CN207228829U - A kind of panel unlocking mechanism for pumping of riding - Google Patents
A kind of panel unlocking mechanism for pumping of riding Download PDFInfo
- Publication number
- CN207228829U CN207228829U CN201720902541.2U CN201720902541U CN207228829U CN 207228829 U CN207228829 U CN 207228829U CN 201720902541 U CN201720902541 U CN 201720902541U CN 207228829 U CN207228829 U CN 207228829U
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- mounting base
- spring
- card block
- rotating card
- latch components
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Abstract
The utility model provides a kind of panel unlocking mechanism for pumping of riding, including the installing component being installed on drawer side and the connecting component for being installed on drawer panel, the connecting component includes upper connector and lower connector, wherein, the installing component includes mounting base and the upper connection latch components being placed in mounting base, lower connection latch components, the linkage bar assembly that the mounting base is equipped with, it is compact-sized, it is low to manufacture cost, and under the action of the bar assembly that links, linkage lower connection latch components while latch components are connected in rotation, to reach upper connection latch components, lower connection latch components lock or solve at the same time trivial in connecting component, dismounting is quick, convenient stable connection again is high, ensure drawer normal use.
Description
Technical field
The panel installing component for pumping of riding is the utility model is related to, specifically a kind of panel unlocking mechanism for pumping of riding.
Background technology
Existing China Patent No. is CN201410466766.9, a kind of entitled disassembly and assembly structure of furniture drawer front panel,
It discloses the fixing device being arranged on side plate, and front panel is connected by more than two connecting elements with fixing device, Gu
Determine to be provided with more than the two sets locks for being used to locking and separate connecting element on device to disembark structure, and more than two sets of the lock is disembarked
Structure is relatively independent setting up and down;Wherein at least a set of first is locked when structure of disembarking is unlocked with connecting element and/or after unlock,
Connecting element is held essentially constant or moves in the front and back position that the first lock is disembarked on structure in effective scope and do not exist
Locking;Second lock disembarks structure and connecting element when unlocking, the second lock disembark structure release element by connecting element second lock from
The latched position of mechanism carries out a trip and realizes unlock.
That is, instrument departs from when keeping service portion, holding element automatically reset to the left to initial position by the 3rd spring and
Acted on by the 3rd spring on the upside of the front end of connecting element, at this time, the pendulum to the right that first-hand finger shape element passes through release element
The dynamic lock part for being disconnected element, connecting element are disembarked the latched position unlock of structure from the first lock, and at this time, connecting element is the
The front and back position that one lock is disembarked on structure is held essentially constant or moves in effective scope and do not relock.Instrument is again
Act on the second lock disembark structure release element release service portion, drive release element swung to the right from initial position, second
To the right swing of the finger type element by releasing element is disconnected the lock part of element, and connecting element locks the structure B that disembarks from second
Latched position unlock, the end for then releasing element acts on the push-in end face of connecting element, and by connecting element first
Lock structure of disembarking, the second latched position for locking structure of disembarking carries out a trip and realizes unlock.When connecting element locks, due to keeping
Element is automatically reset to the left to initial position by the 3rd spring and its end face is more than the push-in position location of connector, connection
When element insertion first is locked from device, it is pushed into end-acted and promotes holding element while drive release element to swing to the left,
First-hand finger shape element connects the lock part of connecting element by the sewing button to the left of release element.Connecting element and the can be achieved
One locks the auto lock from device;When connecting element insertion first is locked from device, the push-in end face of connecting element is made at the same time
With and promote the disembark release element of structure of the second lock to swing to the left, second-hand's finger shape element is by releasing the sewing button to the left of element
Connect the lock part of connecting element, you can realize that connecting element and first locks auto lock while lock from device, second from device.
