CN212119028U

CN212119028U - Toy device capable of extending length and adjusting thickness

Info

Publication number: CN212119028U
Application number: CN201922343172.XU
Authority: CN
Inventors: 李强
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-12-23
Filing date: 2019-12-23
Publication date: 2020-12-11
Anticipated expiration: 2029-12-23

Abstract

The application belongs to the technical field of toys, and particularly relates to a toy device capable of extending and shortening and adjusting thickness. The deformation core comprises a deformation core, an elastic shell, at least one radial air bag, at least one normal air bag, at least one air pump, a control system and a power supply module. The utility model provides a scalable length and adjustment thickness's toy device can realize the adjustment of length and thickness through voice command and/or button instruction, has the enjoyment effect and the apparent technical progress of happiness golden cudgel, has filled the market blank.

Description

Toy device capable of extending length and adjusting thickness

Technical Field

The application belongs to the technical field of toys, and particularly relates to a toy device capable of stretching and shortening and adjusting thickness and an implementation method thereof.

Background

The toy is an important reference for marking the progress of the society, the lucky gold cudgel is only the thing existing in mythical stories at present, and if a toy with the similar function to the lucky gold cudgel in the western-style memory can be developed, the toy has great significance for promoting the progress of the industry technology even if the lengthening, shortening and thickening degrees cannot reach the description in the western-style memory.

SUMMERY OF THE UTILITY MODEL

To the above problems, the present application provides a toy device that can be extended and shortened and adjusted in size to solve the technical problems existing in the prior art.

The utility model provides a scalable length and the toy device of adjustment thickness for solving its technical problem do:

a toy device capable of extending and shortening and adjusting thickness comprises: the deformation core comprises an end cover and a core body, and the end cover and the core body are made of non-elastic materials; the elastic shell is coated outside the deformation core and is made of an elastic material; at least one radial air bag arranged between the core body and the elastic shell of the deformation core and used for realizing the adjustment of the radial dimension; at least one normal air bag arranged between the end cover of the deformation core and the elastic shell and used for realizing size adjustment; at least one air pump arranged inside and/or outside the deformation core and used for realizing the inflation and the deflation of the radial air bags and the normal air bags; and the power supply module is used for supplying power.

As a preferred embodiment of the present invention, the length and thickness adjustable toy device comprises: the deformation core comprises a first end cover, a second end cover, a core body and a core cavity defined by the first end cover, the second end cover and the core body, wherein the first end cover, the second end cover and the core body are all made of non-elastic materials; the elastic shell is coated outside the deformation core, is made of an elastic material and can ventilate; the radial air bag is arranged between the core body of the deformation core and the elastic shell and is used for realizing the adjustment of the radial size; the first normal air bag is arranged between the first end cover of the deformation core and the elastic shell and used for realizing adjustment of the first normal size; the second normal air bag is arranged between the second end cover of the deformation core and the elastic shell and used for realizing adjustment of a second normal size; the air pump is arranged inside and/or outside the deformation core and used for realizing the inflation and the deflation of the radial air bag, the first normal air bag and the second normal air bag; a valve assembly including a radial valve, a first normal valve and a second normal valve; the sound pickup equipment is used for receiving voice instructions; the control system is arranged in the nuclear cavity of the deformation core and used for providing a system control function; and the power supply module is used for supplying power.

As a preferred embodiment of the present invention, the length and thickness adjustable toy device comprises: the deformation core comprises a first end cover, a second end cover, a core body and a core cavity defined by the first end cover, the second end cover and the core body, wherein the first end cover, the second end cover and the core body are all made of non-elastic materials; the elastic shell is coated outside the deformation core, is made of an elastic material and can ventilate; the radial air bag is arranged between the core body of the deformation core and the elastic shell and is used for realizing the adjustment of the radial size; the first normal air bag is arranged between the first end cover of the deformation core and the elastic shell and used for realizing adjustment of the first normal size; the second normal air bag is arranged between the second end cover of the deformation core and the elastic shell and used for realizing adjustment of a second normal size; the radial air pump is arranged in the core cavity of the deformation core and used for realizing the inflation and the exhaust of the radial air bag; the normal air pump is arranged in the nuclear cavity of the deformation core and used for realizing the inflation and the exhaust of the first normal air bag and the second normal air bag; the sound pickup equipment is arranged in the core cavity of the deformation core and is used for receiving voice instructions; the control system is arranged in the nuclear cavity of the deformation core and is electrically connected to the radial air pump, the normal air pump and the sound pickup equipment; and the power supply module is used for supplying power.

