CN104763261A - Damping press rebounding device for sliding door - Google Patents
Damping press rebounding device for sliding door Download PDFInfo
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- CN104763261A CN104763261A CN201510136678.7A CN201510136678A CN104763261A CN 104763261 A CN104763261 A CN 104763261A CN 201510136678 A CN201510136678 A CN 201510136678A CN 104763261 A CN104763261 A CN 104763261A
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Abstract
The invention discloses a damping press rebounding device for a sliding door. The damping press rebounding device for the sliding door comprises a static component, a moving component, a poking mechanism, a reverse pushing mechanism and a damping mechanism; the poking mechanism comprises a poking base and at least two poking components; the reverse pushing mechanism comprises a pushing component slidably installed on a fixing base by a reverse pushing spring; the damping mechanism comprises a swinging component slidably installed on a positioning frame by a damping spring; the positioning frame is provided with a damper; the moving component is the sliding door; the poking mechanism is installed on the static component; the reverse pushing and damping mechanisms are installed on the sliding door; at least two poking components are the first poking component and the second poking component; while the sliding door is closed for a section of the travel, the second and first poking components respectively act on the pushing component and the swinging component in the sequence, and the elastic force directions of the reverse pushing and damping springs are different; while the sliding door is closed, the first poking component acts on the swinging component, the swinging component acts on the damper, and the closing is achieved by the damping spring; and while the sliding door is opened, a section of the travel is moved along the closing direction, and the sliding door is opened by the reverse pushing spring.
Description
Technical field
The present invention relates to a kind of damping press rebound device, specifically a kind of damping press rebound device for sliding door.
Background technology
Chinese patent CN2803114Y discloses a kind of automatic open device of drawer sliding rail on August 9th, 2006, set by the slide rail being linked to cabinet, the chute of holder provides sliding and hooks slippage, and by being locked in the elasticity reversion strength leaning interlock and flexible member of trace of slide rail of drawer, the locating shaft of the rocking bar coordinating holder to be pivoted and the importing conduit at the sliding hook back side, clip conduit, a derivation conduit and the guiding of deriving conduit, it is said, drawer can be reached and be pressed rear automatic open function; In addition when making its inside slippage more than a segment distance for drawer being exerted pressure during drawing-out type drawer, just can reach automatic open function, drawer like this can not produce malfunction because user or children touch because of carelessness, relatively can improve safety; And be located at respectively between the left and right sides of drawer and cabinet due to automatic open device system, not only do not take up space, as long as any position of the panel of drawer is pressed and more than inside slippage one segment distance all can reaches automatic open function, there is advantage that user is easy to operate relatively.But the automatic open device complex structure of the drawer sliding rail of this structure, operates underaction in actual use, there will be locking state during its operation, and this structure can only be used for drawer sliding rail, can not be used for sliding door.Therefore, further improvement is necessary.
Summary of the invention
Object of the present invention aims to provide a kind of simple and reasonable, dependable performance, long service life, compactedness is connected high between component, opening and closing process is steady, smooth and easy and firmly little, the damping press rebound device for sliding door that sliding door opens and closes automatically can also be realized, to overcome weak point of the prior art.
By a kind of damping press rebound device for sliding door that this object designs, comprise not dynamic component, movable member, toggle mechanism, thrust reverser mechanism and damping mechanism, toggle mechanism comprises the shifting part stirring seat and at least two, thrust reverser mechanism comprises and is arranged on pusher shoe on holder and/or locating rack by the anti-spring slide that pushes away, damping mechanism comprises the swing component be slidably arranged in by damping spring on locating rack and/or holder, holder or locating rack are provided with damper, it is characterized in that: movable member is at least sliding door, toggle mechanism is arranged on not on dynamic component, thrust reverser mechanism and damping mechanism are arranged on sliding door, and be provided with roller, or toggle mechanism is arranged on sliding door, and be provided with jog dial, thrust reverser mechanism and damping mechanism are arranged on not on dynamic component, the shifting part of at least two is respectively the first shifting part and the second shifting part, sliding door is at least when closing LAP, second shifting part, the first shifting part respectively act on pusher shoe and swing component sequentially, and counter to push away spring different with the elastic force direction of damping spring, sliding door at least when closing by the first shifting part effect swing component, swing component effect damper and realize automatically closing by the elastic force of damping spring, sliding door at least moves LAP when opening along its closing direction and realizes automatically opening by the anti-elastic force pushing away spring.
