CN206801366U - A kind of integrated optimization adjustment structure for furniture side sliding door - Google Patents
A kind of integrated optimization adjustment structure for furniture side sliding door Download PDFInfo
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- CN206801366U CN206801366U CN201720454651.7U CN201720454651U CN206801366U CN 206801366 U CN206801366 U CN 206801366U CN 201720454651 U CN201720454651 U CN 201720454651U CN 206801366 U CN206801366 U CN 206801366U
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- 238000006243 chemical reaction Methods 0.000 claims description 24
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- 239000007779 soft material Substances 0.000 claims description 8
- 230000001360 synchronised effect Effects 0.000 claims description 4
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Abstract
A kind of integrated optimization adjustment structure for furniture side sliding door, including support element, shifting part, damper assembly, rotating wheel, load-carrying unit, damper assembly interacts or departed from shifting part, damper assembly includes actuating element, rotating wheel is rotated and is located in actuating element, support element is provided with spring and regulating element, actuating element is slided on support element by spring, regulating element locating rotation is on support element and which is provided with adjustment effect portion, regulating element and the mutual drive connection of load-carrying unit；Load-carrying unit is provided with least two rakes, and actuating element is provided with the suitable inclination auxiliary section of quantity；Pass through instrument or manual action adjustment effect portion, regulating element locating rotation and driving load-carrying unit slip is positioned on support element, the stroke that load-carrying unit is slided when sliding by the cooperation restriction actuating element of rake and inclination auxiliary section on support element, to adjust the Elastic Sliding position of damper assembly and rotating wheel opposite brackets element.
Description
Technical field
It the utility model is related to a kind of integrated optimization adjustment structure for furniture side sliding door.
Background technology
Chinese patent literature number is that CN204238725U disclosed a kind of sliding door guide wheel device on April 1st, 2015,
It includes bottom plate, supporting plate, spring, bolt, the first guide wheel, the second guide wheel, spacer pin, and the first guide wheel, the second guide wheel are set side by side
In in supporting plate；Supporting plate is provided with through hole, and bottom plate is provided with screwed hole, and one end of spring outer ring is fixed on the right-hand member of bottom plate；
The screw cap end of bolt and supporting plate are affixed, and its end of thread sequentially passes through the inner ring of the through hole and spring and the screwed hole screw thread
Connection, and one end of spring inner ring is between bolt and the right-hand member of bottom plate, and and threaded bolt contacts, spacer pin be located at a left side for bottom plate
End, for prevent support sheet reset when beyond the edge of bottom plate.It is said that the structure can realize automatically adjust double guide wheels and guide rail it
Between close-fitting state；It can however not the upper-lower position between regulation door body and guide wheel, is unfavorable for the assembling of door body, simultaneously
Door body undamped effect when closed, noise is big when causing the door body to close, and can not meet the use demand of user.Therefore, having must
Further to improve.
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,
Accurate positioning, good balance effect, bearing capacity is strong, opening and closing process is steady, it is smooth, soft, Jing Yin, without rocking and firmly small be used for
The integrated optimization adjustment structure of furniture side sliding door, to overcome weak point of the prior art.
A kind of integrated optimization adjustment structure for furniture side sliding door designed by this purpose, including support element, stir
Part and the damper assembly being slidably arranged in respectively on support element, rotating wheel, load-carrying unit, damper assembly are mutual with shifting part
Effect departs from, and damping force is produced when wherein damper assembly interacts with shifting part, it is characterised in that：Damper assembly at least wraps
Actuating element is included, rotating wheel is rotatably arranged in actuating element, and spring and regulating element, actuating element are provided with support element
Slided by spring on support element, to realize damper assembly and rotating wheel simultaneously and/or synchronous Elastic Sliding is being propped up
On frame element, regulating element locating rotation is on support element and is provided with adjustment effect portion, and regulating element is first with carrying
The mutual drive connection of part, load-carrying unit are slided on support element by the driving positioning of regulating element；Set on load-carrying unit
There are at least two rakes, corresponding at least two rakes of actuating element are provided with the suitable inclination auxiliary section of quantity；Pass through work
Tool or manual action adjustment effect portion, regulating element locating rotation and driving load-carrying unit position slip on support element, hold
Carry element and limit the stroke that actuating element is slided on support element with the cooperation for tilting auxiliary section by rake when sliding,
To adjust the Elastic Sliding position of damper assembly and rotating wheel opposite brackets element.
