JP3181839U - Figure charger - Google Patents

Abstract

[PROBLEMS] To provide a figure charger that has both aesthetics and hobbies, is convenient for carrying, does not require a large occupied space, and can be charged without an external power source.
The charger comprises a figure main body 1 having an appearance of a specific modeling image and having a main battery storage space and a sub battery storage space, one end being installed in the main battery storage space, and the other end being the figure main body. 1, a battery case that is exposed on the surface of 1 and is used in the external device 30, a battery case that is installed in the sub battery storage space and is electrically connected to the battery outlet, and the battery and the battery case are electrically connected And a wiring board for stably sending the power of the battery case to the external device 30.
[Selection] Figure 1

Description

  The present invention relates to a figure charger.

  With the rapid development of the electronics and IT industry, portable electronic products are becoming familiar to most people in their daily lives. Portable electronic products such as mobile phones, music players, tablet terminals, and digital cameras all use built-in rechargeable batteries as the main power source. In order to maintain a usable state at any time, the user needs to pay attention to the remaining amount of the battery at any time so that the battery will not run out and become unusable.

  By the way, when it comes to mobile phones, in the past few years, it has already become a digital broadcast transmission system that is widely used all over the world. With the rapid development of wireless mobile communication technology, mobile phones whose functions are diversifying have already become indispensable for daily life. In addition, since the distance between people is reduced by the mobile phone, a sense of distance in human relations is more closely related.

  Even so, power supply is the most difficult problem to solve for mobile phones, except for received power. This is because when using a cellular phone, a rechargeable battery (secondary battery) is required to operate various functions, and the function does not operate when the battery runs out. In addition, a charging stand, an AC adapter type charger, an in-vehicle charger, and the like are required to charge the battery, and at the same time, the battery can be charged only at a place where there is a power source. In this regard, people who frequently work outside, such as businessmen, will find it inconvenient. Furthermore, the mobile phone does not use a general dry battery (primary battery) and cannot be charged by the dry battery and its charger. Moreover, many chargers are heavy and inconvenient to carry. Therefore, in the event of an emergency, if the battery of a mobile phone has just run out in a place where there is no power supply, it may be impossible to compensate.

  Therefore, the present invention has been made in view of such problems, and provides a figure charger that combines aesthetics and hobbies, is convenient to carry, requires no large occupied space, and can be charged without an external power supply. The purpose is to do.

  In order to solve the above problems and achieve the above object, the figure charger of the present invention is a figure main body having a specific modeling image and having a main battery storage space and a sub battery storage space, and one end thereof. In the main battery storage space, the opposite end is exposed on the surface of the figure body and used for an external device; in the sub battery storage space; and A battery case electrically connected, and a wiring board that is electrically connected to the insertion port and the battery case and that stably sends the power of the battery case to the external device. In addition, positive and negative electrode connecting members that are electrically connected to the battery case are extended, and the battery case is placed on the side surface of the sub battery storage space. A mouth portion is provided, and a lid member for confining the opening is further provided at a position corresponding to the opening. The battery case includes a holder case member, a case bottom, a positive electrode device, and a negative electrode device. And a first electrical connection member, a second electrical connection member, a third electrical connection member, and a fourth electrical connection member, wherein the holder case member is formed on a case top and side surfaces of the case top. Formed from two first support side walls arranged at equal intervals, a side wall of the case bottom is provided with a second support side wall, and the case bottom engages with a free end of the first support side wall At the same time, the first support side wall and the second support side wall are divided into first, second, and third battery storage spaces used for storing batteries, and the positive electrode device Is different from the first support side wall at the top of the case. The negative electrode device is provided on a side surface different from the first supporting side wall of the top portion of the case, and is adjacent to the positive electrode device and between the first and second battery storage spaces. Facing the first support side wall, the first electrical connection member is engaged with the case top, and is installed in the first battery storage space, and the second electrical connection member is connected to the case bottom. One end is installed in the first battery storage space, the opposite end extends to the third battery storage space, the third electrical connection member is engaged with the case top, and one end is the first battery storage space. 2 is installed in the battery storage space, the opposite end extends to the third battery storage space, and the fourth electrical connection member is provided on the top of the case so that one end is connected to the negative electrode device. An end is installed in the second battery storage space, and It is engaged with the case bottom, and summarized in that.