Described holder and/or locating rack have roller by bearing pin locating rotation, roller when sliding door moves locating rotation on not dynamic component and/or toggle mechanism, or stir seat and have jog dial by bearing pin locating rotation, jog dial when sliding door moves locating rotation on not dynamic component and/or toggle mechanism; Described roller, jog dial are at least made up of two kinds of different materials and are arranged on outside material is that the soft plastic with certain elasticity or plasticity is made, and acts on to reduce roller or jog dial the noise that not dynamic component and/or toggle mechanism produce.
Described swing component is provided with swing breach, damping spring one end is connected with swing component, and the other end is connected with locating rack and/or holder, and the anti-spring one end that pushes away is connected with swing component, and the other end is connected with holder and/or locating rack; First shifting part at least when sliding door closes LAP collision connect and swing breach, sliding door realize automatically closing by the elastic force of damping spring and with cabinet sidewall prepause one segment distance of not dynamic component; Second shifting part at least acts on when sliding door is opened in pusher shoe, and sliding door realizes automatically opening by the anti-elastic force pushing away spring.
The elastic force of described damping spring elastic reaction on swing component is greater than the anti-spring that pushes away and acts on elastic force in pusher shoe, make sliding door realize automatically closing by the elastic force of damping spring when closing and with cabinet sidewall prepause one segment distance of not dynamic component.
Described toggle mechanism is provided with the shifting part of at least two, the shifting part of at least two is respectively the first shifting part and the second shifting part; First shifting part, the second shifting part act in swing component and pusher shoe respectively sequentially when sliding door open and/or closed, wherein the first shifting part at least when sliding door opens LAP and swing component temporarily depart from.
Described toggle mechanism stir shifting part seat being provided with at least two, the shifting part of at least two is respectively the first shifting part and the second shifting part, the swing breach of the first shifting part and swing component is connected, and the second shifting part collides with the pushing part of pusher shoe and is connected.
Described thrust reverser mechanism to be arranged on holder and to be fixedly installed on locating rack by holder, damping mechanism is fixedly installed on locating rack, thrust reverser mechanism, damping mechanism are fixedly installed on sliding door by arranging fastening unit on locating rack, and toggle mechanism is by seat arranges fastening unit being fixedly installed on the spout of not dynamic component stirring; Holder and/or locating rack are also provided with roller by bearing pin, roller when sliding door moves locating rotation on spout and/or toggle mechanism.
Described toggle mechanism is arranged on the spout of not dynamic component, and comprises and stir seat, the first shifting part, the second shifting part and the 3rd shifting part; Wherein, the first shifting part, the second shifting part and the 3rd shifting part are arranged on to be stirred on seat, and acts on sequentially respectively on the sliding part of swing component, pusher shoe and damping mechanism when sliding door open and/or closed.
Described thrust reverser mechanism is arranged on sliding door, and comprise and be arranged on pusher shoe on holder and buckling piece by the anti-spring slide that pushes away, pusher shoe and buckling piece hinged and be respectively arranged with pass sliding part and fasten sliding part, pusher shoe is provided with pushing part to collide with the second shifting part and be connected, holder is provided with two relatively independent and the first chute that conduct is different and the second chutes, first chute is provided with bending slot, pusher shoe bends on slot by passing sliding part and being slidably arranged on the first chute and at least resting on when sliding door is opened; Second chute is provided with heart shaped slot, heart shaped slot is provided with dwell regions and stop zone, buckling piece to be slidably arranged on the second chute by fastening sliding part and to rest on dwell regions when sliding door is closed and retained LAP with closed condition, to realize cabinet sidewall prepause one segment distance of sliding door relative to not dynamic component; Pusher shoe is provided with and touches part and elastic component; Wherein, touch part rotate or swing to be arranged in pusher shoe and and form pushing part between pusher shoe, elastic component one end is connected with pusher shoe, other end elastic reaction is touching on part, pusher shoe is also provided with hook, and hook one end is connected with pusher shoe, and the other end is connected with the anti-spring that pushes away.
