CN112448421A - Structure of annular chargeable energy storage battery on wrist and external charging device - Google Patents
Structure of annular chargeable energy storage battery on wrist and external charging device Download PDFInfo
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- CN112448421A CN112448421A CN201910799148.9A CN201910799148A CN112448421A CN 112448421 A CN112448421 A CN 112448421A CN 201910799148 A CN201910799148 A CN 201910799148A CN 112448421 A CN112448421 A CN 112448421A
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- 238000004146 energy storage Methods 0.000 title claims abstract description 148
- 210000000707 wrist Anatomy 0.000 title claims abstract description 83
- 230000001681 protective effect Effects 0.000 claims abstract description 37
- 239000004020 conductor Substances 0.000 claims description 50
- 230000005674 electromagnetic induction Effects 0.000 claims description 23
- 239000011368 organic material Substances 0.000 claims description 5
- 238000010586 diagram Methods 0.000 description 13
- 210000000352 storage cell Anatomy 0.000 description 10
- 230000006698 induction Effects 0.000 description 6
- 230000007547 defect Effects 0.000 description 3
- 230000009286 beneficial effect Effects 0.000 description 1
- 210000004027 cell Anatomy 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 230000002093 peripheral effect Effects 0.000 description 1
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
- H02J7/0042—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries characterised by the mechanical construction
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J50/00—Circuit arrangements or systems for wireless supply or distribution of electric power
- H02J50/10—Circuit arrangements or systems for wireless supply or distribution of electric power using inductive coupling
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
- H02J7/0042—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries characterised by the mechanical construction
- H02J7/0045—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries characterised by the mechanical construction concerning the insertion or the connection of the batteries
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- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Computer Networks & Wireless Communication (AREA)
- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
A structure of a ring-shaped chargeable energy storage battery on a wrist and an external charging device are provided, wherein the whole or a plurality of combined ring-shaped chargeable energy storage batteries (the number is determined by the diameter of the wrist) are provided with a telescopic charging plug, or a wireless charging device consisting of a plurality of structures of conductive body ring coils and charging chip integrated circuit modules attached to the batteries in the charging plug is worn on the wrist, and the charging device is used for carrying out contact charging on electronic equipment on the wrist or a charged device matched with a watch band disk or a protective shell of the electronic equipment on the wrist or carrying out timely, convenient and efficient wireless charging on the electronic equipment on the wrist by a multi-ring coil structure.
Description
Technical Field
The invention relates to a rechargeable energy storage rechargeable battery and wrist-charged electronic equipment.
Background
Wearable mobile electronic devices on the wrist, such as smart wristwatches and smart wristbands, are becoming increasingly popular smart devices. However, due to the limitation of the volume of such portable electronic devices, the rechargeable battery inside the portable electronic devices has a small volume, and the power consumption of the portable electronic devices is fast due to frequent application, so that the portable electronic devices either have to be taken off from the wrist frequently to cause inconvenience in use or reduce the experience caused by application, and therefore, the popularization of the portable electronic devices is affected due to the defect. Only the manufacture of devices that improve battery storage capacity or improve the manner in which a wrist is charged has increased the popularity of wearable mobile electronic devices on the wrist. No such device is currently available on the market, and a preliminary patent search only sees a homogeneous description of the use of the existing technical rechargeable batteries for on-wrist charging, and no specific innovative solution that can be implemented as a product, as in the present invention.
