CN205638009U - Furniture sliding door's adjustable two -way damping structure - Google Patents
Furniture sliding door's adjustable two -way damping structure Download PDFInfo
- Publication number
- CN205638009U CN205638009U CN201620423517.6U CN201620423517U CN205638009U CN 205638009 U CN205638009 U CN 205638009U CN 201620423517 U CN201620423517 U CN 201620423517U CN 205638009 U CN205638009 U CN 205638009U
- Authority
- CN
- China
- Prior art keywords
- furniture
- sliding door
- sliding
- swing
- region
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Closing And Opening Devices For Wings, And Checks For Wings (AREA)
Abstract
The utility model provides a furniture sliding door's adjustable two -way damping structure, the damping device of damping cushion effect is produced including striking gear and the effect through striking gear, striking gear is including stirring the subassembly, fixed component and regulatory element, it is provided with sliding fit portion to stir between subassembly and the fixed component, the two is through the mutual sliding connection of sliding fit portion, be provided with regulating action portion on the regulatory element, and rotate on stirring the subassembly one end location, rotate on fixed component other end location, it includes shifting part at least to stir the subassembly, the effect that damping device passes through shifting part produces the damping cushion effect, through the regulating action portion of instrument or manual effect regulatory element, the regulatory element location is rotated, is just driven the shifting part relatively fixed component at least and produces the displacement to adjust the interact position between shifting part and the damping device. According to the invention, improvement is realized through above structure, the practicality is strong.
Description
Technical field
This utility model relates to the scalable bidirectional damper structure of a kind of sliding door of furniture.
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, the most do not possess the function of position adjustments, it is impossible to meet making of user
Use demand.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, dependable performance, and regulation is quick,
Easy to operate, service life is long, connects compactedness high between each component, opening and closing process is quiet, steady,
The scalable bidirectional damper structure of smooth and easy and the least sliding door of furniture, of the prior art to overcome
Weak point.
By the scalable bidirectional damper structure of a kind of sliding door of furniture that this purpose designs, including stirring dress
Put and pass through the damping unit acting on generation damping buffering power of striking gear, it is characterised in that: stir
Device includes shifting component, retaining element and regulating element, arranges between shifting component and retaining element
Be slidably matched portion, and the two is mutually slidably connected by the portion of being slidably matched, and regulating element is provided with tune
Joint service portion and one end locating rotation in shifting component, other end locating rotation on retaining element,
Shifting component at least includes clicking section, and damping unit produces damping buffering power by the effect of clicking section；
By the regulation service portion of instrument or manual action regulating element, regulating element locating rotation and at least
Drive clicking section to be relatively fixed element and produce displacement, mutual with regulate between clicking section and damping unit
Active position.
Described shifting component include clicking section and passage element, clicking section be arranged on passage element on and
The two be wholely set or split arrange after be solidified as a whole；By instrument or the tune of manual action regulating element
Joint service portion, regulating element locating rotation, and drive clicking section and passage element and/or to synchronize simultaneously
It is relatively fixed location about element to slide.
Described passage element and retaining element are connected with each other and the portion of being slidably matched are provided therebetween,
This portion of being slidably matched is slip position, the guiding position being separately positioned on passage element and retaining element, pushes away
Move element to be mutually slidably connected by the guiding position of slip position with retaining element；Described regulating element is
Rotating disk, eccentric nail or securing member, and its one end locating rotation is on passage element, and the other end positions
Rotate on retaining element, rotating disk, eccentric nail or securing member are provided with regulation service portion；Pass through work
Tool or the regulation service portion of manual action rotating disk, eccentric nail or securing member, rotating disk, eccentric nail or fastening
Part locating rotation, and drive passage element to make linear on the guiding position of retaining element by slip position
Slide in location, left and right, passage element in sliding process simultaneously and/or synchronize to drive clicking section the most solid
Determine location about element to slide, to regulate the interaction position between clicking section and damping unit.
Described regulating element is rotating disk and its one end is provided with rotation section locating rotation on passage element,
The other end is provided with spire, and retaining element is provided with grid portion, and rotating disk is turned by spire location
Move in the grid portion of retaining element, rotating disk is provided with rotating disk regulation service portion；By instrument or hands
The rotating disk regulation service portion of action rotating disk, rotating disk is elapsing locating rotation on element by rotation section,
Rotating disk elapses the slip of element by the drive that coordinates in spire and grid portion during locating rotation
Linear location, left and right slip is made in guiding of retaining element in position on position, passage element is in sliding process
Simultaneously and/or synchronize to drive clicking section to be relatively fixed location about element and slide, with regulate clicking section with
Interaction position between damping unit；
Or, regulating element is eccentric nail and its one end is provided with switching part locating rotation in passage unit
On part, the other end is provided with eccentric part, and retaining element is provided with connecting portion, and eccentric nail is by bias
Portion's locating rotation, on the connecting portion of retaining element, eccentric nail is provided with eccentric adjusting service portion；Logical
Crossing the eccentric adjusting service portion of instrument or manual action eccentric nail, eccentric nail is first in passage by switching part
Locating rotation on part, eccentric nail passes through eccentric part and the mating band of connecting portion during locating rotation
Linear location, left and right slip, passage are made in guiding of retaining element in the slip position of dynamic passage element on position
It is sliding that the while that element being in sliding process and/or synchronization driving clicking section is relatively fixed location about element
Dynamic, to regulate the interaction position between clicking section and damping unit.
