CN205340130U - Bounce bicycle - Google Patents

Bounce bicycle Download PDF

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Publication number
CN205340130U
CN205340130U CN201620111723.3U CN201620111723U CN205340130U CN 205340130 U CN205340130 U CN 205340130U CN 201620111723 U CN201620111723 U CN 201620111723U CN 205340130 U CN205340130 U CN 205340130U
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China
Prior art keywords
spring
disk assembly
drive disk
bodyshell
post
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CN201620111723.3U
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Chinese (zh)
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曹君虎
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曹君虎
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Priority to CN201620111723.3U priority Critical patent/CN205340130U/en
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Abstract

The utility model discloses a bounce bicycle, actuating mechanism between wheel, wheel and the body shell of body shell, body shell both sides, provide the power module of the energy and receive the remote control module that the action was controlled in the instruction, power module and remote control module setting are in body shell, actuating mechanism and power module line connection to remote control module, be equipped with springing mechanism in the body shell, this toy bounce bicycle has add springing mechanism, can realize the whole action of having bounced of toy bounce bicycle through remote control springing mechanism 's action, can realize the playing method of multiple technologies nature, has more interestingly and the attractivity.

Description

A kind of bounce vehicle
Technical field
This utility model relates to toy car field, particularly relates to a kind of toy car that can bounce.
Background technology
In toy car, if the function that toy car realizes is only remote-controlled forward-reverse, that such toy is easy to another people and plays greasy, lose interest, it is eliminated, and the colony playing this toy mostly is underage child, colony compares limitation, price is low, sales volume also is difficult to promote, for increasing the age level played, also there is now a lot of more interesting toy car, rotate as remote control original place can be realized, vehicle body upset etc. needs the technical movements of manual operation, this is to big-age-child, or even some adults are more attractive, play also more persistently be not easy play greasy, such toy costs is higher, the colony played is more, sales volume also can promote.But the research and development of toy car playing method are also had much room, and in the toy car on existing market, multiple playing method realizes the toy car of spring but without meeting, and therefore, inventor is devoted to work out the toy car that can bounce, and then has this case to produce.
Utility model content
The purpose of this utility model is in that to provide one to be capable of spring, a kind of bounce vehicle of more technical, interesting and attractability.
For solving this technical problem, the technical solution of the utility model is: a kind of bounce vehicle, including bodyshell, the wheel of bodyshell both sides, driving mechanism between wheel and bodyshell, the power module of the energy is provided and is received the remote control module of instruction control action, described power module and remote control module are arranged in bodyshell, described driving mechanism and power module connection, to remote control module, are provided with bouncing mechanism in described bodyshell.
Described bouncing mechanism includes pedestal, reverse plate, torque drive part, motor, guide post, spring and spring and props up block;Described pedestal is fixed in bodyshell, described torque drive part is arranged on pedestal with what can realize transmission activity, described motor is fixedly installed on pedestal and circuit is connected to remote control module, the output shaft of described motor connects the transmission top of torque drive part, the driven end of described torque drive part is connected on reverse plate, the opposite sides limit of described pedestal is correspondingly provided with spring stack respectively, described spring is propped up on block corresponding two spring stacks respectively and is provided with compression post, described spring housing is located on spring stack, its two ends withstand on spring stack and compression post respectively, described bodyshell offers a block telescopic mouth, described spring is propped up block and is passed bodyshell from a block telescopic mouth, described reverse plate is provided with the track groove of eccentric setting, one end of described guide post is connected on spring block, the other end of described guide post is provided with walking cylinder and is embedded in track groove, rotated by transmission reverse plate and drive walking cylinder to walk in track groove, thus driving spring block compression spring.