Described damping mechanism is arranged on sliding door, and the swing component comprising the retainer be arranged on locating rack, sliding chute seat and be slidably arranged in by damping spring on locating rack, swing component is provided with and swings breach and collide with the first shifting part and be connected and drive sliding part by connection strap, sliding part to be slidably arranged on sliding chute seat and at least to have at least when sliding door is closed LAP to collide with the 3rd shifting part and is connected, and drive swing component to be engaging on the first locking notch of retainer, sliding part sliding door continue close time and the 3rd shifting part be separated; Swing component to be engaging on the first locking notch and at least to continue to have at least when closing LAP to pass through to swing breach at sliding door and to collide with the first shifting part and be connected, swing component is discharged from the first locking notch, and sliding door realizes automatically closing by the elastic force of damping spring; At least sliding door relatively not dynamic component cabinet sidewall prepause one segment distance and when promoting sliding door along closing direction, swing component is engaging on the second locking notch of retainer, and be separated with the first shifting part, sliding door realizes automatically opening by the anti-elastic force pushing away spring; Described damper to be fixedly installed on retainer and at least when sliding door is closed and swing component be connected.
The present invention, by the improvement of said structure, sliding door is provided with thrust reverser mechanism and damping mechanism, spout is provided with toggle mechanism, or on spout, be provided with thrust reverser mechanism and damping mechanism, and sliding door is provided with toggle mechanism, user only need touch sliding door in use, pass through thrust reverser mechanism, damping mechanism coordinates with toggle mechanism, automatically opening and closing of sliding door can be realized, eliminate the installation of sliding door handle, while reducing cost of production, user touches along closing direction in any position of sliding door can realize said structure effect, compared with prior art, effectively reduce the power needed for opening and closing sliding door, user only needs less power just can realize the opening and closing of sliding door, also reduce the routine use loss of sliding door, extend the application life of sliding door, more avoid sliding door in use because of the uneven phenomenon occurring blocking of exerting oneself, and be all adopt the plastics with certain elasticity or plasticity to make between each component, and mutual elastic reaction, while adding the connection compactedness between each component, further eliminate the gap between each component and contact noise, play opening and closing effect smoothly simultaneously.It has simple and reasonable, dependable performance, long service life, connects compactedness high between component, steady, the smooth and easy and firmly feature such as little of opening and closing process, practical.
Accompanying drawing explanation
Fig. 1 is the decomposition texture schematic diagram of first embodiment of the invention.
Fig. 2 is toggle mechanism and the spout structural representation of first embodiment of the invention.
Fig. 3 is the thrust reverser mechanism decomposition texture schematic diagram of first embodiment of the invention.
Fig. 4 is the thrust reverser mechanism partial enlargement structural representation of first embodiment of the invention.
Fig. 5 is the damping mechanism decomposition texture schematic diagram of first embodiment of the invention.
Detailed description of the invention
Below in conjunction with drawings and Examples, the invention will be further described.