The load-carrying unit, actuating element and rotating wheel difference linear orientation are slided on support element；Described inclination
Portion and tilt auxiliary section and be obliquely installed and angle of inclination is basically identical to be equidirectional, load-carrying unit passes through rake and actuating member
The inclination auxiliary section interaction of part.
The actuating element direction of linear slide and rotating wheel linear slide on support element on support element
Direction is parallel to each other, actuating element, rotating wheel on support element the direction of linear slide and load-carrying unit on support element
The direction of linear slide is mutually perpendicular to, load-carrying unit on support element the direction of linear slide and regulating element in support element
The axis direction of upper locating rotation is parallel to each other.
Groove portion is provided with the support element, the horizontal linear positioning of load-carrying unit is slided in the groove portion of support element,
Longitudinally guiding portion is provided with support element, actuating element is provided with longitudinally guiding auxiliary section, and actuating element passes through longitudinally guiding
Auxiliary section vertical linear positioning is slided in the longitudinally guiding portion of support element.
The damper assembly includes actuating element, damper, elastic component and pendulum bolt, damper and is arranged in actuating element,
For elastic component one end elastic reaction on support element or actuating element, other end elastic reaction puts bolt on damper or pendulum bolt
It is slidably arranged in actuating element and interacts or depart from shifting part, wherein pendulum bolt acts on when being interacted with shifting part
Damper produces damping force.
The damper assembly also includes runner and sliding part, and runner is rotatably arranged on actuating element and its periphery is provided with
Recess, elastic component one end elastic reaction is in actuating element, and the other end is around being located at after recess elastic reaction on sliding part；It is described
Actuating element on linear chute and tortuous chute are set, linear chute and tortuous chute connect, put bolt on be provided with swing
Portion and slipping part, set on sliding part and swing auxiliary section and sliding part, and pendulum bolt swings the pendulum for being arranged on sliding part by swing part
Linear chute and tortuous chute are slidably arranged on dynamic auxiliary section and by slipping part, sliding part is slided by sliding part and set
On linear chute；Described damper is arranged in actuating element and mutually linked with sliding part.
The notch part with certain elasticity or plasticity is provided with the pendulum bolt；The slipping part of pendulum bolt is in tortuous chute
When, shifting part towards pendulum bolt direction motion and act on notch part, and drive pendulum bolt slipping part from tortuous slide to
On linear chute, pendulum bolt drives the sliding part of sliding part to slide on linear chute when sliding, and puts bolt or sliding part is sliding
When act on damper, damper compresses and produces damping force.
Access Division is provided with the shifting part；The slipping part of pendulum bolt is when be in linear chute, and shifting part is towards the side for putting bolt
To motion and act on pendulum bolt, snapped onto after making pendulum bolt elastic deformation by Access Division on notch part, wherein pendulum bolt is in clamping
Elastic reset when portion is snapped onto on notch part；When Access Division is snapped onto on notch part, shifting part towards pendulum bolt opposite direction motion and
By the slipping part of Access Division and the cooperation driving pendulum bolt of notch part from linear slide to tortuous chute, pendulum bolt is sliding
When drives the sliding part slip of sliding part, and sliding part is reset to initial position when sliding with fluctuation dampers on linear chute,
Wherein the Access Division of shifting part is mutually disengaged when slipping part slides into tortuous chute with notch part.
The spring one end elastic reaction is in actuating element, and other end elastic reaction is on support element, regulating element
One end is provided with adjustment effect portion, and middle part is provided with rotation section, and the other end is provided with threaded portion, and load-carrying unit corresponds to threaded portion and set
It is equipped with thread fiting part, regulating element on support element and passes through threaded portion and load-carrying unit by rotation section locating rotation
The mutual drive connection of thread fiting part；By instrument or manual action adjustment effect portion, regulating element is fixed on support element
Position rotates and makees horizontal linear cunning on support element by the cooperation driving load-carrying unit of threaded portion and thread fiting part
Dynamic, load-carrying unit limits actuating element by the cooperation of rake and inclination auxiliary section when sliding and makees longitudinal direction on support element
The stroke of linear slide, to adjust the Elastic Sliding position of damper assembly and rotating wheel opposite brackets element；Described instrument or
When manual force withdraws adjustment effect portion, support element and actuating element pass through the mutual elastic reaction of spring, wherein spring pressure
During contracting, actuating element is by tilting auxiliary section supporting role on the rake of load-carrying unit, at least load-carrying unit, actuating element
Relative position between support element is held essentially constant；Described rotating wheel is by wheel dynamic bearing and with certain elasticity or modeling
The soft material of material is made；Wherein, soft material be arranged on wheel dynamic bearing periphery, wheel dynamic bearing in the middle part of be provided with hole portion and
By setting connecting shaft to be rotatably arranged in actuating element in hole portion.
