CN203777673U - Bounce block device - Google Patents

Bounce block device Download PDF

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Publication number
CN203777673U
CN203777673U CN201420099287.3U CN201420099287U CN203777673U CN 203777673 U CN203777673 U CN 203777673U CN 201420099287 U CN201420099287 U CN 201420099287U CN 203777673 U CN203777673 U CN 203777673U
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CN
China
Prior art keywords
building blocks
power
building
spring
block
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201420099287.3U
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Chinese (zh)
Inventor
林文彬
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
GENIUS TOY TAIWAN CO Ltd
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GENIUS TOY TAIWAN CO Ltd
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Publication date
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Priority to CN201420099287.3U priority Critical patent/CN203777673U/en
Application granted granted Critical
Publication of CN203777673U publication Critical patent/CN203777673U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

A bounce block device comprises a chassis block, a power block, two limit blocks, two eccentric wheel blocks arranged on the power block as well as a telescopic block unit comprising an elastic component, wherein the chassis block comprises a hollow ring-shaped part and an elastic arm part, and the elastic coefficient of the elastic arm part is smaller than that of the ring-shaped part; the eccentric wheel blocks are driven by the power block to rotate and are forced by the limit blocks to generate downward force to drive the power block to descend, so that the elastic component bounces between a compression position and a non-compression position; and the elastic component in the compression position accumulates elastic restoring force, by means of elastic coefficient difference of the chassis block, an upward and forward bounce action is generated instantly when the eccentric wheel blocks are separated from the limit block, and the elastic component returns to the non-compression position. The bounce block device generates the upward and forward bounce action.