Disclosure of Invention
The invention improves the defect that the existing wrist electronic equipment is inconvenient to charge, and invents a specific implementation scheme, which comprises the following steps: a wrist type chargeable energy storage battery, an external charging structure and a corresponding structure of charged electronic equipment are used for realizing that the electronic equipment is not taken off from the wrist to be directly, conveniently and efficiently charged in wearing and using. The following technical scheme is adopted to realize the improvement:
1. the utility model provides a structure of chargeable energy storage battery of annular on wrist and device to external charging, it has chargeable energy storage battery, to external contact charging and wireless device that charges, characterized by: the wrist-wearable annular rechargeable energy storage battery is formed by electrically connecting a plurality of circular or elliptical or square rechargeable energy storage batteries 2 (the number is determined by the diameter of the wrist) with a hinge 3 or a series connection 4, wherein the circular or elliptical or square rechargeable energy storage batteries are wearable on the wrist and are combined into the annular rechargeable energy storage battery, the wrist-wearable annular rechargeable energy storage battery is formed by arranging a charging chip and a circuit and a telescopic charging plug 8 in the rechargeable energy storage battery, or outputting electric energy outwards through a wireless charging chip and a circuit arranged in the rechargeable energy storage battery and a coil of a conductor, and electronic equipment simultaneously wearable on the wrist is charged in a contact mode or in a non-contact mode, or simultaneously charged in a contact mode and in a non-contact mode, the contact mode is that the rechargeable energy storage battery is not arranged at a section 5 of the annular rechargeable energy storage battery of the whole body 1, or one 6 of the plurality of circular rechargeable energy storage batteries 2 is combined into an The chip and integrated circuit module and the charging socket 7 receiving electric energy, and a telescopic charging plug 8 outputting electric energy is arranged as a combined body, the electronic equipment which is inserted through the charging plug 8 and is worn on the wrist and provided with a receiving charging socket 9 is charged in a contact mode, the electronic equipment which is not provided with the receiving charging socket and receives charging electrodes 10 is arranged on the bottom surface of the electronic equipment, a watchband disc or a protective shell 11 is arranged, a charging receiving socket 12 is arranged at a corresponding position close to the telescopic charging socket 8 of the wrist type rechargeable energy storage battery, corresponding electrodes 13 are arranged at a position, corresponding to the charging receiving electrodes 10 of the electronic equipment, on the bottom surface of the watchband disc or the protective shell 11, and elastic insulating layers or magnetic insulating layers or elastic magnetic insulating layers 14 are arranged below the electrodes 13 on the watchband disc or the protective shell, so that the electrodes 10 on the watchband disc or the protective shell are in close contact with the electrodes 10 of the charged electronic, thus, the electric energy of the energy storage battery brought by the fact that the telescopic charging plug 8 is inserted into the charging socket 9 is transmitted to the electronic equipment on the wrist, the non-contact wireless charging is realized by using a part 5 of the annular chargeable energy storage battery of the whole body 1 or one 6 of a plurality of the annular chargeable energy storage batteries combined by 2 without the energy storage battery as a component, a coil 16 for controlling a wireless magnetic induction charging chip or a wireless electromagnetic wave transmitting charging chip and an integrated circuit module 15 and a charged socket 7 for receiving the electric energy are arranged on the outer ring circumference of the energy storage battery body in the shell of the annular chargeable energy storage battery of the whole body 1, a coil 17 for electric conductors is arranged on the inner ring circumference, a coil 18 for electric conductors is arranged on the radial direction of the side surface, or a coil for electric conductors with the outer ring and the inner ring are arranged, and the coils are arranged on the chip and the integrated circuit module charged by the wireless magnetic induction after being electrified with the energy storage Under the control of a wireless electromagnetic wave transmitting and charging chip and an integrated circuit module, electromagnetic induction electric energy or electromagnetic waves are generated, electronic equipment which has the same electromagnetic wave receiving and charging standard protocol on a wrist is wirelessly charged in a short distance in a non-contact way, the periphery of an outer ring of an energy storage battery in each single chargeable energy storage battery shell of a plurality of 2 is provided with a coil 19 of an electric conductor, or the periphery of an inner ring is provided with a coil 20 of an electric conductor, or the side surface of the inner ring is provided with a coil 21 of an electric conductor in the radial direction, or the side surface of the inner ring is provided with a coil 22 of an electric conductor, or the coil of the electric conductor of the side surface of the outer ring and the inner ring are provided, and after the coil is electrified with the attached energy storage battery, the coil generates larger annular and multidirectional electricity under the control of the wireless electromagnetic wave transmitting and charging chip and the integrated circuit module, or the control of the wireless The electronic equipment which is not provided with the same electromagnetic induction standard protocol or is not provided with the same radio magnetic wave standard protocol on the wrist is provided with a watch belt disc or a protective shell 11, a conductive coil 23 which can receive radio magnetic induction charging or radio waves and a radio magnetic induction receiving chip and circuit or a radio magnetic wave receiving chip and circuit 24 are arranged on the bottom surface of the watch belt disc or the protective shell, the coil, the chip and the circuit are electrically connected with an electrode 13 on the watch belt disc or the protective shell 11, and the electronic equipment on the watch belt disc or the protective shell is wirelessly charged in a non-contact way through the coil, the chip and the circuit.