The structure also includes furniture side sliding door and furniture cabinet, and support element is arranged on furniture side sliding door, and shifting part is set
Put on furniture cabinet, or shifting part is arranged on furniture side sliding door, support element is arranged on furniture cabinet, and furniture breaks away
Door is by the rotating wheel slide opening and closing on support element on furniture cabinet；Described damper assembly comprises at least damper and pendulum
Bolt, damper are arranged on support element, and pendulum bolt is slidably arranged on support element, and furniture side sliding door passes through in sliding closing
Shifting part is acted on pendulum bolt, and pendulum bolt is slided on support element and acted on damper, and damper compresses and produces damping
Power, to realize that furniture side sliding door damps sliding closing on furniture cabinet.
The utility model passes through the rotating wheel slide opening and closing on support element by the improvement of said structure, furniture side sliding door
On furniture cabinet, slide opening and closing effect between furniture side sliding door and furniture cabinet is effectively improved and improved, facilitates use
The routine use at family, also simplify the installation step of furniture side sliding door and furniture cabinet, and furniture side sliding door is gone back in sliding closing
Sliding closing is damped on furniture cabinet by damper assembly, makes the sliding closing of furniture side sliding door steady, smooth, Jing Yin；And
And by the adjustment effect portion of instrument or manual action regulating element, load-carrying unit can be driven to be slided on support element, carried
The stroke that element is slided when sliding by the cooperation restriction actuating element of rake and inclination auxiliary section on support element, i.e.,
The Elastic Sliding position of adjustable damper assembly and rotating wheel opposite brackets element, effectively eliminate and advised because making between each component
Lattice, which are not inconsistent, to be caused installation difficulty and is misplaced in installation process, bob when causing furniture side sliding door slide opening and closing,
A series of problems, such as swinging or can not being normally opened and closed, make between furniture side sliding door and furniture cabinet slide opening and closing process more
Smooth, soft, nothing is rocked；Meanwhile instrument or manual force, when withdrawing service portion, support element and actuating element pass through spring
During mutual elastic reaction, wherein spring-compressed, actuating element is by tilting rake of the auxiliary section supporting role in load-carrying unit
On, the relative position at least between load-carrying unit, actuating element and support element is held essentially constant, and is avoided because furniture breaks away
Door heavier-weight, easily gives up the throne after regulation, the problem of causing failure of adjustment, is effectively improved reconciliation of inventory and bearing capacity,
Make being more uniformly stressed between furniture side sliding door and furniture cabinet, regulation is more convenient, and positioning is more accurate；Wherein, spring
In actuating element, other end elastic reaction can be achieved damper assembly and rotating wheel be same one end elastic reaction on support element
When and/or synchronous elastic spacing slide on support element, while effectively improving furniture side sliding door supporting power, make damping group
The Elastic Sliding position adjustments amount of part and rotating wheel opposite brackets element is bigger, and structure is overall compact simultaneously, furniture side sliding door
When furniture cabinet out-of-flatness, can be transferred through the effect of spring, smoothly slide opening and closing is on furniture cabinet, further
Ground make between furniture side sliding door and furniture cabinet slide opening and closing process it is more smooth, it is soft, without rocking；Also, rotating wheel is by taking turns
Dynamic bearing and it is made with certain elasticity or the soft materials of plastics, wheel dynamic bearing can improve the rotating effect of rotating wheel, make it
Rotate it is more smooth, without interim card, soft material is arranged on wheel dynamic bearing periphery, steady, smooth when making its rotary action, without noise
Sound, further improve and improve slide opening and closing effect between furniture side sliding door and furniture cabinet；Meanwhile shifting part and pendulum
Bolt is additionally provided with the Access Division and notch part for preventing that damping from failing, when pendulum bolt dislocation, as long as the Access Division for passing through shifting part
On the notch part for snapping onto pendulum bolt, pendulum bolt of then pulling back can just make pendulum bolt be in normal operating position, avoid user from grasping by mistake
After work can not normal use the problem of, it is further user-friendly.It has simple and reasonable, dependable performance,
Regulation is quick, and easy to operate, accurate positioning, good balance effect, bearing capacity is strong, and opening and closing process is steady, smooth, soft, Jing Yin, nothing
Rock and it is firmly small the features such as, it is practical.
