CN205713617U

CN205713617U - A kind of furniture damping escapement

Info

Publication number: CN205713617U
Application number: CN201620161098.3U
Authority: CN
Inventors: 伍志勇
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-03-02
Filing date: 2016-03-02
Publication date: 2016-11-23
Anticipated expiration: 2026-03-02

Abstract

A kind of furniture damping escapement, including mobile parts, not dynamic component, striking gear and damping unit, damping unit sets on the moving part, and striking gear is located at not on dynamic component, striking gear effect damping unit produce cushion effect when mobile parts the most not dynamic component closes LAP；Striking gear includes that shifting part, damping unit include sliding chute seat, swing element, sliding chute seat is provided with linear slide region and curve is awaited orders region, and swing element is slidably installed on sliding chute seat and is provided with limiting section and elastic, forms breach between limiting section and elastic；When swing element is in linear slide region and the most not dynamic component closedown of mobile parts, shifting part acts in elastic, passes breach after making elastic elastic deformation；Shifting part through breach and mobile parts dynamic component is not opened relatively time, shifting part acts in elastic, makes elastic elastic deformation and blocks breach, and drives swing element to slide into curve from linear slide region to await orders region.

Description

A kind of furniture damping escapement

Technical field

This utility model relates to a kind of furniture damping escapement.

Background technology

Chinese patent CN2803114Y discloses the automatic of a kind of drawer sliding rail on August 9th, 2006 Opening device, is provided sliding by the chute being linked to fix set by the slide rail of cabinet seat and hooks sliding, and by The leaning of trace being locked in the slide rail of drawer interlocks and the elastic reversion strength of flexible member, joins Close locating shaft and sliding hook the importing conduit at the back side, the clip conduit of the rocking bar that fixing seat is pivoted, lead The guiding going out a conduit and derive conduit, automatically turns on function it is said that can reach after drawer is pressed； Additionally its inside sliding must be made more than a segment distance drawer pressure when being intended to drawing-out type drawer, just may be used Reaching to automatically turn on function, such drawer will not produce by mistake because of user or child's imprudence touching Dynamic, relatively can improve safety；And owing to automatic open device system is respectively arranged on the left and right sides of drawer And between cabinet, do not take up space, as long as and any position of the panel of drawer be pressed and to More than interior sliding one segment distance all can reach and automatically turn on function, there is user relatively easy to operate Advantage.But, the automatic open device structure of the drawer sliding rail of this structure is complicated, actually used During operate underaction, there will be locking state during its operation, and this structure is only used for taking out Drawer slide rail, it is impossible to for sliding door, range is few, does not the most possess the function that anticreep keeps, it is impossible to Meet the use demand of user.Therefore, it is necessary to improve further.

Utility model content

The purpose of this utility model aims to provide a kind of simple and reasonable, and dependable performance is easy to operate, Service life is long, low cost of manufacture, connects compactedness high between component, opening and closing process is quiet, steady, Smooth and easy and the least furniture damping escapement, to overcome weak point of the prior art.

A kind of furniture damping escapement designed by this purpose, including mobile parts, not dynamic component, Striking gear and damping unit, wherein striking gear is arranged on the moving part, and damping unit is arranged on Not on dynamic component, or damping unit is arranged on the moving part, and striking gear is arranged on not dynamic component On, the striking gear at least effect damping unit when mobile parts the most not dynamic component closes LAP And produce cushion effect, it is characterised in that: striking gear at least includes shifting part, and damping unit at least wraps Include sliding chute seat, swing unit, antivibrator and spring, sliding chute seat is provided with linear slide region and song Line is awaited orders region, and swing element is slidably arranged in linear slide region and curve is awaited orders on region, damping Device one end acts on sliding chute seat, and the other end acts on swing element, and spring acts on swing On element；At least provided with touching portion, limiting section and elastic, limiting section and elasticity on swing element Breach, the size being smaller in size than shifting part of breach is formed between portion；

When described swing element is in linear slide region and the most not dynamic component closedown of mobile parts, Shifting part acts in elastic, passes breach after making elastic elastic deformation, and wherein elastic is being dialled Moving part is through elastic reset during breach；

Described shifting part through breach and mobile parts dynamic component is not opened relatively time, shifting part is made It is used in elastic, makes elastic elastic deformation and block breach, and drive swing element from linearly Sliding area slides into curve and awaits orders region, and wherein shifting part slides into curve at swing element and awaits orders district It is mutually disengaged with elastic during territory.