See Fig. 1-Fig. 5, this is used for the damping press rebound device of sliding door, comprise not dynamic component, movable member, toggle mechanism A, thrust reverser mechanism B and damping mechanism C, toggle mechanism A comprises the shifting part stirring seat 17 and at least two, thrust reverser mechanism B comprises and is slidably arranged in pusher shoe 5 on holder 4 and/or locating rack 1 by the anti-spring 3 that pushes away, damping mechanism C comprises the swing component 13 be slidably arranged in by damping spring 12 on locating rack 1 and/or holder 4, holder 4 or locating rack 1 are provided with damper 16, movable member is at least sliding door X, toggle mechanism A is arranged on not on dynamic component, thrust reverser mechanism B and damping mechanism C is arranged on sliding door X, and be provided with roller 21, or toggle mechanism A is arranged on sliding door X, and be provided with jog dial, thrust reverser mechanism B and damping mechanism C is arranged on not on dynamic component, the shifting part of at least two is respectively the first shifting part 18 and the second shifting part 19, sliding door X is at least when closing LAP, second shifting part 19, first shifting part 18 respectively acts on pusher shoe 5 and swing component 13 sequentially, and counter to push away spring 3 different with the elastic force direction of damping spring 12, sliding door X at least acts on swing component 13 when closing by the first shifting part 18, swing component 13 acts on damper 16 and realize automatically closing by the elastic force of damping spring 12, and sliding door X at least moves LAP when opening along its closing direction and realizes automatically opening by the anti-elastic force pushing away spring 3.
Holder 4 and/or locating rack 1 have roller 21 by bearing pin locating rotation, roller 21 when sliding door X moves locating rotation on not dynamic component and/or toggle mechanism A, or stir seat 17 and have jog dial by bearing pin locating rotation, jog dial when sliding door X moves locating rotation on not dynamic component and/or toggle mechanism A; Described roller 21, jog dial are at least made up of two kinds of different materials and are arranged on outside material is that the soft plastic 21.1 with certain elasticity or plasticity is made, and acts on to reduce roller 21 or jog dial the noise that not dynamic component and/or toggle mechanism A produce.
Swing component 13 is provided with and swings breach 13.1, damping spring 12 one end is connected with swing component 13, and the other end is connected with locating rack 1 and/or holder 4, and anti-spring 3 one end that pushes away is connected with pusher shoe 5, and the other end is connected with holder 4 and/or locating rack 1; First shifting part 18 at least when sliding door X closes LAP collision connect and swing breach 13.1, sliding door X realize automatically closing by the elastic force of damping spring 12 and with cabinet Y sidewall prepause one segment distance of not dynamic component; Second shifting part 19 at least acts on when sliding door X opens in pusher shoe 5, and sliding door X realizes automatically opening by the anti-elastic force pushing away spring 3.
The elastic force of damping spring 12 elastic reaction on swing component 13 is greater than and instead pushes away the elastic force of spring 3 elastic reaction in pusher shoe 5, make sliding door X realize automatically closing by the elastic force of damping spring 12 when closing and with cabinet Y sidewall prepause one segment distance of not dynamic component.
Toggle mechanism A is provided with the shifting part of at least two, the shifting part of at least two is respectively the first shifting part 18 and the second shifting part 19; First shifting part 18, second shifting part 19 acts in swing component 13 and pusher shoe 5 when sliding door X open and/or closed respectively sequentially, wherein the first shifting part 18 at least when sliding door X opens LAP and pusher shoe 5 temporarily depart from.
Specifically, toggle mechanism A stirs shifting part seat 17 being provided with at least two, the shifting part of at least two is respectively the first shifting part 18 and the second shifting part 19, first shifting part 18 is connected with the swing breach 13.1 of swing component 13, and the second shifting part 19 collides with the pushing part 5.1 of pusher shoe 5 and is connected.Thrust reverser mechanism B to be arranged on holder 4 and to be fixedly installed on locating rack 1 by holder 4, damping mechanism C is fixedly installed on locating rack 1, thrust reverser mechanism B, damping mechanism C are fixedly installed on sliding door X by arranging fastening unit on locating rack 1, and toggle mechanism A is by seat 17 arranges fastening unit being fixedly installed on the spout Z of not dynamic component stirring; Holder 4 and/or locating rack 1 are also provided with roller 21 by bearing pin, roller 21 when sliding door X moves locating rotation on spout Z and/or toggle mechanism A.