Description

Spring building block device
Technical field
The utility model relates to a kind of building blocks, particularly relates to a kind of spring building block device for generation of spring-like movement upwards and forward.
Background technology
In general, the enjoyment of block toy is to allow player enjoy the process of assembling building blocks, and completes the sense of accomplishment of finished product, but the finished product after great majority assembling mostly is static ornaments only for appreciating, and cannot produce dynamic complexion.
But, its motion mode of the dynamic toy of most of tools is restricted, the action that can only advance, retreat or turn as toy car, can not carry out the action of jump, and the action that the toy of energy bob often can not advance in jumping, can jump simultaneously and the toy of forward motion often price is not striking, and this locomotory mechanism often need to just can complete by complicated circuit control system, cannot allow child pass through procedural learning and the growth of game, lose the effect of teaching through lively activities.
Utility model content
The purpose of this utility model is to provide a kind of spring building block device for generation of spring-like movement upwards and forward.
The utility model spring building block device, comprises chassis building blocks, support bar building blocks, power building blocks, two spacing building blocks, two eccentric wheel building blocks and a flexible building block unit.
Spring building block device described in the utility model, these chassis building blocks comprise a hollow ring portion, and an elastic arm portion that coefficient of elasticity is less than this ring part and is extended internally by the inner peripheral surface of this ring part.These support bar building blocks are upwards extended by the elastic arm portion end face of these chassis building blocks.
Spring building block device described in the utility model, these power building blocks can be set on these support bar building blocks up and down slippingly, and comprise the driving section that at least one outputs power.
Spring building block device described in the utility model, described spacing building blocks are stretched out by two opposition sides on this support bar building blocks top respectively.
Spring building block device described in the utility model, described eccentric wheel building blocks are separately positioned on reverse both ends, this driving sections of this power building blocks, and comprise respectively a rotation section that links and rotated by this driving section transmission with the driving section of these power building blocks, and one taking this rotation section as center of rotation and be the eccentric part of eccentric shape.Described eccentric part, in rotation process, be subject to respectively under the pressure of described spacing building blocks, and this rotation section of interlock drives these power building blocks to bottom offset, and makes described eccentric part depart from described spacing building blocks.
Spring building block device described in the utility model, this flexible building block unit comprises that one around these support bar building blocks, and is limited in the elastic parts between these power building blocks and this chassis building blocks.These chassis building blocks springing between a compression position and a non-compression position relatively of this elastic parts.In the time of this compression position, this elastic parts is subject to accumulate an elastic-restoring force under the pressure of these power building blocks of displacement downwards, in the time of this non-compression position and the described spacing building blocks of described eccentric wheel building blocks disengaging, this elastic parts discharges aforementioned elastic-restoring force, and drive these power building blocks to top offset, and these chassis building blocks utilize the coefficient of elasticity difference of this elastic arm portion and this ring part, produce a spring-like movement upwards and forward, make this elastic parts get back to this non-compression position.
Spring building block device described in the utility model, the elastic arm portion of these chassis building blocks has a supporting section that supports this flexible building block unit and these support bar building blocks, and a rib section that is extended to this supporting section by the ring part inner peripheral surface of these chassis building blocks.
Spring building block device described in the utility model, the driving section of these power building blocks has two driving members that link with the rotation section of corresponding eccentric wheel building blocks respectively.
Spring building block device described in the utility model, described driving member is respectively an axostylus axostyle, and the rotation section of described eccentric wheel building blocks is respectively the perforation that each other driving member of a confession wears and combines closely.
Spring building block device described in the utility model, this flexible building block unit also comprises that one can be set in slippingly up and down these support bar building blocks and be positioned at the sliding component between these power building blocks and this elastic parts, and two elastic arm building blocks groups that lay respectively at two opposition sides of these support bar building blocks, each elastic arm building blocks group has at least one and this sliding component pivot joint and from top to bottom gradually away from the upper elastic arm building blocks of these support bar building blocks, and at least one is articulated on this elastic arm building blocks lower end and from top to bottom gradually near these support bar building blocks, and be articulated in the lower elastic arm building blocks of the supporting section of these chassis building blocks.