2. The utility model provides a chargeable energy storage battery of annular and external charging device on wrist, it has chargeable energy storage battery, to external contact charging and wireless charging's charging device, characterized by: the plurality of rechargeable energy storage batteries (the number is determined by the diameter of the wrist) with the circular or oval or square cross sections are combined into a ring shape capable of being worn on the wrist through hinges 3 or series connection 4, wherein the series connection 4 is electrically connected among the individual rechargeable energy storage batteries through flexible malleable organic material hollow tubes 25, and telescopic spring-shaped wires 28 for accommodating the electrical connection among the individual rechargeable batteries 26 and the electric conductor coils 27 are arranged in the hollow tubes.
The invention has the advantages that:
the invention relates to a structure of an annular chargeable energy storage battery on a wrist and a device for charging the energy storage battery externally, which have the advantages that the whole or a plurality of combined annular chargeable energy storage batteries (the number of which is determined by the diameter of the wrist) are worn on the wrist, are convenient and fashionable, meanwhile, a telescopic charging plug, electronic equipment on the wrist and charging arrangement matched with a watch band disc or a protective shell are arranged, and a wireless charging multi-annular coil structure can carry out timely, convenient and efficient wireless charging on the electronic equipment on the wrist, overcomes the defect that the wrist of the existing electronic equipment on the wrist is inconvenient to charge and low in efficiency, improves the application experience of consumers on the electronic equipment, and is beneficial to the popularization and the use of the electronic equipment.
Drawings
FIG. 1 is a diagram: in the structure of the annular rechargeable energy storage battery on the wrist and the device for external charging of the invention, in embodiment 2, a plurality of annular rechargeable energy storage charging devices connected in series are schematically illustrated in a state of external charging.
FIG. 2 is a diagram of: the invention relates to a structure of an annular chargeable energy storage battery on a wrist and an external charging device, in embodiment 1, an overall annular chargeable energy storage charging device is schematically illustrated in a use state of external charging.
FIG. 3 is a diagram of: the invention relates to a structure of a wrist-ring-shaped rechargeable energy storage battery and an external charging device, and in embodiments 1 and 2, schematic device diagrams of a charging coil and a charging chip are arranged at the bottom of a watchband disc.
FIG. 4 is a diagram of: the invention relates to a structure of a ring-shaped rechargeable energy storage battery on a wrist and a device for external charging, in embodiment 1, the cross section of a charging chip integrated circuit layout and an outer circumference conductor coil layout of a wholly ring-shaped rechargeable energy storage charging device are schematically shown.
FIG. 5 is a diagram: the invention relates to a structure of a wrist annular rechargeable energy storage battery and an external charging device, in embodiment 1, the cross section of the layout of an inner circumference conductor coil of the overall annular rechargeable energy storage charging device is schematic.
FIG. 6 is a diagram of: the invention relates to a structure of a ring-shaped rechargeable energy storage battery on a wrist and a device for external charging, in embodiment 1, a charging chip integrated circuit layout and a side radial conductor coil layout of a wholly ring-shaped rechargeable energy storage charging device are schematically shown in cross section.
