JP3074310U - Doll exercise equipment - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To provide a doll exercise device that performs a swinging motion by a motor. A battery stand (2) having a battery therein, a circuit board (3) having an electronic switch, a pair of outer plates each having a correspondingly installed inner wall with an engagement hole and two thin plates forming a guide groove. It is composed of a case 4 and a driving component 5. The main driving component is composed of a left case, a right case, a motor, a reduction gear, and a swing cam. A guide is provided on the inner wall of the left case, the case tenon projects upward, and the left engaging tenon projects on the outer wall. An apex is provided at the top end of the right case, and a right engagement tenon projects from the outer wall, and the left engagement tenon and the right engagement tenon are fitted in the engagement holes. The motor is connected to the electronic switch and has an output shaft, and the reduction unit is composed of a belt and a gear unit. One end is connected to the output shaft of the motor, has a swing gear shaft and is fitted to the swing cam. The oscillating cam is an eccentric (eccentric) cam whose both sides are equally opposed.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a kind of doll exercise device. In particular, the present invention relates to a doll exercise device that can perform a swinging operation when a kind of motor is started, and can be connected to a telephone to perform an on-hook function.

[0002]

[Prior art]

 Mobile phones are very convenient when you are out. However, despite the fact that they are always on, most of the time they are in the office, and in this case there is room to consider whether it is necessary to hold a mobile phone when sending and receiving calls. is there. Usually, when a wired telephone is used in an office, an on-hook function is provided. Therefore, when talking using this method, the user can perform another task with both hands while talking on the telephone at his own seat. Of course, when an on-hook device is added, it must be installed externally on a desk or exposed to the outside. However, in addition to the transmission / reception function, other functions are added as a form of external device, and It is possible to increase the fun.

[0003]

[Problems to be solved by the invention]

 In order to add value to the above known structure, an object of the present invention is to provide a doll exercise device. The outer cover is a doll with a design, and the shape can take various forms as needed. Further, by connecting to a desktop computer, a mobile phone, or the like, and connecting a microphone and a speaker, an on-hook function can be exhibited.

[0004]

[Means for Solving the Problems]

 In order to solve the above problems, the present invention provides a doll exercise apparatus. It mainly consists of a battery stand, a circuit board, a set of outer cases, and driving parts. The battery mount has a battery therein, the circuit board has an electronic switch, the outer case is a case body to be installed opposite to the other, and an inner wall has an engagement hole respectively, and two thin plates are provided. To form a guide groove. The driving parts consist of a left case, a right case, a motor, a reduction unit, and a swing cam. The left case inner wall is provided with a straight guide, the case tenon protrudes upward, and the left engaging tenon protrudes from the outer wall. The right case has a vertex at the top end, a right engagement tenon protrudes from the outer wall, and the left engagement tenon and the right engagement tenon fit in the engagement holes. The motor is connected to the electronic switch and has an output shaft to output power. The speed reduction unit is constituted by a belt and / or a gear unit, one end of which is connected to the output shaft of the motor, provided with an oscillating gear shaft, and outputs and is fitted to the oscillating cam. When the motor is started, the swing cam is restricted by the guide groove, and the driven component swings.

[0005]

[Embodiment of the invention]

 As shown in FIGS. 1, 2, 3, and 4, the doll of the present invention mainly includes an outer cover 1, a battery stand 2, a circuit board 3, an outer case 4, a driving component 5, and a driving component 6. The outer cover 1 is a doll having a design, and its shape is not limited to the illustrated example. The outer cover 1 has a control switch 11, and has a space inside for installing components to be described later. The battery mount 2 provides power and includes a battery 21 therein. The battery 21 can be a normal battery or a rechargeable battery. A bottom cover 22 is provided at the bottom to stabilize the installation of the battery 22. The electric power of the battery 22 includes a line and is connected to the circuit board 3. However, since the technique is a known technique, it will not be described in detail.

Next, as shown in FIG. 4, when the on-hook state is set, the circuit board 3 includes an MIC output and power supply control circuit 31, a voice band expansion circuit 32, a rectification and filter (filter) circuit 33, A known circuit such as a power supply and charging circuit 34 is provided. It extends from the power supply and charging circuit 34, connects an electronic switch 35, and connects and controls the driving component 5 to the electronic switch 35. Further, as shown in FIG. 2, when connected to a desktop computer or a mobile phone and the above-described control switch 11, the microphone 36 and the speaker 37 can be connected at the same time to support voice input.

