is added to allow the watch case to have multiple groups of batteries; the materials of lead (Pb) and lead oxide (PbO2) can be replaced by copper and zinc.

[0036] Among them, the preferred solution is, refer to the attached Figure 7 And attached Fig.12 The solar panels are on the inner and outer surfaces of the cover, and can generate electricity by receiving light when the cover is closed or open.

[0037] Among them, the preferred solution is, refer to the attached Fig.13The smart watch 500 includes a vital sign detection receiving unit 40, a vital sign detection sending unit 50 and a communication unit 80; the vital sign detection receiving unit 40 contacts the wrist skin 92 through a lens 90 at the bottom of the positioning watch, receives the vital sign detection, and sends the light source to the communication unit 80; the vital sign detection sending unit 50 generates the light source for the vital sign detection receiving unit 40 to receive through the control of the communication unit 80; the communication unit 80 controls one or more vital sign detection sending units 50, receives the vital sign detection, and sends the light source to the communication unit 80; the communication unit 80 controls the communication unit 80 to control one or more vital sign detection sending units 50 to generate the light source, receives the vital sign detection, and sends the light source to the communication unit 80. At the same time, the watch case chemical energy power generation device 100 and the watch strap chemical energy power generation device 200 also contact the wrist skin 92.

[0038] Among them, the preferred solution is, refer to the attached Fig.14 , smart watch 500, wherein the communication unit 80 internally includes an operation processing module 81, a 4G communication module 82, a Bluetooth communication module 83, a display module 84, a microphone 85, a speaker 86, a vibrator 87 and an input-output unit 88; the operation processing module 81 generates a light source through the input-output unit 88 and the control vital sign detection sending unit 50 and the second vital sign detection sending unit 52, and the vital sign detection receiving unit 40 receives the light source sent by it and sends the data to the communication unit 80; the control communication unit 80 controls one or more vital sign detection sending units 50 to generate a light source, receives the light source sent by the vital sign detection receiving unit 40, and sends the data to the communication unit 80; the microphone 85 and the speaker 86 communicate with the outside through the 4G communication module 82; the display module 84 displays the time and the vital sign detection results; the vibrator 87 is controlled by the operation processing module 81 to generate vibration.

[0039] Among them, the preferred solution is that the communication unit 80 includes a 4G communication module 82 that communicates with the Internet for transmitting images and sounds; the communication unit 80 includes a Bluetooth communication module 83 that communicates with a smartphone for parameter setting and transmitting images and sounds.

[0040] Among them, the preferred scheme is to generate electricity using a watch case chemical energy power generation device, wherein the watch case chemical energy power generation device is at the bottom of the smart watch, which is worn on the wrist and in contact with the skin. The skin surface has more or less sweat, and the sweat passes through lead and lead oxide to form a chemical energy battery; in an emergency, alkaline substances such as salt water, apples, and potatoes 288 can be made to contact the lead and lead oxide contact surface at the bottom of the smart watch at the same time; refer to the attached Fig.15, connect 281-potato one, 282-potato two and 283-potato three in series; and then connect them to one end of the strap respectively, and the smart watch 500 can be charged.

[0041] Among them, the preferred scheme is to use a watch strap chemoelectricity generator to generate electricity, wherein the watch strap chemoelectricity generator case chemoelectricity generator is the watch strap part of the smart watch, which is worn on the wrist and in contact with the skin. There is more or less sweat on the skin surface, and the sweat passes through lead and lead oxide to form a chemical energy battery; in an emergency, alkaline substances such as salt water, apples, and potatoes can be made to contact the lead and lead oxide contact surface at the bottom of the smart watch at the same time; the watch strap part can be inserted into the alkaline substance in the form of a needle.

[0042] Among them, the preferred solution is to use the watch cover solar power generation device to generate electricity, wherein the watch cover solar power generation device is composed of a solar panel, which converts light into voltage to form a solar cell 301, which is introduced into the smart watch through leads; strong light can replace sunlight when necessary.

[0043] Among them, the preferred scheme is to use a pendulum spring power generation device, wherein the pendulum spring power generation device is inside a smart watch, and when the smart watch is shaken, the pendulum unit swings left and right, and the spring unit is tightened during the swing, and the spring unit slowly bounces open due to the elastic principle, and when it bounces open, it rotates through three or more gears, so that the generator unit generates electricity, forming a conversion battery, which is introduced into the smart watch through a lead wire.

[0044] The above smart watch combines the chemical energy battery 101, the second chemical energy battery 201, the solar cell 301 and the energy conversion battery 401 into a main battery 501 for charging via an isolated boost unit.

[0045] Among them, the preferred scheme is to use the chemical energy battery 101, the second chemical energy battery 201, the solar cell 301 and the energy conversion battery 401. Due to volume and environmental considerations, one or two of the four power generation methods can be deleted. The various power generation devices are continuously charged.