The disassembly and assembly structure of above-mentioned furniture drawer front panel, although being acted by simple torque tool, realizes that lock is disembarked structure
Lock and/or separate with connecting element;But in practical operation, lock that to be locked from device with second from device be phase due to first
To independent setting up and down, and the front and back position that the first lock is disembarked on structure is held essentially constant or moves effective
In the range of, the second lock is disembarked and the locking of structure and connecting element or unlock, cause the first lock disembark structure, the second lock disembark structure with
The installation accuracy of connecting element is more demanding, and manufacture is cumbersome, of high cost, and it is tight to be easy to cause panel installation Hou Shang Panasonics, has
Shaking phenomenon, stability is poor, influences the normal use of drawer;Meanwhile rotate the first lock successively using instrument and disembark structure and second
Lock structure of disembarking could solve trivial, maloperation easily occur, damage fixing device.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, there is provided a kind of panel unlocking mechanism for pumping of riding,
Compact-sized, manufacture cost is low, and can utilize linkage lower connection latch components while latch components are connected in rotation, to reach
Lock or solve at the same time trivial in connecting component, dismounting is quick and easy and stable connection is high, it is ensured that drawer normal use.
What the purpose of utility model of the utility model was realized in:A kind of panel unlocking mechanism for pumping of riding, including peace
Loaded on the installing component on drawer side and the connecting component for being installed on drawer panel, the connecting component include upper connector with
Lower connector, wherein, the installing component includes mounting base and the upper connection latch components being placed in mounting base, lower connection lock
Component, linkage is lower while the mounting base is equipped with upper connection latch components and upper connector snapping or separates connects lock group
Part and lower connector snapping or separatory linkage bar assembly.
Optimized according to above-mentioned, the mounting base is equipped with resetting spring and connecting spring button group, the reset
Spring one end is fixed in mounting base, and the resetting spring other end is fixed on the top of linkage bar assembly, the connecting spring button group
Latch components matching snapping or separated with lower connection.
Optimized according to above-mentioned, the upper connection latch components include taking the upper rotating card block of button bit, upper elastic dialing
Dynamic group, the upper rotating card block axis connection is in mounting base, and upper elasticity is stirred group one end and is connected with upper rotating card block, upper elastic dialing
In in mounting base, linkage bar assembly and upper elasticity are stirred group to be connected dynamic group other end location and installation;
The upper elasticity, which stirs group, includes shifting part, upper fixture block and upper spring, and the upper spring pocket is loaded on upper fixture block simultaneously
The end of upper spring is fixed in mounting base, and the top of upper fixture block is connected in rotating card block, and upper fixture block positioning slides on bullet
On spring, the end of the upper shifting part, which is fixed, is connected in fixture block, and the top of upper shifting part carries the top for stirring linkage bar assembly
End.
Optimized according to above-mentioned, the upper rotating card block include be slidably connected with upper connector upper slip circle face,
The upper button bit of snapping, the upper screens with upper fixture block clamping, bottom and the upper button in upper slip circle face are adapted to upper connector
Position connection, upper screens are arranged oppositely with upper slip circle face.
Optimized according to above-mentioned, the lower connection latch components include the lower rotating card block with lower button bit, lower elastic dialing
Dynamic group, the lower rotating card block axis connection in mounting base, stir group side and be connected with lower rotating card block by lower elasticity, lower elastic dialing
In in mounting base, the linkage bar assembly is hinged dynamic group opposite side location and installation with lower rotating card block;
The lower elasticity, which stirs group, includes lower fixture block and lower spring, end of the lower spring pocket loaded on lower fixture block and lower spring
End is fixed in mounting base, and the top of lower fixture block is connected in lower rotating card block, and lower fixture block positioning is slided on lower spring.
Optimized according to above-mentioned, the lower rotating card block include be slidably connected with lower connector lower slider arc surface,
The lower button bit of snapping, the lower screens with lower fixture block clamping, the bottom of lower slider arc surface and lower button are adapted to lower connector
Position connection, lower screens are arranged oppositely with lower slider arc surface.
Optimized according to above-mentioned, the lower rotating card block is equipped with the connection fixture block with connecting spring button group snapping.
Optimized according to above-mentioned, the lower rotating card block is equipped with the spacing edge-cut of limitation turned position, mounting base
It is equipped with the limited post being slidably connected with spacing edge-cut.