Between described limiting section and elastic, shape is at a certain angle and breach, and being smaller in size than of breach is dialled The size of moving part；Described shifting part through breach and mobile parts dynamic component is not opened relatively time, Shifting part acts in elastic, makes elastic elastic deformation and blocks breach, and overcoming spring bullet Property acts on the elastic force on swing element, thus drives swing element to slide into song from linear slide region Line is awaited orders region, wherein shifting part swing element slide into curve await orders region time mutual with elastic Depart from, elastic reset when elastic and shifting part are mutually disengaged.

It is provided with location division on described swing element, between location division and elastic, forms gap, gap The size being smaller in size than shifting part；

When described swing element is in linear slide region and the most not dynamic component closedown of mobile parts, Shifting part acts in elastic, makes elastic elastic deformation and acts on location division, and eliminating Gap, shifting part passes breach, wherein elastic elastic reset when shifting part is through breach；

Described shifting part through breach and mobile parts dynamic component is not opened relatively time, shifting part depends on Secondary act on elastic and location division, and overcome spring to act on the elastic force on swing element, Thus drive swing element to slide into curve from linear slide region and await orders region, wherein shifting part effect When elastic, elastic elastic deformation and block breach, shifting part slides into song at swing element Line await orders region time be mutually disengaged with elastic and location division, bullet when elastic and shifting part are mutually disengaged Property reset.

It is provided with stabilizers on described swing element, touches portion, limiting section, elastic and location division and set Put in stabilizers；Wherein, elastic one end be suspended in stabilizers and and limiting section between formed Breach, the elastic other end be connected with stabilizers and and location division between formed gap, breach, The size being smaller in size than shifting part of gap.

Described portion of touching is the setting of equidirectional compartment with elastic and forms therebetween groove position；Institute When the swing element stated is in linear slide region and the most not dynamic component closedown of mobile parts, stir Part acts in elastic, passes breach and be placed in groove position, groove position after making elastic elastic deformation Size more than the size of shifting part.

Described touch portion, elastic and location division be tilting arrange and and limiting section between formed one Fixed angle；

When described swing element is in linear slide region and the most not dynamic component closedown of mobile parts, Shifting part acts in elastic, makes elastic swing type elastic deformation and acts on location division, And eliminating gap, shifting part is through breach and is placed in groove position, and wherein elastic passes at shifting part Elastic reset during breach；

Described shifting part through breach and mobile parts dynamic component is not opened relatively time, shifting part depends on Secondary act on elastic and location division, and overcome spring to act on the elastic force on swing element, Thus drive swing element to slide into curve from linear slide region and await orders region, wherein shifting part effect When elastic, elastic elastic deformation and acting on limiting section, and block breach, shifting part Swing element slide into curve await orders region time be mutually disengaged with elastic and location division, elastic with Elastic reset when shifting part is mutually disengaged.

Described touching is provided with chute in portion；Described swing element be in curve await orders region and move When dynamic component the most or not closes LAP, shifting part acts in the portion of touching and drives pendulum Dynamic element slides into linear slide region from curve region of awaiting orders, and produces cushion effect by antivibrator, Wherein shifting part is placed in chute when swing element slides into linear slide region；Described swing unit When part is in linear slide region and mobile parts dynamic component is not opened relatively, shifting part acts on cunning On groove and drive swing element to slide into curve from linear slide region to await orders region, wherein shifting part Swing element slide into curve await orders region time be mutually disengaged with chute.