[0046] Among them, the preferred solution is, refer to the attached Fig.16 The solar power generation device 300 is on the surface of the strap of the smart watch 500. The solar power generation device 300 is composed of solar panels, which convert light into voltage to form solar cells 301, which are introduced into the smart watch 500 through leads; the strap solar power generation device 380 is on both sides of the watch case. The areas of the solar panels must be close and connected in series for use.

[0047] Among them, the preferred solution is that the present invention can solve the problem of restoring the function of the communication device in the absence of a charging device, so as to call for help or increase the probability of being rescued.

[0048] Among them, the preferred solution is, refer to the attached Fig.17Battery 2 502 and battery 3 503 are attached inside the two side straps of the smart watch 500 and introduced into the smart watch 500 through leads; on both sides of the watch case, each solar panel area is directly connected in series with battery 2 and battery 3 for use.

[0049] Although the present invention has been described in detail with reference to the aforementioned embodiments, it is still possible for those skilled in the art to modify the technical solutions described in the aforementioned embodiments, or to make equivalent substitutions for some of the technical features therein. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

[0050] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A positioning watch with multiple power generation and batteries, characterized in that: The positioning watch comprises a watch case chemical energy power generation device (100), a watch strap chemical energy power generation device (200), a solar power generation device (300), a pendulum spring power generation device (400) and a smart watch (500); the watch case chemical energy power generation device (100) is located at the bottom of the smart watch (500) and forms a chemical energy battery (101) through lead and lead oxide; the watch strap chemical energy power generation device (200) is located on both sides of the smart watch (500), one side is made of lead and the other side is made of lead oxide, and the watch straps on both sides form a second chemical energy battery (201) through lead and lead oxide and surrounding alkaline liquid; the solar power generation device (300) is located on the surface of the smart watch (500), and the solar power generation device (300) is composed of a solar power generation panel, which converts light into voltage to form a solar cell (301) ), which is introduced into the smart watch (500) via a lead wire; the pendulum spring power generation device (400) is inside the smart watch (500), and when the smart watch (500) is shaken, the pendulum unit (410) swings left and right, and when swinging, the spring unit (420) is tightened, and the spring unit (420) slowly springs open due to the elasticity principle, and when it springs open, it rotates through three or more gears, so that the generator unit (430) generates electricity, forming a conversion battery (401), which is introduced into the smart watch (500) via a lead wire; the smart watch (500) combines the chemical energy battery (101), the second chemical energy battery (201), the solar cell (301) and the conversion battery (401) into a pair of main batteries (501) for charging via an isolated boost unit (600); one or two of the above four power generation methods can be deleted due to volume and environmental considerations.

2. The watch case chemical energy power generation device (100) according to claim 1, characterized in that: The positioning watch comprises an anode plate unit (10), a second anode plate unit (12), a cathode plate unit (20), a second cathode plate unit (22), an isolation plate unit (30), a second isolation plate unit (32), a third isolation plate unit (33), an electrode series connection unit (60), a vital sign detection receiving unit (40), a vital sign detection sending unit (50) and a communication unit (80). The anode plate unit (10) and the cathode plate unit (20) are between the isolation plate unit (30) and the second isolation plate unit (32) to form a battery one (100); the second anode plate unit (12) and the second cathode plate unit (22) are between the second isolation plate unit (32) and the third isolation plate unit (33) to form a battery two (200); the electrode series connection unit (60) connects the cathode plate unit (20) and the second anode plate unit (12) in series, so that the battery one (100) and the battery two (200) are connected in series, and the communication unit (80) and the vital sign detection receiving unit (40) are provided. and the operating voltage of the vital sign detection and sending unit (50).

3. The watch case chemical energy power generation device (100) according to claim 2, characterized in that: The anode plate unit (10) and the second anode plate unit (12) are made of lead dioxide (PbO2); when the anode plate unit (10) and the cathode plate unit (20) are exposed to electrolytic liquid or alkaline water, a DC 2.1V voltage is generated between them to form a battery 1 (100); when the second anode plate unit (12) and the second cathode plate unit (22) are exposed to electrolytic liquid or alkaline water, a DC 2.1V voltage is generated between them to form a battery 2 (200); the cathode plate unit (20) and the second cathode plate unit (22) are The material is lead dioxide (PbO2); anode plate unit (10) and cathode plate unit (20) generate a DC 2.1V voltage when encountering electrolytic liquid or alkaline water, forming battery one (100); a second anode plate unit (12) and a second cathode plate unit (22) generate a DC 2.1V voltage when encountering electrolytic liquid or alkaline water, forming battery two (200); the electrode series connection unit (60) connects the cathode plate unit (20) and the second anode plate unit (12) in series, so that battery one (100) The battery 1 (100) and the battery 2 (200) are connected in series with each other. The battery 1 (100) and the battery 2 (200) are on the surface of the smart watch (500). The design position is usually at the bottom of the smart watch (500) to contact the wrist skin. The skin sweat contacts the battery 1 (100) and the battery 2 (200) to generate voltage. The electrode series unit (60) is located inside the bottom shell of the watch. The inside and outside of the bottom shell are penetrated by metal. The above-mentioned units are circular, oval or square. Among them, the second anode plate unit (12) and the second cathode plate unit (22) are omitted when there is insufficient space.

