CN213879301U - Environment-friendly charging bin - Google Patents
Environment-friendly charging bin Download PDFInfo
- Publication number
- CN213879301U CN213879301U CN202020877200.6U CN202020877200U CN213879301U CN 213879301 U CN213879301 U CN 213879301U CN 202020877200 U CN202020877200 U CN 202020877200U CN 213879301 U CN213879301 U CN 213879301U
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- China
- Prior art keywords
- battery
- bin
- replaceable
- compartment
- spring
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Abstract
The utility model discloses an environment-friendly charging bin, the main body of which comprises a bin body (40), a battery bin (39) with replaceable batteries and a circuit structure (41), wherein the circuit structure (41) is replaceable; the square block-shaped rechargeable battery is fixed in a battery bin (39) of the replaceable battery by adopting a clamp; 18650 the battery is held by the circular pipeline of storehouse body (40) both sides, can hold and utilize the old and useless rechargeable battery of multiple temporary use needs, convenient to use, easy operation, the maximize utilized the space in environmental protection charging storehouse, reach "changing waste into valuables", for the function that the mobile device charges.
Description
Technical Field
The utility model relates to a battery charging outfit specifically says so and provides one kind and can directly charge and self have the device of accumulate unit for the mobile device.
Background
In life, mobile charging devices represented by smart phones are widely popularized, and therefore the mobile charging devices become necessary for everyone. With the increasing speed of the electronic devices and the IT products, consumers have a great popularity in pursuing various new electronic devices, and many people frequently replace and purchase electronic devices such as mobile phones, which makes the batteries in the electronic devices, damaged lithium batteries in the charger, 18650 rechargeable batteries and other battery components which are obsolete or abandoned to be used still usable by themselves appear at people and are increasingly common. The random discarding of the batteries can cause great harm to the living environment of people. Therefore, a product is needed to be designed, the rechargeable batteries which are placed everywhere are effectively utilized, and waste materials are changed into things of value, and the environment-friendly charging bin structure to be protected by the application is produced on the basis.
Disclosure of Invention
The utility model discloses the problem that solves is: a charging device which can be adapted to various shapes of rechargeable batteries and can be easily replaced.
In order to solve the problem, the utility model provides an environmental protection storehouse of charging, including the storehouse body (40), apron (2), removable battery's battery compartment (39) and circuit structure (41). A circuit interlayer structure (1) is arranged in the bin body (40). The battery compartment (39) and the circuit structure (41) are used for isolating the replaceable battery, the circuit structure (41) is a detachable structure, the replacement is convenient, and the purpose of multi-time utilization of the charging compartment can be realized.
A cover plate (2) with a corresponding size is arranged on the bin body (40) and used for protecting the circuit structure (41). 18650 battery pipeline I (11) and 18650 battery pipeline II (14) set up in storehouse body (40) both sides, detachably be provided with battery compartment (39) of removable battery in storehouse body (40), for example adopt drawer type mounting means for the installation and the fixed of cubic rechargeable battery, convenient to use is swift.
Two parallel raised tracks I (6) and two parallel raised tracks II (9) are arranged on one side wall of the bin body (40), and an elastic sheet (7) is arranged in each track II (9); a guide rail groove I (17) and a guide rail groove II (18) are arranged outside one side wall of the battery compartment (39) with the replaceable battery in parallel and respectively correspond to the structures of a guide rail II (9) and a guide rail I (6) of the compartment body (40) and are used for installing and disassembling the battery compartment (39) with the replaceable battery along a rail; set up shell fragment recess (32) in the above-mentioned guide rail recess I (17), shell fragment (7) on this shell fragment recess (32) and above-mentioned guide rail II (9) mutually support for battery compartment (39) of removable battery are relatively fixed in storehouse body (40).
The battery fixing device is composed of a clamp I (19), a clamp II (22) and a clamp III (27) in the front of the battery bin (39) with the replaceable battery, and a slidable power supply negative electrode connecting piece (15) and a power supply positive electrode connecting piece (16) are arranged at the bottom of the battery fixing device and are used for accurately connecting the positive electrode and the negative electrode of the square blocky rechargeable battery. Wherein the power negative pole connecting piece (15) is fixed on the negative pole connecting piece sliding rail (43), and the power positive pole connecting piece (16) is fixed on the positive pole connecting piece sliding rail (42).
The upper surface of the circuit interlayer structure (1) is provided with a positive terminal (3) and a negative terminal (4); the lower surface of the circuit interlayer structure (1) is provided with an exposed copper sheet lead I (37) and an exposed copper sheet lead II (38) which penetrate through the circuit interlayer structure (1), wherein the copper sheet lead I (37) is connected with a positive terminal (3), the copper sheet lead II (38) is connected with a negative terminal (4), and two ends of the copper sheet lead I (37) are respectively connected with the 18650 battery pipeline I (11) and the top positive electrode of the 18650 battery pipeline II (14).