Moreover, it is preferable that this figure charger is provided with the following structures in each part.
(1) The figure body is connected to the upper body part on both sides of the head, the upper body part connected to the bottom part of the head part, the lower body part connected to the bottom part of the upper body part, and the upper body part. The insertion port can be installed in any one of the head, the upper body part, the lower body part, the upper limb part, and the like.
(2) The main battery storage space and the sub battery storage space are installed to exhibit any one of the following terms and are in a state of communicating with each other or in a state of not communicating with each other.
(3) The above-mentioned specific image of the appearance is one of the items described below, and is a real person, a cartoon or anime character, daily necessities, transportation, physical education items, vegetables, fruits. .
(4) The insertion port is any one of the items described below, and includes a USB socket, a 2.5 mm diameter connector, a 3.5 mm diameter connector, a micro USB socket, and a mini USB socket. One of the items mentioned below, which is a mobile phone, a smartphone, a notebook computer, a tablet PC, a pocket PC, a digital camera, a PDA, a music player, or a portable game machine.
(5) The case bottom is provided with an insertion recess at a position corresponding to each of the first support side walls, and connected to the first support side wall and the insertion recess. A hook-shaped holding portion is provided at each end, a first positioning groove at one end of the case bottom corresponding to the second electrical connection member, and a case bottom of the case bottom corresponding to the second electrical connection member A second positioning groove is disposed at the other end, and a third positioning groove is disposed at the other end of the case bottom corresponding to the fourth electrical connection member.
(6) The one end of the positive electrode device that penetrates the holder case member is fixed by being sandwiched by the first electrical connection member at the end edge adjacent to the first electrical connection member. The negative electrode device is fixed to the top of the case by screw contact, and is connected to the longitudinal end of the negative electrode device at a connection position between the negative electrode device and the fourth electrical connection member. By providing a hook ring that can be installed, one end of the fourth electrical connection member is sandwiched between the case top and the negative electrode device.
(7) Positive and negative electrode connecting members that are electrically connected to the battery case are extended on the wiring board.
(8) A set screw for stably connecting the second support side wall and the holder case member is provided at a position where the second support side wall and the holder case member are connected to each other. 2 A screw hole is provided at a place where the supporting side wall and the set screw are connected.
(9) A light beam emitting device is provided on a side surface of the figure body, and the light beam emitting device is electrically connected to the control switch.

According to the figure charger of the present invention, the following effects can be obtained by the above-described configurations.
(1) In the present invention, by applying the figure body, battery case and wiring board in combination, it is convenient for consumers to carry, and based on the premise that it can be charged at any time, at the same time, it maintains a special shape, Combines aesthetics and hobby.
(2) In the present invention, by combining the features of the pop design with the application of the figure body, it fits perfectly with the figure boom that people are currently pursuing. is there.
(3) In the present invention, the application of the battery case can prevent the mobile phone battery from running out and cannot be used, and the mobile device can be maintained in a usable state at any time.
(4) The battery case according to the present invention can be assembled quickly and conveniently through an engagement or screw assembly method, thus achieving an effect of saving material. In addition, it is possible to prevent short-circuit due to poor contact or battery position shift due to shaking of external force.