Brief description of the drawings
Fig. 1 is the decomposition texture schematic diagram of the utility model first embodiment.
Fig. 2 is the assembling structure schematic diagram of the utility model first embodiment.
Fig. 3 is support element, load-carrying unit, regulating element, damper assembly and the rotation of the utility model first embodiment
Take turns assembling structure schematic diagram.
Fig. 4, Fig. 5 be the support element of the utility model first embodiment, load-carrying unit, regulating element, damper assembly and
Rotating wheel decomposition texture schematic diagram.
Fig. 6, Fig. 7 are the damper assembly and rotating wheel decomposition texture schematic diagram of the utility model first embodiment.
Fig. 8 is the shifting part structural representation of the utility model first embodiment.
Fig. 9-Figure 11 is the damping closing process change schematic diagram of the utility model first embodiment.
Figure 12, Figure 13 are the shifting part and the pendulum anti-tripping termination process change schematic diagram of bolt of the utility model first embodiment.
Embodiment
Below in conjunction with the accompanying drawings and embodiment is further described to the utility model.
Referring to Fig. 1-Figure 13, this is used for the integrated optimization adjustment structure of furniture side sliding door, including support element 1, shifting part 2
And damper assembly, rotating wheel 3, load-carrying unit 4 on support element 1 are slidably arranged in respectively, damper assembly and the phase of shifting part 2
Interaction or disengaging, wherein damper assembly produce damping force when being interacted with shifting part 2, damper assembly comprises at least actuating
Element 5, rotating wheel 3 are rotatably arranged in actuating element 5, and spring 6 and regulating element 7, actuating element are provided with support element 1
5 by the Elastic Sliding of spring 6 on support element 1, to realize damper assembly and rotating wheel 3 simultaneously and/or synchronous elasticity is sliding
Move on support element 1, the locating rotation of regulating element 7 is on support element 1 and is provided with adjustment effect portion 7.1, regulation
Element 7 and 4 mutual drive connection of load-carrying unit, load-carrying unit 4 are slided in support element 1 by the driving positioning of regulating element 7
On；At least two rakes 4.1 are provided with load-carrying unit 4, corresponding at least two rakes 4.1 of actuating element 5 are provided with number
Measure suitable inclination auxiliary section 5.1；By instrument or manual action adjustment effect portion 7.1, the locating rotation of regulating element 7 and drive
Dynamic load-carrying unit 4 positions slip on support element 1, and load-carrying unit 4 by rake 4.1 and tilts auxiliary section when sliding
5.1 cooperation limits the stroke that actuating element 5 is slided on support element 1, to adjust damper assembly and the relative branch of rotating wheel 3
The Elastic Sliding position of frame element 1.
Further speaking, load-carrying unit 4, actuating element 5 and rotating wheel 3 are distinguished linear orientation and slided on support element 1；
Described rake 4.1 and tilt auxiliary section 5.1 and be obliquely installed and angle of inclination is basically identical to be equidirectional, load-carrying unit 4 is logical
Cross rake 4.1 and the inclination auxiliary section 5.1 of actuating element 5 interacts.
Further speaking, actuating element 5 on support element 1 direction of linear slide and rotating wheel 3 in support element 1
The direction of upper linear slide is parallel to each other, actuating element 5, rotating wheel 3 direction of linear slide and carrying member on support element 1
The direction of linear slide on support element 1 of part 4 is mutually perpendicular to, load-carrying unit 4 on support element 1 direction of linear slide with
The axis direction of locating rotation on support element 1 of regulating element 7 is parallel to each other.
Further speaking, groove portion 1.1 is provided with support element 1, the horizontal linear positioning of load-carrying unit 4 is slided in support member
In the groove portion 1.1 of part 1, longitudinally guiding portion 1.2 is provided with support element 1, actuating element 5 is provided with longitudinally guiding auxiliary section
5.2, actuating element 5 is slided in the longitudinally guiding portion 1.2 of support element 1 by the positioning of the vertical linear of longitudinally guiding auxiliary section 5.2
On.