More particularly, toggle mechanism A is arranged on the spout Z of not dynamic component, and comprises and stir seat 17, first shifting part 18, second shifting part 19 and the 3rd shifting part 20; Wherein, the first shifting part 18, second shifting part 19 and the 3rd shifting part 20 are arranged on to be stirred on seat 17, and acts on sequentially respectively on the sliding part 15 of swing component 13, pusher shoe 5 and damping mechanism C when sliding door X open and/or closed.
Thrust reverser mechanism B is arranged on sliding door X, and comprise and be slidably arranged in pusher shoe 5 on holder 4 and buckling piece 6 by the anti-spring 3 that pushes away, pusher shoe 5 and buckling piece 6 hinged, and be respectively arranged with passing sliding part 5.2 and fasten sliding part 6.1, pusher shoe 5 is provided with pushing part 5.1 to collide with the second shifting part 19 and be connected, holder 4 is provided with two relatively independent, and the first chute 4.1 and the second chute 4.2 that conduct is different, first chute 4.1 is provided with bending slot 4.11, pusher shoe 5 is slidably arranged on the first chute 4.1 by passing sliding part 5.2, and at least rest on bending slot 4.11 when sliding door X opens, second chute 4.2 is provided with heart shaped slot 4.21, heart shaped slot 4.21 is provided with dwell regions D and stop zone E, buckling piece 6 to be slidably arranged on the second chute 4.2 by fastening sliding part 6.1 and to rest on dwell regions D when sliding door X closes and retains LAP with closed condition, to realize cabinet Y sidewall prepause one segment distance of sliding door X relative to not dynamic component, pusher shoe 5 is provided with and touches part 9 and elastic component 10, wherein, touch part 9 rotate or swing be arranged in pusher shoe 5 and and form pushing part 5.1 between pusher shoe 5, elastic component 10 one end is connected with pusher shoe 5, other end elastic reaction is touching on part 9, pusher shoe 5 is also provided with hook 11, hook 11 one end is connected with pusher shoe 5, and the other end is connected with the anti-spring 3 that pushes away.
Damping mechanism C is arranged on sliding door X, and comprise the retainer 2 be arranged on locating rack 1, sliding chute seat 7 and the swing component 13 be slidably arranged in by damping spring 12 on locating rack 1, swing component 13 is provided with and swings breach 13.1 and collide with the first shifting part 18 and be connected, and have sliding part 15 by connection strap 14 drive, sliding part 15 is slidably arranged on sliding chute seat 7, and at least have at least LAP to collide with the 3rd shifting part 20 to be connected when sliding door X closes, and drive swing component 13 to be engaging on the first locking notch 2.1 of retainer 2, sliding part 15 sliding door X continue close time and the 3rd shifting part 20 be separated, swing component 13 to be engaging on the first locking notch 2.1 and at least to continue to have at least when closing LAP to pass through to swing breach 13.1 at sliding door X and to collide with the first shifting part 18 and be connected, swing component 13 is discharged from the first locking notch 2.1, and sliding door X realizes automatically closing by the elastic force of damping spring 12, at least sliding door X relatively not dynamic component cabinet Y sidewall prepause one segment distance and when promoting sliding door X along closing direction, swing component 13 is engaging on the second locking notch 2.2 of retainer 2, and be separated with the first shifting part 18, sliding door X realizes automatically opening by the anti-elastic force pushing away spring 3, described damper 16 to be fixedly installed on retainer 2 and at least when sliding door X closes and swing component 13 be connected.
The damping press rebound device of said structure can be applicable on the sliding doors such as furniture cabinet, bathroom, room.
Above-mentioned is preferred version of the present invention, and those of ordinary skill in the art, to its simple modification or transformation, all drop within protection scope of the present invention.