The perspective view which shows the figure charger which concerns on 1st Embodiment of this invention Exploded perspective view showing the configuration of each part of the charger An exploded perspective view showing the structure of the battery charger, particularly the battery case. AA line sectional view of FIG. The perspective view which shows the figure charger which concerns on 2nd Embodiment of this invention Perspective view showing the internal structure of the charger The perspective view which shows the figure charger which concerns on 3rd Embodiment of this invention Perspective view showing the internal structure of the charger The perspective view which shows the figure charger which concerns on 4th Embodiment of this invention Perspective view showing the internal structure of the charger The figure charger which concerns on another embodiment of this invention, The figure which shows the operation | movement at the time of use and the light emission device and control switch which were mounted in the figure charger

  Next, the form for implementing this device is demonstrated using figures. FIG. 2 shows the configuration of each part of the figure charger, and FIG. 3 shows the configuration of the battery charger, particularly the battery case. FIG. 4 shows a cross section taken along line AA in FIG. 6 shows the internal structure of the figure charger shown in FIG. 5, FIG. 8 shows the internal structure of the figure charger shown in FIG. 7, and FIG. 10 shows the internal structure of the figure charger shown in FIG.

As shown in FIG. 2, the figure charger has the appearance of a specific modeling image, and has a figure main body 1 having a main battery storage space 10 and a sub battery storage space 20, and one end in the main battery storage space 10. Then, the other end is exposed on the surface of the figure body 1 and is provided in the insertion port 2 for use in the external device 30 and the sub battery storage space 20 and is electrically connected to the insertion port 2. The battery case 3 is provided with a wiring board 4 that is electrically connected to the insertion port 2 and the battery case 3 and that stably sends the power of the battery case 3 to the external device 30.
An opening 201 for inserting the battery case 3 is provided on the side surface (in this case, the lower surface) of the sub battery storage space 20, and a lid member 5 for closing the opening 201 is provided at a location corresponding to the opening 201. It is done.
As shown in FIG. 3, the battery case 3 includes a holder case member 31, a case bottom 32, a positive device 33, a negative device 34, a first electrical connection member 35, and a second electrical connection member 36. The third electrical connection member 37 and the fourth electrical connection member 38 are configured.
In this case, the holder case member 31 is formed by a case top 311 and two first support side walls 312 that are arranged at equal intervals on the side surface of the case top 311. The case bottom 32 is provided with a second support side wall 321 on the side surface. Then, by engaging and assembling the free end of the first support side wall 312 of the holder case member 31 and the case bottom 32, as shown in FIG. 4, the first support side wall 312, the second support side wall 321, The first, second, and third battery storage spaces 40, 50, and 60 used for storing the battery 100 are provided.
As shown in FIG. 3, the positive electrode device 33 is provided at a position different from the first supporting side wall 312 of the case top 311.
The negative electrode device 34 is provided on a side surface different from the first support side wall 312 of the case top 311 and is adjacent to the positive electrode device 33 and is between the first and second battery storage spaces 40 and 50. Facing 312 is provided.
The first electrical connection member 35 is engaged with the case top 311 and is installed in the first battery storage space 40.
The second electrical connection member 36 is engaged with the case bottom 32, one end is provided in the first battery storage space 40, and the other end is extended to the third battery storage space 60.
The third electrical connection member 37 is engaged with the case top 311, one end is provided in the second battery storage space 50, and the other end is extended to the third battery storage space 60.
The fourth electrical connection member 38 is provided at the case top 311 so that one end thereof is connected to the negative electrode device 34, and the other end opposite thereto is provided in the second battery storage space 50 and engaged with the case bottom 32. The

In this way, the figure charger is a combination of the figure body 1, battery case 3, and wiring board 4, which is convenient for consumers to carry, and presupposes that it can be charged at any time. And has a hobby.
In addition, by having the figure body 1 and pop design features in the figure body 1, it fits perfectly with the figure boom pursued by the current people. Also worth it.
Furthermore, by having the battery case 3, it is possible to prevent the mobile phone battery from running out and becoming unusable, and the mobile device can be maintained in a usable state at any time.
In addition, by having the battery case 3, even if the battery of the consumer's portable device runs out, it can be easily bought and replaced. Therefore, even if the battery of the mobile phone runs out in a place where there is no power supply in the event of an emergency, the battery case 3 can be used as a spare power supply, which is very convenient.
In addition, the battery case 3 can be assembled quickly and conveniently through the assembly method by engaging or screwing, and there is an effect of saving material. In addition, it is possible to prevent short-circuit due to poor contact or battery position shift due to shaking of external force.