[0007] The outer case 4 is a case body to be installed opposite to the other, and the driving part 5 is installed therein. A small number of holes are distributed on one side, and serve to output sound from the speaker 37. At the time of assembly, the two case bodies are connected and fixed so as to face each other. One of the two case bodies forms a guide groove 41 by two protruding thin plates, and a swing cam 57 described later is fitted to the case body for operation. At the same time, a single pillar is provided on the inner wall, and an engagement hole 42 is opened.

As shown in FIG. 3, the driving part 5 includes a left case 51, a right case 52, a motor 53, a reduction unit 54, an output cam 55, an interlocking clamp 56, and a swing cam 57. The left case 51 is provided with a straight guide 511 to regulate the vertical movement direction of the interlocking clamp 56, and the case tenon 512 above the interlocking clamp 56 is also used to control the interlocking clamp 56. The space below it houses the motor 53 and the reduction unit 54. The right case 52 is connected to the left case 51 to prevent the internal components from being exposed. The top end of the right case 52 is provided with an apex 521, which is used for pressing a lower thin plate 62 described later. In addition, a left engagement tenon 513 and a right engagement tenon 522 are extended outside the right case 52 and the left case 51, respectively, and are used to fit the outer case 4 engagement holes. The motor 53 is controlled by the electronic switch 35, has an output shaft 531 and outputs power, and is connected to the speed reduction unit 54. The purpose of the reduction unit 54 is to reduce the rotation speed of the output shaft 531 of the motor 53. Therefore, it is constituted by known parts such as a belt and a gear unit. An output gear shaft 541 at the end of the reduction unit 54 is fitted to the output cam 55, and the reduction unit 54 includes a swing gear shaft 542. The output cam 55 is formed by an eccentric (eccentric) shaft 551 whose center is deviated with respect to the gear shaft, which is equally opposed to the front and rear, and the eccentric (eccentric) shaft 551 is fitted to the output gear shaft 541. Work together. The interlocking clamp 56 is a rod-shaped object, and forms a horizontally long hole 561 below the interlocking clamp 56, and another eccentric (eccentric) shaft 551 is fitted therein. In the middle position, a vertically long hole 562 is formed, and the case tenon 512 is fitted. Since the width of the guide 511 is opposite to the width of the interlocking clamp 56, the guide 511 is installed inside and operated. A tenon 563 is extended at the upper end of the interlocking clamp 56, and a spring 65 of the driving part 6 is hung. The swing cam 57 is a double-sided eccentric (eccentric) cam. After assembling, the swing cam 57 is located outside the left case 51 of the driving component 5, and is fitted to and driven by the swing gear shaft 542.

As shown in FIG. 2, the driving component 6 includes an upper thin plate 61 and a lower thin plate 62. The lower thin plate 62 has a plate hole 63 through which a pin 64 penetrates, and performs a vertical movement using the pin as a fulcrum. At the same time, a spring 65 is connected to the lower thin plate 62, and the opposite end of the spring 65 is hooked on the hook 563. When in the normal position, the upper thin plate 61 and the lower thin plate 62 are closed, but when the interlocking clamp 56 moves downward, the lower thin plate 62 is pushed by the vertex 521 of the right case 52. The front portion of the lower thin plate 62 is lowered about the pin 64 to be in an open state.

In assembling the present invention, first, the driving part 5 is assembled. The eccentric (eccentric) shaft 551 fits in the horizontal hole 561, and the case tenon 512 fits in the vertical hole 562. The motor 53 and the reduction unit 54 are also installed and connected in the left case 51 and the right case 52. At this time, the swing cam 57 projects outside the left case 51 and is fitted to the swing gear shaft 542. Next, the left engagement tenon 513 and the right engagement tenon 522 of the driving component 5 are fitted into the engagement holes 42 to make a very tight fitting state. At this time, the swing cam 57 is located in the guide groove 41 of the outer case 4. Finally, the driving parts 6, the circuit board 3, the battery stand 2 and the like are installed together in the outer cover 1, and the respective cords are connected to a mobile telephone or a general telephone, and are uttered by the microphone 36.