Spring building block device described in the utility model, the eccentric part of each eccentric wheel building blocks has a slightly small circumference district for semicircular in shape, and one is connected with this small circumference district and radius is greater than the big circumference district of this small circumference district summary semicircular in shape.
Spring building block device described in the utility model, these power building blocks also comprise that one is installed on this accommodation space and has a motor body and motor by the outward extending power transmission shaft of this motor body, one are installed on this accommodation space and are driven by this power transmission shaft and drive the gear unit of this driving section rotation around the cap, one that define an accommodation space, and confession should motor required electric power and have a battery pack of at least one battery.
Spring building block device described in the utility model, this gear unit has a worm gear pole that can be set in rotationally the power transmission shaft of this motor, one and this worm gear pole bridle joint and has the train of reduction gears of several reduction gearing, two respectively with this train of reduction gears bridle joint and have the driven gear of a perforation of combining closely to output power with this driving section, and two end opposite are resisted against this cap inner peripheral surface, and there is the Coupling of the sleeve joint hole that these support bar building blocks of a confession wear.
Spring building block device described in the utility model, this cap has cap after a front cap,, a left cover portion, and a right cover portion.
Spring building block device described in the utility model, this spring building block device also comprises two respectively by the outward extending robotic arm moulding building blocks of described eccentric wheel building blocks, and head modeling building blocks that are arranged on this support bar building blocks top.
The beneficial effects of the utility model are: during by described eccentric wheel building blocks rotation, be resisted against described spacing building blocks, and then drive these power building blocks decline and compress this elastic parts, and utilize this elastic arm portion of these chassis building blocks and the coefficient of elasticity difference of this ring part, make described eccentric wheel building blocks depart from the moment of described spacing building blocks, produce a spring-like movement upwards and forward.
Brief description of the drawings
Fig. 1 is a stereogram, and a preferred embodiment of the utility model spring building block device is described;
Fig. 2 is a three-dimensional exploded view, and power building blocks of this preferred embodiment are described;
Fig. 3 is a side view, illustrates that an elastic parts of this preferred embodiment is positioned at a non-compression position;
Fig. 4 is a side view, illustrates that this elastic parts of this preferred embodiment is positioned at a compression position;
Fig. 5 is an action schematic diagram, illustrates that this preferred embodiment carries out a spring-like movement upwards and forward.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is elaborated.
Consult Fig. 1 and Fig. 2, a preferred embodiment of the utility model spring building block device comprise chassis building blocks 1, support bar building blocks 2, power building blocks 3, two respectively by the two outward extending spacing building blocks in opposition side 4 on these support bar building blocks 2 tops, two eccentric wheel building blocks 5, flexible building block unit 6, two respectively by stretch out the first moulding building blocks 7 of for example robotic arm of described eccentric wheel building blocks 5, and second moulding building blocks 8 that is arranged on this for example number of people of support bar building blocks 2 tops.
These chassis building blocks 1 comprise a hollow ring portion 11, and an elastic arm portion 12 that coefficient of elasticity is less than this ring part 11 and is extended internally by the inner peripheral surface of this ring part 11.This elastic arm portion 12 has a rib section 121 being extended internally by these ring part 11 inner peripheral surfaces, and a supporting section 122 that is connected with this rib section 121 and is positioned at these chassis building blocks 1 central authorities.These support bar building blocks 2 are upwards extended by supporting section 122 end faces of the elastic arm portion 12 of these chassis building blocks 1.
These power building blocks 3 can be set on these support bar building blocks 2 up and down slippingly, and comprise that one has two and is separately positioned on the driving section 31 of these power building blocks 3 left and right sides in order to the driving member 311 that outputs power, and a cap 32.This cap 32 has after a front cap 321, one cap 322, left cover portion 323 and a right cover portion 324 and mates with each other and defines an accommodation space 325.These power building blocks 3 also comprise that one is installed in this accommodation space 325 and has a motor body 331 and motor 33 by the outward extending power transmission shaft 332 of this motor body 331, one are installed on this accommodation space 325 and are driven and driven the gear unit that described driving member 311 rotates 34, confession should motor 33 required electric powers and have a battery pack 35 of two batteries 351 by this power transmission shaft 332.The worm gear pole 341, one that this gear unit 34 has a power transmission shaft 332 that can be set in rotationally this motor 33 and these worm gear pole 341 bridle joints the train of reduction gears 342, two with several reduction gearing 345 are respectively with these train of reduction gears 342 bridle joints and have the driven gear 343 of a perforation 346 of combining closely with each other driving member 311, and two end opposite are resisted against this cap 32 inner peripheral surfaces, and there is the Coupling 344 of the sleeve joint hole 347 that these support bar building blocks 2 of a confession wear.