Claims (10)
1. the damping press rebound device for sliding door, comprise not dynamic component, movable member, toggle mechanism (A), thrust reverser mechanism (B) and damping mechanism (C), toggle mechanism (A) comprises the shifting part stirring seat (17) and at least two, thrust reverser mechanism (B) comprises and is slidably arranged in pusher shoe (5) on holder (4) and/or locating rack (1) by the anti-spring (3) that pushes away, damping mechanism (C) comprises the swing component (13) be slidably arranged in by damping spring (12) on locating rack (1) and/or holder (4), holder (4) or locating rack (1) are provided with damper (16), it is characterized in that: movable member is at least sliding door (X), toggle mechanism (A) is arranged on not on dynamic component, thrust reverser mechanism (B) and damping mechanism (C) are arranged on sliding door (X), and be provided with roller (21), or toggle mechanism (A) is arranged on sliding door (X), and be provided with jog dial, thrust reverser mechanism (B) and damping mechanism (C) are arranged on not on dynamic component, the shifting part of at least two is respectively the first shifting part (18) and the second shifting part (19), sliding door (X) is at least when closing LAP, second shifting part (19), the first shifting part (18) act on pusher shoe (5) and swing component (13) respectively sequentially, and counter to push away spring (3) different with the elastic force direction of damping spring (12), sliding door (X) at least when closing by the first shifting part (18) effect swing component (13), swing component (13) effect damper (16) and realize automatically closing by the elastic force of damping spring (12), sliding door (X) at least moves LAP when opening along its closing direction and realizes automatically opening by the anti-elastic force pushing away spring (3).
2. according to claim 1 for the damping press rebound device of sliding door, it is characterized in that described holder (4) and/or locating rack (1) have roller (21) by bearing pin locating rotation, roller (21) when sliding door (X) is mobile locating rotation on not dynamic component and/or toggle mechanism (A), or stir seat (17) and have jog dial by bearing pin locating rotation, jog dial when sliding door (X) is mobile locating rotation on not dynamic component and/or toggle mechanism (A); Described roller (21), jog dial are at least made up of two kinds of different materials and are arranged on outside material is that the soft plastic (21.1) with certain elasticity or plasticity is made, and acts on to reduce roller (21) or jog dial the noise that not dynamic component and/or toggle mechanism (A) produce.
3. according to claim 2 for the damping press rebound device of sliding door, it is characterized in that described swing component (13) is provided with and swing breach (13.1), damping spring (12) one end is connected with swing component (13), the other end is connected with locating rack (1) and/or holder (4), anti-spring (3) one end that pushes away is connected with pusher shoe (5), and the other end is connected with holder (4) and/or locating rack (1); First shifting part (18) at least when sliding door (X) closes LAP collision connect and swing breach (13.1), sliding door (X) realize automatically closing by the elastic force of damping spring (12) and with cabinet (Y) sidewall prepause one segment distance of not dynamic component; Second shifting part (19) at least acts on when sliding door (X) is opened in pusher shoe (5), and sliding door (X) realizes automatically opening by the anti-elastic force pushing away spring (3).
4. according to claim 3 for the damping press rebound device of sliding door, it is characterized in that the elastic force of described damping spring (12) elastic reaction on swing component (13) is greater than and instead push away the elastic force of spring (3) elastic reaction in pusher shoe (5), make sliding door (X) realize automatically closing by the elastic force of damping spring (12) when closing and with cabinet (Y) sidewall prepause one segment distance of not dynamic component.
5. according to claim 4 for the damping press rebound device of sliding door, it is characterized in that the shifting part described toggle mechanism (A) being provided with at least two, the shifting part of at least two is respectively the first shifting part (18) and the second shifting part (19); First shifting part (18), the second shifting part (19) act on respectively sequentially when sliding door (X) open and/or closed in swing component (13) and pusher shoe (5), wherein the first shifting part (18) at least when sliding door (X) opens LAP and swing component (13) temporarily depart from.