Described damping unit includes that carrier base, spring, antivibrator, the first swing element and second swing
Element, spring is movably arranged on carrier base and one end elastic reaction is on the first swing element, separately
One end elastic reaction is on the second swing element, and antivibrator is movably arranged on carrier base and includes cylinder
Body and piston rod, the first swing element and the second swing element are respectively placed in the two ends of antivibrator and lead to
Cross the effect Elastic Sliding of spring on carrier base, the first swing element and the second swing element also divide
Not being provided with and first touch portion, second touch portion, the clicking section of striking gear at least produces at antivibrator
Touch portion, second portion of touching during damping buffering power respectively to interact with first；Wherein, first swing
Element is connected with cylinder body, and the second swing element is connected with piston rod, or second swings unit
Part is connected with cylinder body, and the first swing element is connected with piston rod.
The middle part of described carrier base is provided with linear slide region, and front and rear portions is respectively arranged with front curve
Await orders region and rear curve awaited orders region, the first swing element Elastic Sliding front curve await orders region and
On linear slide region, the second swing element Elastic Sliding is awaited orders region and linear slide district at rear curve
On territory；Described damping unit also includes the first sliding members and the second sliding members, the first slip unit
Part is slidably arranged on linear slide region and one end is connected with piston rod, the other end and first
Swing element is rotationally connected, the second sliding members be slidably arranged on linear slide region and one end with
Cylinder body is connected, and the other end and the second swing element are rotationally connected；The first described sliding members with
Being provided with the first location division between piston rod, the two passes through the first location division location fit, and second slides
Being provided with the second location division between element and cylinder body, the two passes through the second location division location fit.
This structure also includes sliding door of furniture and furniture cabinet, and striking gear is arranged on sliding door of furniture,
Damping unit is arranged on furniture cabinet, or damping unit is arranged on sliding door of furniture, stirs dress
Install on furniture cabinet；Wherein, sliding door of furniture left and right reversible slide opening and closing is at furniture cabinet
Upper and the two clicking section passing through striking gear when sliding closing acts on the first of damping unit respectively
Swing element and the second swing element, antivibrator compresses and produces damping buffering power, sliding to realize furniture
Dynamic door left and right reversible damping buffering is closed on furniture cabinet.
Being provided with spout on described furniture cabinet, sliding door of furniture left and right reversible slide opening and closing is being slided
On slotware, spout being provided with groove, striking gear is arranged on groove, and damping unit is arranged on
On sliding door of furniture；
The first described swing element and the second swing element be respectively at forward and backward curve await orders region,
And sliding door of furniture towards furniture cabinet one direction close LAP time, clicking section acts on the first swing
The first of element touches in portion and drive the first swing element curve in the past is awaited orders, and region slides into linearly
Sliding area, the first swing element drives piston rod movable towards the direction of cylinder body in sliding process, resistance
Buddhist nun's device compresses and produces damping buffering power, closes and is in realizing sliding door of furniture one direction damping buffering
On tool cabinet；First swing element is in linear slide region and sliding door of furniture relative to furniture cabinet
When opening, clicking section drives the first swing element to slide into from linear slide region by first portion of touching
Front curve is awaited orders region, wherein clicking section curve before the first swing element slides into await orders region time with
First portion of touching is mutually disengaged, and the second swing element and cylinder body are in sliding door of furniture slide opening and closing mistake
Position in journey is held essentially constant；
The first described swing element and the second swing element be respectively at forward and backward curve await orders region,
And sliding door of furniture towards furniture cabinet other direction close LAP time, clicking section acts on the second pendulum
The second of dynamic element touches in portion and drives the second swing element to slide into line from rear curve region of awaiting orders
Property sliding area, the second swing element drives cylinder body movable towards the direction of piston rod in sliding process,
Antivibrator compresses and produces damping buffering power, to realize the closedown of sliding door of furniture other direction damping buffering
On furniture cabinet；Second swing element is in linear slide region and sliding door of furniture relative to furniture
When cabinet is opened, clicking section drives the second swing element sliding from linear slide region by second portion of touching
Moving to rear curve and await orders region, wherein clicking section curve after the second swing element slides into is awaited orders region
Time be mutually disengaged with second portion of touching, and the first swing element and piston rod slide at sliding door of furniture
Position during opening and closing is held essentially constant.
Being provided with on described carrier base and dodge position, spring is movably arranged on dodges on position, and antivibrator is movable
Being arranged on linear slide region, the first swing element Elastic Sliding awaits orders region with linear at front curve
On sliding area, the second swing element Elastic Sliding is awaited orders on region and linear slide region at rear curve；
Wherein, when the first swing element and the second swing element are respectively at linear slide region, before and after spring
Sliding is dodging on position, and antivibrator, the first swing element and the second swing element slide anteroposterior are linearly
On sliding area.
This structure also includes sliding door of furniture and furniture cabinet, and furniture cabinet is provided with spout, family
Tool sliding door left and right reversible slide opening and closing, on spout, spout is provided with groove, stirs dress
Putting and be arranged on groove, damping unit is arranged on sliding door of furniture, sliding door of furniture left and right reversible
Slide opening and closing is on furniture cabinet and the two acts on damping when sliding closing respectively by striking gear
First swing element of device and the second swing element, antivibrator compresses and produces damping buffering power, with
Realize sliding door of furniture left and right reversible damping buffering to close on furniture cabinet；Described striking gear
Or on damping unit, it being provided with at least two scroll wheel, at least two scroll wheel is rolled by connecting shaft respectively
Dynamic it is arranged on striking gear or damping unit and rolling action exists when sliding door of furniture slide opening and closing
On the sidewall of groove.