When the present invention is implemented, in the receiving state, the device is started by the electronic switch 35 to input the audio signal and to operate the motor 53. At this time, the swing cam 57 is regulated by the guide groove 41, and the driving component 5 performs a swing operation. At the same time, the operation of the eccentric (eccentric) shaft 551 of the output cam 55 restricts the interlocking clamp 56 between the vertical hole 562 and the case tenon 512, and moves up and down. When descending to the low position, the lower thin plate 62 is pushed by the vertex 521 of the right case 52, and the lower thin plate 62 is opened. By repeating the operation in this manner, the doll opens and closes the mouth, and the body swings, and returns to the stationary state after the communication ends.

[0012]

[Effect of the invention]

 By implementing the present invention, the user can use the device away from the mobile phone, thereby avoiding the effects of electromagnetic waves. In addition, the doll's operation can add interest.

[Brief description of the drawings]

FIG. 1 is an instruction diagram of the present invention doll.

FIG. 2 is a schematic exploded view of the inside of the doll of the present invention.

FIG. 3 is a three-dimensional exploded view of a driving part of the present invention.

FIG. 4 is a connection structure diagram of the present invention and a telephone.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Outer cover 11 Control switch 2 Battery stand 21 Battery 22 Bottom cover 3 Circuit board 31 MIC output and power supply control circuit 32 Voice band expansion circuit 33 Rectification and filtration circuit 34 Power supply and charging circuit 35 Electronic switch 36 Microphone 37 Speaker 4 Outside Case 41 guide groove 42 engagement hole 5 main driving part 51 left case 511 guide 512 case tenon 513 left engagement tenon 52 right case 521 vertex 522 right engagement tenon 53 motor 531 output shaft 54 reduction unit 541 output gear shaft 542 rocking Gear shaft 55 Output cam 551 Eccentric (eccentric) shaft 56 Interlocking clamp 561 Horizontal hole 562 Vertical hole 563 Hanging tenon 57 Swing cam 6 Drive parts 61 Upper thin plate 62 Lower thin plate 63 Plate hole 64 Pin 65 Spring

Claims (6)

[Utility model registration claims] A battery base, a circuit board, a set of an outer case, and a driving part are mainly constituted, the battery base has a battery inside, the circuit board has an electronic switch, and the outer case has two pieces. The main body is provided with an engagement hole on the inner wall, and a guide groove is formed by two thin plates, and the main driving parts are a left case, a right case, a motor, a reduction unit, and a swing cam. The left case inner wall is provided with a straight guide, the case tenon protrudes upward, the left engaging tenon projects on the outer wall, the right case top end is provided with a vertex, and the outer wall is right engaged. A tenon protrudes, a left engaging tenon and a right engaging tenon are fitted in the engaging hole, the motor is connected to the electronic switch, an output shaft is provided to output power, the reduction unit is a belt, and Alternatively, it is composed of a gear unit, one end of which is connected to the output shaft of the motor. Oscillating gear shaft, output and fitted to the oscillating cam. The oscillating cam is an eccentric (eccentric) cam whose both surfaces are equally opposed. Restricted by grooves,
A doll exercise apparatus, wherein the driving component exhibits a swinging state. 2. An eccentric cam having an output gear shaft, an interlocking clamp, and a drive component, wherein the output gear shaft is fitted to an output cam, and the output cam is equally opposed on both sides. The interlocking clamp is a rod-shaped object, having a horizontally long hole formed below the interlocking clamp, inserting an eccentric (eccentric) shaft of the output cam, and forming a vertically long hole at a middle position, and Insert the case tenon of the part, the width of the guide of the driving part is opposite to the width of the interlocking clamp, install a hanging tenon at the upper end of the interlocking clamp, and the driving parts are upper thin plate, lower A lower plate having a plate hole, a pin penetrating therethrough and a spring connected to the lower plate, the other end of the spring being hung on the tenon, and when the motor is started, the output cam is closed. Eccentric (eccentric) The runs in the transverse bore, to lift the interlocking clamps, and at the time of descent, the lower thin plate doll exercise apparatus according to claim 1, wherein the opening is pushed into the top portion of the main drive components. 3. A doll exercise apparatus according to claim 2, wherein a doll outer cover having a design is added to the outer case, and the upper thin plate and the lower thin plate are mouth portions. 4. The exercise apparatus for a doll as claimed in claim 1, further comprising a communication circuit on said circuit board, which can be connected to a telephone. 5. The exercise apparatus for a doll according to claim 1, wherein said battery can be a battery. 6. The doll exercise apparatus according to claim 1, wherein the circuit board can extend a control switch to the outer cover of the doll.