Described damping unit include sliding chute seat, swing element, antivibrator, spring, sliding members and Tumbler；Wherein, sliding chute seat is provided with linear slide region and curve is awaited orders region, swing element And being provided with bearing pin between sliding members, the two mutually swings connection by bearing pin, and swing element slides Being arranged on linear slide region and curve is awaited orders on region, sliding members is slidably arranged in linear slide district On territory, antivibrator one end acts on sliding chute seat, and the other end acts on swing element and/or unit of sliding On part, tumbler rotate be arranged on sliding chute seat, spring one end elastic reaction on sliding chute seat, middle part Around being located on tumbler, other end elastic reaction is on swing element and/or sliding members.

Described mobile parts are sliding door of furniture or furniture moves slide rail, and dynamic component is not furniture cabinet or family Tool determines slide rail；Described striking gear is arranged on sliding door of furniture or furniture moves on slide rail, damping unit It is arranged on furniture cabinet or furniture is determined on slide rail, or damping unit is arranged on sliding door of furniture or furniture On dynamic slide rail, striking gear is arranged on furniture cabinet or furniture is determined on slide rail.

Described mobile parts are sliding door of furniture, and dynamic component is not furniture cabinet, and furniture cabinet is arranged Having spout, sliding door of furniture slide opening and closing, on spout, spout is provided with groove, stirs Device is fixedly installed on groove and includes shifting part, and damping unit is fixedly installed on sliding door of furniture On；Described swing element is in await orders region and sliding door of furniture of curve and closes relative to furniture cabinet During LAP, shifting part acts in the portion of touching and drives swing element sliding from curve region of awaiting orders Move to linear slide region, and produce cushion effect by antivibrator, to realize sliding door of furniture and furniture Damping buffering between cabinet is closed.

This utility model improvement by said structure, arranges striking gear on furniture moving part part, The motionless parts of furniture arrange damping unit, striking gear at least at furniture moving part part relative to furniture Effect damping unit produce cushion effect when dynamic component does not closes LAP, make furniture shift dynamic component with Closedown between furniture not dynamic component at the uniform velocity, quiet, smooth and easy, soft, the least；Meanwhile, in order to Prevent striking gear to lose efficacy with the closedown cushion effect of damping unit, the swing element of damping unit sets Be equipped with limiting section, elastic and location division, between limiting section and elastic formed breach, elastic and Gap is formed between location division, breach, the size of the shifting part being smaller in size than striking gear in gap, The sliding chute seat of damping unit arranges linear slide region and curve is awaited orders region.During use, swing Element is in linear slide region and furniture shift dynamic component when closing relative to furniture not dynamic component, stirs Part acts in elastic, makes elastic swing type elastic deformation and acts on location division, and disappearing Except gap, shifting part is through breach and is placed in groove position, and wherein elastic passes breach at shifting part Time elastic reset；Then shifting part is beaten through breach and furniture shift dynamic component relative to furniture not dynamic component When opening, shifting part acts on elastic and location division successively, and overcomes spring to act on swing Elastic force on element, thus drive swing element to slide into curve from linear slide region and await orders region, When wherein shifting part acts on elastic, elastic elastic deformation and acting on limiting section, and block up Live breach, shifting part swing element slide into curve await orders region time mutual with elastic and location division Depart from, elastic reset when elastic and shifting part are mutually disengaged；The most rectifiable striking gear and damping dress The normal operating condition put, efficiently solve operator's maloperation in use or transport improper, Making striking gear and damping unit position inaccurate, what when causing two-way interaction, cushion effect lost efficacy asks Topic；And the direction that shifting part is closed along furniture shift dynamic component acts in elastic, makes elastic bullet Property deformation and act on location division, and eliminate gap, the elastic deformation amplitude of elastic is little, multiple Level really puts in place, and the deformation that simultaneously can be effectively prevented elastic under the effect of location division is excessive, from And solve the problem that elastic is easily broken off during routine use；Then shifting part is along furniture shift Direction that dynamic component is opened effect elastic, now elastic elastic deformation again and act on spacing In portion, and blocking breach, shifting part cannot pass through breach, overcomes spring to act on swing simultaneously Elastic force on element, thus drive swing element to slide into curve from linear slide region and await orders region, The direction of motion making shifting part is unique, is very easy to the operation of user, simultaneously effective saves The overall space of mechanism, improves the connection compactedness between each component.It has simple and reasonable, Dependable performance, regulation is quick, and easy to operate, service life is long, connects compactedness high, open between component The features such as process of closing is quiet, steady, smooth and easy and the least, practical.