Optimized according to above-mentioned, the linkage bar assembly includes upper oscillating rod and bottom lever, the middle part of upper oscillating rod
With mounting base axis connection, the reset bullet of the top of upper the oscillating rod upper rotating card block with upper connection latch components, mounting base respectively
Spring connects, and the lower part of the upper oscillating rod is equipped with connecting shaft, and the top of bottom lever is equipped with the connection being slidably connected with connecting shaft
Groove, the lower part of the bottom lever are hinged with lower rotating card block.
Optimized according to above-mentioned, the upper oscillating rod, which is equipped with, to be used to rotate oscillating rod and make rotating card block, backspin
Turn fixture block unlock notch separated with upper connector, lower connector respectively.
The utility model has the advantage of:Pass through upper connection latch components, linkage bar assembly and lower connection latch components
Respective outer side edges, during upper connection latch components rotation, upper connection latch components and upper connector snapping or separate, while in interlocking bar
Under the action of component, make lower connection latch components also can be with lower connector snapping or separating, using linked manner to reach drawer
The top and the bottom of panel can fasten or separately installed at the same time, instead of the locking of existing separate mode priority operating drawer panel
Or solution is trivial, dismounting is faster, conveniently, and stable connection is high, it is ensured that the use quality of drawer.
Brief description of the drawings
Attached drawing 1 is the structure diagram of the utility model preferred embodiment.
Attached drawing 2 is the structure diagram (removing local mounting base) of the utility model preferred embodiment.
Attached drawing 3 is the front view of rotating card block in the utility model preferred embodiment.
Attached drawing 4 is the front view of rotating card block under the utility model preferred embodiment.
Embodiment
The utility model will be further described below in conjunction with the accompanying drawings.
With reference to the accompanying drawings shown in 1 to Fig. 4, the panel unlocking mechanism of the pumping of riding of the utility model, it includes being installed on drawer
Installing component on side plate and the connecting component 1 for being installed on drawer panel.The connecting component 1 includes upper connector 11 and lower company
Fitting 12, the installing component include mounting base 2 and the upper connection latch components 3, the lower connection latch components that are placed in mounting base 2
4;Connected moreover, linkage is lower while the mounting base 2 is equipped with upper connection latch components 3 and 11 snapping of upper connector or separates
Latch components 4 and lower 12 snapping of connector or separatory linkage bar assembly 5.
That is, the respective outer side edges of upper connection latch components 3, linkage bar assembly 5 and lower connection latch components 4, upper connection are passed through
When latch components 3 rotate, upper connection latch components 3 and 11 snapping of upper connector or separate, while in the effect of bar assembly 5 that links
Under, make lower connection latch components 4 also can be with lower 12 snapping of connector or separating, using linked manner to reach the upper of drawer panel
Lower part can fasten or separately installed at the same time, trivial instead of the locking or solution of existing separate mode priority operating drawer panel,
Dismount faster, conveniently, stable connection is high, it is ensured that the use quality of drawer.
Referring to figs. 1 to shown in Fig. 4, further refinement, the mounting base 2 are equipped with resetting spring 6 and connecting spring button group
7, described 6 one end of resetting spring is fixed in mounting base 2, and 6 other end of resetting spring is fixed on the top of linkage bar assembly 5, institute
Connecting spring button group 7 is stated 4 matching snapping of latch components or to separate with lower connection.
During installation, when upper connector 11 abuts against connection latch components 3, upper connection latch components 3 are promoted to rotate clockwise,
At the same time in the case where linkage bar assembly 5 acts on, lower connection latch components 4 are promoted to rotate clockwise, upper connector 11 is locked along upper connection
After the slip certain distance of buckle assembly 3 and it is buckled in connection latch components 3;Period, it is lower connection latch components 4 also with lower connection
12 matching snapping of part.Then, under the action of the elastic reset of resetting spring 6, upper connector 11 and upper connection latch components 3 are made
Fastening, with latch components 4 and 7 snapping of connecting spring button group is connected at present, makes lower connector 12 be detained with lower connection latch components 4
Tightly.In this way, realizing that the top and the bottom of drawer panel are lock onto on drawer at the same time, loose phenomenon is avoided, strengthens stable connection.