The figure body 1 is connected to the upper body part 12 on both sides of the head part 11, the upper body part 12 connected to the bottom part of the head part 11, the lower body part 13 connected to the bottom part of the upper body part 12, and the upper body part 12. The insertion port 2 can be installed in any one of the head 11, the upper body portion 12, the lower body portion 13, the upper limb portion 14, and the like.
The combination of the head 11, the upper body part 12, the lower body part 13, the upper limb part 14, and the insertion slot 2 allows the position of the insertion slot 2 to be changed according to consumer demand, so that the consumer's eyes are more than the conventional charger. Can be drawn.
Moreover, since it is modularized as a whole by the installation method assembled from the head 11, the upper body part 12, the lower body part 13, and the upper limb part 14 of such a figure main body 1, it can be easily manufactured for the manufacturer as well. It is possible to replace the external shape. This makes it possible for manufacturers to quickly create new figures without missing the business timing, so that they can grab consumers' hearts. In addition, the overall cost can be reduced. Therefore, it is possible to avoid that the consumer does not want to buy because the unit price is too high.

The main battery storage space 10 and the sub battery storage space 20 are installed in a state of communicating with each other or a state of not communicating with each other.
By such an installation method, the consumer can replace the battery case 3 more easily and smoothly, and a sense of discomfort may occur, so that the texture can be greatly increased.

The specific modeling image that appears as an appearance is one of a real human, a cartoon or anime character, daily necessities, transportation, physical education, vegetables, or fruits.
The appearance of the figure main body 1 is diversified by such a specific image and external shape, and this diversity attracts the attention of consumers and boosts the willingness to consume.

The case bottom 32 is provided with an insertion recess 322 where each first support side wall 312 is connected to each of the first support side walls 312. A hook-shaped holding portion 313 is provided at a place connected to each insertion recess 322. A first positioning groove 323 is disposed at one end of the case bottom portion 32 corresponding to the second electrical connection member 36, and a first positioning groove 323 is disposed at the other end of the case bottom portion 32 corresponding to the second electrical connection member 36. The second positioning groove 324 is disposed at the other end of the case bottom 32 corresponding to the fourth electrical connection member 38.
With such a combination of the hook-shaped holding portion 313 and the insertion recess 322, and the structure of the first positioning groove 323, the second positioning groove 324, the third positioning groove 325, etc., the battery case 3 prevents short circuit due to poor contact. In addition, since it is possible to assemble quickly and conveniently and save material, the overall cost can be reduced, and the battery can be prevented from being displaced due to the shaking of the external force. Further, by providing the second electrical connection member 36 and the fourth electrical connection member 38, it is possible to provide an effective connection and a sufficient positioning force at one end of the corresponding battery. In addition, the different sizes of coil springs allow the consumer to know which end corresponds to the positive or negative electrode of the battery. In general, the large coil spring corresponds to the negative electrode, and the small coil spring corresponds to the positive electrode.

Conductivity fixed by being sandwiched by the first electrical connection member 35 at one end of the positive electrode device 33 penetrating the holder case member 31 and adjacent to the first electrical connection member 35. A sheet 331 is provided. The negative electrode device 34 is fixed to the case top portion 311 by screwing, and is connected to one end of the fourth electrical connection member 38 disposed at the connection position between the negative electrode device 34 and the fourth electrical connection member 38. By providing an engageable hook ring 381 around one end in the longitudinal direction, one end of the fourth electrical connection member 38 is sandwiched between the case top 311 and the negative electrode device 34.
By installing and mounting the positive electrode device 33 and the negative electrode device 34 as described above, it is convenient to send electric power. At the same time, the positive electrode pattern and the negative electrode pattern enable the consumer to grasp the positions of the positive electrode and the negative electrode and prevent erroneous connection. Is possible. In addition, the combination of the negative electrode device 34 and the hook ring 381 allows the fourth electrical connection member 38 to be stably positioned between the case top 311 and the negative electrode device 34, and to provide a sufficient positioning force for the battery 100. Can be provided.