As a preferred embodiment of the present invention, the length and thickness adjustable toy device comprises an elastic shell, at least one radial air bag, at least one air pump and a power module; the elastic shell is made of elastic materials, the radial air bags are arranged inside the elastic shell, the air pump is used for achieving inflation and/or exhaust of the radial air bags, and the power supply module is used for providing power supply.

As a preferred embodiment of the toy device capable of extending and shortening and adjusting thickness, the elastic material in the above technical solutions is silica gel, rubber, plastic or resin.

As a preferable embodiment of the toy device capable of extending and shortening and adjusting thickness, the power module in the above various technical solutions is an energy storage device and/or a power access device.

The preferable realization method of the toy device capable of stretching and shortening and adjusting thickness provided by the application comprises the following steps:

a method for realizing a toy device capable of stretching and shortening and adjusting thickness comprises the following steps: a step of receiving voice instructions, in which voice instructions are received by adopting pickup equipment; a voice instruction identification step, wherein a deformation instruction in the voice instruction is identified through a voice identification module; a logic operation step, matching the air pump for the identified deformation instruction through a logic operation module, and determining the working mode of the air pump; and an instruction output step, namely starting the matched air pump through an instruction output module and instructing the air pump to operate according to the determined working mode.

Another preferable implementation method of the toy device capable of extending and shortening and adjusting thickness provided by the application is as follows: a step of receiving voice instructions, in which voice instructions are received by adopting pickup equipment; a voice instruction identification step, wherein a deformation instruction in the voice instruction is identified through a voice identification module; a logic operation step, namely judging the working state of each valve in the valve combination for the deformation instruction through a logic operation module, and determining the working mode of the air pump; and an instruction output step, namely adjusting the working state of each valve in the valve combination through an instruction output module, starting the air pump and instructing the air pump to operate according to a determined working mode.

Compared with the prior art, the application has the beneficial technical effects that:

the size and thickness of the telescopic toy device can be adjusted through voice commands and/or button commands. When the radial air bag is inflated, the radial air bag presses the elastic shell to enable the diameter or size of the elastic shell in the radial direction to be increased, and when air in the radial air bag is pumped out, the elastic shell enables the diameter or size of the elastic shell in the radial direction to be decreased through elastic restoring force of the elastic shell, so that size adjustment in the radial direction or the diameter direction is achieved. When the normal air bag is inflated, the normal air bag extrudes the elastic shell to enable the length or the size of the elastic shell in the normal direction to be lengthened, and when air in the normal air bag is pumped out, the elastic shell enables the length or the size of the elastic shell in the normal direction to be shortened through the elastic restoring force of the elastic shell, so that the size adjustment in the normal direction or the length direction is realized.

The technical solution and technical effects of the present application will be clearly and completely described below with reference to the drawings and the detailed description of the specification.

Drawings

FIG. 1: the structure of the first preferred embodiment of the toy device with the telescopic length and the adjustable thickness is schematically shown;

FIG. 2: the structure of the second preferred embodiment of the toy device with the telescopic length and the adjustable thickness is schematically shown;

FIG. 3: a flow chart of a method for realizing the toy device capable of stretching and shortening and adjusting thickness;

and (3) identification and explanation:

first preferred embodiment:

1-deformation core, 2-elastic shell, 3-radial air bag, 4-first normal air bag, 5-second normal air bag, 6-air pump, 7-valve combination, 8-pickup equipment and 9-control system;

11-first end cap, 12-second end cap, 13-core body, 14-core cavity;

71-radial valve, 72-first normal valve, 73-second normal valve;

second preferred embodiment:

10-deformation core, 20-elastic shell, 30-radial air bag, 40-first normal air bag, 50-second normal air bag, 60-radial air pump, 70-normal air pump, 80-sound pickup equipment and 90-control system;

110-first end cap, 120-second end cap, 130-core body, 140-core cavity.