With reference to shown in Fig. 2 and Fig. 3, the upper connection latch components 3 include taking the upper rotating card block 31 of button bit 311, on
Elasticity stirs group 32.For 31 axis connection of upper rotating card block in mounting base 2, upper elasticity stirs 32 one end of group and upper rotating card block
31 connections, upper elasticity stir 32 other end location and installations of group in mounting base 2, and linkage bar assembly 5 is stirred group 32 with upper elasticity and connected
Connect.The upper elasticity, which stirs group 32, includes upper shifting part 321, upper fixture block 322 and upper spring 323.The upper spring 323 is set in
The end of upper fixture block 322 and upper spring 323 is fixed in mounting base 2, and the top of upper fixture block 322 is connected in rotating card block 31,
The upper positioning of fixture block 322 is slided on spring 323, and the end of the upper shifting part 321, which is fixed, is connected in fixture block 322, upper to dial
The top of moving part 321 carries the top for stirring linkage bar assembly 5.
Wherein, the upper rotating card block 31 includes the upper slip circle face 312 being slidably connected with upper connector 11 and upper company
Fitting 11 is adapted to the upper button bit 311 of snapping, the upper screens 313 with upper 322 clamping of fixture block, the bottom in upper slip circle face 312
End is connected with upper button bit 311, and upper screens 313 is arranged oppositely with upper slip circle face 312.
With reference to shown in Fig. 2 and Fig. 4, the lower connection latch components 4 include the lower rotating card block 41 with lower button bit 411, under
Elasticity stirs group 42.For 41 axis connection of lower rotating card block in mounting base 2, lower elasticity stirs 42 sides of group and lower rotating card block
41 connections, lower elasticity stir 42 opposite side location and installations of group in mounting base 2, the linkage bar assembly 5 and lower rotating card block 41
It is hinged.The lower elasticity, which stirs group 42, includes lower fixture block 421 and lower spring 422.The lower spring 422 is set in lower fixture block 421
And the end of lower spring 422 is fixed in mounting base 2, the top of lower fixture block 421 is connected in lower rotating card block 41, lower fixture block 421
Positioning is slided on lower spring 422.
Wherein, the lower rotating card block 41 includes the lower slider arc surface 412 being slidably connected with lower connector 12 and lower company
Fitting 12 is adapted to the lower button bit 411 of snapping, the lower screens 413 with lower 421 clamping of fixture block, the bottom of lower slider arc surface 412
End is connected with lower button bit 411, and lower screens 413 is arranged oppositely with lower slider arc surface 412.Moreover, in the lower rotating card block 41
Equipped with the connection fixture block 414 with 7 snapping of connecting spring button group.The lower rotating card block 41 is equipped with limitation turned position
Spacing edge-cut 415, mounting base 2 are equipped with the limited post 8 being slidably connected with spacing edge-cut 415.
When upper connector 11 slides along upper slip circle face 312, upper connector 11 promotes upper revotating card to revolve clockwise
Turn.At this time, under the action of upper 323 expanding force of spring, the relatively upper spring 323 of upper fixture block 322 is displaced outwardly, upper shifting part 321
Linkage bar assembly 5 is promoted, the top of linkage bar assembly 5 is swung respectively inwards with end, to reach upper connector 11 and lower company
Fitting 12 snaps onto on button bit 311 and lower button bit 411 respectively.Then, in the effect of resetting spring 6, the bar assembly 5 that links is promoted
Reset.Period, due to the locking mechanism of rotating card block 31 in the formation of upper spring 323 and resetting spring 6, makes rotating card block 31
It is buckled in securely on upper connector 11.And lower rotating card block 41 makes company with being rotated counterclockwise under the drive of linkage bar assembly 5
Fixture block 414 and the fixed snapping of the button of connecting spring button group 7 are connect, while coordinates the structure of lower spring 422, also makes the lower jail of rotating card block 41
Admittedly be buckled on lower connector 12.