Further speaking, damper assembly includes actuating element 5, damper 8, elastic component 9 and puts bolt 10, and damper 8 is set
In actuating element 5, on support element 1 or actuating element 5, other end elastic reaction is hindering one end elastic reaction of elastic component 9
On Buddhist nun's device 8 or pendulum bolt 10, pendulum bolt 10 is slidably arranged in actuating element 5 and interacts or depart from shifting part 2, wherein putting
Damper 8 is acted on when bolt 10 interacts with shifting part 2 and produces damping force.
Further speaking, damper assembly also includes runner 11 and sliding part 12, runner 11 be rotatably arranged on actuating element 5,
And its periphery is provided with recess 11.1, one end elastic reaction of elastic component 9 is in actuating element 5, and the other end is around being located at recess 11.1
Elastic reaction is on sliding part 12 afterwards；Linear chute 5.3 and tortuous chute 5.4 are set in described actuating element 5, it is linear sliding
Groove 5.3 and tortuous chute 5.4 connect, and put and swing part 10.1 and slipping part 10.2 are provided with bolt 10, and pendulum is set on sliding part 12
Dynamic auxiliary section 12.1 and sliding part 12.2, pendulum bolt 10 swing the swing auxiliary section for being arranged on sliding part 12 by swing part 10.1
Linear chute 5.3 and tortuous chute 5.4 are slidably arranged on 12.1 and by slipping part 10.2, sliding part 12 passes through sliding part
12.2 are slidably arranged on linear chute 5.3；Described damper 8 is arranged in actuating element 5 and interconnected with the phase of sliding part 12
It is dynamic.
Further speaking, put and the notch part 10.3 with certain elasticity or plasticity is provided with bolt 10；Put the sliding of bolt 10
When portion 10.2 is in tortuous chute 5.4, the direction of shifting part 2 towards pendulum bolt 10 is moved and acted on notch part 10.3, and is driven
The slipping part 10.2 of pendulum bolt 10 is slid on linear chute 5.3 from tortuous chute 5.4, and pendulum bolt 10 drives sliding part when sliding
12 sliding part 12.2 is slided on linear chute 5.3, is put bolt 10 or sliding part 12 and is acted on when sliding on damper 8, is hindered
Buddhist nun's device 8 compresses and produces damping force.
Further speaking, Access Division 2.1 is provided with shifting part 2；The slipping part 10.2 of pendulum bolt 10 is in linear chute
When 5.3, the direction of shifting part 2 towards pendulum bolt 10 is moved and acted on pendulum bolt 10, passes through clamping after making the elastic deformation of pendulum bolt 10
Portion 2.1 is snapped onto on notch part 10.3, wherein the pendulum elastic reset when Access Division 2.1 is snapped onto on notch part 10.3 of bolt 10；Card
When socket part 2.1 is snapped onto on notch part 10.3, shifting part 2 and towards the opposite direction motion for putting bolt 10 and by Access Division 2.1 lack
The slipping part 10.2 of the cooperation driving pendulum bolt 10 of oral area 10.3 is slid on tortuous chute 5.4 from linear chute 5.3, and pendulum bolt 10 exists
The sliding part 12.2 of sliding part 12 is driven to slide on linear chute 5.3 during slip, the band fluctuation dampers 8 when sliding of sliding part 12
It is reset to initial position, the wherein Access Division 2.1 of shifting part 2 is when slipping part 10.2 slides into tortuous chute 5.4 and notch part
10.3 are mutually disengaged.