This utility model improvement by said structure, arranges striking gear on sliding door of furniture,
Arranging damping unit on furniture cabinet, wherein shifting component includes clicking section and passage element, passes through work
Tool or the regulation service portion of manual action regulating element, regulating element locating rotation, and drive clicking section
Simultaneously and/or slided in location about retaining element by locking phase with passage element, and user can be according to reality
The while of existing demand and/or adjusted in concert clicking section and the right position of passage element, finally eliminate each structure
It is not inconsistent because of manufacturing specification between part and dislocation occurs when mounted, causing clicking section normally to act on
The problem of first, second swing element of damping unit, makes joining between striking gear and damping unit
It is more reasonable to close, user can the most easily, clicking section and passage unit the most at any time
Right position between part, and again because the interaction between each component does not haves regulation after regulating
The problem lost efficacy.Meanwhile, sliding door of furniture left and right reversible slide opening and closing is on furniture cabinet and two
Person acts on the first swing element and second pendulum of damping unit respectively when sliding closing by striking gear
Dynamic element, antivibrator compresses and produces damping buffering power, to realize the reversible resistance of sliding door of furniture left and right
Buddhist nun buffer closedown on furniture cabinet, not only make the closedown between sliding door of furniture and furniture cabinet at the uniform velocity,
Quiet, steady, smooth and easy and the least, and only use an antivibrator i.e. to can reach sliding door of furniture
The two-way damping buffering in left and right close effect, while improving the experience degree of user, reduce raw
Produce cost, also efficiently reduce structural volume, thus improve connection compactedness between each component, and single
The damping buffering power that one antivibrator produces is stable, and user uses convenient, also solves furniture glide
The bob phenomenon that door slide opening and closing process is occurred, further improves the experience of user
Degree；And, striking gear or damping unit are provided with at least two scroll wheel, at least two rolls
When sliding door of furniture slide opening and closing, rolling action is in the recess sidewall of furniture cabinet, further for wheel
Make the slide opening and closing of sliding door of furniture at the uniform velocity, quiet, steady, smooth and easy, the least and do not rock.
It has simple and reasonable, dependable performance, and regulation is quick, and easy to operate, service life is long, respectively
Compactedness is connected high between component, the features such as opening and closing process is quiet, steady, smooth and easy and the least, practical
Property is strong.
Accompanying drawing explanation
Fig. 1 is the decomposition texture schematic diagram of this utility model first embodiment.
Fig. 2 is the apparatus structure schematic diagram (local, side) of this utility model first embodiment.
Fig. 3 is the striking gear structural representation of the first application examples of this utility model first embodiment.
Fig. 4 is the striking gear decomposition texture signal of the first application examples of this utility model first embodiment
Figure.
Fig. 5 is turntable structure schematic diagram.
Fig. 6 is the striking gear structural representation of the second application examples of this utility model first embodiment.
Fig. 7 is the striking gear decomposition texture signal of the second application examples of this utility model first embodiment
Figure.
Fig. 8 is the damping unit structural representation of this utility model first embodiment.
Fig. 9, Figure 10 are the damping unit decomposition texture schematic diagram of this utility model first embodiment.
Figure 11-Figure 16 is striking gear and the damping unit operation principle of this utility model first embodiment
Structural representation.
Figure 17 is the decomposition texture schematic diagram of this utility model the second embodiment.
Figure 18 is the apparatus structure schematic diagram (local, side) of this utility model the second embodiment.
Figure 19 is the decomposition texture schematic diagram of this utility model the 3rd embodiment.
Figure 20 is the apparatus structure schematic diagram (local, side) of this utility model the 3rd embodiment.
Figure 21 is the decomposition texture schematic diagram of this utility model the 4th embodiment.
Figure 22 is the apparatus structure schematic diagram (local, side) of this utility model the 4th embodiment.
Detailed description of the invention
Below in conjunction with the accompanying drawings and this utility model is further described by embodiment.
First embodiment
Seeing Fig. 1-Figure 16, the scalable bidirectional damper structure of this sliding door of furniture, including striking gear
A and damping unit B, striking gear A by the effect generation damping buffering power of striking gear A include
Shifting component, retaining element 11 and regulating element, be provided with between shifting component and retaining element 11
Be slidably matched portion, and the two is mutually slidably connected by the portion of being slidably matched, and regulating element is provided with regulation
Service portion and one end locating rotation in shifting component, other end locating rotation on retaining element 11,
Shifting component at least includes clicking section 10, and it is slow that damping unit B produces damping by the effect of clicking section 10
Impulse force；By the regulation service portion of instrument or manual action regulating element, regulating element locating rotation,
And at least drive clicking section 10 to be relatively fixed element 11 and produce displacement, to regulate clicking section 10 and damping
Interaction position between device B.
Saying further, shifting component includes clicking section (10) and passage element (12), clicking section (10)
Be arranged on passage element (12) upper and the two be wholely set or split arrange after be solidified as a whole；Pass through
The regulation service portion of instrument or manual action regulating element, regulating element locating rotation, and drive are stirred
Portion (10) and passage element (12) are simultaneously and/or locking phase is to location, retaining element (11) left and right
Slide.Wherein, shifting component also includes rotation wheel 13.
Saying further, passage element 12 is connected with each other with retaining element 11 and arranges therebetween
Be slidably matched portion, and this portion that is slidably matched is for being separately positioned on passage element 12 and retaining element 11
Slip position 14, guide position 15, passage element 12 is drawn by slip position 14 and retaining element 11
Lead position 15 to be mutually slidably connected；Described regulating element is rotating disk 16, eccentric nail 17 or securing member,
And its one end locating rotation passage element 12 on, other end locating rotation on retaining element 11,
It is provided with regulation service portion on rotating disk 16, eccentric nail 17 or securing member；Turned by instrument or manual action
The regulation service portion of dish 16, eccentric nail 17 or securing member, rotating disk 16, eccentric nail 17 or securing member are fixed
Position rotates, and drives passage element 12 to pass through slip position 14 on the guiding position 15 of retaining element 11
Make location, linear left and right to slide, passage element 12 in sliding process simultaneously and/or synchronize to drive and dial
Dynamic portion 10 and rotation wheel 13 are relatively fixed element about 11 location and slide.