FIG. 7 is a diagram of: in the embodiment 2 of the structure of the annular rechargeable energy storage battery on the wrist and the device for external charging, a plurality of rechargeable energy storage rechargeable batteries are hinged into an annular appearance structure.
FIG. 8 is a diagram of: in the structure of the annular rechargeable energy storage battery on the wrist and the device for charging the wrist to the outside, in embodiment 2, a plurality of rechargeable energy storage rechargeable batteries are connected in series to form an annular shape, and the layout cross sections of the conductor coils in each single rechargeable energy storage rechargeable battery are schematic on the outer circumference and the inner circumference.
FIG. 9 is a diagram of: in an embodiment 2 of the structure of the wrist annular rechargeable energy storage battery and the device for external charging, a plurality of rechargeable energy storage rechargeable batteries are connected in series to form an annular shape, one of the rechargeable energy storage rechargeable batteries has no charging chip, no integrated circuit module and no charging plug, and the sectional schematic view of the whole annular coil formed by a single peripheral conductor coil is connected in series to form an annular shape.
FIG. 10 is a diagram: in an embodiment 2 of the structure of the wrist annular rechargeable energy storage battery and the device for external charging, a plurality of rechargeable energy storage rechargeable batteries are connected in series to form an annular shape, one of the rechargeable energy storage rechargeable batteries has no charging chip, no integrated circuit module and no charging plug, and the sectional schematic view of the whole annular coil formed by the single radial conductor coil is connected in series to form the annular shape.
FIG. 11 is a diagram of: in an embodiment 2 of the structure of the wrist ring-shaped rechargeable energy storage battery and the device for external charging, a plurality of rechargeable energy storage rechargeable batteries are connected in series to form a ring, one of the rechargeable energy storage rechargeable batteries has no charging chip, no integrated circuit module and no charging plug, and the plurality of rechargeable energy storage rechargeable batteries are connected in series to form a ring, and the cross section of the whole ring-shaped coil is schematically represented by a single circumferentially arranged conductor coil.
FIG. 12 is a diagram: the invention relates to a structure of a wrist annular rechargeable energy storage battery and an external charging device, in an embodiment 2, a plurality of rechargeable energy storage rechargeable batteries are connected in series to form an annular shape, wherein the individual rechargeable energy storage rechargeable batteries are connected by hollow pipes made of flexible malleable organic materials.
Reference symbols in the various drawings
1. The whole section of the rechargeable energy storage battery is circular, elliptical or square and is in a ring shape;
2. a plurality of rechargeable energy storage rechargeable batteries are hinged or connected in series to form an annular rechargeable energy storage rechargeable battery;
3. a plurality of hinge devices among the rechargeable energy storage rechargeable batteries;
4. a series connection device among a plurality of rechargeable energy storage rechargeable batteries;
5. the whole annular chargeable energy storage rechargeable battery is not provided with a part of a charging chip integrated circuit module and a charging plug of a charging socket;
6. a plurality of single parts which are combined into a ring-shaped rechargeable energy storage rechargeable battery, wherein the single part is provided with a charging chip integrated circuit module and a charging plug of a charging socket without the energy storage battery;
7. a socket to receive a charge;
8. a plug for charging the outside;
9. a socket on the wrist electronic device for receiving the charge;
10. an electrode at the bottom of the electronic device for receiving the charge;
11. watch band reel or protective case of the electronic device on the wrist;
12. a charging receiving jack provided on a watch band reel or a protective case of the wrist-mounted electronic device;
13. a watch band disk of the on-wrist electronic device or a charging electrode on the protective case;
14. an insulating pad under a watch band disk of the wrist electronic device or a charging electrode on the protective case;
15. the integrated rechargeable energy storage rechargeable battery or the combined body of the wireless electromagnetic induction charging chip and the integrated circuit module on the plurality of combined rechargeable energy storage rechargeable batteries or the combined body of the wireless electromagnetic wave emission charging chip and the integrated circuit module;
16. a conductor coil on the outer circumference of the energy storage battery in the housing of the integral rechargeable energy storage rechargeable battery;