Detailed Description

First preferred embodiment

Referring to fig. 1, a first preferred embodiment of the retractable length and thickness adjustable toy device disclosed in the present application includes a deformable core 1, an elastic shell 2, a radial air bag 3, a first normal air bag 4, a second normal air bag 5, an air pump 6, a valve assembly 7, a sound pickup device 8, a control system 9, and a power module (not shown in the drawings).

The deformation core 1 comprises a first end cover 11, a second end cover 12, a core body 13 and a core cavity 14 defined by the first end cover 11, the second end cover 12 and the core body 13, wherein the first end cover 11, the second end cover 12 and the core body 13 are all made of non-elastic materials. The elastic shell 2 is coated outside the deformation core 1 and made of elastic materials and can ventilate. When being pressed by the air bag, the elastic shell 2 can be elastically deformed in the radial direction and/or the normal direction and can be restored to the original shape under the action of elastic restoring force. And the radial air bag 3 is arranged between the core body 13 of the deformation core 1 and the elastic shell 2 and is used for realizing adjustment of radial dimension or thickness dimension. And the first normal air bag 4 and the second normal air bag 5 are respectively arranged between the first end cover 11 and the second end cover 12 of the deformation core 1 and the elastic shell 2 and are used for realizing size adjustment in the normal size or the length direction. And the air pump 6 is arranged inside the deformation core 1, can be used for inflating and can also be used for exhausting, and is used for realizing inflation and air exhaust of the radial air bag 3, the first normal air bag 4 and the second normal air bag 5. A valve assembly 7 comprising a radial valve 71, a first normal valve 72 and a second normal valve 73; the radial valve 71 is used to control the operating state of the vent line of the radial bladder 3, and the first and second normal valves 72 and 73 are used to control the operating state of the vent lines of the first and second normal bladders 4 and 5, respectively. And the sound pickup device 8 is used for receiving voice commands and transmitting the voice commands to the control system 9. And the control system 9 is used for realizing system functions and controlling the air pump 6, the valve combination 7 and the sound pickup equipment 8. And the power supply module is used for supplying power to the power utilization component.

Referring to fig. 3, when a user sends a voice command, the control system first identifies the voice command transmitted from the sound pickup apparatus, then determines the operating state of each valve in the valve assembly for the identified deformation command, determines the operating mode of the air pump, and then outputs the control command, adjusts the operating state of each valve in the valve assembly, and simultaneously starts the air pump and instructs the air pump to operate according to the determined operating mode. Taking a lengthening voice command as an example, when the control system 9 recognizes that the user's deformation command is lengthening, the working state of each valve in the valve combination 7 is determined as follows: the radial valve 71 is closed, the first normal valve 72 and the second normal valve 73 are conducted, the inflation of the working mode of the air pump 6 is determined at the same time, then a control command is output, the radial valve 71 is instructed to be closed, the first normal valve 72 and the second normal valve 73 are conducted, and the air pump 6 is started to inflate the first normal air bag 4 and the second normal air bag 5. At this time, the elastic shell 2 starts to lengthen in the longitudinal direction or in the normal direction under the compression of the first normal airbag 4 and the second normal airbag 5 until a stop command or another deformation command is issued by the user.

Second preferred embodiment

Referring to fig. 2, a second preferred embodiment of the retractable length and thickness adjustable toy device disclosed in the present application includes a deformable core 10, an elastic shell 20, a radial air cell 30, a first normal air cell 40, a second normal air cell 50, a radial air pump 60, a normal air pump 70, a sound pickup apparatus 80, a control system 90, and a power module.