With reference to shown in Fig. 1 and Fig. 2, the linkage bar assembly 5 includes upper oscillating rod 51 and bottom lever 52.Upper oscillating rod 51
Middle part and 2 axis connection of mounting base, the top of upper oscillating rod 51 upper rotating card block 31, the peace with upper connection latch components 3 respectively
The resetting spring 6 of dress seat 2 connects.Wherein, the lower part of the upper oscillating rod 51 is equipped with connecting shaft 511, the top of bottom lever 52
Equipped with the link slot 521 being slidably connected with connecting shaft 511, the lower part of the bottom lever 52 is hinged with lower rotating card block 41.
It is used to rotate oscillating rod 51 and make rotating card block 31, lower rotating card block moreover, the upper oscillating rod 51 is equipped with
41 unlock notches 9 separated with upper connector 11, lower connector 12 respectively.
During unlock, using instrumental purpose on unlock notch 9, the top of oscillating rod 51 outwards rotates in drive, forces
Spring 323 is inwardly compressed, and rotating card block 31 rotates counterclockwise in drive, and make upper connector 11 successfully with upper rotating card block 31
Separation.Meanwhile under the action of driving force, the upper linkage bottom of oscillating rod 51 lever 52 is swung, and compresses lower spring 422, and make company
Fixture block 414 and connecting spring button group 7 is connect to deduct points from smooth to reach lower connector 12 so as to drive lower rotating card block 41 to rotate
Ground is separated with lower rotating card block 41, and realizing can be separated at the same time using linked manner with reaching the top and the bottom of drawer panel, be torn open
Fill faster, conveniently, stable connection is high, it is ensured that the use quality of drawer.
Above-mentioned specific embodiment is only the preferable embodiment of the utility model effect, all riding with the utility model
The identical or equivalent structure of panel unlocking mechanism that horse is taken out, it is within the protection scope of the present utility model.
Claims (10)
1. a kind of panel unlocking mechanism for pumping of riding, including the installing component being installed on drawer side and it is installed on drawer panel
Connecting component (1), the connecting component (1) includes upper connector (11) and lower connector (12), it is characterised in that:The peace
Dress component includes mounting base (2) and the upper connection latch components (3) being placed in mounting base (2), lower connection latch components (4), institute
Mounting base (2) is stated to be equipped with upper connection latch components (3) lower connect of linkage is locked with upper connector (11) snapping or while separate
Buckle assembly (4) and lower connector (12) snapping or separatory linkage bar assembly (5).
2. the panel unlocking mechanism for pumping of riding according to claim 1, it is characterised in that:The mounting base (2) is equipped with multiple
Position spring (6) and connecting spring buckle group (7), and described resetting spring (6) one end is fixed in mounting base (2), and resetting spring (6) is another
The top of linkage bar assembly (5), the connecting spring button group (7) and lower connection latch components (4) matching snapping are fixed in one end
Or separation.
3. the panel unlocking mechanism for pumping of riding according to claim 1, it is characterised in that:The upper connection latch components (3)
Upper rotating card block (31), upper elasticity including taking button bit (311) stir group (32), upper rotating card block (31) axis connection in
In mounting base (2), upper elasticity is stirred group (32) one end and is connected with upper rotating card block (31), and it is fixed that upper elasticity stirs group (32) other end
Position is installed in mounting base (2), and linkage bar assembly (5) is stirred group (32) with upper elasticity and is connected;
The upper elasticity, which stirs group (32), includes upper shifting part (321), upper fixture block (322) and upper spring (323), the upper spring
(323) end for being set in fixture block (322) and upper spring (323) is fixed in mounting base (2), the top of upper fixture block (322)
Rotating card block (31) is connected in, upper fixture block (322) positioning is slided on spring (323), the end of the upper shifting part (321)
End is fixed to be connected in fixture block (322), and the top of upper shifting part (321) carries the top for stirring linkage bar assembly (5).
4. the panel unlocking mechanism for pumping of riding according to claim 3, it is characterised in that:The upper rotating card block (31) includes
The upper slip circle face (312) that is slidably connected with upper connector (11), the upper button bit for being adapted to upper connector (11) snapping
(311), connect with the upper screens (313) of upper fixture block (322) clamping, bottom and the upper button bit (311) of upper slip circle face (312)
Connect, upper screens (313) is arranged oppositely with upper slip circle face (312).