Described torque drive part includes motor gear, first drive disk assembly, second drive disk assembly, 3rd drive disk assembly and the 4th drive disk assembly, described motor gear is connected on motor output shaft, described first drive disk assembly, second drive disk assembly, 3rd drive disk assembly and the 4th drive disk assembly are rotatably provided on pedestal, described first drive disk assembly includes the first fluted disc and the first tooth post that one connects, described second drive disk assembly includes the second fluted disc and the second tooth post that one connects, described 3rd drive disk assembly includes the 3rd fluted disc and the 3rd tooth post that one connects, described 4th drive disk assembly is surrounded by the 4th fluted disc, described motor gear and the first fluted disc are meshed, described first tooth post and the second fluted disc are meshed, described second tooth post and the 3rd fluted disc are meshed, described 3rd tooth post and the 4th fluted disc are meshed, described reverse plate is connected on the end of the 4th drive disk assembly.
Described pedestal is provided with accessory and is fitted on the periphery of reverse plate for assisting the steady torsion of reverse plate.
Described spring stack axial centre is provided with pilot sleeve, and described compression post is provided with the second guide post being located in pilot sleeve, and the end of described compression post is provided with the cylinder base for entangling spring end.
By adopting technique scheme, the beneficial effects of the utility model are: this toy bounce vehicle is additionally arranged bouncing mechanism, the action of toy bounce vehicle entirety courbette can be realized, it is possible to realize the playing method of multiple technologies, have more interest and attractability by the action of remote pilot bouncing mechanism;Above-mentioned bouncing mechanism is realized in spring, remote control module receives the spring instruction of remote control, electric motor starting drives reverse plate to rotate by torque drive part, walking cylinder rotates with reverse plate and walks in track groove, walk from eccentric outer end the inner, owing to track groove is eccentric, during walking cylinder walking, guide post drives spring block opposite base to change position, compression spring, spring block center of gravity is propped up in the plane down, motor stops continuing to reverse, elasticity tension at spring is used, with spring block for fulcrum, pop up, band toy bounce vehicle entirety departs from plane, thus realizing spring;The torque drive part of above-mentioned bouncing mechanism arranges and is capable of bigger twisting resistance, and reverse plate can reverse steadily, and spring block can steadily compress spring, it is achieved the spring that weighing apparatus is steady flexibly.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of a kind of bounce vehicle that this utility model relates to.
Fig. 2 is the decomposition texture schematic diagram of a kind of bounce vehicle that this utility model relates to.
Fig. 3 is the structural representation of bouncing mechanism in a kind of bounce vehicle that this utility model relates to.
Fig. 4 is the structural representation of another angle of bouncing mechanism in a kind of bounce vehicle that this utility model relates to.
Fig. 5 is the structural representation of torque drive part in a kind of bounce vehicle that this utility model relates to.
In figure:
Bodyshell-1;Prop up block telescopic mouth-11;Wheel-2;Driving mechanism-3;
Bouncing mechanism-4;Pedestal-41;Spring stack-411;Pilot sleeve-4111;Accessory-412;
Reverse plate-42;Track groove-421;Torque drive part-43;Motor gear-431;
First drive disk assembly-432;First fluted disc-4321;First tooth post-4322;
Second drive disk assembly-433;Second fluted disc-4331;Second tooth post-4332;
3rd drive disk assembly-434;3rd fluted disc-4341;3rd tooth post-4312;
4th drive disk assembly-435;4th fluted disc-4351;
Motor-44;Guide post-45;Walking cylinder-451;Spring-46;
Spring block-47;Compression post-471;Second guide post-4711;Cylinder base-4712.
Detailed description of the invention
In order to the technical solution of the utility model is explained further, below by specific embodiment, the utility model is elaborated.
A kind of bounce vehicle of the present utility model, as depicted in figs. 1 and 2, including bodyshell 1, the wheel 2 of bodyshell 1 both sides, driving mechanism 3 between wheel 2 and bodyshell 1, the power module of the energy is provided, it is received remote control module and the bouncing mechanism 4 of instruction control action, described power module and remote control module are arranged in bodyshell 1, described driving mechanism and power module connection to remote control module, described bouncing mechanism 4 arranges in bodyshell 1, each wheel 2 is all independent driving as shown in FIG., namely driving mechanism 3 it is respectively provided with, so can there is different control modes, realize multiple playing method, this utility model and existing toy car are different in that, increase and be provided with bouncing mechanism 4, its concrete structure, such as Fig. 3, shown in Fig. 4 and Fig. 5, it is described below in detail.