Positive and negative electrode connecting members 41 and 42 that are electrically connected to the battery case 3 are extended on the wiring board 4.
With this wiring substrate 4, the electric power of the battery case 3 can be converted into a current that functions to charge the external device 30. Further, the function of operating the functions of the battery case 3 and the external device 30 is maintained by the wiring board 4 in the process of sending power by the wiring board 4.

A set screw 6 for stably connecting the holder case member 31 and the second support side wall 321 is provided where the second support side wall 321 of the holder case member 31 is connected, and the second support side wall 321 is provided. A screw hole 61 is provided where the set screw 6 is connected at one end of the side wall 321 for use.
Such a combination structure of the set screw 6 and the screw hole 61 can solve the problem of short path due to poor contact. In addition, the battery 100 can be prevented from being displaced due to shaking, and is applied to a low, medium or high vibration environment.

FIG. 1 shows the figure charger according to the first embodiment, FIG. 5 shows the figure charger according to the second embodiment, and FIG. 7 shows the figure charger according to the third embodiment. FIG. 9 shows a figure charger according to the fourth embodiment.
As shown in the figure, the external device 30 is any one of a mobile phone, a smartphone, a notebook computer, a tablet PC, a pocket PC, a digital camera, a PDA, a music player, and a portable game machine.
The insertion port 2 is any one of a USB socket, a 2.5 mm diameter connector, a 3.5 mm diameter connector, a micro USB socket, and a mini USB socket.
By using different outlets 2 in this way, it can be adapted to different external devices 30 with variety, so that the consumer can freely select the method of the outlets 2 to eliminate the inconvenience in application. At the same time, because the products are differentiated, consumers have more options and the company can expand the market.

FIG. 11 shows the light emitting device and control switch mounted on the figure charger and the operation during use.
As shown in FIG. 11, a light emitting device 7 and a control switch 8 are provided on the side surface of the figure body 1, and the light emitting device 7 is electrically connected to the control switch 8.
The light emitting device 7 and the control switch 8 can be used not only as a charger but also as a flashlight, a fake bill detection pen, a laser pointer, or the like.

  As is clear from the above description, according to the present invention, the combination of the figure main body 1, the insertion slot 2, the battery case 3, the wiring board 4, and the external device 30 has both aesthetics and hobby and is convenient to carry. Therefore, it is possible to provide a figure charger that can charge the external device 30 without an external power source without requiring a large occupied space, and this figure charger can even be applied in a manner that is not possible with a conventional charger. Has more applicability, practicality, effectiveness, and industrial applicability than chargers.

  Each embodiment described above is used to explain the structure, features, and effects of the present invention, and satisfies the requirements such as novelty and inventive step. Apply for registration. Further, the above description only discloses a preferred embodiment of the present invention, which does not limit the scope of the utility model registration claim of the present invention, and does not depart from the spirit of the present invention. All modifications and replacements are included in the scope of the present invention.

DESCRIPTION OF SYMBOLS 1 Figure body 11 Head 12 Upper body part 13 Lower body part 14 Upper limb part 2 Insert 3 Battery case 31 Holder case member 311 Case top part 312 First support side wall 313 Hook-like holding part 32 Case bottom part 321 Second support side wall 322 Insertion Fitting recess 323 First positioning groove 324 Second positioning groove 325 Third positioning groove 33 Positive electrode device 331 Conductive sheet 34 Negative electrode device 35 First electrical connection member 36 Second electrical connection member 37 Third electrical connection member 38 First 4 Electrical connection member 381 Hook ring 4 Wiring board 41 Positive electrode connection member 42 Negative electrode connection member 5 Lid member 6 Set screw 61 Screw hole 7 Light emitting device 8 Control switch 10 Main battery storage space 20 Sub battery storage space 201 Opening 30 External device 40 First battery storage space 50 Second battery storage space 60 Third battery storage space 100 Battery

