CN202173786U - Elastic self-locking mechanism for toys - Google Patents
Elastic self-locking mechanism for toys Download PDFInfo
- Publication number
- CN202173786U CN202173786U CN2011202952345U CN201120295234U CN202173786U CN 202173786 U CN202173786 U CN 202173786U CN 2011202952345 U CN2011202952345 U CN 2011202952345U CN 201120295234 U CN201120295234 U CN 201120295234U CN 202173786 U CN202173786 U CN 202173786U
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- motion bar
- guide block
- locking mechanism
- toy
- self
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Abstract
The utility model provides an elastic self-locking mechanism for toys, which comprises a mobile and swinging moving rod, a guide block and an elastic part. The guide block is positioned below the moving rod, the elastic part is positioned between the moving rod and the guide block, a clamping portion is arranged on the lower portion of the moving rod, and a guide edge and a clamping position are disposed on the guide block. The clamping portion of the moving rod is guided to move by the guide edge and is finally clamped with the clamping position so as to be positioned when the moving rod moves towards the guide block, and the clamping portion stops being clamped with the clamping position and is ejected away from the guide block under the action of the elastic part so as to be reset and unlocked when the moving rod moves again. Accordingly, a moving structural body of a toy only needs to be connected with the moving rod, self locking and unlocking can be realized by means of pressing the moving structural body, an ejected elastic mechanism does not need to be reset manually, the elastic self-locking mechanism is convenient in operation, leads the toy to be convenient and interesting when the toy is played and have novelty and interestingness, is unique in design and small in structure and can be used for various large-size or small-size toys.
Description
Technical field
The utility model relates to a kind of toy accessory, specifically is a kind of elasticity self-locking mechanism that is used on the toy.
Background technology
Existing toy much all can utilize elastic mechanism to realize the mobility of toy; As launch toy, form deformation toy etc., but present elastic mechanism all can't be realized self-locking, after promptly the button through association launches this elastic mechanism; Can't through this associated buttons elastic mechanism be automatically reset once more; Need this elastic mechanism of manual adjustment that it is resetted, thus inconvenience when causing this toy to be at play, and then influence its interest.
Summary of the invention
To above-mentioned existing in prior technology problem, it is ingenious that the purpose of the utility model provides a kind of design, can realize automatically locking the elasticity self-locking mechanism on the toy that is used for that resets.
For achieving the above object; The technical scheme that the utility model adopted is: a kind of elasticity self-locking mechanism that is used on the toy; Be characterized in comprising the motion bar of removable and swing, at guide block below the motion bar and the elastic component between motion bar and guide block; Said motion bar bottom is provided with the Access Division; Said guide block is provided with guide margin and clamping position, when move down and the clamping and realize the location mutually of final and clamping position in the guide margin guiding Access Division of motion bar motion bar when guide block moves, when moving motion bar once more Access Division and the disengaging clamping of clamping position and under the elastic component effect bullet leave guide block and reset.
Wherein, the middle part of above-mentioned guide block is designed to the clamping position, and the upper design of guide block becomes to introduce guide margin, and the bottom of guide block is designed to draw guide margin.
For the ease of being connected and conveniently being fixed on the toy, above-mentioned guide block is arranged on the pedestal, and said pedestal is provided with opening rectangular cavity up, and said guide block is fixed in the rectangular cavity.Further steadily reliable in use in order to guarantee self-locking mechanism; Above-mentioned guide block is provided with two and be arranged on the two relative madial walls of rectangular cavity altogether; Distance between said two guide blocks can supply motion bar to insert; The Access Division correspondence of above-mentioned motion bar is convexly set in the two sides of motion bar, and when said motion bar is shifted to guide block match with the guide block of homonymy separately in two Access Divisions.
Can reset after swing for the ease of motion bar, the top of above-mentioned motion bar is pivotably connected on a connection piece, makes the back-moving spring that resets after the motion bar swing and realizes the motion bar elastics wing but be provided with between said connector and the motion bar.