Further speaking, one end elastic reaction of spring 6 is in actuating element 5, and other end elastic reaction is in support element 1
On, the one end of regulating element 7 is provided with adjustment effect portion 7.1, and middle part is provided with rotation section 7.2, and the other end is provided with threaded portion
7.3, the corresponding threaded portion 7.3 of load-carrying unit 4 is provided with thread fiting part 4.2, and regulating element 7 passes through the locating rotation of rotation section 7.2
On support element 1 and pass through the 4.2 mutual drive connection of thread fiting part of threaded portion 7.3 and load-carrying unit 4；Pass through instrument
Or manual action adjustment effect portion 7.1, regulating element 7 locating rotation and pass through threaded portion 7.3 and screw thread on support element 1
The cooperation driving load-carrying unit 4 of auxiliary section 4.2 makees horizontal linear slide on support element 1, and load-carrying unit 4 leads to when sliding
Cross rake 4.1 and tilt and coordinating for auxiliary section 5.1 limit the row that actuating element 5 makees vertical linear slip on support element 1
Journey, to adjust the Elastic Sliding position of damper assembly and the opposite brackets element 1 of rotating wheel 3；Described instrument or manual force
When withdrawing adjustment effect portion 7.1, support element 1 and actuating element 5 are compressed by 6 mutual elastic reaction of spring, wherein spring 6
When, actuating element 5 by tilting the supporting role of auxiliary section 5.1 on the rake 4.1 of load-carrying unit 4, at least load-carrying unit 4,
Relative position between actuating element 5 and support element 1 is held essentially constant；Described rotating wheel 3 is by wheel dynamic bearing 3.1 and band
The soft material 3.2 for having certain elasticity or plastics is made；Wherein, soft material 3.2 is arranged on the periphery of wheel dynamic bearing 3.1, wheel
The middle part of dynamic bearing 3.1 is provided with hole portion 3.3 and by setting connecting shaft to be rotatably arranged in actuating element 5 in hole portion 3.3.
Specifically, the structure also includes furniture side sliding door X and furniture cabinet Y, and support element 1 is arranged on furniture side sliding door
On X, shifting part 2 is arranged on furniture cabinet Y, or shifting part 2 is arranged on furniture side sliding door X, and support element 1 sets and is in
Have on cabinet Y, furniture side sliding door X is by the slide opening and closing of rotating wheel 3 on support element 1 on furniture cabinet Y；Described damping
Component comprises at least damper 8 and pendulum bolt 10, and damper 8 is arranged on support element 1, and pendulum bolt 10 is slidably arranged in support element
On 1, furniture side sliding door X is acted on pendulum bolt 10 in sliding closing by shifting part 2, and pendulum bolt 10 is sliding on support element 1
Move and act on damper 8, damper 8 compresses and produces damping force, to realize that furniture side sliding door X damping sliding closings exist
On furniture cabinet Y.
The advantages of general principle of the present utility model, principal character and the utility model has been shown and described above.Ability
The technical staff in domain should be recognized that the utility model is not restricted to the described embodiments, described in above-described embodiment and specification
Simply illustrate principle of the present utility model, the utility model also has on the premise of the spirit and scope of the utility model is not departed from
Various changes and modifications, these changes and improvements are both fallen within claimed the scope of the utility model.The requires of the utility model
Protection domain is defined by appended claims and its equivalent.
Claims (10)
1. a kind of integrated optimization adjustment structure for furniture side sliding door, including support element (1), shifting part (2) and difference
Damper assembly, rotating wheel (3), the load-carrying unit (4) being slidably arranged on support element (1), damper assembly and shifting part (2) phase
Interaction or disengaging, wherein damper assembly produce damping force when being interacted with shifting part (2), it is characterised in that：Damper assembly
Including at least actuating element (5), rotating wheel (3) is rotatably arranged in actuating element (5), and support element is provided with spring on (1)
(6) and regulating element (7), actuating element (5) by spring (6) Elastic Sliding on support element (1), to realize damper assembly
With rotating wheel (3) while and/or synchronous Elastic Sliding on support element (1), regulating element (7) locating rotation is in support element
(1) on and adjustment effect portion (7.1), regulating element (7) and load-carrying unit (4) mutual drive connection are provided with, carrying is first
Part (4) is slided on support element (1) by the driving positioning of regulating element (7)；At least two are provided with load-carrying unit (4)
Rake (4.1), corresponding at least two rakes (4.1) of actuating element (5) are provided with the suitable inclination auxiliary section of quantity
(5.1)；By instrument or manual action adjustment effect portion (7.1), regulating element (7) locating rotation and driving load-carrying unit (4)
Position and slide on support element (1), load-carrying unit (4) by rake (4.1) and tilts auxiliary section (5.1) when sliding
Coordinate and limit the stroke that actuating element (5) is slided on support element (1), to adjust damper assembly and the relative branch of rotating wheel (3)
The Elastic Sliding position of frame element (1).
2. it is used for the integrated optimization adjustment structure of furniture side sliding door according to claim 1, it is characterised in that：The carrying member
Linear orientation is slided on support element (1) respectively for part (4), actuating element (5) and rotating wheel (3)；Described rake (4.1)
It is obliquely installed and angle of inclination is basically identical to be equidirectional with auxiliary section (5.1) are tilted, load-carrying unit (4) passes through rake
(4.1) the inclination auxiliary section (5.1) with actuating element (5) interacts.