Described bouncing mechanism 4 includes pedestal 41, reverse plate 42, torque drive part 43, motor 44, guide post 45, spring 46 and spring block 47.
Described pedestal 41 is fixed in bodyshell 1;Described torque drive part 43 is can realize being arranged on pedestal 41 of transmission activity;In the present embodiment preferably, described torque drive part 43 includes motor gear 431, first drive disk assembly 432, second drive disk assembly 433, 3rd drive disk assembly 434 and the 4th drive disk assembly 435, described motor gear 431 is connected on motor 44 output shaft, described first drive disk assembly 432, second drive disk assembly 433, 3rd drive disk assembly 434 and the 4th drive disk assembly 435 are rotatably provided on pedestal 41, described first drive disk assembly 432 includes the first fluted disc 4321 and the first tooth post 4322 that one connects, described second drive disk assembly 433 includes the second fluted disc 4331 and the second tooth post 4332 that one connects, described 3rd drive disk assembly 434 includes the 3rd fluted disc 4341 and the 3rd tooth post 4312 that one connects, described 4th drive disk assembly 435 is surrounded by the 4th fluted disc 4351, described motor gear 431 is meshed with the first fluted disc 4321, described first tooth post 4322 is meshed with the second fluted disc 4331, described second tooth post 4332 is meshed with the 3rd fluted disc 4341, described 3rd tooth post 4342 is meshed with the 4th fluted disc 4351, described reverse plate 42 is connected on the end of the 4th drive disk assembly 435, the structure of this torque drive part 43 arranges high torque, reducing speed, increase torsion, reverse plate 42 is steadily driven to rotate, steadily pull spring block 47, steadily compression spring 46.
Described motor 44 is fixedly installed on pedestal 41 and circuit is connected to remote control module, here bouncing mechanism 4 is also individually driven by motor 44, can be different from other equally drive, can synchronize or asynchronous carry out action, realize multiple playing method, the output shaft of described motor 44 connects the transmission top of torque drive part 43, namely connects motor gear 431.
The driven end of described torque drive part 43 is connected on reverse plate 42, is on the above-mentioned end being connected to the 4th drive disk assembly 435.
Being correspondingly provided with spring stack 411 on the opposite sides limit of described pedestal 41 respectively, described spring is propped up on block 47 corresponding two spring stacks 411 respectively and is provided with compression post 471, and described spring 46 is set on spring stack 411, and its two ends withstand on spring stack 411 and compression post 471 respectively;In the present embodiment, further, for making spring block 47 can more steadily compress spring 46, described spring stack 411 axial centre is provided with pilot sleeve 4111, described compression post 471 is provided with the second guide post 4711 being located in pilot sleeve 4111, the end of described compression post 471 is provided with the cylinder base 4712 for entangling spring 46 end, and what had pilot sleeve 4111 and the second guide post 4711 limits position relationship mutually, also allows for spring 46 and is steadily compressed or elasticity is opened.
Described bodyshell 1 offers a block telescopic mouth 11, described spring is propped up block 47 and is passed bodyshell 1 from a block telescopic mouth 11, the part of spring the block 47 passed becomes spring fulcrum with plane contact, the setting of toy bounce vehicle should make spring prop up block 47 to keep center of gravity down, is conducive to becoming spring fulcrum upwards when bouncing.
Described reverse plate 42 is provided with the track groove 421 of eccentric setting;One end of described guide post 45 is connected on spring block 47, the other end of described guide post 45 is provided with walking cylinder 451 and is embedded in track groove 421, rotated by transmission reverse plate 42 and drive walking cylinder 451 to walk in track groove 421, thus driving spring block 47 to compress spring 46, its event trace of track groove 421 passes through the rotating shaft of distance reverse plate 42 by as far as closely, thus changing the position of spring block opposite base.
Further, described pedestal 41 is provided with accessory 412 and is fitted on the periphery of reverse plate 42 for assisting the steady torsion of reverse plate 42.
Above-described embodiment and graphic and non-limiting product form of the present utility model and style, any person of an ordinary skill in the technical field is to its suitably change done or modifies, and all should be regarded as without departing from patent category of the present utility model.