Accompanying drawing explanation

Fig. 1 is the decomposition texture schematic diagram of this utility model first embodiment.

Fig. 2 is the assembling structural representation of this utility model first embodiment.

Fig. 3 is structure for amplifying schematic diagram at the E in Fig. 2.

Fig. 4 is that the striking gear of this utility model first embodiment assembles structural representation with spout.

Fig. 5 is the damping unit decomposition texture schematic diagram of this utility model first embodiment.

Fig. 6 is the swing element structural representation of this utility model first embodiment.

Fig. 7 is the damping unit structural representation (section view) of this utility model first embodiment.

Fig. 8-Figure 16 is the use state change structural representation of this utility model first embodiment.

Figure 17 is the structural representation of this utility model the second embodiment.

Detailed description of the invention

Below in conjunction with the accompanying drawings and this utility model is further described by embodiment.

First embodiment

See Fig. 1-Figure 16, this furniture damping escapement, including mobile parts, not dynamic component, dial Dynamic device A and damping unit B, wherein striking gear A is arranged on the moving part, damping unit B Being arranged on not on dynamic component, or damping unit B is arranged on the moving part, striking gear A is arranged On not dynamic component, striking gear A is at least when mobile parts the most not dynamic component closes LAP Effect damping unit B also produces cushion effect, and striking gear A at least includes shifting part 1, damping unit B At least include sliding chute seat 2, swing element 3, antivibrator 4 and spring 5, sliding chute seat 2 is provided with Linear slide region 2.1 and curve are awaited orders region 2.2, and swing element 3 is slidably arranged in linear slide district Territory 2.1 and curve are awaited orders on region 2.2, and antivibrator 4 one end acts on sliding chute seat 2, the other end Acting on swing element 3, spring 5 elastic reaction is on swing element 3；Swing element 3 is up to It is provided with the portion of touching 3.1, limiting section 3.2 and elastic 3.3, limiting section 3.2 and elastic 3.3 less Between formed breach 3.4, the size being smaller in size than shifting part 1 of breach 3.4；

Described swing element 3 is in linear slide region 2.1 and mobile parts the most not dynamic component During closedown, shifting part 1 acts in elastic 3.3, through lacking after making elastic 3.3 elastic deformation Mouth 3.4, wherein elastic 3.3 elastic reset when shifting part 1 is through breach 3.4；

Described shifting part 1 through breach 3.4 and mobile parts dynamic component is not opened relatively time, dial Moving part 1 acts in elastic 3.3, makes elastic 3.3 elastic deformation and blocks breach 3.4, and Drive swing element 3 to slide into curve from linear slide region 2.1 to await orders region 2.2, wherein shifting part 1 swing element 3 slide into curve await orders region 2.2 time be mutually disengaged with elastic 3.3.

Specifically, between limiting section 3.2 and elastic 3.3, shape is at a certain angle and breach 3.4, The size being smaller in size than shifting part 1 of breach 3.4；Described shifting part 1 is through breach 3.4 and moves Dynamic component is not time relatively dynamic component is opened, and shifting part 1 acts in elastic 3.3, makes elastic 3.3 Elastic deformation and block breach 3.4, and overcome spring 5 elastic reaction elastic force on swing element 3, Thus drive swing element 3 to slide into curve from linear slide region 2.1 and await orders region 2.2, wherein dial Moving part 1 swing element 3 slide into curve await orders region 2.2 time be mutually disengaged with elastic 3.3, Elastic reset when elastic 3.3 and shifting part 1 are mutually disengaged.