The deformation core 10 comprises a first end cover 110, a second end cover 120, a core body 130 and a core cavity 140 defined by the first end cover 110, the second end cover 120 and the core body 130, wherein the first end cover 110, the second end cover 120 and the core body 130 are all made of non-elastic materials; the elastic shell 20 is coated outside the deformation core 10, is made of an elastic material and can ventilate; a radial balloon 30 disposed between the core wall 130 of the deformed core 10 and the elastic shell 20 for achieving adjustment of a radial dimension; the first normal air bag 40 is arranged between the first end cover 110 of the deformation core 10 and the elastic shell 20 and is used for realizing adjustment of a first normal size; a second normal bladder 50 disposed between the second end cap 120 of the deformation core 10 and the elastic shell 20 for achieving adjustment of a second normal dimension; the radial air pump 60 is arranged in the nuclear cavity 140 of the deformation core 10 and is used for realizing the inflation and the deflation of the radial air bag 30; the normal air pump 70 is arranged in the nuclear cavity 140 of the deformation core 10 and is used for realizing the inflation and the deflation of the first normal air bag 40 and the second normal air bag 50; the sound pickup equipment 80 is arranged in the core cavity 140 of the deformation core 10 and is used for receiving voice instructions; the control system 90 is arranged in the nuclear cavity 140 of the deformation core 10, is electrically connected to the radial air pump 60, the normal air pump 70 and the sound pickup equipment 80, and is used for providing a system control function; and the power supply module is used for supplying power to the power consumption part.

Referring to fig. 3, when the user sends a voice command, the control system first identifies the voice command transmitted from the sound pickup apparatus, then matches the air pump for the identified deformation command, and determines the working mode of the air pump; and then outputting a control instruction, starting the matched air pump and instructing the air pump to operate according to the determined working mode. Taking the voice command of the thickening as an example, when the control system 90 recognizes that the deformation command of the user is thickening, the air pump matched with the thickening command is the radial air pump 60, and at the same time, the working mode of the radial air pump 60 is determined to be inflation, and then a control command is output, and the radial air pump 60 is started to start inflating the radial air bag 30. At this time, the elastic shell 20 starts to become thicker in the diameter direction or in the radial direction by the pressing of the radial bladder 30 until a stop command or other deformation command is issued by the user.

As can be seen from the above description, the toy device capable of stretching and contracting in length and adjusting in thickness provided by the application can realize the adjustment in length and thickness through voice commands and/or button commands. When the radial air bag is inflated, the radial air bag presses the elastic shell to enable the diameter or size of the elastic shell in the radial direction to be increased, and when air in the radial air bag is pumped out, the elastic shell enables the diameter or size of the elastic shell in the radial direction to be decreased through elastic restoring force of the elastic shell, so that size adjustment in the radial direction or the diameter direction is achieved. When the normal air bag is inflated, the normal air bag presses the elastic shell to enable the length or the size of the elastic shell in the normal direction to be lengthened, and when air in the normal air bag is pumped out, the elastic shell enables the length or the size of the elastic shell in the normal direction to be shortened through the elastic restoring force of the elastic shell, so that size adjustment in the length direction is achieved.

In the above embodiment, two airbags are used in the longitudinal direction, and the two airbags deform simultaneously in the first normal direction and the second normal direction when the length is increased or decreased. In other embodiments, it is also possible to use only one balloon, deforming only in the first normal direction or in the second normal direction. In addition, in the two embodiments, the control system adopts a voice-triggered control mode, and in other embodiments, a button-triggered control mode can be adopted to perform deformation control through button operation. Thus, the present invention also claims a retractable length and thickness adjustable toy device, comprising: the deformation core comprises an end cover and a core body, and the end cover and the core body are made of non-elastic materials; the elastic shell is coated outside the deformation core and is made of an elastic material; at least one radial air bag arranged between the core body and the elastic shell of the deformation core and used for realizing the adjustment of the radial dimension; at least one normal air bag arranged between the end cover of the deformation core and the elastic shell and used for realizing size adjustment; at least one air pump arranged inside and/or outside the deformation core and used for realizing the inflation and the deflation of the radial air bags and the normal air bags; and the power supply module is used for supplying power.

It should be noted that, in the above embodiments, all embodiments are embodiments that can realize radial and normal (or length and diameter) deformation, and in some variant embodiments, it is also possible to have only radial or normal (or length and diameter) deformation functions, such as a toy device capable of extending and shortening and adjusting thickness, which includes: the air pump comprises an elastic shell, at least one radial air bag, at least one air pump and a power supply module; the elastic shell is made of elastic materials, the radial air bag is arranged inside the elastic shell, the air pump is used for realizing the inflation and/or the exhaust of the radial air bag, and the power supply module is used for supplying power; the deformation effect of the elastic shell in the radial direction or the diameter direction can be realized through the air charging and discharging function of the air pump.