6. according to claim 5 for the damping press rebound device of sliding door, what it is characterized in that described toggle mechanism (A) stirs shifting part seat (17) being provided with at least two, the shifting part of at least two is respectively the first shifting part (18) and the second shifting part (19), first shifting part (18) is connected with the swing breach (13.1) of swing component (13), and the second shifting part (19) collides with the pushing part (5.1) of pusher shoe (5) and is connected.
7. according to claim 6 for the damping press rebound device of sliding door, it is characterized in that described thrust reverser mechanism (B) is arranged on holder (4), and be fixedly installed on locating rack (1) by holder (4), damping mechanism (C) is fixedly installed on locating rack (1), thrust reverser mechanism (B), damping mechanism (C) is fixedly installed on sliding door (X) by arranging fastening unit on locating rack (1), toggle mechanism (A) is by seat (17) arranges fastening unit being fixedly installed on the spout (Z) of not dynamic component stirring, holder (4) and/or locating rack (1) are also provided with roller (21) by bearing pin, roller (21) when sliding door (X) is mobile locating rotation on spout (Z) and/or toggle mechanism (A).
8. according to any one of claim 1-7 for the damping press rebound device of sliding door, it is characterized in that described toggle mechanism (A) is arranged on the spout (Z) of not dynamic component, and comprise and stir seat (17), the first shifting part (18), the second shifting part (19) and the 3rd shifting part (20); Wherein, first shifting part (18), the second shifting part (19) and the 3rd shifting part (20) are arranged on to be stirred on seat (17), and acts on sequentially respectively when sliding door (X) open and/or closed on the sliding part (15) of swing component (13), pusher shoe (5) and damping mechanism (C).
9. according to claim 8 for the damping press rebound device of sliding door, it is characterized in that described thrust reverser mechanism (B) is arranged on sliding door (X), and comprise and be slidably arranged in pusher shoe (5) on holder (4) and buckling piece (6) by the anti-spring (3) that pushes away, pusher shoe (5) and buckling piece (6) hinged, and be respectively arranged with passing sliding part (5.2) and fasten sliding part (6.1), pusher shoe (5) is provided with pushing part (5.1) to collide with the second shifting part (19) and be connected, holder (4) is provided with two relatively independent, and different the first chute (4.1) of conduct and the second chute (4.2), first chute (4.1) is provided with bending slot (4.11), pusher shoe (5) is slidably arranged on the first chute (4.1) by passing sliding part (5.2), and at least rest in bending slot (4.11) when sliding door (X) is opened, second chute (4.2) is provided with heart shaped slot (4.21), heart shaped slot (4.21) is provided with dwell regions (D) and stop zone (E), to be slidably arranged in the second chute (4.2) upper and rest on dwell regions (D) when sliding door (X) is closed and retained LAP with closed condition by fastening sliding part (6.1) for buckling piece (6), to realize cabinet (Y) sidewall prepause one segment distance of sliding door (X) relative to not dynamic component, pusher shoe (5) is provided with and touches part (9) and elastic component (10), wherein, touch part (9) rotate or swing be arranged on pusher shoe (5) upper and and form pushing part (5.1) between pusher shoe (5), elastic component (10) one end is connected with pusher shoe (5), other end elastic reaction is touching on part (9), pusher shoe (5) is also provided with hook (11), hook (11) one end is connected with pusher shoe (5), and the other end is connected with the anti-spring (3) that pushes away.