Say further, swing element 3 is provided with location division 3.8, location division 3.8 and elastic Gap 3.9, the size being smaller in size than shifting part 1 in gap 3.9 is formed between 3.3；

Described swing element 3 is in linear slide region 2.1 and mobile parts the most not dynamic component During closedown, shifting part 1 acts in elastic 3.3, makes elastic 3.3 elastic deformation and effect On location division 3.8, and eliminating gap 3.9, shifting part 1 is through breach 3.4, wherein elastic 3.3 The elastic reset when shifting part 1 is through breach 3.4；

Described shifting part 1 through breach 3.4 and mobile parts dynamic component is not opened relatively time, dial Moving part 1 acts on elastic 3.3 and location division 3.8 successively, and overcomes spring 5 elastic reaction to exist Elastic force on swing element 3, thus drive swing element 3 to slide into song from linear slide region 2.1 Line is awaited orders region 2.2, when wherein shifting part 1 acts on elastic 3.3, elastic 3.3 elastic deformation, And block breach 3.4, shifting part 1 swing element 3 slide into curve await orders region 2.2 time with elastic Portion 3.3 and location division 3.8 are mutually disengaged, and when elastic 3.3 and shifting part 1 are mutually disengaged, elasticity is multiple Position.

Say further, swing element 3 is provided with stabilizers 3.5, touch portion 3.1, limiting section 3.2, elastic 3.3 and location division 3.8 are arranged in stabilizers 3.5；Wherein, elastic 3.3 1 End be suspended in stabilizers 3.5 and and limiting section 3.2 between formed breach 3.4, elastic 3.3 The other end be connected with stabilizers 3.5 and and location division 3.8 between formed gap 3.9, breach 3.4, The size being smaller in size than shifting part 1 in gap 3.9.

Say further, touch portion 3.1 and arrange and the two for equidirectional compartment with elastic 3.3 Between formed groove position 3.6；Described swing element 3 is in linear slide region 2.1 and mobile parts When the most dynamic component is not closed, shifting part 1 acts in elastic 3.3, makes elastic 3.3 elastic Passing breach 3.4 after deformation and be placed in groove position 3.6, the size of groove position 3.6 is more than shifting part 1 Size.

Say further, touch portion 3.1, elastic 3.3 and location division 3.8 be tilting arrange, And and limiting section 3.2 between shape at a certain angle；

Described swing element 3 is in linear slide region 2.1 and mobile parts the most not dynamic component During closedown, shifting part 1 acts in elastic 3.3, make elastic 3.3 swing type elastic deformation, And act on location division 3.8, and eliminating gap 3.9, shifting part 1 is through breach 3.4 and is placed in In groove position 3.6, wherein elastic 3.3 elastic reset when shifting part 1 is through breach 3.4, i.e. schemes Shown in 8-Figure 10 changes.

Described shifting part 1 through breach 3.4 and mobile parts dynamic component is not opened relatively time, dial Moving part 1 acts on elastic 3.3 and location division 3.8 successively, and overcomes spring 5 elastic reaction to exist Elastic force on swing element 3, thus drive swing element 3 to slide into song from linear slide region 2.1 Line is awaited orders region 2.2, when wherein shifting part 1 acts on elastic 3.3, elastic 3.3 elastic deformation, And act on limiting section 3.2, and block breach 3.4, shifting part 1 slides into song at swing element 3 Line await orders region 2.2 time be mutually disengaged with elastic 3.3 and location division 3.8, elastic 3.3 with dial Elastic reset when moving part 1 is mutually disengaged, i.e. Figure 10-Figure 14 changes shown.

Say further, touch and in portion 3.1, be provided with chute 3.7；Described swing element 3 is in Curve awaits orders region 2.2 and time mobile parts the most not dynamic component closes LAP, shifting part 1 Act in the portion of touching 3.1 and drive swing element 3 to slide into linearly from curve region 2.2 of awaiting orders Sliding area 2.1, and produce cushion effect by antivibrator 4, wherein shifting part 1 is at swing element 3 Be placed in when sliding into linear slide region 2.1 in chute 3.7, i.e. Figure 14-Figure 16 changes shown.Institute When the swing element 3 stated is in linear slide region 2.1 and mobile parts dynamic component is not opened relatively, Shifting part 1 acts on chute 3.7 and drives swing element 3 to slide from linear slide region 2.1 Awaiting orders region 2.2 to curve, wherein shifting part 1 slides into curve at swing element 3 and awaits orders region 2.2 Time be mutually disengaged with chute 3.7, i.e. shown in Figure 16-Figure 14 changes.