The upper end of the bin body (40) is respectively reserved with a circuit structure 5V/1A output port (5), a circuit structure 5V/2A output port (13), a circuit structure led electric quantity display port (8), a circuit structure led lamp port (10), a circuit structure charging port (12) and a circuit structure switch port (33). And in the circuit structure (41), 5v/1A output (49), 5v/2A output (45), electric quantity display (48), LED illuminating lamps (47), power input (46) and power switches (44) are in one-to-one correspondence with the reserved ports.
The battery compartment (39) with the replaceable battery further comprises a clamp I (19), a clamp II (22) and a clamp III (27) which are used for fixing the square block-shaped rechargeable battery, and the clamp II (22) and the clamp III (27) are connected with the battery compartment through a spring I (34), a spring II (35) and a spring III (36) to form a space which can transversely and longitudinally fix the square block-shaped rechargeable battery. Wherein have spring coupling post IV (21) on clip I (19) and connect through spring I (34) and the spring coupling post I (20) that the inside of battery compartment was reserved, have spring coupling post VI (26) on clip III (27) and connect through spring II (35) and the spring coupling post III (25) that the inside of battery compartment was reserved, the spring coupling post V (23) that has on clip II (22) is connected through spring III (36) and the spring coupling post II (24) that the inside of battery compartment was reserved.
The battery compartment (39) with the replaceable battery further comprises a battery negative electrode contact piece I (30) connected with the 18650 battery negative electrode and a 18650 battery negative electrode contact piece II (31). A positive power supply contact piece (16) connected with the positive pole of the square block-shaped rechargeable battery and a negative power supply contact piece (15) connected with the negative pole of the square block-shaped rechargeable battery. A guide rail groove I (17), a guide rail groove II (18) and an elastic sheet groove (32) of the battery bin (39) with the fixed bin body (40) and the replaceable battery. The power supply positive pole connecting piece (16) and the power supply negative pole connecting piece (15) are respectively connected with the positive pole and the negative pole of the square block-shaped rechargeable battery for the interior of the rechargeable battery, and the power supply negative pole connecting piece (15) is correspondingly connected with the negative pole binding post (4) for the bin body (40), and the positive pole connecting piece and the negative pole connecting piece are connected through a naked copper sheet lead wire II (38). The positive pole connecting piece (16) of the power supply corresponds to the positive pole binding post (3) in the bin body (40) and is connected through a bare copper sheet lead I (37). The battery negative contact piece I (30) and the battery negative contact piece II (31) are connected with the negative electrode of the 18650 battery, and are respectively connected with a negative electrode connecting piece sliding rail (43) through a lead I (28) and a lead II (29), and the negative electrode connecting piece sliding rail (43) is communicated with a power supply negative electrode connecting piece (15). The negative electrode of the 18650 battery is thus connected to the negative supply tab (15).
By adopting the technical scheme, the environment-friendly charging bin can contain and utilize various waste rechargeable batteries which are temporarily not needed, so that the waste is changed into valuable, and the mobile equipment is charged. The advantages of the invention are not limited to this description, but are described in more detail in the detailed description for better understanding.
Drawings
Fig. 1 is a schematic structural diagram of a bin body of the environment-friendly charging bin.
Fig. 2 is a schematic structural diagram of a battery chamber with replaceable batteries in the environment-friendly charging chamber.
Fig. 3 is a schematic circuit structure diagram of the environment-friendly charging bin.
Fig. 4 is a rear view of the battery compartment with replaceable batteries in the environmentally friendly charging compartment.
The serial numbers and names of the parts are as follows:
1: a circuit interlayer plate; 2: a cover plate; 3: a positive terminal; 4: a negative terminal;
5: the circuit structure 5V/1A output port; 6: a track I; 7: a spring plate; 8: a circuit structure LED electric quantity display port; 9: a track II;
10: the circuit structure is an LED lamp socket; 11: 18650 Battery conduit I; 12: a circuit structure charging port;
13: the circuit structure 5V/2A output port; 14: 18650 Battery duct II;
15: a power supply negative electrode tab; 16: a power supply positive electrode tab; 17: a guide rail groove I;
18: a guide rail groove II; 19: a clamp I; 22: a clamp II; 27: a clamp III;
20: a spring connecting column I; 24: a spring connecting column II; 25: a spring connecting column III;
21: a spring connecting column IV; 23: a spring connecting column V; 26: a spring connecting column VI;
28: a battery lead I; 29: a battery lead II; 30: a battery negative electrode contact piece I;
31: a battery negative electrode contact piece II; 32: a spring plate groove; 33: a circuit structure switch port;
34: a spring I; 35: a spring II; 36: a spring III; 37: a copper sheet lead I;
38: a copper sheet lead II; 39: a battery compartment with replaceable batteries; 40: a bin body;
41: circuit structure 42 positive electrode tab slide rail 43: a negative electrode tab slide rail;
44: power switch 45: 5v/2A output 46: power input 47: LED illumination lamp 48: electric quantity display 49: 5v/1A output.