Saying further, see Fig. 3-Fig. 5, regulating element is rotating disk 16 and its one end is provided with and turns
Dynamic portion 16.1 locating rotation is on passage element 12, and the other end is provided with spire 16.2, fixing unit
Being provided with grid portion 11.1 on part 11, rotating disk 16 passes through spire 16.2 locating rotation at retaining element
In the grid portion 11.1 of 11, rotating disk 16 is provided with rotating disk regulation service portion 16.3；By instrument or
The rotating disk regulation service portion 16.3 of manual action rotating disk 16, rotating disk 16 is being elapsed by rotation section 16.1
Locating rotation on element 12, rotating disk 16 passes through spire 16.2 and grid during locating rotation
Portion 11.1 coordinates the slip position 14 driving passage element 12 on the guiding position 15 of retaining element 11
Make location, linear left and right to slide, passage element 12 in sliding process simultaneously and/or synchronize to drive and dial
Dynamic portion 10 and rotation wheel 13 are relatively fixed element about 11 location and slide.
In addition thereto, seeing Fig. 6, Fig. 7, regulating element can also be eccentric nail 17 and its one end
Being provided with switching part 17.1 locating rotation elapsing on element 12, the other end is provided with eccentric part 17.2,
Being provided with connecting portion 11.2 on retaining element 11, eccentric nail 17 is existed by eccentric part 17.2 locating rotation
On the connecting portion 11.2 of retaining element 11, eccentric nail 17 is provided with eccentric adjusting service portion 17.3；
By the eccentric adjusting service portion 17.3 of instrument or manual action eccentric nail 17, eccentric nail 17 is by turning
Connecing portion 17.1 locating rotation on passage element 12, eccentric nail 17 passes through during locating rotation
Eccentric part 17.2 and coordinating of connecting portion 11.2 drive the slip position 14 elapsing element 12 in fixing unit
Linear location, left and right slip is made in guiding of part 11 on position 15, passage element 12 is same in sliding process
Time and/or synchronize to drive clicking section 10 and rotate wheel 13 and be relatively fixed element about 11 location and slide.
In said structure, damping unit B includes carrier base 1, spring 2, antivibrator, the first swing unit
Part 3 and the second swing element 4, spring 2 is movably arranged on carrier base 1 and one end elastic reaction exists
On first swing element 3, other end elastic reaction is on the second swing element 4, and antivibrator activity sets
Put on carrier base 1 and include that cylinder body 5 and piston rod 6, the first swing element 3 and second swing unit
Part 4 is respectively placed in the two ends of antivibrator and by the effect Elastic Sliding of spring 2 on carrier base 1,
It is also respectively provided with on first swing element 3 and the second swing element 4 and first touches portion 3.1, second touch
Contact portion 4.1, the clicking section 10 of striking gear A at least antivibrator produce damping buffering power time respectively with
First touch portion 3.1, second touch portion 4.1 and interact；Wherein, the first swing element 3 and cylinder body
5 are connected, and the second swing element 4 is connected with piston rod 6, or the second swing element 4
Being connected with cylinder body 5, the first swing element 3 is connected with piston rod 6.
Saying further, the middle part of carrier base 1 is provided with linear slide region 1.1, forward and backward part
Not being provided with front curve and await orders region 1.2 and rear curve is awaited orders region 1.3, the first swing element 3 is elastic
Sliding awaits orders on region 1.2 and linear slide region 1.1 at front curve, and the second swing element 4 is elastic
Slide and await orders on region 1.3 and linear slide region 1.1 at rear curve；Described damping unit B is also
Including the first sliding members 7 and the second sliding members 8, the first sliding members 7 is slidably arranged in linear sliding
Move on region 1.1 and one end is connected with piston rod 6, the other end and the first swing element 3 turns
Being dynamically connected, the second sliding members 8 is slidably arranged on linear slide region 1.1 and one end and cylinder body 5
Being connected, the other end and the second swing element 4 are rotationally connected；Described first sliding members 7 with
Being provided with the first location division 7.1 between piston rod 6, the two passes through the first location division 7.1 location fit,
Being provided with the second location division 8.1 between second sliding members 8 and cylinder body 5, the two passes through the second location division
8.1 location fit.
It is sliding that this structure also includes that sliding door of furniture X and furniture cabinet Y, damping unit B are arranged on furniture
On dynamic door X, striking gear A is arranged on furniture cabinet Y；Wherein, sliding door of furniture about X is double
To formula slide opening and closing, on furniture cabinet Y and the two passes through dialling of striking gear A when sliding closing
Dynamic portion 10 acts on first swing element 3 and the second swing element 4, the antivibrator of damping unit B respectively
Compress and produce damping buffering power, with realize sliding door of furniture about X reversible damping buffering close exist
On furniture cabinet Y.
Saying further, furniture cabinet Y is provided with spout 9, and sliding door of furniture about X is two-way
Formula slide opening and closing, on spout 9, spout 9 is provided with groove 9.1, and striking gear A is arranged on
On groove 9.1, damping unit B is arranged on sliding door of furniture X, and sliding door of furniture about X is two-way
Formula slide opening and closing is on furniture cabinet Y and the two is made by striking gear A respectively when sliding closing
With first swing element 3 and second swing element 4 of damping unit B, antivibrator compresses and produces damping
Cushion effect, to realize the closedown of sliding door of furniture about X reversible damping buffering on furniture cabinet Y.