Saying further, damping unit B includes sliding chute seat 2, swing element 3, antivibrator 4, spring 5, sliding members 6 and tumbler 7；Wherein, sliding chute seat 2 is provided with linear slide region 2.1 Awaiting orders region 2.2 with curve, be provided with bearing pin between swing element 3 and sliding members 6, the two passes through Bearing pin mutually swings connection, and swing element 3 is slidably arranged in linear slide region 2.1 and curve is awaited orders On region 2.2, sliding members 6 is slidably arranged on linear slide region 2.1, antivibrator 4 one end Acting on sliding chute seat 2, the other end acts on swing element 3 and/or sliding members 6, turns to Part 7 rotate be arranged on sliding chute seat 2, spring 5 one end elastic reaction on sliding chute seat 2, middle part around Being located on tumbler 7, other end elastic reaction is on swing element 3 and/or sliding members 6.

In said structure, mobile parts are sliding door of furniture X, and dynamic component is not furniture cabinet Y, furniture Be provided with spout Z on cabinet Y, sliding door of furniture X slide opening and closing on spout Z, spout Z On be provided with groove 9, striking gear A is fixedly installed on groove 9 and includes shifting part 1, damping Device B is fixedly installed on sliding door of furniture X；Described swing element 3 is in curve and awaits orders region 2.2 and sliding door of furniture X relative to furniture cabinet Y close LAP time, shifting part 1 acts on and touches In contact portion 3.1 and drive swing element 3 to slide into linear slide region from curve region 2.2 of awaiting orders 2.1, and produce cushion effect, to realize between sliding door of furniture X and furniture cabinet Y by antivibrator 4 Damping buffering close.

Second embodiment

Seeing Figure 17, this furniture damping escapement, it is in place of being different from first embodiment: move Dynamic component is that furniture moves slide rail C, and dynamic component is not that slide rail D determined by furniture；Striking gear A is arranged on furniture On dynamic slide rail C, damping unit B is arranged on furniture to be determined on slide rail D.

Other same first embodiment of not described part.

Of the present utility model ultimate principle, principal character and of the present utility model have more than been shown and described Advantage.Those skilled in the art it should be recognized that this utility model is not restricted to the described embodiments, on State and principle of the present utility model is simply described, without departing from this practicality described in embodiment and description On the premise of novel spirit and scope, this utility model also has various changes and modifications, these change and Improve in the range of both falling within claimed this utility model.This utility model claims scope by institute Attached claims and equivalent thereof define.

Claims

null1. a furniture damping escapement，Including mobile parts、Not dynamic component、Striking gear (A) and damping unit (B)，Wherein striking gear (A) is arranged on the moving part，Damping unit (B) is arranged on not on dynamic component，Or damping unit (B) is arranged on the moving part，Striking gear (A) is arranged on not on dynamic component，Striking gear (A) at least acts on damping unit (B) when mobile parts the most not dynamic component closes LAP and produces cushion effect，It is characterized in that: striking gear (A) at least includes shifting part (1)，Damping unit (B) at least includes sliding chute seat (2)、Swing element (3)、Antivibrator (4) and spring (5)，It is provided with linear slide region (2.1) on sliding chute seat (2) and curve is awaited orders region (2.2)，Swing element (3) is slidably arranged in linear slide region (2.1) and curve is awaited orders on region (2.2)，Antivibrator (4) one end acts on sliding chute seat (2)，The other end acts on swing element (3)，Spring (5) elastic reaction is on swing element (3)；At least provided with touching portion (3.1), limiting section (3.2) and elastic (3.3) on swing element (3), breach (3.4), the size being smaller in size than shifting part (1) of breach (3.4) is formed between limiting section (3.2) and elastic (3.3)；

When described swing element (3) is in linear slide region (2.1) and the most not dynamic component closedown of mobile parts, shifting part (1) acts in elastic (3.3), breach (3.4), wherein elastic (3.3) elastic reset when shifting part (1) is through breach (3.4) is passed after making elastic (3.3) elastic deformation；