In order to make back-moving spring reach better work; Be provided with top board between above-mentioned back-moving spring and the motion bar; Said top board can be packed in the above-mentioned cavity just; Its top roof pressure top board made top board displacement and then pressed home spring when said motion bar was swung under external force, and back-moving spring drive top board resets together and then makes motion bar also reset to original state thereupon when external force is removed.
For motion bar after realizing the self-locking mechanism release can reset, above-mentioned elastic component is the spring that is placed between motion bar and the guide block, through said spring motion bar is upspring automatically when removing mutual clamping with guide block and reset.
The utility model is because but employing constitutes self-locking mechanism by guide block and relative guide block motion bar removable and elastics wing; In guide block, be provided with guide margin and clamping position, correspondence is provided with the Access Division on the motion bar, when move down and the clamping and realize self-locking mutually of final and clamping position in the guide margin guiding Access Division of motion bar motion bar when guide block moves; And when moving motion bar once more the Access Division break away from clamping with the clamping position and under the elastic component effect bullet leave the guide block realization release that resets; Therefore, only need to be connected with motion bar, can realize self-locking and release through pushing this bascule body through the bascule body of toy; So the elastic mechanism that need not manually will eject resets; Handled easily makes that convenience was interesting when this toy was at play, and has feeling of freshness and interest; Again owing to make the back-moving spring that resets after the motion bar swing being provided with between motion bar and the guide block; But the existing motion bar elastics wing of historical facts or anecdotes; Thereby make that the self-locking of motion bar and guide block and release are quick more freely, and can not cause the motionless situation of blocking, improve the service life of toy.In sum, the described elasticity self-locking mechanism that is used on the toy of the utility model, it designs unique; Can realize self-locking and release; Need not manually to lock, thus effectively improved the interest of playing, and its structure small and exquisite, can be applicable on the various large-scale or small-sized toys.
Below in conjunction with accompanying drawing and embodiment the utility model is described further.
Description of drawings
Fig. 1 is the assembly structure sketch map of the utility model.
Fig. 2 is the sectional structure sketch map of the motion bar of the utility model when just having contacted with guide plate.
Fig. 3 is the sectional structure sketch map of the motion bar of the utility model when on the guide plate inclined-plane, swinging.
Sectional structure sketch map when Fig. 4 is motion bar and the guide block self-locking of the utility model.
Fig. 5 is the sectional structure sketch map of the motion bar of the utility model when on swash plate, swinging.
Sectional structure sketch map when Fig. 6 is motion bar and the guide block release of the utility model.
Fig. 7 is that the utility model is applied to the sectional structure sketch map on the toy.
The specific embodiment
Extremely shown in Figure 6 like Fig. 1; The described a kind of elasticity self-locking mechanism that is used on the toy of present embodiment, comprising the motion bar 2 of removable and swing, at guide block below the motion bar 21 and the elastic component between motion bar 2 and guide block 1, said motion bar 2 bottoms are provided with the Access Division; Said guide block 1 is provided with guide margin and clamping position; When move down and the clamping and realize the location mutually of final and clamping position in the guide margin guiding Access Division of motion bar 2 motion bar 2 when guide block 1 moves, when moving motion bar 2 once more Access Division and the disengaging clamping of clamping position and under the elastic component effect bullet leave the guide block 1 realization release that resets, therefore; Only need to be connected with motion bar 2 through the bascule body of toy; Can realize self-locking and release through pushing this bascule body, so the elastic mechanism that need not manually will eject resets handled easily; Make that convenience was interesting when this toy was at play, have feeling of freshness and interest.