While the preferred embodiments of the present application have been illustrated in detail in the accompanying drawings, it should be understood that the scope of the present application includes, but is not limited to, the embodiments described above; the specific structure disclosed in the drawings is a presently preferred embodiment of the invention; other embodiments may be developed by those skilled in the art, and any simple modifications or equivalents may be made without departing from the innovative concepts of the present application and fall within the scope of the present application.

Claims

1. A toy device capable of extending and shortening and adjusting thickness is characterized by comprising: the deformation core comprises an end cover and a core body, wherein the end cover and the core body are both made of non-elastic materials; the elastic shell is coated outside the deformation core and is made of an elastic material; at least one radial air bag arranged between the core body of the deformation core and the elastic shell and used for realizing adjustment of radial dimension; at least one normal air bag which is arranged between the end cover of the deformation core and the elastic shell and is used for realizing the adjustment of the normal size; at least one air pump arranged inside and/or outside the deformation core and used for realizing the inflation and deflation of the radial air bags and the normal air bags; and the power supply module is used for supplying power.

2. A toy device capable of extending and shortening and adjusting thickness is characterized by comprising: the deformation core comprises a first end cover, a second end cover, a core body and a core cavity defined by the first end cover, the second end cover and the core body, wherein the first end cover, the second end cover and the core body are all made of non-elastic materials; the elastic shell is coated outside the deformation core, is made of an elastic material and can ventilate; the radial air bag is arranged between the core body of the deformation core and the elastic shell and is used for realizing adjustment of radial size; the first normal air bag is arranged between the first end cover of the deformation core and the elastic shell and used for realizing adjustment of a first normal size; the second normal air bag is arranged between the second end cover of the deformation core and the elastic shell and used for realizing adjustment of a second normal size; the air pump is arranged inside and/or outside the deformation core and used for realizing the inflation and the deflation of the radial air bag, the first normal air bag and the second normal air bag; a valve assembly including a radial valve, a first normal valve and a second normal valve; the sound pickup equipment is used for receiving voice instructions; the control system is arranged in the nuclear cavity of the deformation core and used for providing a system control function; and the power supply module is used for supplying power.

3. A toy device capable of extending and shortening and adjusting thickness is characterized by comprising: the deformation core comprises a first end cover, a second end cover, a core body and a core cavity defined by the first end cover, the second end cover and the core body, wherein the first end cover, the second end cover and the core body are all made of non-elastic materials; the elastic shell is coated outside the deformation core, is made of an elastic material and can ventilate; the radial air bag is arranged between the core body of the deformation core and the elastic shell and is used for realizing adjustment of radial size; the first normal air bag is arranged between the first end cover of the deformation core and the elastic shell and used for realizing adjustment of a first normal size; the second normal air bag is arranged between the second end cover of the deformation core and the elastic shell and used for realizing adjustment of a second normal size; the radial air pump is arranged in the nuclear cavity of the deformation core and used for realizing the inflation and the exhaust of the radial air bag; the normal air pump is arranged in a nuclear cavity of the deformation core and used for realizing the inflation and the deflation of the first normal air bag and the second normal air bag; the sound pickup equipment is arranged in the nuclear cavity of the deformation core and used for receiving voice instructions; the control system is arranged in a nuclear cavity of the deformation core and is electrically connected to the radial air pump, the normal air pump and the pickup equipment; and the power supply module is used for supplying power.

4. A toy device capable of stretching and shortening and adjusting thickness is characterized in that the toy device capable of stretching and shortening and adjusting thickness comprises an elastic shell, at least one radial air bag, at least one air pump and a power supply module; the elastic shell is made of elastic materials, the radial air bags are arranged inside the elastic shell, the air pump is used for achieving inflation and/or exhaust of the radial air bags, and the power supply module is used for providing power supply.

5. A retractable length and thickness-adjustable toy apparatus according to any one of claims 1-4 and wherein: the elastic material is silica gel, rubber, plastic or resin.

6. A retractable length and thickness-adjustable toy apparatus according to any one of claims 1-4 and wherein: the power module is an energy storage device and/or a power access device.