3. it is used for the integrated optimization adjustment structure of furniture side sliding door according to claim 2, it is characterised in that：The actuating member
Part (5) direction of linear slide and direction phase of rotating wheel (3) linear slide on support element (1) on support element (1)
Mutually it is parallel, actuating element (5), rotating wheel (3) on support element (1) direction of linear slide and load-carrying unit (4) in support
The direction of linear slide is mutually perpendicular on element (1), load-carrying unit (4) direction of linear slide and tune on support element (1)
Section element (7) axis direction of locating rotation on support element (1) is parallel to each other.
4. it is used for the integrated optimization adjustment structure of furniture side sliding door according to claim 3, it is characterised in that：The support member
Groove portion (1.1) is provided with part (1), the horizontal linear positioning of load-carrying unit (4) is slided in the groove portion (1.1) of support element (1),
Longitudinally guiding portion (1.2) is provided with support element (1), actuating element (5) is provided with longitudinally guiding auxiliary section (5.2), actuating
Element (5) is slided in the longitudinally guiding portion (1.2) of support element (1) by the positioning of longitudinally guiding auxiliary section (5.2) vertical linear
On.
5. it is used for the integrated optimization adjustment structure of furniture side sliding door according to claim 4, it is characterised in that：The damping group
Part includes actuating element (5), damper (8), elastic component (9) and pendulum bolt (10), damper (8) and is arranged in actuating element (5),
Elastic component (9) one end elastic reaction on support element (1) or actuating element (5), other end elastic reaction in damper (8) or
Put on bolt (10), pendulum bolt (10) is slidably arranged in actuating element (5) and interacts or depart from shifting part (2), wherein putting
Damper (8) is acted on when bolt (10) interacts with shifting part (2) and produces damping force.
6. it is used for the integrated optimization adjustment structure of furniture side sliding door according to claim 5, it is characterised in that：The damping group
Part also includes runner (11) and sliding part (12), and runner (11) is rotatably arranged on actuating element (5) and its periphery is provided with recess
(11.1), elastic component (9) one end elastic reaction is in actuating element (5), and the other end is around being located at recess (11.1) elastic reaction afterwards
On sliding part (12)；Linear chute (5.3) and tortuous chute (5.4), linear chute are set in described actuating element (5)
(5.3) connect with tortuous chute (5.4), swing part (10.1) and slipping part (10.2), sliding part are provided with pendulum bolt (10)
(12) set on and swing auxiliary section (12.1) and sliding part (12.2), pendulum bolt (10) is swung by swing part (10.1) and is arranged on cunning
Linear chute (5.3) and complications are slidably arranged on the swing auxiliary section (12.1) of moving part (12) and by slipping part (10.2)
Chute (5.4), sliding part (12) are slidably arranged on linear chute (5.3) by sliding part (12.2)；Described damper (8)
It is arranged in actuating element (5) and is mutually linked with sliding part (12).
7. it is used for the integrated optimization adjustment structure of furniture side sliding door according to claim 6, it is characterised in that：The pendulum bolt
(10) notch part (10.3) with certain elasticity or plasticity is provided with；The slipping part (10.2) for putting bolt (10) is in tortuous sliding
During groove (5.4), shifting part (2) is moved and acted on notch part (10.3) towards the direction of pendulum bolt (10), and drives pendulum bolt (10)
Slipping part (10.2) slid into from tortuous chute (5.4) on linear chute (5.3), pendulum bolt (10) slide when drive sliding part
(12) sliding part (12.2) is slided on linear chute (5.3), and pendulum bolt (10) or sliding part (12) act on resistance when sliding
On Buddhist nun's device (8), damper (8) compresses and produces damping force.