Claims (7)

A figure body consisting of the appearance of a specific modeling image and having a main battery storage space and a sub battery storage space;
One end is provided in the main battery storage space, the other end is exposed on the surface of the figure body, and an insertion port for use in an external device;
A battery case installed in the sub battery storage space and electrically connected to the insertion port;
A wiring board that is electrically connected to the insertion port and the battery case, and that stably sends power of the battery case to the external device;
With
Positive and negative electrode connecting members that are electrically connected to the battery case are extended to the wiring board,
An opening for placing the battery case is provided on the side surface of the sub battery storage space, and a lid member for closing the opening is provided in the opening.
The battery case includes a holder case member, a case bottom, a positive electrode device, a negative electrode device, a first electrical connection member, a second electrical connection member, a third electrical connection member, and a fourth electrical connection member.
The holder case member is formed by a case top and two first support side walls arranged at equal intervals on a side surface of the case top, and a second support side wall is provided on a side surface of the case bottom. Is engaged with the free end of the first support side wall, and the first, second, and second side walls used for storing the battery by partitioning between the first support side wall and the second support side wall. A third battery storage space is formed;
The positive electrode device is provided on a side surface different from the first supporting side wall of the case top,
The negative electrode device is provided adjacent to the positive electrode device and facing the first support side wall between the first and second battery storage spaces,
The first electrical connection member is engaged with the case top and is installed in the first battery storage space;
The second electrical connection member is engaged with the case bottom, one end is installed in the first battery storage space, and the other end is extended to the third battery storage space,
The third electrical connection member is engaged with the case top, one end is provided in the second battery storage space, the other end is extended to the third battery storage space,
The fourth electrical connecting member is provided at the top of the case so that one end thereof is connected to the negative electrode device, and the other end is provided in the second battery storage space and engaged with the bottom of the case. Figure charger characterized by that.   The figure body includes a head, an upper body part connected to the bottom part of the head part, a lower body part connected to the bottom part of the upper body part, and an upper limb part connected to the upper body part on both sides of the upper body part. The figure charger according to claim 1, wherein the insertion port can be installed in any one of the head, the upper body part, the lower body part, and the upper limb part.   The insertion port is one of a USB socket, a 2.5 mm diameter connector, a 3.5 mm diameter connector, a micro USB socket, and a mini USB socket, and the external device includes a mobile phone, a smartphone, a laptop computer, The figure charger according to claim 1, wherein the figure charger is any one of a tablet PC, a pocket PC, a digital camera, a PDA, a music player, and a portable game machine.   The case bottom is provided with insertion recesses where the first support side walls are connected to the first support side walls, respectively. A hook-shaped holding portion is provided at a place connected to each of the insertion recesses, and a first positioning groove is formed at one end of the case bottom corresponding to the second electrical connection member, and the second electrical connection member. A second positioning groove is disposed at the other end of the case bottom corresponding to the fourth electrical connection member, and a third positioning groove is disposed at the other end of the case bottom corresponding to the fourth electrical connection member. The figure charger according to claim 1.   Conductivity fixed by being sandwiched by the first electrical connection member at one end of the positive electrode device penetrating the holder case member and adjacent to the first electrical connection member. A sheet is provided, the negative electrode device is fixed to the top of the case by screwing, and is disposed at one end of the fourth electrical connection member disposed at a connection position between the negative electrode device and the fourth electrical connection member. A hook ring that can be engaged is provided around one end in the longitudinal direction of the negative electrode device, whereby one end of the fourth electrical connecting member is sandwiched between the top of the case and the negative electrode device. The figure charger according to claim 1.   A set screw for stably connecting the holder case member and the second support side wall is provided at a position where the second support side wall of the holder case member is connected, and the second support side wall is provided. The figure charger according to claim 1, wherein a screw hole is provided at a place where the set screw is connected at one end of the side wall.   The figure charger according to claim 1, wherein a light emitting device and a control switch are provided on a side surface of the figure main body, and the light emitting device is electrically connected to the control switch.

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