Specifically, the first swing element 3 and the second swing element 4 are respectively at forward and backward curve and treat
When life region and sliding door of furniture X close LAP towards furniture cabinet Y mono-direction, clicking section 10
Act on the first of the first swing element 3 touch in portion 3.1 and drive the first swing element 3 in the past
Curve region 1.2 of awaiting orders slides into linear slide region 1.1, and the first swing element 3 is in sliding process
Driving piston rod 6 movable towards the direction of cylinder body 5, antivibrator compresses and produces damping buffering power, with reality
Existing sliding door of furniture X mono-direction damping buffering is closed on furniture cabinet Y, i.e. Figure 11 to Figure 12's
Change procedure.First swing element 3 is in linear slide region 1.1 and sliding door of furniture X relative to family
When tool cabinet Y opens, clicking section 10 is touched portion 3.1 by first and is driven the first swing element 3 from line
Property sliding area 1.1 slide into front curve and await orders region 1.2, wherein clicking section 10 swings unit first
Part 3 slide into front curve await orders region 1.2 time touch portion 3.1 with first and be mutually disengaged, i.e. Figure 12 arrives
The change procedure of Figure 13.Wherein, the second swing element 4 and cylinder body 5 slide at sliding door of furniture X and open
Position during closing is held essentially constant.
First swing element 3 and the second swing element 4 be respectively at forward and backward curve await orders region and
Sliding door of furniture X towards furniture cabinet Y other direction close LAP time, clicking section 10 acts on the
The second of two swing elements 4 touches in portion 4.1 and drives the second swing element 4 to await orders from rear curve
Region 1.3 slides into linear slide region 1.1, and the second swing element 4 drives cylinder body in sliding process
5 is movable towards the direction of piston rod 6, and antivibrator compresses and produces damping buffering power, to realize furniture glide
Door X other direction damping buffering is closed on furniture cabinet Y, i.e. the change procedure of Figure 13 to Figure 14.
Second swing element 4 is in linear slide region 1.1 and sliding door of furniture X relative to furniture cabinet Y
When opening, clicking section 10 is touched portion 4.1 by second and is driven the second swing element 4 from linear slide district
Territory 1.1 slides into rear curve and awaits orders region 1.3, and wherein slide at the second swing element 4 in clicking section 10
Touch portion 4.1 with second when awaiting orders region 1.3 to rear curve to be mutually disengaged, i.e. Figure 14 to Figure 11's
Change procedure.Wherein, and the first swing element 3 and piston rod 6 slide at sliding door of furniture X and open
Position during closing is held essentially constant.
Saying further, carrier base 1 being provided with and dodges position 1.4, spring 2 is movably arranged on dodges
On position 1.4, antivibrator is movably arranged on linear slide region 1.1, and the first swing element 3 is elastic
Sliding awaits orders on region 1.2 and linear slide region 1.1 at front curve, and the second swing element 4 is elastic
Slide and await orders on region 1.3 and linear slide region 1.1 at rear curve；Wherein, the first swing element 3
When being respectively at linear slide region 1.1 with the second swing element 4, spring 2 slide anteroposterior is being dodged
On position 1.4, antivibrator, the first swing element 3 and the second swing element 4 slide anteroposterior are linear sliding
On dynamic region 1.1；Described rotation is taken turns 13 and coupled is acted on carrier base 1, to prevent furniture glide
Door X interacts with first swing element the 3, second swing element 4 in clicking section 10 and jumps the most up and down
Dynamic, i.e. the state of Figure 15 and Figure 16.
It is provided with at least two scroll wheel Z, at least two scroll wheel Z on above-mentioned damping unit B to divide
Connecting shaft rolling Tong Guo not be arranged on damping unit B and roll when sliding door of furniture X slide opening and closing
Action is used on the sidewall of groove 9.1, and specially at least two rolls to slide at sliding door of furniture X and opens
When closing, rolling action is on the left and right sidewall of groove 9.1.
Second embodiment
Seeing Figure 17, Figure 18, the scalable bidirectional damper structure of this sliding door of furniture, it is different from
Being in place of one embodiment: striking gear A is arranged on sliding door of furniture X, damping unit B is arranged
On the groove 9.1 of spout 9.
It is provided with at least two scroll wheel Z, at least two scroll wheel Z on striking gear A to pass through respectively
Connecting shaft rolls and is arranged on striking gear A and the rolling action when sliding door of furniture X slide opening and closing
On the sidewall of groove 9.1, specially at least two rolls and rolls when sliding door of furniture X slide opening and closing
Action is used on the left and right sidewall of groove 9.1.
Other same first embodiment of not described part.
3rd embodiment
Seeing Figure 19, Figure 20, the scalable bidirectional damper structure of this sliding door of furniture, it is different from
Being in place of one embodiment: be provided with at least two scroll wheel Z on damping unit B, at least two rolls
Wheel Z is rolled by connecting shaft respectively to be arranged on damping unit B and slide at sliding door of furniture X and opens
When closing, rolling action is on the sidewall of groove 9.1, and specially at least two rolls at sliding door of furniture X
During slide opening and closing, rolling action is on the inner bottom part of groove 9.1.
Other same first embodiment of not described part.
4th embodiment
Seeing Figure 21, Figure 22, the scalable bidirectional damper structure of this sliding door of furniture, it is different from
Being in place of one embodiment: striking gear A is arranged on sliding door of furniture X, damping unit B is arranged
On the groove 9.1 of spout 9.
It is provided with at least two scroll wheel Z, at least two scroll wheel Z on striking gear A to pass through respectively
Connecting shaft rolls and is arranged on striking gear A and the rolling action when sliding door of furniture X slide opening and closing
On the sidewall of groove 9.1, specially at least two rolls and rolls when sliding door of furniture X slide opening and closing
Action is used on the inner bottom part of groove 9.1.
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 (10)
1. a scalable bidirectional damper structure for sliding door of furniture, including striking gear (A) and logical
The effect crossing striking gear (A) produces the damping unit (B) of damping buffering power, it is characterised in that: dial
Dynamic device (A) includes shifting component, retaining element (11) and regulating element, and shifting component is with fixing
Element is provided with, between (11), the portion of being slidably matched, and the two is mutually slidably connected by the portion of being slidably matched,
Be provided with on regulating element regulation service portion and one end locating rotation in shifting component, the other end is fixed
Position rotates on retaining element (11), and shifting component at least includes clicking section (10), damping unit (B)
Damping buffering power is produced by the effect of clicking section (10)；By instrument or manual action regulating element
Regulation service portion, regulating element locating rotation and at least drive clicking section (10) to be relatively fixed unit
Part (11) produces displacement, to regulate the interaction between clicking section (10) and damping unit (B)
Position.