As shown in Figure 1, the middle part of the guide block 1 of this embodiment is designed to the clamping position, and the upper design of guide block 1 becomes to introduce guide margin 11, and the bottom of guide block 1 is designed to draw guide margin 12.Wherein, The upper design of this guide block 1 becomes clinoplain and forms introducing guide margin 11; The middle part of guide block 1 is provided with to the arc recess 13 of fovea superior and forms the Access Division; The below of arc recess 13 is provided with the skewback at oblique arc recess 13 rears; The rear portion correspondence of arc recess 13 is provided with outward-dipping inclined-plane, and skewback matches with the inclined-plane to form and draws guide margin 12, and the Access Division correspondence of motion bar 2 is designed to be positioned at the circular projection 21 of motion bar 2 bottoms; Projection 21 projection 21 when introducing guide margin 11 guiding and slide to arc recess 13 places down snaps in the arc recess 13 and realizes the self-locking mechanism self-locking when motion bar 2 is shifted to guide block 1, when motion bar 2 moves down again projection 21 drawing guide margin 12 guiding skid off down arc recess 13 also under the elastic component effect bullet leave guide block 1 and reset and realize the self-locking mechanism release.The guide block 1 of this embodiment is arranged on the pedestal 14; Pedestal 14 is provided with opening rectangular cavity up; Guide block 1 is fixed in the rectangular cavity, and the guide block 1 of this embodiment is provided with two and be arranged on the two relative madial walls of rectangular cavity altogether, and the distance between this two guide block 1 can supply motion bar 2 to insert; Motion bar 2 projection 21 correspond to the circular projection 21 that is convexly set in motion bar 2 two sides, two projections 21 matched with the guide block 1 of homonymy separately when motion bar 2 was shifted to guide block 1.
As shown in Figure 1, the top of the motion bar 2 of this embodiment is pivotably connected on a connection piece 3, makes the back-moving spring 4 that resets after motion bar 2 swing and realizes motion bar 2 elastics wings but be provided with between connector 3 and the motion bar 2.The bottom of this connector 3 is concaved with cavity 31; Back-moving spring 4 is installed in the said cavity 31; The lower end that connector 3 is positioned at cavity 31 is provided with connecting hole 32; Position, the middle and upper part correspondence of motion bar 2 is provided with through hole 22, passes connecting hole 32 and through hole 22 realizes that motion bar 2 is connected with connector 3 swingably through a bearing pin 6.This embodiment is positioned at cavity 31 accents in the bottom of connector 3 both sides are to having semicircle flange, this connecting hole 32 be provided with this semicircle flange on.Be provided with top board 5 between this back-moving spring 4 and the motion bar 2, this top board 5 can be packed in the cavity 31 just, during installation; Earlier back-moving spring 4 is packed in the cavity 31, again top board 5 is inserted cavity 31, at last motion bar 2 is connected with connector 3; Be that top board 5 is withstood on motion bar 2 tops; Restriction top board 5 falls down, and the upper surface of this motion bar 2 is the plane, and the lower surface with top board 5 under non-oscillatory original state contacts; And its upper plane inclination roof pressure top board 5 makes top board 5 displacement and then pressed home springs 4 when motion bar 2 is swung under external force, and back-moving spring 4 drive top boards 5 reset together and then make motion bar 2 also reset to original state thereupon when external force is removed.
This elasticity self-locking mechanism can be applied to great majority to be needed on the toy of ejection mechanism; Because this elasticity self-locking mechanism is simple in structure; So volume can design lessly, so also be suitable for for the less toy of volume, the elastic component of this embodiment is the spring 7 that is placed between motion bar 2 and the guide block 1; As shown in Figure 1, through this spring 8 motion bar 2 is upspring automatically with the mutual clamping of guide block 1 time and reset.As shown in Figure 7; This figure is that the elasticity self-locking mechanism with this embodiment is applied to the cutaway view on the toy; This self-locking mechanism is installed in the toy 8, and wherein guide block 1 is let alone one with motion bar 2 and is arranged on the fixation structure 81 of toy, and one of which is arranged on the bascule body 82 of toy in addition; Make motion bar 2 and guide block 1 realize self-locking through the bascule body 82 of pushing toy, the bascule body 82 of pushing toy once more makes motion bar 2 realize separating with guide block 1.In the time of among this figure connector 3 is connected with the bascule body 82 of toy and fixes, and guide block 1 is connected with the fixation structure 81 of toy and fixes.