17. an electrical conductor coil on the inner circumference of the energy storage cell within the integral rechargeable energy storage rechargeable cell housing;
18. the electric conductor coil is arranged on the radial direction of the side surface of the energy storage battery in the shell of the integral rechargeable energy storage rechargeable battery;
19. a plurality of combined electrical conductor coils on the outer circumference of the energy storage cell within all individual rechargeable energy storage cell housings;
20. a plurality of combined electrical conductor coils on the circumference of an energy storage cell inner ring within all individual rechargeable energy storage cell housings;
21. a plurality of combined electrical conductor coils radially on the sides of the energy storage cells within all of the individual rechargeable energy storage cell housings;
22. a plurality of combined electrical conductor coils circumferentially on the sides of the energy storage cells within all of the individual rechargeable energy storage cell housings;
23. a conductor coil for receiving wireless charging, which is arranged on a watchband disc or a protective shell of the wrist electronic equipment;
a wireless charging receiving chip and circuit arranged on a watchband disc or a protective shell of the electronic equipment on the wrist;
25. a plurality of combined individual hollow tubes of flexible malleable organic material electrically connected in series therebetween;
26. a plurality of combined rechargeable energy storage cells within a single housing;
27. a plurality of combined electrical conductor coils within a single housing;
28. the hollow tube is internally provided with a telescopic spring-shaped lead which is electrically connected between each single battery body and the electric conductor coil;
Detailed Description
Example 1:
as shown in figures 2, 3, 4, 5 and 6: a structure of a ring-shaped chargeable energy storage battery on a wrist and a device for charging the battery to the outside. The circular, elliptical or square chargeable energy storage battery which can be worn on the wrist and is in a ring shape is arranged on the whole 1, electric energy is output outwards through a charging chip and a circuit and a telescopic charging plug 8 which are arranged in the chargeable energy storage battery, or electric energy is output outwards through a wireless charging chip and a circuit which are arranged in the chargeable energy storage battery and a coil of a conductor, and electronic equipment which can be worn on the wrist at the same time is charged in a contact mode or wireless charging in a non-contact mode, wherein the contact charging mode is that no energy storage battery is arranged on a section 5 of the circular chargeable energy storage battery of the whole 1, but an electronic chip for controlling charging, an integrated circuit module and a charged socket 7 for receiving electric energy are arranged on the whole 1, and the telescopic charging plug 8 for outputting electric energy is arranged as an integrated body, and the electronic equipment which is worn on the wrist and is provided with, for the electronic device which does not receive the charging jack and the electrode 10 which receives the charging is arranged on the bottom surface of the electronic device, a watchband disk or a protective shell 11 is arranged, a jack 12 which receives the charging is arranged at the position, corresponding to the telescopic charging jack 8 of the wrist type rechargeable energy storage battery, of the electronic device, a corresponding electrode 13 is arranged at the position, corresponding to the electrode 10 which receives the charging, of the bottom surface of the watchband disk or the protective shell 11, an elastic insulating layer or a magnetic insulating layer or an elastic magnetic insulating layer 14 is arranged below the watchband disk or the protective shell, the electrode 13 on the watchband disk or the protective shell is in close contact with the electrode 10 of the charged electronic device, and the electric energy of the energy storage battery brought by the fact that the telescopic charging plug 8 is inserted into the charging jack 9. The non-contact wireless charging is that there is no energy storage battery on a section of position 5 of the annular chargeable energy storage battery of the whole 1, but a wireless electromagnetic induction charging chip or a wireless electromagnetic wave transmitting charging chip and integrated circuit module 15 and a charged socket 7 for receiving electric energy are taken as a composition body, a coil 16 of an electric conductor is arranged on the outer ring circumference of the energy storage battery body in the shell of the annular chargeable energy storage battery of the whole 1, or a coil 17 of an electric conductor is arranged on the inner ring circumference, or a coil 18 of an electric conductor is arranged on the side surface in the radial direction, or a coil of an electric conductor which is also arranged