The scalable bidirectional damper structure of sliding door of furniture, its feature the most according to claim 1
It is: described shifting component includes clicking section (10) and passage element (12), and clicking section (10) set
Put upper in passage element (12) and the two be wholely set or split arrange after be solidified as a whole；Pass through work
Tool or the regulation service portion of manual action regulating element, regulating element locating rotation, and drive clicking section
(10) and passage element (12) simultaneously and/or locking phase is sliding to location, retaining element (11) left and right
Dynamic.
The scalable bidirectional damper structure of sliding door of furniture, its feature the most according to claim 2
It is: described passage element (12) is connected with each other with retaining element (11) and arranges therebetween
Be slidably matched portion, and this portion that is slidably matched is for being separately positioned on passage element (12) and retaining element (11)
On slip position (14), guide position (15), passage element (12) by slip position (14) with solid
The guiding position (15) determining element (11) is mutually slidably connected；Described regulating element be rotating disk (16),
Eccentric nail (17) or securing member, and its one end locating rotation is in passage element (12), another
End locating rotation, on retaining element (11), rotating disk (16), eccentric nail (17) or securing member sets
It is equipped with regulation service portion；By instrument or manual action rotating disk (16), eccentric nail (17) or securing member
Regulation service portion, rotating disk (16), eccentric nail (17) or securing member locating rotation, and drive passage
Element (12) is made linearly by slip position (14) is upper in the guiding position (15) of retaining element (11)
Location, left and right slide, passage element (12) in sliding process simultaneously and/or synchronize driving and stir
Portion (10) is relatively fixed location, element (11) left and right and slides, to regulate clicking section (10) and damping
Interaction position between device (B).
The scalable bidirectional damper structure of sliding door of furniture, its feature the most according to claim 3
It is: described regulating element is rotating disk (16) and its one end is provided with location, rotation section (16.1) and turns
Moving in passage element (12), the other end is provided with spire (16.2), on retaining element (11)
Being provided with grid portion (11.1), rotating disk (16) passes through spire (16.2) locating rotation in fixing unit
In the grid portion (11.1) of part (11), rotating disk (16) is provided with rotating disk regulation service portion (16.3)；
Regulating service portion (16.3) by the rotating disk of instrument or manual action rotating disk (16), rotating disk (16) leads to
Crossing rotation section (16.1) and elapsing the upper locating rotation of element (12), rotating disk (16) is at locating rotation
During driven by the cooperation of spire (16.2) and grid portion (11.1) and to elapse element (12)
To make location, linear left and right on the guiding position (15) of retaining element (11) sliding in slip position (14)
Dynamic, passage element (12) in sliding process simultaneously and/or synchronize to drive clicking section (10) relative
Slide, to regulate between clicking section (10) and damping unit (B) in location, retaining element (11) left and right
Interaction position；
Or, regulating element is eccentric nail (17) and its one end is provided with switching part (17.1) location
Rotating in passage element (12), the other end is provided with eccentric part (17.2), retaining element (11)
On be provided with connecting portion (11.2), eccentric nail (17) by eccentric part (17.2) locating rotation solid
Determining on the connecting portion (11.2) of element (11), eccentric nail is provided with eccentric adjusting effect on (17)
Portion (17.3)；By the eccentric adjusting service portion (17.3) of instrument or manual action eccentric nail (17),
Eccentric nail (17) is elapsing the upper locating rotation of element (12), eccentric nail by switching part (17.1)
(17) by eccentric part (17.2) and the cooperation of connecting portion (11.2) during locating rotation
Drive the slip position (14) of passage element (12) on the guiding position (15) of retaining element (11)
Make location, linear left and right to slide, passage element (12) in sliding process simultaneously and/or synchronize to drive
Dynamic clicking section (10) is relatively fixed location, element (11) left and right and slides, to regulate clicking section (10)
And the interaction position between damping unit (B).
The scalable bidirectional damper structure of sliding door of furniture, its feature the most according to claim 4
It is: described damping unit (B) includes carrier base (1), spring (2), antivibrator, the first swing
Element (3) and the second swing element (4), spring (2) be movably arranged on carrier base (1) upper and
One end elastic reaction is on the first swing element (3), and other end elastic reaction is in the second swing element (4)
On, antivibrator is movably arranged on carrier base (1) and above and includes cylinder body (5) and piston rod (6),
First swing element (3) and the second swing element (4) are respectively placed in the two ends of antivibrator and pass through
The effect Elastic Sliding of spring (2) is on carrier base (1), and the first swing element (3) and second is put
It is also respectively provided with on dynamic element (4) and first touches portion (3.1), second touch portion (4.1), stir
The clicking section (10) of device (A) is at least touched with first respectively when antivibrator produces damping buffering power
Portion (3.1), second touch portion (4.1) interact；Wherein, the first swing element (3) and cylinder
Body (5) is connected, and the second swing element (4) is connected with piston rod (6), or second
Swing element (4) is connected with cylinder body (5), the first swing element (3) and piston rod (6)
It is connected.