Described eccentric wheel building blocks 5 are separately positioned on the reverse both ends of the described driving member 311 of these power building blocks 3, and comprise respectively a rotation section 51 that links and rotated by these driving member 311 transmissions with each other driving member 311, an and eccentric part 52 that also rotates together and be eccentric shape taking this rotation section 51 as center of rotation.Described eccentric part 52 has a slightly small circumference district 521 for semicircular in shape, and one is connected with this small circumference district 521 and radius is greater than the big circumference district 522 of this small circumference district 521 summary semicircular in shape.In the present embodiment, the axostylus axostyle of the described driving member 311 of these power building blocks 3 for rotating along with described driven gear 343, and the rotation section 51 of described eccentric wheel building blocks 5 is respectively the perforation that each other driving member 311 of a confession wears and combines closely.
This flexible building block unit 6 comprise one around these support bar building blocks 2 and be limited in these power building blocks 3 and this chassis building blocks 1 between elastic parts 61, a sliding component 62(that can be set in slippingly up and down these support bar building blocks 2 and be positioned between these power building blocks 3 and this elastic parts 61 see Fig. 3), and two elastic arm building blocks groups 63 that lay respectively at two opposition sides of these support bar building blocks 2.Each elastic arm building blocks group 63 has two with these sliding component 62 pivot joints and from top to bottom gradually away from the upper elastic arm building blocks 631 of these support bar building blocks 2, and one be articulated in described upper elastic arm building blocks 631 lower ends and from top to bottom gradually near these support bar building blocks 2, and be articulated in the lower elastic arm building blocks 632 of the supporting section 122 of these chassis building blocks 1.This elastic parts 61 is a Compress Spring.
While starting these power building blocks 3, these chassis building blocks 1 springing between a compression position and a non-compression position relatively of the elastic parts 61 of this flexible building block unit 6.Consult Fig. 3, this spring building block device is placed on a ground 900, in the time of this non-compression position, the contiguous described spacing building blocks 4 in rotation section 51 of described eccentric wheel building blocks 5, and the small circumference district 521 of described eccentric wheel building blocks 5 is resisted against described spacing building blocks 4, while starting these power building blocks 3, described driving member 311 can interlocks described in rotation section 51 drive described eccentric wheel building blocks 5 to rotate.
Consult Fig. 4, when described eccentric wheel building blocks 5 rotation to described big circumference districts 522 are resisted against described spacing building blocks 4, described spacing building blocks 4 can produce a downward strength and promote described eccentric wheel building blocks 5, and these power building blocks 3 of interlock decline and compress this elastic parts 61, and because the coefficient of elasticity of this ring part 11 of these chassis building blocks 1 is greater than this elastic arm portion 12, in compression process, the deflection of this ring part 11 can be greater than this elastic arm portion 12, and the front end face that makes this ring part 11 is resisted against this ground 900, and described eccentric wheel building blocks 5 continue to rotate while being about to depart from described spacing building blocks 4 to described big circumference district 522, this elastic parts 61 arrives this compression position.
Consult Fig. 5, described eccentric wheel building blocks 5 continue rotation, until described big circumference district 522 departs from the moment of described spacing building blocks 4, the elastic-restoring force of accumulating at this compression position by this elastic parts 61, and utilize these ring part 11 front end faces of these chassis building blocks 1 to be resisted against the strength on this ground 900, thereby the action that allows this spring building block device produce upwards and to jump forward.
In sum, in rotation process, be subject under the pressure of described spacing building blocks 4 by described eccentric wheel building blocks 5, thereby these power building blocks 3 of interlock are to bottom offset, and compress the elastic parts 61 of this flexible building block unit 6, in the time that described eccentric wheel building blocks 5 rotations extremely do not contact with described spacing building blocks 4, utilize the coefficient of elasticity difference between this ring part 11 and this elastic arm portion 12 of elastic-restoring force that this elastic parts 61 accumulates and these chassis building blocks 1, can make this spring building block device carry out one not only upwards and spring-like movement that can be forward, the utility model can allow child pass through the procedural learning of game to mechanism and the principle of mechanical actuation, there is the effect of teaching through lively activities, therefore really can reach the purpose of this utility model.