on the outer ring and the inner ring is arranged, after the coils are electrified with the energy storage battery attached to the coils, the coils generate electromagnetic induction electric energy or transmit electromagnetic wave under the control of the wireless electromagnetic wave transmitting charging chip and the integrated circuit module, the wrist electronic equipment which has the same electromagnetic induction charging standard protocol or receives the same electromagnetic wave charging standard protocol is wirelessly charged in a short distance in a non-contact way, the wrist electronic equipment which does not receive the same electromagnetic induction charging standard protocol or receives the same radio electromagnetic wave standard protocol is provided with a watchband disk or a protective shell 11, a conductive coil 23 which can receive radio electromagnetic induction charging or radio waves and a radio electromagnetic induction receiving chip and circuit or a radio electromagnetic wave receiving chip and circuit 24 are arranged on the bottom surface of the watchband disk or the protective shell, the coil, the chip and the circuit are electrically connected with a contact type charging electrode 13 on the watchband disk or the protective shell 11, and the electronic equipment on the wrist electronic equipment is wirelessly charged in a non-contact way through the conductive coil, the radio electromagnetic induction receiving chip and circuit or the radio electromagnetic wave receiving chip and.
Example 2:
as shown in figures 1, 3, 7, 8, 9, 10, 11, 12: a structure of a ring-shaped chargeable energy storage battery on a wrist and a device for charging the battery to the outside.
The utility model provides a chargeable energy storage battery of annular on wrist and device of external charging, it has chargeable energy storage battery, to external contact charging and wireless charging's charging device, characterized by: a plurality of rechargeable energy storage batteries 2 (the number is determined by the diameter of a wrist) with circular or elliptical or square cross sections are electrically connected and combined into a ring-shaped rechargeable energy storage battery capable of being worn on the wrist through a hinge 3 or a series connection 4, electric energy is output outwards through a charging chip and a circuit arranged in the rechargeable energy storage battery and a telescopic charging plug 8, or through a wireless charging chip and a circuit arranged in the rechargeable energy storage battery and a coil of a conductor arranged in the rechargeable energy storage battery, electronic equipment capable of being worn on the wrist at the same time is charged in a contact mode or in a non-contact mode, or in a contact mode and in a non-contact mode, the contact charging mode is that one 6 of the plurality of rechargeable energy storage batteries 2 combined into a ring-shaped rechargeable energy storage battery is not provided with an energy storage battery, but an electronic chip and an integrated circuit module for controlling charging and a charged socket 7 for receiving, the contact charging is performed by the electronic device inserted through the charging plug 8 while being worn on the wrist with the receiving charging jack 9, for an electronic device without a charging socket and with an electrode 10 for receiving charging on the bottom surface of the electronic device, a watch belt disk or a protective shell 11 is arranged and a socket 12 for receiving charging is arranged at the corresponding position close to the telescopic charging socket 8 of the wrist type rechargeable energy storage battery, and a corresponding electrode 13 is arranged on the bottom surface of the watchband disc or the protective shell 11 corresponding to the position of the electrode 10 for receiving the charge of the electronic equipment, an elastic insulating layer or a magnetic insulating layer or an elastic magnetic insulating layer 14 is arranged below the charging coil, so that the electrode 13 on the watch belt disc or the protective shell is in close contact with the electrode 10 of the charged electronic device, and the energy storage battery power brought by the fact that the telescopic charging plug 8 is plugged into the charging socket 9 is transmitted to the wrist electronic equipment. The non-contact wireless charging is that one 6 of a plurality of 2 combined annular chargeable energy storage batteries is not provided with an energy storage battery, but a wireless electromagnetic induction charging chip or a wireless electromagnetic wave transmitting charging chip and an integrated circuit module 15 and a charged socket 7 for receiving electric energy are taken as a composition body, a coil 19 of an electric conductor is arranged on the outer ring circumference of the energy storage battery in each single chargeable energy storage battery shell of the plurality 2, or a coil 20 of an electric conductor is arranged on the inner ring circumference, or a coil 21 of an electric conductor is arranged