The scalable bidirectional damper structure of sliding door of furniture, its feature the most according to claim 5
Being: the middle part of described carrier base (1) is provided with linear slide region (1.1), front and rear portions is respectively
It is provided with front curve and awaits orders region (1.2) and rear curve is awaited orders region (1.3), the first swing element (3)
Elastic Sliding is awaited orders on region (1.2) and linear slide region (1.1) at front curve, and second swings
Element (4) Elastic Sliding is awaited orders on region (1.3) and linear slide region (1.1) at rear curve；
Described damping unit (B) also includes the first sliding members (7) and the second sliding members (8), the
One sliding members (7) is slidably arranged in that linear slide region (1.1) is upper and one end and piston rod (6)
Being connected, the other end and the first swing element (3) are rotationally connected, and the second sliding members (8) is sliding
Dynamic it is arranged on that linear slide region (1.1) is upper and one end is connected with cylinder body (5), the other end
It is rotationally connected with the second swing element (4)；Described the first sliding members (7) and piston rod (6)
Between be provided with the first location division (7.1), the two passes through the first location division (7.1) location fit, the
Being provided with the second location division (8.1) between two sliding members (8) and cylinder body (5), the two is by the
Two location divisions (8.1) location fit.
The scalable bidirectional damper structure of sliding door of furniture, its feature the most according to claim 6
Being: this structure also includes sliding door of furniture (X) and furniture cabinet (Y), striking gear (A) sets
Putting on sliding door of furniture (X), damping unit (B) is arranged on furniture cabinet (Y), or resistance
Buddhist nun's device (B) is arranged on sliding door of furniture (X), and striking gear (A) is arranged on furniture cabinet (Y)
On；Wherein, sliding door of furniture (X) left and right reversible slide opening and closing upper at furniture cabinet (Y) and
The two acts on damping unit (B) when sliding closing respectively by the clicking section (10) of striking gear (A)
The first swing element (3) and the second swing element (4), antivibrator compresses and produces damping buffering power,
To realize the reversible damping buffering closedown of sliding door of furniture (X) left and right on furniture cabinet (Y).
The scalable bidirectional damper structure of sliding door of furniture, its feature the most according to claim 7
It is: being provided with spout (9) on described furniture cabinet (Y), sliding door of furniture (X) left and right is double
To formula slide opening and closing on spout (9), spout (9) is provided with groove (9.1), stirs
Device (A) is arranged on groove (9.1), and damping unit (B) is arranged on sliding door of furniture (X)
On；
Described the first swing element (3) and the second swing element (4) are respectively at forward and backward curve
Await orders region and sliding door of furniture (X) be when closing LAP towards furniture cabinet (Y) direction,
Clicking section (10) acts on the first of the first swing element (3) and touches in portion (3.1) and drive
First swing element (3) curve in the past region (1.2) of awaiting orders slides into linear slide region (1.1),
First swing element (3) drives piston rod (6) movable towards the direction of cylinder body (5) in sliding process,
Antivibrator compresses and produces damping buffering power, to realize damping buffering pass, sliding door of furniture (X) direction
Close on furniture cabinet (Y)；First swing element (3) be in linear slide region (1.1) and
When the relative furniture cabinet (Y) of sliding door of furniture (X) is opened, clicking section (10) are touched by first
Portion (3.1) drives the first swing element (3) to slide into front curve from linear slide region (1.1) and treats
Life region (1.2), wherein clicking section (10) slide into front curve at the first swing element (3) and await orders
Touch portion (3.1) during region (1.2) to be mutually disengaged with first, and the second swing element (4) and
The cylinder body (5) position during sliding door of furniture (X) slide opening and closing is held essentially constant；
Described the first swing element (3) and the second swing element (4) are respectively at forward and backward curve
Await orders region and sliding door of furniture (X) towards furniture cabinet (Y) other direction close LAP time,
Clicking section (10) acts on the second of the second swing element (4) and touches in portion (4.1) and drive
Second swing element (4) slides into linear slide region (1.1) from rear curve region (1.3) of awaiting orders,
Second swing element (4) drives cylinder body (5) movable towards the direction of piston rod (6) in sliding process,
Antivibrator compresses and produces damping buffering power, to realize sliding door of furniture (X) other direction damping buffering
Close on furniture cabinet (Y)；Second swing element (4) be in linear slide region (1.1),
And sliding door of furniture (X) relatively furniture cabinet (Y) is when opening, clicking section (10) are touched by second
Contact portion (4.1) drives the second swing element (4) to slide into rear curve from linear slide region (1.1)
Awaiting orders region (1.3), wherein clicking section (10) slide into rear curve at the second swing element (4) and treat
Touch portion (4.1) with second during life region (1.3) to be mutually disengaged, and the first swing element (3)
It is held essentially constant with the piston rod (6) position during sliding door of furniture (X) slide opening and closing.
The scalable bidirectional damper structure of sliding door of furniture, its feature the most according to claim 8
Being: be provided with on described carrier base (1) and dodge position (1.4), spring (2) is movably arranged on to be kept away
Stepping down on (1.4), antivibrator is movably arranged on linear slide region (1.1), and first swings unit
Part (3) Elastic Sliding is awaited orders on region (1.2) and linear slide region (1.1) at front curve, the
Two swing elements (4) Elastic Sliding is awaited orders region (1.3) and linear slide region (1.1) at rear curve
On；Wherein, the first swing element (3) and the second swing element (4) are respectively at linear slide district
During territory (1.1), spring (2) slide anteroposterior is being dodged on position (1.4), antivibrator, the first swing
Element (3) and the second swing element (4) slide anteroposterior are on linear sliding area (1.1).