The operation principle of this elasticity self-locking mechanism is following: through bascule body 82 or the elastic button of pushing toy; Motion bar 2 is moved to the direction of guide block 1; As shown in Figure 2, this figure be motion bar 2 to guide block 1 move to its projection 21 just with the introducing guide margin 11 contacted states of guide block 1; Continue mobile motion bar 2, this moment, projection 21 was along introducing guide margin 11 oblique lower slider under the stopping who introduces guide margin 11, and this moment, motion bar 2 generation swings were tilted, and its top roof pressure top board 5, top board 5 move and pressed home spring 4 in cavity 31, and be as shown in Figure 3; When projection 21 when introducing guide margin 11 and move to the edge; The resistance that motion bar 2 receives disappears, and the 4 property recoveries of back-moving spring bullet force top board 5 outwards to move; Motion bar 2 tilts to reset; Thereby make the projection 21 of motion bar 2 just snap in the arc recess 13 at guide block 1 middle part, realize self-locking, as shown in Figure 4; When needing release; Push the bascule body 92 or the elastic button of toy once more; Motion bar 2 is moved to the depths of guide block 1 again, and this moment, projection 21 left arc recess 13, and ran into the swash plate that is positioned at arc recess 13 bottoms; Under the effect of the guiding of swash plate and back-moving spring 4 to the swing of the rear of arc recess 13, shown in 5; Simultaneously motion bar 2 can reset away from guide block 1 down in 8 effects of the spring between motion bar 2 and the guide block 1, motion bar 2 away from the time its projection 21 meetings under the hypotenuse at arc recess 13 rears guides, skid off guide block 1, as shown in Figure 6.From the above; Can realize that through pushing bascule body 92 or elastic button the elasticity self-locking mechanism realizes self-locking, push again and once then realize release that the elastic mechanism that need not manually will eject resets; Handled easily; Make that convenience was interesting when this toy was at play, can launch continuously and play, improved the interest of toy greatly.
Although the utility model is to describe with reference to specific embodiment, this description does not also mean that the restriction of the utility model formation.With reference to the description of the utility model, other of the disclosed embodiments change, and all can expect to those skilled in the art, and this variation should belong in the affiliated claim institute restricted portion.
Claims (10)
1. elasticity self-locking mechanism that is used on the toy; It is characterized in that comprising removable and swing motion bar (2), be positioned at the guide block (1) of motion bar (2) below and be positioned at motion bar (2) and guide block (1) between elastic component; Said motion bar (2) bottom is provided with the Access Division; Said guide block (1) is provided with guide margin and clamping position; When move down and the clamping and realize the location mutually of final and clamping position in the guide margin guiding Access Division of motion bar (2) motion bar (2) when guide block (1) moves, when moving motion bar (2) once more Access Division and the disengaging clamping of clamping position and under the elastic component effect bullet leave guide block and reset.
2. the elasticity self-locking mechanism that is used on the toy according to claim 1; The middle part that it is characterized in that above-mentioned guide block (1) is designed to the clamping position; The upper design of guide block (1) becomes to introduce guide margin (11), and the bottom of guide block (1) is designed to draw guide margin (12).
3. the elasticity self-locking mechanism that is used on the toy according to claim 2; The upper design that it is characterized in that above-mentioned guide block (1) becomes clinoplain and forms introducing guide margin (11); The middle part of guide block (1) is provided with to the arc recess (13) of fovea superior and forms the Access Division; The below of said arc recess (13) is provided with the skewback at oblique arc recess (13) rear; The rear portion correspondence of said arc recess (13) is provided with outward-dipping inclined-plane; Said skewback matches with the inclined-plane to form and draws guide margin (12); The Access Division correspondence of above-mentioned motion bar (2) is designed to be positioned at the circular projection (21) of motion bar (2) bottom; When motion bar (2) is shifted to guide block (1) projection (21) introduce guide margin (11) guiding slide to down arc recess (13) when locating projection (21) snap in the arc recess (13) and realize the self-locking mechanism self-locking, when motion bar (2) when moving down again projection (21) drawing and skid off under arc recess (13) and the elastic component effect bullet under guide margin (12) guiding and leave guide block (1) and reset and realize the self-locking mechanism release.
4. the elasticity self-locking mechanism that is used on the toy according to claim 1 is characterized in that above-mentioned guide block (1) is arranged on the pedestal (14), and said pedestal (14) is provided with opening rectangular cavity up, and said guide block (1) is fixed in the rectangular cavity.