Detailed Description
When the environment-friendly charging bin is used, a cover plate (2) is firstly opened to install and fix a circuit structure (41), the positive pole of the circuit structure (41) is connected with a positive terminal (3), and the negative pole of the circuit structure (41) is connected with a negative terminal (4). After the circuit is installed, the square block-shaped rechargeable battery can be installed by covering the cover plate (2).
For a square block-shaped rechargeable battery, a battery bin (39) of the replaceable battery is required to be pulled out from a bin body (40), the square block-shaped rechargeable battery is fixed by a clamp I (19), a clamp II (22) and a clamp III (27), a power supply positive electrode connecting piece (16) and a power supply negative electrode connecting piece (15) are adjusted to be connected with the positive electrode and the negative electrode of the square block-shaped rechargeable battery, and then the battery bin (39) of the replaceable battery is pushed into the bin body (40). At the moment, the power supply positive pole connecting piece (16) is connected with the exposed copper sheet lead I (37) of the positive pole binding post (3); the negative pole connecting piece (15) of the power supply is connected with a naked copper sheet lead II (38) of the negative pole binding post (4). So far, the environment-friendly charging bin can be normally operated and used. The circuit interlayer plate (1) is provided with a copper sheet lead I (37), a copper sheet lead II (38), a positive terminal (3) and a negative terminal (4). The positive terminal (3) and the negative terminal (4) are arranged on the upper surfaces of the copper sheet leads I (37) and II (38) and penetrate through the circuit interlayer plate (1) to be tightly attached to the other surface.
For 18650 batteries, it is necessary to pull out battery compartment (39) with replaceable batteries from compartment (40), fill 18650 batteries into 18650 battery duct I (11) and 18650 battery duct II (14) in turn with 18650 battery positive electrodes facing inwards, and push battery compartment (39) with replaceable batteries into compartment (40) after 18650 batteries are filled. 18650 the negative pole of battery is connected with battery negative pole contact piece I (30) and battery negative pole contact piece II (31), and battery negative pole contact piece I (30) and battery negative pole contact piece II (31) are again through battery wire I (28) and battery wire II (29) and negative pole contact piece slide rail (43) are connected, and negative pole contact piece slide rail (43) are again with power negative pole contact piece (15) looks conduction. After the battery bin (39) with replaceable batteries is pushed into the bin body (40), the power supply negative pole connecting piece (15) can be in close contact with a copper sheet lead II (38) connected with the negative pole terminal (4). The 18650 battery positive pole contacts with exposed copper sheet wire I (37) that positive terminal (3) extends to 18650 battery pipeline I (11) and 18650 battery pipeline II (14) top. So far 18650 cells have their positive electrode connected to a positive terminal (3) and their negative electrode connected to a negative terminal (4). The environment-friendly charging bin can be normally used.
A guide rail groove structure is adopted in the aspect of fixing a battery cabin (39) of a replaceable battery. A guide rail groove I (17) and a guide rail groove II (18) in a battery compartment (39) with a replaceable battery are guide rail grooves which are respectively opened corresponding to a guide rail II (9) and a guide rail I (6) of a compartment body (40). Wherein, the elastic sheet groove (32) on the guide rail groove I (17) is matched with the elastic sheet (7) on the guide rail I (6) in the bin body (40) to fix the bin body (40) and the battery bin (39) with replaceable batteries.
The invention has the advantages of reasonable design, low cost, firmness, durability, safety, reliability, simple operation, time and labor saving, capital saving, compact structure and convenient use.
Finally, it should be noted that: the above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; it is obvious as a person skilled in the art to combine several aspects of the invention. And such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.
Claims (9)
1. The utility model provides an environmental protection storehouse of charging which characterized in that: the battery compartment with the replaceable battery and the battery compartment with the replaceable battery are characterized by comprising a compartment body (40), the battery compartment (39) with the replaceable battery and a circuit structure (41), wherein the circuit structure (41) and the battery compartment (39) with the replaceable battery are installed in the compartment body (40), the compartment body (40) is further internally provided with a circuit interlayer structure (1) for isolating the battery compartment (39) with the replaceable battery and the circuit structure (41), and the circuit structure (41) is of a detachable structure.
2. The environment-friendly charging bin as claimed in claim 1, wherein: 18650 battery pipelines I (11) and 18650 battery pipelines II (14) are arranged on two sides of the bin body (40), and a battery bin (39) with replaceable batteries is arranged in the bin body (40) and used for installing and fixing the square block-shaped rechargeable batteries.