10. according to the scalable bidirectional damper structure of sliding door of furniture described in any one of claim 1-9,
It is characterized in that: this structure also includes sliding door of furniture (X) and furniture cabinet (Y), furniture cabinet (Y)
On be provided with spout (9), sliding door of furniture (X) left and right reversible slide opening and closing is in spout (9)
On, spout (9) is provided with groove (9.1), striking gear (A) is arranged on groove (9.1)
On, damping unit (B) is arranged on sliding door of furniture (X), and sliding door of furniture (X) left and right is two-way
Formula slide opening and closing upper at furniture cabinet (Y) and the two at sliding closing time by striking gear (A)
Act on the first swing element (3) and second swing element (4) of damping unit (B) respectively, damping
Device compresses and produces damping buffering power, to realize reversible damping buffering pass, sliding door of furniture (X) left and right
Close on furniture cabinet (Y)；Be provided with on described striking gear (A) or damping unit (B) to
Few two scroll wheels (Z), at least two scroll wheel (Z) rolls to be arranged on by connecting shaft respectively and stirs
Device (A) or damping unit (B) are gone up and the rolling action when sliding door of furniture (X) slide opening and closing
On the sidewall of groove (9.1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620423517.6U CN205638009U (en) | 2016-05-10 | 2016-05-10 | Furniture sliding door's adjustable two -way damping structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620423517.6U CN205638009U (en) | 2016-05-10 | 2016-05-10 | Furniture sliding door's adjustable two -way damping structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205638009U true CN205638009U (en) | 2016-10-12 |
Family
ID=57059016
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620423517.6U Withdrawn - After Issue CN205638009U (en) | 2016-05-10 | 2016-05-10 | Furniture sliding door's adjustable two -way damping structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205638009U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105804568A (en) * | 2016-05-10 | 2016-07-27 | 伍志勇 | Adjustable bothway damping structure with furniture sliding door |
| CN106869664A (en) * | 2017-03-16 | 2017-06-20 | 广东图特家居科技股份有限公司 | A kind of inside door of Door suspension two crashes damping system |
| CN107724878A (en) * | 2017-11-02 | 2018-02-23 | 广东东泰五金精密制造有限公司 | A kind of fast assembling disassembling structure for furniture elastic device |
| CN110023578A (en) * | 2017-01-27 | 2019-07-16 | 个人特诺斯科瑞沃里有限公司 | Sliding and brake apparatus for sliding door and baffle |
| CN110770409A (en) * | 2017-07-19 | 2020-02-07 | 个人特诺斯科瑞沃里有限公司 | Door provided with a plurality of adjusting members and sliding device for wardrobe door |
-
2016
- 2016-05-10 CN CN201620423517.6U patent/CN205638009U/en not_active Withdrawn - After Issue
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105804568A (en) * | 2016-05-10 | 2016-07-27 | 伍志勇 | Adjustable bothway damping structure with furniture sliding door |
| CN105804568B (en) * | 2016-05-10 | 2017-11-10 | 伍志勇 | A kind of adjustable bidirectional damper structure of sliding door of furniture |
| CN110023578A (en) * | 2017-01-27 | 2019-07-16 | 个人特诺斯科瑞沃里有限公司 | Sliding and brake apparatus for sliding door and baffle |
| CN110023578B (en) * | 2017-01-27 | 2020-11-06 | 个人特诺斯科瑞沃里有限公司 | Sliding and braking device for sliding doors and shutters |
| CN106869664A (en) * | 2017-03-16 | 2017-06-20 | 广东图特家居科技股份有限公司 | A kind of inside door of Door suspension two crashes damping system |
| CN106869664B (en) * | 2017-03-16 | 2024-03-22 | 广东图特精密五金科技股份有限公司 | Two inner door butt damping system of hanging sliding door |
| CN110770409A (en) * | 2017-07-19 | 2020-02-07 | 个人特诺斯科瑞沃里有限公司 | Door provided with a plurality of adjusting members and sliding device for wardrobe door |
| CN110770409B (en) * | 2017-07-19 | 2021-08-24 | 个人特诺斯科瑞沃里有限公司 | Door provided with a plurality of adjusting members and sliding device for wardrobe door |
| CN107724878A (en) * | 2017-11-02 | 2018-02-23 | 广东东泰五金精密制造有限公司 | A kind of fast assembling disassembling structure for furniture elastic device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205638009U (en) | Furniture sliding door's adjustable two -way damping structure | |
| CN105804568B (en) | A kind of adjustable bidirectional damper structure of sliding door of furniture | |
| CN105133983B (en) | adjustable toggle mechanism for sliding door of furniture | |
| CN105822167A (en) | Two-way damping structure of furniture sliding door | |
| CN104806101B (en) | The anti-jump stable regulation structure of sliding door of furniture | |
| CN105888425A (en) | Furniture damping buffer structure | |
| CN105625847B (en) | A kind of furniture damps escapement | |
| CN206091689U (en) | Damping buffer gear | |
| CN107842270A (en) | A kind of bidirectional damper closing structure of sliding door of furniture | |
| CN205638010U (en) | Furniture sliding door's two -way damping structure | |
| CN203506055U (en) | Adjusting device of drawer slide system | |
| CN105275294B (en) | The anticreep maintaining body of furniture moving parts | |
| CN105442991A (en) | Adjusting and locating mechanism of furniture side slide door | |
| CN207620580U (en) | A kind of bidirectional damper closing structure of sliding door of furniture | |
| CN205135197U (en) | Furniture removes anticreep maintain the body of part | |
| CN106050042A (en) | Damping and buffering mechanism | |
| CN206429136U (en) | A kind of adjustable sliding position limiting structure for sliding door of furniture | |
| CN105649454B (en) | Adjustable positioning and damping structure for furniture sliding door | |
| CN205617971U (en) | Furniture sliding door's string time adjustment mechanism | |
| CN106481179A (en) | The slip position-limit mechanism of sliding door of furniture | |
| CN205477062U (en) | Furniture sliding door's damping actuating mechanism | |
| CN205036204U (en) | A adjustable toggle mechanism for furniture sliding door | |
| CN108150043A (en) | A kind of integrated optimization damping opening and closing structure of sliding door of furniture | |
| CN106320880B (en) | A kind of damping mechanism for sliding door of furniture | |
| CN205206635U (en) | Furniture sideslip door regulation positioning mechanism |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161012 Effective date of abandoning: 20171110 |
|
| AV01 | Patent right actively abandoned |