10. according to claim 9 for the damping press rebound device of sliding door, it is characterized in that described damping mechanism (C) is arranged on sliding door (X), and comprise the retainer (2) be arranged on locating rack (1), sliding chute seat (7) and the swing component (13) be slidably arranged in by damping spring (12) on locating rack (1), swing component (13) is provided with and swings breach (13.1) and collide with the first shifting part (18) and be connected, and have sliding part (15) by connection strap (14) drive, sliding part (15) is slidably arranged on sliding chute seat (7), and at least have at least LAP to collide with the 3rd shifting part (20) to be connected when sliding door (X) is closed, and drive swing component (13) to be engaging on first locking notch (2.1) of retainer (2), sliding part (15) sliding door (X) continue close time and the 3rd shifting part (20) be separated, it is upper and at least continue to have at least when closing LAP to pass through to swing breach (13.1) at sliding door (X) to collide with the first shifting part (18) and be connected that swing component (13) is engaging in the first locking notch (2.1), make swing component (13) from the first locking notch (2.1) release, sliding door (X) realizes automatically closing by the elastic force of damping spring (12), at least sliding door (X) relatively not dynamic component cabinet (Y) sidewall prepause one segment distance and when promoting sliding door (X) along closing direction, swing component (13) is engaging on second locking notch (2.2) of retainer (2), and be separated with the first shifting part (18), sliding door (X) realizes automatically opening by the anti-elastic force pushing away spring (3), described damper (16) be fixedly installed on retainer (2) upper and at least when sliding door (X) is closed and swing component (13) be connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510136678.7A CN104763261B (en) | 2015-03-26 | 2015-03-26 | Damping press rebound device for sliding door |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510136678.7A CN104763261B (en) | 2015-03-26 | 2015-03-26 | Damping press rebound device for sliding door |
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|---|---|
| CN104763261A true CN104763261A (en) | 2015-07-08 |
| CN104763261B CN104763261B (en) | 2016-11-09 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510136678.7A Active CN104763261B (en) | 2015-03-26 | 2015-03-26 | Damping press rebound device for sliding door |
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| CN107411390A (en) * | 2017-04-14 | 2017-12-01 | 伍志勇 | A kind of adjustable Automatic-reset press rebound mechanism for furniture |
| CN108056607A (en) * | 2018-01-19 | 2018-05-22 | 广东东泰五金精密制造有限公司 | A kind of elasticity press rebound structure |
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| CN105735815A (en) * | 2016-04-08 | 2016-07-06 | 伍志勇 | Damper actuating mechanism for furniture sliding door |
| CN106481177A (en) * | 2016-12-14 | 2017-03-08 | 伍志勇 | A kind of elastic opening/closing structure of furniture sliding door |
| CN106499286A (en) * | 2016-12-14 | 2017-03-15 | 伍志勇 | The bounce-back of furniture sliding door opens and closes protection structure |
| CN106617818A (en) * | 2017-01-06 | 2017-05-10 | 伍志勇 | Opening-closing mechanism for furniture |
| CN106724196A (en) * | 2017-01-06 | 2017-05-31 | 伍志勇 | A kind of furniture mechanism for opening/closing |
| CN106617818B (en) * | 2017-01-06 | 2023-02-03 | 伍志勇 | Opening and closing mechanism for furniture |
| CN107411390A (en) * | 2017-04-14 | 2017-12-01 | 伍志勇 | A kind of adjustable Automatic-reset press rebound mechanism for furniture |
| CN107232815A (en) * | 2017-05-31 | 2017-10-10 | 陈明开 | A kind of modified form three saves concealed full bullet buffer guide rail |
| CN108056607A (en) * | 2018-01-19 | 2018-05-22 | 广东东泰五金精密制造有限公司 | A kind of elasticity press rebound structure |
| CN108402735A (en) * | 2018-02-10 | 2018-08-17 | 广东库博精密科技有限公司 | A kind of new-type push type rebound buffering latch fitting |
| CN108402735B (en) * | 2018-02-10 | 2019-11-19 | 广东库博精密科技有限公司 | A kind of new-type push type rebound buffering latch fitting |
| CN110693216A (en) * | 2019-11-01 | 2020-01-17 | 广东东泰五金精密制造有限公司 | Press bounce-back simple structure |
| CN110693216B (en) * | 2019-11-01 | 2024-04-30 | 广东东泰五金精密制造有限公司 | Pressing rebound simple structure |
| CN112353152A (en) * | 2020-11-16 | 2021-02-12 | 湖州鑫灿家具有限公司 | Metal furniture bolt hole body structure |
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