3. The environment-friendly charging bin as claimed in claim 2, wherein: the battery cabin (39) with replaceable batteries is arranged in the cabin body (40) by adopting a drawer type structure.
4. The environment-friendly charging bin as claimed in claim 3, wherein: two parallel raised tracks I (6) and tracks II (9) are arranged on one side wall of the bin body (40), and elastic sheets (7) are arranged in the tracks II (9); a guide rail groove I (17) and a guide rail groove II (18) are arranged outside one side wall of the battery compartment (39) with the replaceable battery in parallel and respectively correspond to the rail II (9) and the rail I (6) of the compartment body (40) and are used for mounting and dismounting the battery compartment (39) with the replaceable battery along the rails; an elastic sheet groove (32) is arranged in the guide rail groove I (17), the elastic sheet groove (32) is matched with an elastic sheet (7) on the track II (9), and a battery bin (39) for replacing a battery is relatively fixed in a bin body (40).
5. The environment-friendly charging bin as claimed in claim 4, wherein: the battery fixing device is composed of a clamp I (19), a clamp II (22) and a clamp III (27) in the front of the battery bin (39) with the replaceable battery, and a movable power supply positive connecting piece (16) and a movable power supply negative connecting piece (15) are arranged at the bottom of the battery bin and are used for accurately connecting the positive electrode and the negative electrode of the square blocky rechargeable battery.
6. The environment-friendly charging bin as claimed in claim 5, wherein: the battery compartment (39) with the replaceable battery further comprises a spring I (34), a spring II (35) and a spring III (36), wherein the clip I (19) is provided with a spring connecting column IV (21) which is connected with the spring I (34) and a spring connecting column I (20) reserved inside the battery compartment, the clip III (27) is provided with a spring connecting column VI (26) which is connected with the spring connecting column III (25) reserved inside the battery compartment through the spring II (35), and the clip II (22) is provided with a spring connecting column V (23) which is connected with the spring connecting column II (24) reserved inside the battery compartment through the spring III (36).
7. The environment-friendly charging bin as claimed in claim 5, wherein: the upper surface of the circuit interlayer structure (1) is provided with a positive terminal (3) and a negative terminal (4); two exposed copper sheet leads I (37) and II (38) penetrate through the circuit interlayer structure (1) on the lower surface of the circuit interlayer structure (1) and are respectively connected with the positive terminal (3) and the negative terminal (4), wherein two ends of the copper sheet leads I (37) connected with the positive terminal (3) are respectively connected with the tops of 18650 battery pipelines I (11) and 18650 battery pipelines II (14) on two sides of the cabin body (40).
8. An environmentally friendly charging bin as claimed in claim 6 or 7, wherein: the upper end of the bin body (40) is respectively reserved with a circuit structure 5V/1A output port (5), a circuit structure 5V/2A output port (13), a circuit structure led electric quantity display port (8), a circuit structure led lamp port (10), a circuit structure charging port (12) and a circuit structure switch port (33).
9. The environment-friendly charging bin as claimed in claim 8, wherein: the battery bin (39) of the replaceable battery also comprises a battery negative electrode contact piece I (30) and a battery negative electrode contact piece II (31) which are connected with 18650 battery negative electrodes, a power supply positive electrode contact piece (16) which is connected with the positive electrode of the square block-shaped rechargeable battery and a power supply negative electrode contact piece (15) which is connected with the negative electrode of the block-shaped rechargeable battery; the power supply positive pole connecting piece (16) and the power supply negative pole connecting piece (15) are respectively connected with the positive pole and the negative pole of the square blocky rechargeable battery for the interior of the bin body (40), the power supply negative pole connecting piece (15) is correspondingly connected with the negative pole binding post (4), and the power supply positive pole connecting piece (16) is correspondingly connected with the positive pole binding post (3); the battery negative contact piece I (30) and the battery negative contact piece II (31) are connected with the negative electrode of the 18650 battery and are connected with a negative electrode connecting piece sliding rail (43) through a battery lead II (29) and a battery lead I (28) respectively, the negative electrode connecting piece sliding rail (43) is communicated with a power supply negative electrode connecting piece (15), and the negative electrode of the 18650 battery is connected with the power supply negative electrode connecting piece (15).
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921443924 | 2019-09-02 | ||
| CN2019214439243 | 2019-09-02 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN213879301U true CN213879301U (en) | 2021-08-03 |
Family
ID=77032389
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020877200.6U Expired - Fee Related CN213879301U (en) | 2019-09-02 | 2020-05-22 | Environment-friendly charging bin |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN213879301U (en) |
-
2020
- 2020-05-22 CN CN202020877200.6U patent/CN213879301U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20210803 |