5. the panel unlocking mechanism for pumping of riding according to claim 1, it is characterised in that:The lower connection latch components (4)
Stir group (42) including lower rotating card block (41), lower elasticity with lower button bit (411), lower rotating card block (41) axis connection in
In mounting base (2), lower elasticity is stirred group (42) side and is connected with lower rotating card block (41), and it is fixed that lower elasticity stirs group (42) opposite side
Position is installed in mounting base (2), and the linkage bar assembly (5) and lower rotating card block (41) are hinged;
The lower elasticity, which stirs group (42), includes lower fixture block (421) and lower spring (422), and the lower spring (422) is set in down
The end of fixture block (421) and lower spring (422) is fixed in mounting base (2), and the top of lower fixture block (421) is connected in lower revotating card
Block (41), lower fixture block (421) positioning are slided on lower spring (422).
6. the panel unlocking mechanism for pumping of riding according to claim 5, it is characterised in that:The lower rotating card block (41) includes
The lower slider arc surface (412) that is slidably connected with lower connector (12), the lower button bit for being adapted to lower connector (12) snapping
(411), connect with the lower screens (413) of lower fixture block (421) clamping, the bottom of lower slider arc surface (412) with lower button bit (411)
Connect, lower screens (413) is arranged oppositely with lower slider arc surface (412).
7. the panel unlocking mechanism for pumping of riding according to claim 6, it is characterised in that:Set on the lower rotating card block (41)
There is the connection fixture block (414) with connecting spring button group (7) snapping.
8. the panel unlocking mechanism for pumping of riding according to claim 6, it is characterised in that:Set on the lower rotating card block (41)
The spacing edge-cut (415) of restricted turned position, mounting base (2) are spacing equipped with being slidably connected with spacing edge-cut (415)
Column (8).
9. the panel unlocking mechanism for pumping of riding according to any one of claim 1 to 8 claim, it is characterised in that:It is described
The bar assembly that links (5) includes upper oscillating rod (51) and bottom lever (52), and middle part and mounting base (2) axis of upper oscillating rod (51) connect
Connect, the top reset with the upper rotating card block (31), mounting base (2) of upper connection latch components (3) respectively of upper oscillating rod (51)
Spring (6) connects, and the lower part of the upper oscillating rod (51) is equipped with connecting shaft (511), and the top of bottom lever (52) is equipped with connecting
The link slot (521) that spindle (511) is slidably connected, the lower part of the bottom lever (52) are hinged with lower rotating card block (41).
10. the panel unlocking mechanism for pumping of riding according to claim 9, it is characterised in that:The upper oscillating rod (51) is equipped with
For rotate upper oscillating rod (51) and make upper rotating card block (31), lower rotating card block (41) respectively with upper connector (11), lower company
The separated unlock notch (9) of fitting (12).
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201720902541.2U CN207228829U (en) | 2017-07-24 | 2017-07-24 | A kind of panel unlocking mechanism for pumping of riding |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN201720902541.2U CN207228829U (en) | 2017-07-24 | 2017-07-24 | A kind of panel unlocking mechanism for pumping of riding |
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Publication Number | Publication Date |
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CN207228829U true CN207228829U (en) | 2018-04-13 |
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ID=61853674
Family Applications (1)
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CN201720902541.2U Active CN207228829U (en) | 2017-07-24 | 2017-07-24 | A kind of panel unlocking mechanism for pumping of riding |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN108741806A (en) * | 2018-05-25 | 2018-11-06 | 广东星徽精密制造股份有限公司 | A kind of easy assembling type drawer front plate connecting device |
-
2017
- 2017-07-24 CN CN201720902541.2U patent/CN207228829U/en active Active
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN108741806A (en) * | 2018-05-25 | 2018-11-06 | 广东星徽精密制造股份有限公司 | A kind of easy assembling type drawer front plate connecting device |
CN108741806B (en) * | 2018-05-25 | 2023-10-20 | 广东星徽精密制造股份有限公司 | Conveniently-installed drawer panel connecting device |
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