5. the elasticity self-locking mechanism that is used on the toy according to claim 4; It is characterized in that above-mentioned guide block is provided with two and be arranged on the two relative madial walls of rectangular cavity altogether; Distance between said two guide blocks (1) can supply motion bar (2) to insert; The Access Division correspondence of above-mentioned motion bar (2) is convexly set in the two sides of motion bar (2), and when said motion bar (2) is shifted to guide block (1) match with the guide block (1) of homonymy separately in two Access Divisions.
6. the elasticity self-locking mechanism that is used on the toy according to claim 1; The top that it is characterized in that above-mentioned motion bar (2) is pivotably connected on a connection piece (3), is provided with between said connector (3) and the motion bar (2) to make the back-moving spring (4) that resets after motion bar (2) swing and realize motion bar (2) but elastics wing.
7. the elasticity self-locking mechanism that is used on the toy according to claim 6; The bottom that it is characterized in that above-mentioned connector (3) is concaved with cavity (31); Above-mentioned back-moving spring (4) is installed in the said cavity (31); The lower end that said connector (3) is positioned at cavity (31) is provided with connecting hole (32); Position, the middle and upper part correspondence of above-mentioned motion bar (2) is provided with through hole (22), passes connecting hole (32) and through hole (22) realizes that motion bar (2) is connected with connector (3) swingably through a bearing pin (6).
8. the elasticity self-locking mechanism that is used on the toy according to claim 7; It is characterized in that being provided with top board (5) between above-mentioned back-moving spring (4) and the motion bar (2); Said top board (5) can be packed in the above-mentioned cavity (31) just; Said motion bar (2) when swinging under external force its top roof pressure top board (5) make top board (5) displacement and then pressed home spring (4), back-moving spring (4) drive top board (5) resets together and then makes motion bar (2) also reset to original state thereupon when external force is removed.
9. the elasticity self-locking mechanism that is used on the toy according to claim 1; It is characterized in that above-mentioned elastic component for being placed on the spring (7) between motion bar (2) and the guide block (1), can making motion bar (2) when removing mutual clamping with guide block (1), upspring automatically through said spring (7) and reset.
10. the elasticity self-locking mechanism that is used on the toy according to claim 1; It is characterized in that above-mentioned self-locking mechanism is installed in the toy (8); Wherein guide block (1) and motion bar (2) are let alone one and are arranged on the fixation structure (81) of toy; One of which is arranged on the bascule body (82) of toy in addition; Make motion bar (2) and guide block (1) realize self-locking through the bascule body (82) of pushing toy, the bascule body (82) of pushing toy once more makes motion bar (2) and guide block (1) realize separating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202952345U CN202173786U (en) | 2011-08-15 | 2011-08-15 | Elastic self-locking mechanism for toys |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202952345U CN202173786U (en) | 2011-08-15 | 2011-08-15 | Elastic self-locking mechanism for toys |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202173786U true CN202173786U (en) | 2012-03-28 |
Family
ID=45863695
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202952345U Expired - Fee Related CN202173786U (en) | 2011-08-15 | 2011-08-15 | Elastic self-locking mechanism for toys |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202173786U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108644555A (en) * | 2018-05-16 | 2018-10-12 | 珠海明象医用科技有限公司 | A kind of the bullet formula deck and display screen supporting rack of wireless transmitter |
| CN109701286A (en) * | 2017-10-25 | 2019-05-03 | 广州市三宝动漫玩具有限公司 | A kind of connection structure and toy |
-
2011
- 2011-08-15 CN CN2011202952345U patent/CN202173786U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109701286A (en) * | 2017-10-25 | 2019-05-03 | 广州市三宝动漫玩具有限公司 | A kind of connection structure and toy |
| CN108644555A (en) * | 2018-05-16 | 2018-10-12 | 珠海明象医用科技有限公司 | A kind of the bullet formula deck and display screen supporting rack of wireless transmitter |
| CN108644555B (en) * | 2018-05-16 | 2020-04-21 | 珠海明象医用科技有限公司 | Bullet formula cassette and display screen support frame of wireless transmitter |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120328 Termination date: 20140815 |
|
| EXPY | Termination of patent right or utility model |