8. it is used for the integrated optimization adjustment structure of furniture side sliding door according to claim 7, it is characterised in that：The shifting part
(2) Access Division (2.1) is provided with；When the slipping part (10.2) of pendulum bolt (10) is in linear chute (5.3), shifting part (2) court
The direction motion of pendulum bolt (10) and act on pendulum bolt (10), make after pendulum bolt (10) elastic deformation by Access Division (2.1) snapping
On notch part (10.3), wherein pendulum bolt (10) elastic reset when Access Division (2.1) are snapped onto on notch part (10.3)；Clamping
When portion (2.1) is snapped onto on notch part (10.3), the opposite direction of shifting part (2) towards pendulum bolt (10) is moved and passes through Access Division
(2.1) and notch part (10.3) cooperation driving pendulum bolt (10) slipping part (10.2) slide into complications from linear chute (5.3)
On chute (5.4), pendulum bolt (10) drives the sliding part (12.2) of sliding part (12) to slide in linear chute (5.3) when sliding
On, sliding part (12) band fluctuation dampers (8) when sliding are reset to initial position, and the Access Division (2.1) of wherein shifting part (2) exists
It is mutually disengaged when slipping part (10.2) slides into tortuous chute (5.4) with notch part (10.3).
9. it is used for the integrated optimization adjustment structure of furniture side sliding door according to claim 8, it is characterised in that：The spring
(6) one end elastic reaction is in actuating element (5), and other end elastic reaction is on support element (1), regulating element (7) one end
Adjustment effect portion (7.1) is provided with, middle part is provided with rotation section (7.2), and the other end is provided with threaded portion (7.3), load-carrying unit
(4) corresponding threaded portion (7.3) are provided with thread fiting part (4.2), and regulating element (7) is existed by rotation section (7.2) locating rotation
On support element (1) and pass through thread fiting part (4.2) mutual drive connection of threaded portion (7.3) and load-carrying unit (4)；It is logical
Cross instrument or manual action adjustment effect portion (7.1), regulating element (7) locating rotation and passes through screw thread on support element (1)
The cooperation driving load-carrying unit (4) of portion (7.3) and thread fiting part (4.2) makees horizontal linear slide on support element (1),
Load-carrying unit (4) limits actuating element (5) by the cooperation of rake (4.1) and inclination auxiliary section (5.1) when sliding and propped up
Make the stroke of vertical linear slip on frame element (1), to adjust the bullet of damper assembly and rotating wheel (3) opposite brackets element (1)
Property sliding position；When described instrument or manual force withdraws adjustment effect portion (7.1), support element (1) and actuating element
(5) by spring (6) mutual elastic reaction, when wherein spring (6) compresses, actuating element (5) is propped up by tilting auxiliary section (5.1)
Make on the rake (4.1) used in load-carrying unit (4), at least load-carrying unit (4), actuating element (5) and support element (1) it
Between relative position be held essentially constant；Described rotating wheel (3) is by wheel dynamic bearing (3.1) and with certain elastic or plastics
Soft material (3.2) is made；Wherein, soft material (3.2) is arranged on the periphery of wheel dynamic bearing (3.1), takes turns in dynamic bearing (3.1)
Portion is provided with hole portion (3.3) and by setting connecting shaft to be rotatably arranged in actuating element (5) in hole portion (3.3).
10. it is used for the integrated optimization adjustment structure of furniture side sliding door according to claim any one of 1-9, it is characterised in that：
The structure also includes furniture side sliding door (X) and furniture cabinet (Y), and support element (1) is arranged on furniture side sliding door (X), stirred
Part (2) is arranged on furniture cabinet (Y), or shifting part (2) is arranged on furniture side sliding door (X), and support element (1) is arranged on
On furniture cabinet (Y), furniture side sliding door (X) is by rotating wheel (3) slide opening and closing on support element (1) at furniture cabinet (Y)
On；Described damper assembly comprises at least damper (8) and pendulum bolt (10), and damper (8) is arranged on support element (1), puts
Bolt (10) is slidably arranged on support element (1), and furniture side sliding door (X) acts on pendulum in sliding closing by shifting part (2)
On bolt (10), pendulum bolt (10) is slided on support element (1) and acted on damper (8), and damper (8) compresses and produced
Damping force, to realize that furniture side sliding door (X) damps sliding closing on furniture cabinet (Y).
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| CN201720454651.7U CN206801366U (en) | 2017-04-26 | 2017-04-26 | A kind of integrated optimization adjustment structure for furniture side sliding door |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106948720A (en) * | 2017-04-26 | 2017-07-14 | 伍志勇 | A kind of integrated optimization adjustment structure for furniture side sliding door |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106948720A (en) * | 2017-04-26 | 2017-07-14 | 伍志勇 | A kind of integrated optimization adjustment structure for furniture side sliding door |
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