on the side surface along the radial direction, or a coil 22 of an electric conductor is arranged on the side surface along the circumference, or a coil of an electric conductor is arranged on the side surface of the inner ring of the outer ring, after the coil is electrified with the attached energy storage battery, the coil generates larger annular and multidirectional electromagnetic induction electric energy under the control of the wireless electromagnetic wave transmitting charging chip and the integrated circuit module, or under the control of the wireless electromagnetic wave Or electromagnetic wave, to have receive the same electromagnetic induction charge electronic standard agreement or have receive the same radio magnetic wave charge electronic equipment of the standard agreement of the same electromagnetic wave to charge the short-range non-contact wireless charging, to the electronic equipment that does not receive the same electromagnetic induction standard agreement or does not receive the same radio magnetic wave standard agreement on the wrist, set up a watchband dish or protective housing 11, and set up the conductive body coil 23 and radio magnetic induction receiving chip and circuit or radio magnetic wave receiving chip and circuit 24 that can receive the radio magnetic induction charged or radio wave on the bottom surface of its watchband dish or protective housing, the coil, chip and circuit are connected with the contact charging electrode 13 on the watchband dish or protective housing 11 electrically, realize the wireless charging of non-contact through it to the electronic equipment on it.
The plurality of rechargeable energy storage batteries 2 (the number is determined by the diameter of the wrist) with circular or oval or square cross sections are combined into a ring shape capable of being worn on the wrist through hinges 3 or series connection 4, wherein the series connection 4 is electrically connected among the individual rechargeable energy storage batteries through flexible malleable organic material hollow tubes 25, and telescopic spring-shaped leads 28 for accommodating the electrical connection among the individual rechargeable batteries 26 and the electric conductor coils 27 are arranged in the hollow tubes.
Claims (2)
1. The utility model provides a structure of chargeable energy storage battery of annular on wrist and device to external charging, it has chargeable energy storage battery, to external contact charging and wireless device that charges, characterized by: the wrist-wearable annular rechargeable energy storage battery is formed by electrically connecting a plurality of (2) (the number is determined by the diameter of the wrist) annular rechargeable energy storage batteries which are wearable on the wrist through a hinge (3) or a series connection (4), wherein the wrist-wearable annular rechargeable energy storage battery is formed by a charging chip and a circuit arranged in the rechargeable energy storage battery and a telescopic charging plug (8) or by outputting electric energy outwards through a wireless charging chip and a circuit arranged in the rechargeable energy storage battery and a coil of a conductor, and electronic equipment which is wearable on the wrist is charged in a contact mode or wirelessly charged in a non-contact mode or simultaneously charged in a contact mode and wirelessly charged in a non-contact mode, wherein the contact mode is carried out on a section (5) of the annular rechargeable energy storage battery of the whole body (1) or one (6) of the plurality of (2) annular rechargeable energy storage batteries which are wearable on the wrist in a combined mode ) An electronic chip for controlling charging, an integrated circuit module and a charged jack (7) for receiving electric energy are not provided with an energy storage battery, a telescopic charging plug (8) for outputting electric energy is further arranged as an assembly, the electronic equipment which is worn on the wrist and is provided with a receiving charging jack (9) is inserted through the charging plug (8) to carry out contact charging, an electrode (10) which does not receive the charging jack and receives charging is the electronic equipment on the bottom surface of the electronic equipment, a watch belt disc or a protective shell (11) is arranged, a socket (12) for receiving charging is arranged at a corresponding position close to the telescopic charging jack (8) of the wrist type rechargeable energy storage battery, a corresponding electrode (13) is arranged at a position, corresponding to the electrode (10) for receiving charging, of the electronic equipment on the bottom surface of the watch belt disc or the protective shell (11), and an elastic insulating layer or a magnetic insulating layer or an elastic and magnetic insulating layer (14) is arranged below the watch belt disc or the protective shell ) The electrodes (13) on the watch belt disc or the protective shell are in close contact with the electrodes (10) of the electronic equipment to be charged, so