Claims (5)

1. a bounce vehicle, including bodyshell, the wheel of bodyshell both sides, driving mechanism between wheel and bodyshell, the power module of the energy is provided and is received the remote control module of instruction control action, described power module and remote control module are arranged in bodyshell, described driving mechanism and power module connection to remote control module, it is characterised in that: it is provided with bouncing mechanism in described bodyshell.
2. a kind of bounce vehicle as claimed in claim 1, it is characterised in that: described bouncing mechanism includes pedestal, reverse plate, torque drive part, motor, guide post, spring and spring and props up block;Described pedestal is fixed in bodyshell, described torque drive part is arranged on pedestal with what can realize transmission activity, described motor is fixedly installed on pedestal and is connected to remote control module, the output shaft of described motor connects the transmission top of torque drive part, the driven end of described torque drive part is connected on reverse plate, the opposite sides limit of described pedestal is correspondingly provided with spring stack respectively, described spring is propped up on block corresponding two spring stacks respectively and is provided with compression post, described spring housing is located on spring stack, its two ends withstand on spring stack and compression post respectively, described bodyshell offers a block telescopic mouth, described spring is propped up block and is passed bodyshell from a block telescopic mouth, described reverse plate is provided with the track groove of eccentric setting, one end of described guide post is connected on spring block, the other end of described guide post is provided with walking cylinder and is embedded in track groove, rotated by transmission reverse plate and drive walking cylinder to walk in track groove, thus driving spring block compression spring.
3. a kind of bounce vehicle as claimed in claim 2, it is characterized in that: described torque drive part includes motor gear, first drive disk assembly, second drive disk assembly, 3rd drive disk assembly and the 4th drive disk assembly, described motor gear is connected on motor output shaft, described first drive disk assembly, second drive disk assembly, 3rd drive disk assembly and the 4th drive disk assembly are rotatably provided on pedestal, described first drive disk assembly includes the first fluted disc and the first tooth post that one connects, described second drive disk assembly includes the second fluted disc and the second tooth post that one connects, described 3rd drive disk assembly includes the 3rd fluted disc and the 3rd tooth post that one connects, described 4th drive disk assembly is surrounded by the 4th fluted disc, described motor gear and the first fluted disc are meshed, described first tooth post and the second fluted disc are meshed, described second tooth post and the 3rd fluted disc are meshed, described 3rd tooth post and the 4th fluted disc are meshed, described reverse plate is connected on the end of the 4th drive disk assembly.
4. a kind of bounce vehicle as claimed in claim 2 or claim 3, it is characterised in that: described pedestal is provided with accessory and is fitted on the periphery of reverse plate for assisting the steady torsion of reverse plate.
5. a kind of bounce vehicle as claimed in claim 2 or claim 3, it is characterized in that: described spring stack axial centre is provided with pilot sleeve, described compression post is provided with the second guide post being located in pilot sleeve, and the end of described compression post is provided with the cylinder base for entangling spring end.
CN201620111723.3U 2016-02-03 2016-02-03 Bounce bicycle Active CN205340130U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620111723.3U CN205340130U (en) 2016-02-03 2016-02-03 Bounce bicycle

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620111723.3U CN205340130U (en) 2016-02-03 2016-02-03 Bounce bicycle

Publications (1)

Publication Number Publication Date
CN205340130U true CN205340130U (en) 2016-06-29

Family

ID=56182425

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201620111723.3U Active CN205340130U (en) 2016-02-03 2016-02-03 Bounce bicycle

Country Status (1)

Country Link
CN (1) CN205340130U (en)

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