Described shifting part (1) through breach (3.4) and mobile parts dynamic component is not opened relatively time, shifting part (1) acts in elastic (3.3), make elastic (3.3) elastic deformation and block breach (3.4), and drive swing element (3) to slide into curve from linear slide region (2.1) to await orders region (2.2), wherein shifting part (1) swing element (3) slide into curve await orders region (2.2) time be mutually disengaged with elastic (3.3)；

Between described limiting section (3.2) and elastic (3.3), shape is at a certain angle and breach (3.4), the size being smaller in size than shifting part (1) of breach (3.4)；Described shifting part (1) passes breach (3.4), and mobile parts are not time dynamic component is opened relatively, shifting part (1) acts in elastic (3.3), make elastic (3.3) elastic deformation, and block breach (3.4), and overcome spring (5) elastic reaction elastic force on swing element (3), thus drive swing element (3) to slide into curve from linear slide region (2.1) and await orders region (2.2), wherein shifting part (1) swing element (3) slide into curve await orders region (2.2) time be mutually disengaged with elastic (3.3), elastic reset when elastic (3.3) and shifting part (1) are mutually disengaged；

Location division (3.8) it is provided with on described swing element (3), gap (3.9), the size being smaller in size than shifting part (1) of gap (3.9) is formed between location division (3.8) and elastic (3.3)；

When described swing element (3) is in linear slide region (2.1) and the most not dynamic component closedown of mobile parts, shifting part (1) acts in elastic (3.3), make elastic (3.3) elastic deformation and act on location division (3.8), and eliminate gap (3.9), shifting part (1) passes breach (3.4), wherein elastic (3.3) elastic reset when shifting part (1) is through breach (3.4)；

Described shifting part (1) passes breach (3.4), and mobile parts are not time dynamic component is opened relatively, shifting part (1) acts on elastic (3.3) and location division (3.8) successively, and overcome spring (5) elastic reaction elastic force on swing element (3), thus drive swing element (3) to slide into curve from linear slide region (2.1) and await orders region (2.2), when wherein shifting part (1) acts on elastic (3.3), elastic (3.3) elastic deformation, and block breach (3.4), shifting part (1) swing element (3) slide into curve await orders region (2.2) time be mutually disengaged with elastic (3.3) and location division (3.8), elastic reset when elastic (3.3) and shifting part (1) are mutually disengaged.
Furniture the most according to claim 1 damping escapement, it is characterized in that: on described swing element (3), be provided with stabilizers (3.5), touch portion (3.1), limiting section (3.2), elastic (3.3) and location division (3.8) are arranged in stabilizers (3.5)；Wherein, elastic (3.3) one end be suspended at stabilizers (3.5) upper and and limiting section (3.2) between form breach (3.4), elastic (3.3) other end be connected with stabilizers (3.5) and and location division (3.8) between formed gap (3.9), breach (3.4), the size being smaller in size than shifting part (1) of gap (3.9).
Furniture the most according to claim 2 damping escapement, it is characterised in that touching portion (3.1) described in: with elastic (3.3) is that equidirectional compartment arranges and forms therebetween groove position (3.6)；When described swing element (3) is in linear slide region (2.1) and the most not dynamic component closedown of mobile parts, shifting part (1) acts in elastic (3.3), in passing breach (3.4) after making elastic (3.3) elastic deformation and being placed in groove position (3.6), the size of groove position (3.6) is more than the size of shifting part (1).
Furniture the most according to claim 3 damping escapement, it is characterised in that touch portion (3.1) described in:, elastic (3.3) and location division (3.8) are tilting setting and and limiting section (3.2) between shape at a certain angle；