that the energy storage battery electric energy brought by inserting the telescopic charging plug (8) into the charging socket (9) is transmitted to the electronic equipment on the wrist, the non-contact wireless charging is realized by that the energy storage battery electric energy is not arranged on one section (5) of the annular chargeable energy storage battery of the whole body (1) or a plurality of sections (2) are combined into one (6) of the annular chargeable energy storage battery, but a coil (16) for controlling a wireless electromagnetic induction charging chip or a wireless electromagnetic wave transmitting charging chip and an integrated circuit module (15) and a charged socket (7) for receiving the electric energy are used as a combined body, a coil (17) for electric conductor is arranged on the outer ring of the circumference of the energy storage battery body in the shell of the annular chargeable energy storage battery of the whole body (1), or a coil (17) for electric, or a coil (18) of an electric conductor is arranged in the radial direction of the side surface, or a coil of an electric conductor with both an outer ring and an inner ring is arranged, after the coils are electrified with the attached energy storage battery, the coils generate electromagnetic induction electric energy or emit electromagnetic waves under the control of a chip and an integrated circuit module for wireless electromagnetic wave emission charging or under the control of a chip and an integrated circuit module for wireless electromagnetic wave emission charging, the electronic equipment which has the same electromagnetic induction charging standard protocol for receiving the same or the same electromagnetic wave charging standard protocol for receiving the same on the wrist is wirelessly charged in a short distance, the coil (19) of the electric conductor is arranged on the outer ring circumference of the energy storage battery in each single chargeable energy storage battery shell of a plurality of (2), or the coil (20) of the electric conductor is arranged on the inner ring circumference, or the coil (21) of the electric conductor is arranged along the, or a coil (22) of a conductor is arranged on the side surface along the circumference, or a coil of a conductor with the same side surface of an outer ring and an inner ring is arranged on the side surface, after the coil is electrified with an attached energy storage battery, larger annular and multidirectional electromagnetic induction electric energy or electromagnetic wave is generated under the control of a wireless electromagnetic induction charging chip and an integrated circuit module or under the control of a wireless electromagnetic wave emission charging chip and an integrated circuit module, the electronic equipment with the same electromagnetic induction charging standard protocol or the same wireless electromagnetic wave charging standard protocol is received on the wrist for short-distance wireless charging, the electronic equipment without the same electromagnetic induction standard protocol or the same wireless electromagnetic wave standard protocol is received on the wrist, a watch belt disc or a protective shell (11) is arranged, and a conductor coil (23) capable of receiving the wireless electromagnetic induction charging or the wireless electric wave and a wireless electromagnetic induction coil are arranged on the bottom surface of the watch belt disc or the protective shell And the coil, the chip and the circuit are electrically connected with the electrode (13) on the watchband disc or the protective shell (11), and the electronic equipment on the watchband disc or the protective shell is wirelessly charged in a non-contact way through the coil, the chip and the circuit.
2. The wrist-ring type rechargeable energy storage battery structure and external charging device as claimed in claim 1, which has a rechargeable energy storage battery, a charging device for external contact charging and wireless charging, characterized in that: the plurality of rechargeable energy storage batteries (the number of which is determined by the diameter of the wrist) with circular or elliptical or square cross sections are combined into a ring shape capable of being worn on the wrist through hinges (3) or series connection (4) in an electric connection mode, wherein the series connection (4) in the electric connection mode is formed by connecting the individual rechargeable energy storage batteries through flexible malleable organic material hollow pipes (25), and telescopic spring-shaped leads (28) accommodating the electric connection between the individual rechargeable batteries (26) and the electric conductor coils (27) are arranged in the hollow pipes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910799148.9A CN112448421A (en) | 2019-08-28 | 2019-08-28 | Structure of annular chargeable energy storage battery on wrist and external charging device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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