Claims (10)

1. a spring building block device, is characterized in that this spring building block device comprises:
Chassis building blocks, comprise a hollow ring portion, and an elastic arm portion that coefficient of elasticity is less than this ring part and is extended internally by the inner peripheral surface of this ring part;
Support bar building blocks, are upwards extended by the elastic arm portion end face of these chassis building blocks;
Power building blocks, can be set in slippingly up and down on these support bar building blocks, and comprise the driving section that at least one outputs power;
Two spacing building blocks, are stretched out by two opposition sides on this support bar building blocks top respectively;
Two eccentric wheel building blocks, be separately positioned on reverse both ends, this driving sections of this power building blocks, and comprise respectively a rotation section that links and rotated by this driving section transmission with the driving section of these power building blocks, and one taking this rotation section as center of rotation and rotate together and be the eccentric part of eccentric shape, described eccentric part is in rotation process, be subject to respectively under the pressure of described spacing building blocks, and this rotation section of interlock drives these power building blocks to bottom offset, and make described eccentric part depart from described spacing building blocks;
A flexible building block unit, comprise one around these support bar building blocks and be limited in these power building blocks and this chassis building blocks between elastic parts, these chassis building blocks springing between a compression position and a non-compression position relatively of this elastic parts, in the time of this compression position, this elastic parts is subject to accumulate an elastic-restoring force under the pressure of these power building blocks of displacement downwards, the rotation of described eccentric wheel building blocks is when departing from described spacing building blocks, this elastic parts discharges aforementioned elastic-restoring force, and drive these power building blocks to top offset, and these chassis building blocks utilize the coefficient of elasticity difference of this elastic arm portion and this ring part, produce a spring-like movement upwards and forward, make this elastic parts get back to this non-compression position.
2. spring building block device according to claim 1, it is characterized in that: the elastic arm portion of these chassis building blocks has a supporting section that supports this flexible building block unit and these support bar building blocks, and a rib section that is extended to this supporting section by the ring part inner peripheral surface of these chassis building blocks.
3. spring building block device according to claim 1, is characterized in that: the driving section of these power building blocks has two driving members that link with the rotation section of corresponding eccentric wheel building blocks respectively.
4. spring building block device according to claim 3, is characterized in that: described driving member is respectively an axostylus axostyle, and the rotation section of described eccentric wheel building blocks is respectively the perforation that each other driving member of a confession wears and combines closely.
5. spring building block device according to claim 2, it is characterized in that: this flexible building block unit also comprises that one can be set in slippingly up and down these support bar building blocks and be positioned at the sliding component between these power building blocks and this elastic parts, and two elastic arm building blocks groups that lay respectively at two opposition sides of these support bar building blocks, each elastic arm building blocks group has at least one and this sliding component pivot joint and from top to bottom gradually away from the upper elastic arm building blocks of these support bar building blocks, and at least one is articulated on this elastic arm building blocks lower end and from top to bottom gradually near these support bar building blocks, and be articulated in the lower elastic arm building blocks of the supporting section of these chassis building blocks.
6. spring building block device according to claim 1, it is characterized in that: the eccentric part of each eccentric wheel building blocks has a slightly small circumference district for semicircular in shape, and one is connected with this small circumference district and radius is greater than the big circumference district of this small circumference district summary semicircular in shape.
7. spring building block device according to claim 1, it is characterized in that: these power building blocks also comprise that one is installed on this accommodation space and has a motor body and motor by the outward extending power transmission shaft of this motor body, one are installed on this accommodation space and are driven by this power transmission shaft and drive the gear unit of this driving section rotation around the cap, one that define an accommodation space, and confession should motor required electric power and have a battery pack of at least one battery.
8. spring building block device according to claim 7, it is characterized in that: this gear unit has a worm gear pole that can be set in rotationally the power transmission shaft of this motor, one and this worm gear pole bridle joint and has the train of reduction gears of several reduction gearing, two respectively with this train of reduction gears bridle joint and have the driven gear of a perforation of combining closely to output power with this driving section, and two end opposite are resisted against this cap inner peripheral surface, and there is the Coupling of the sleeve joint hole that these support bar building blocks of a confession wear.
9. spring building block device according to claim 7, is characterized in that: this cap has cap after a front cap,, a left cover portion, and a right cover portion.
10. spring building block device according to claim 1, it is characterized in that: this spring building block device also comprises two respectively by the outward extending robotic arm moulding building blocks of described eccentric wheel building blocks, and head modeling building blocks that are arranged on this support bar building blocks top.
CN201420099287.3U 2014-03-05 2014-03-05 Bounce block device Expired - Fee Related CN203777673U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201420099287.3U CN203777673U (en) 2014-03-05 2014-03-05 Bounce block device

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Application Number Priority Date Filing Date Title
CN201420099287.3U CN203777673U (en) 2014-03-05 2014-03-05 Bounce block device

Publications (1)

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CN203777673U true CN203777673U (en) 2014-08-20

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104888471A (en) * 2014-03-05 2015-09-09 智高实业股份有限公司 Bouncing building block device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104888471A (en) * 2014-03-05 2015-09-09 智高实业股份有限公司 Bouncing building block device

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CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20140820

Termination date: 20160305

CF01 Termination of patent right due to non-payment of annual fee