When described swing element (3) is in linear slide region (2.1) and the most not dynamic component closedown of mobile parts, shifting part (1) acts in elastic (3.3), make elastic (3.3) swing type elastic deformation and act on location division (3.8), and eliminate gap (3.9), in shifting part (1) passes breach (3.4) and is placed in groove position (3.6), wherein elastic (3.3) elastic reset when shifting part (1) is through breach (3.4)；

nullDescribed shifting part (1) passes breach (3.4)、And mobile parts are not time dynamic component is opened relatively，Shifting part (1) acts on elastic (3.3) and location division (3.8) successively，And overcome spring (5) elastic reaction elastic force on swing element (3)，Thus drive swing element (3) to slide into curve from linear slide region (2.1) and await orders region (2.2)，When wherein shifting part (1) acts on elastic (3.3)，Elastic (3.3) elastic deformation、And act on limiting section (3.2)，And block breach (3.4)，Shifting part (1) swing element (3) slide into curve await orders region (2.2) time be mutually disengaged with elastic (3.3) and location division (3.8)，Elastic reset when elastic (3.3) and shifting part (1) are mutually disengaged.
Furniture the most according to claim 4 damping escapement, it is characterised in that touch described in: and be provided with chute (3.7) in portion (3.1)；Described swing element (3) is in curve and awaits orders region (2.2) and time mobile parts the most not dynamic component closes LAP, it is upper and drive swing element (3) to slide into linear slide region (2.1) from curve region (2.2) of awaiting orders that shifting part (1) acts on the portion of touching (3.1), and produce cushion effect by antivibrator (4), wherein shifting part (1) is placed in chute (3.7) when swing element (3) slides into linear slide region (2.1)；When described swing element (3) is in linear slide region (2.1) and mobile parts dynamic component is not opened relatively, it is upper and drive swing element (3) to slide into curve from linear slide region (2.1) to await orders region (2.2) that shifting part (1) acts on chute (3.7), wherein shifting part (1) swing element (3) slide into curve await orders region (2.2) time be mutually disengaged with chute (3.7).
Furniture the most according to claim 5 damping escapement, it is characterised in that: described damping unit (B) includes sliding chute seat (2), swing element (3), antivibrator (4), spring (5), sliding members (6) and tumbler (7)；nullWherein，It is provided with linear slide region (2.1) on sliding chute seat (2) and curve is awaited orders region (2.2)，It is provided with bearing pin between swing element (3) and sliding members (6)，The two mutually swings connection by bearing pin，Swing element (3) is slidably arranged in linear slide region (2.1) and curve is awaited orders on region (2.2)，Sliding members (6) is slidably arranged on linear slide region (2.1)，Antivibrator (4) one end acts on sliding chute seat (2)，The other end acts on swing element (3) and/or sliding members (6)，Tumbler (7) rotates and is arranged on sliding chute seat (2)，Spring (5) one end elastic reaction is on sliding chute seat (2)，Middle part is around being located on tumbler (7)，Other end elastic reaction is on swing element (3) and/or sliding members (6).
7. damp escapement according to the furniture described in any one of claim 1-6, it is characterized in that: described mobile parts are sliding door of furniture (X) or furniture moves slide rail (C), dynamic component is not furniture cabinet (Y) or slide rail (D) determined by furniture；Described striking gear (A) is arranged on sliding door of furniture (X) or furniture moves on slide rail (C), damping unit (B) is arranged on furniture cabinet (Y) or furniture is determined on slide rail (D), or damping unit (B) is arranged on sliding door of furniture (X) or furniture moves on slide rail (C), and striking gear (A) is arranged on furniture cabinet (Y) or furniture is determined on slide rail (D).
Furniture the most according to claim 7 damping escapement, it is characterized in that: described mobile parts are sliding door of furniture (X), dynamic component is not furniture cabinet (Y), spout (Z) it is provided with on furniture cabinet (Y), sliding door of furniture (X) slide opening and closing is on spout (Z), groove (9) it is provided with on spout (Z), striking gear (A) is fixedly installed on groove (9) and above and includes that shifting part (1), damping unit (B) are fixedly installed on sliding door of furniture (X)；Described swing element (3) is in curve when awaiting orders region (2.2) and sliding door of furniture (X) furniture cabinet (Y) closes LAP relatively, it is upper and drive swing element (3) to slide into linear slide region (2.1) from curve region (2.2) of awaiting orders that shifting part (1) acts on the portion of touching (3.1), and produce cushion effect by antivibrator (4), to realize the damping buffering closedown between sliding door of furniture (X) and furniture cabinet (Y).