4. The watch strap chemical energy power generation device (200) according to claim 1, wherein the watch strap chemical energy power generation device (200) is on both sides of the smart watch (500), one side is made of lead, and the other side is made of lead oxide, and the watch straps on both sides form a second chemical energy battery (201) through the lead and lead oxide and the surrounding alkaline liquid; the watch straps are in contact with the watch case and the watch straps on both sides are in contact with insulating materials; the materials of lead (Pb) and lead oxide (PbO2) are replaced by copper and zinc.

5. According to claim 1, the solar power generation device (300) is on the surface of the smart watch (500), and the solar power generation device (300) is composed of solar panels, which convert light into voltage to form solar cells (301), which are introduced into the smart watch (500) through leads; the solar power generation device (300) is on the upper layer of the watch case or a new cover plate is added, and the areas of each solar power generation panel must be close and connected in series for use; a step is added to the periphery to protect the solar power generation panel; the solar power generation panel is on the inner and outer surfaces of the watch cover, and can receive light source to generate electricity when the watch cover is closed or opened.

6. The pendulum spring power generation device (400) according to claim 1 is inside the smart watch (500). When the smart watch (500) is shaken, the pendulum unit (410) swings left and right. When swinging, the spring unit (420) is tightened. The spring unit (420) slowly pops open due to the elasticity principle. When it pops open, it rotates through three or more gears, so that the generator unit (430) generates electricity, forming a conversion battery (401), which is introduced into the smart watch (500) through a lead wire; the smart watch (500) fixes the pendulum spring power generation device (400) in a pillar manner to increase the effect of rotating the spring during shaking.

7. The smart watch (500) according to claim 1 combines the chemical energy battery (101), the second chemical energy battery (201), the solar cell (301) and the conversion battery (401) into a pair of main batteries (501) for charging via an isolated boost unit (600); wherein the chemical energy battery (101), the second chemical energy battery (201) and the solar cell (301) are on the surface of the smart watch (500), short-circuited individually or short-circuited with each other, and protected by the isolated boost unit (600).

8. The smart watch (500) according to claim 1, characterized in that: The smart watch (500) comprises a vital sign detection receiving unit (40) and a vital sign detection receiving unit (40) and a communication unit (80); the vital sign detection receiving unit (40) contacts the wrist skin via a lens (90) at the bottom of the positioning watch, receives the vital sign detection light sent by the vital sign sending unit (50), and sends data to the communication unit (80); the vital sign detection sending unit (50) generates light through the control of the communication unit (80) for the vital sign detection receiving unit (40) to receive; the communication unit (80) controls one or more vital sign detection sending units (50), receives the vital sign detection light sent by the vital sign sending unit (50), and sends data to the communication unit (80); the communication unit (80) controls the communication unit (80) to control one or more vital sign detection sending units (50) to generate light, receives the vital sign detection light sent by the vital sign sending unit (50), and sends data to the communication unit (80).

9. The smart watch (500) according to claim 8, characterized in that: The communication unit (80) internally comprises an operation processing module (81), a 4G communication module (82), a Bluetooth communication module (83), a display module (84), a microphone (85), a speaker (86), a vibrator (87) and an input / output unit (88); the operation processing module (81) controls one or more vital sign detection and transmission units (50) to generate a light source through the input / output unit (88), receives vital sign detection, and sends the light source to the vital sign sending unit (50), and sends the data to the communication unit (80); controls the communication unit (80) to control one or more vital sign detection and transmission units (50) to generate a light source, receives vital sign detection, and sends the light source to the vital sign sending unit (50), and sends the data to the communication unit (80); the microphone (85) , the speaker (86) communicates with the outside world via the 4G communication module (82); the display module (84) displays the time and the results of the vital sign detection; the vibrator (87) is controlled by the operation processing module (81) to generate vibration; the communication unit (80) includes a 4G communication module (82) for communicating with the Internet for transmitting images and sounds; the communication unit (80) includes a Bluetooth communication module (83) for communicating with a smart phone for parameter setting and transmitting images and sounds.

10. The solar power generation device (300) according to claim 1 is on the surface of the strap of the smart watch (500). The solar power generation device (300) is composed of a solar panel that converts light into voltage to form a solar cell (301) that is introduced into the smart watch (500) through a lead wire. The strap solar power generation device (380) is on both sides of the watch case. The areas of the solar panels should be close and connected in series for use.

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