CN217841334U - One-fixing two-moving linkage door - Google Patents
One-fixing two-moving linkage door Download PDFInfo
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- CN217841334U CN217841334U CN202220807562.7U CN202220807562U CN217841334U CN 217841334 U CN217841334 U CN 217841334U CN 202220807562 U CN202220807562 U CN 202220807562U CN 217841334 U CN217841334 U CN 217841334U
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- glass door
- guide rail
- door
- glass
- fixed
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Abstract
The utility model discloses a two solid linkage doors that move, it includes the upper guideway part, lower guideway part and door body unit, should go up the upper guideway part and include the subassembly in the upper guideway and the linkage, this lower guideway part includes the lower guideway and links the lower subassembly, this door body unit includes first glass door, second glass door and third glass door, this first glass door fixed mounting is between this upper guideway and this lower guideway, subassembly and this linkage lower subassembly set up respectively at this second glass door and this third glass door both ends in this linkage, make this second glass door and this third glass door all set up swing joint between this upper guideway and this lower guideway.
Description
Technical Field
The utility model belongs to the linkage door field, concretely relates to a solid two move linkage door.
Background
In real life, the linkage door is one of door bodies frequently used by people, and is generally installed in a bathroom to enable a washroom to achieve the effect of dry-wet separation, and the triple linkage door is characterized in that one door is fixed and cannot move, and the other two doors move to achieve the effect of opening and closing.
The traditional triple-linkage door generally needs to use a belt or a chain to drive rollers at the upper end and the lower end of a door body, is very troublesome in installation and high in cost, and is the main defect of the traditional technology.
SUMMERY OF THE UTILITY MODEL
The utility model provides a problem: second glass door and third glass door all slide to set up between upper guideway and this lower guideway through the gyro wheel at both ends, and the installation is simple to and save the cost.
In order to achieve the above purpose, the utility model provides a technical scheme: the utility model provides a two solid linkage doors that move, it includes the upper guideway part, lower guideway part and door body unit, the upper guideway part includes the subassembly on upper guideway and the linkage, the subassembly includes first mounting on this linkage, second mounting and a plurality of first pulley, a plurality of these first pulleys set up respectively on this first mounting and this second mounting, this first mounting and this second mounting place through this first pulley respectively and install on the inboard sliding connection of this upper guideway, this lower guideway part includes lower guideway and linkage lower subassembly, this linkage lower subassembly includes first connecting piece, second connecting piece and a plurality of second pulley, a plurality of these second pulleys set up respectively on this first connecting piece and this second connecting piece, this first connecting piece and this second connecting piece place through this second pulley respectively and install at the inboard sliding connection of this lower guideway, this door body unit includes first glass door, second glass door and third glass door, this first glass door fixed mounting is between this upper guideway and this lower guideway, this first mounting and this second connecting piece set up the contact between this lower guideway respectively through this second glass door fixed mounting, this second glass door both ends contact mounting make this second glass door set up between this guide rail and this lower guideway respectively through this third glass connecting piece, this glass door fixed contact mounting, this second glass door both ends set up this second glass door between this guide and this guide rail.
The utility model discloses a technological effect and advantage: this first glass door fixed mounting is between this solid glass aluminum product one side and this upper guideway and this lower rail, and second pulley sliding connection on this second glass door is respectively through this first pulley on this first mounting at upper and lower both ends and this first connecting piece is between this upper guideway and this lower rail, and this third glass door is through second pulley sliding connection on this first pulley on this second mounting at upper and lower both ends and this second connecting piece between this upper guideway and this lower rail respectively, makes this third glass door and this second glass door can remove between this upper guideway and this lower rail, and this first glass door is fixed between this upper guideway and this lower rail, the utility model discloses a two move linkage door admittedly simple to operate, convenient operation and save the cost.
Drawings
Fig. 1 is a schematic view of the overall elevation structure of the present invention.
Fig. 2 is a schematic structural view of the upper guide rail component and the door body unit of the present invention.
Fig. 3 is a schematic view of the structure of the lower guide rail part and the door unit of the present invention.
Fig. 4 is a schematic view of the upper guide rail structure of the present invention.
Fig. 5 is a schematic view of the lower rail structure of the present invention.
Fig. 6 is a schematic structural view of a second fixing member according to the present invention.
Fig. 7 is a schematic view of the connection structure of the first glass door and the glass-fixing aluminum material of the present invention.
Figure 8 is the utility model discloses a buffer strip of third glass door and the collision buffering end collision's that bumps glass aluminium structural schematic diagram.
Fig. 9 is a schematic structural view of the water retaining rubber strip and the driving strip of the door unit of the present invention.
Reference numerals: an upper rail member 10; a lower rail member 20; a door unit 30; an upper rail 400; an upper assembly 500; an upper fixing station 410; a first frame 420; a second frame 430; a first chute 421; a second runner 431; a first fixing member 510; a second fixing member 520; a first pulley 530; a third runner 521; a first glass door 31; a second glass door 32; a third glass door 33; a lower guide rail 600; a linkage lower assembly 700; a lower fixed position 610; a fourth chute 620; a fifth chute 630; a first connector 710; a second connecting member 720; a second pulley 730; an aluminum material unit 800; a glass-fixed aluminum material 810; a glass-touch aluminum material 820; an aluminum material 830 against the wall; a fixing groove 811; a crash cushion end 821; a buffer bar 331; a water retaining rubber strip 34; a door handle 332; carrying the strip 35.
Detailed Description
As shown in fig. 1 to 9, a fixed two-movable linkage door includes an upper rail member 10, a lower rail member 20, and a door unit 30, wherein the door unit 30 is movably disposed between the upper rail member 10 and the lower rail member 20.
This upper guide rail part 10 includes upper guide rail 400 and linkage upper assembly 500, this upper guide rail 400's one side bottom has last fixed position 410, this upper guide rail 400 is equipped with first frame 420 and second frame 430, this first frame 420 and this second frame 430 all are the integrated into one piece structure with this upper guide rail 400, the bottom of this first frame 420 is buckled out towards this second frame 430 and is had the first spout 421 that is used for the subassembly 500 in this linkage, the bottom of this second frame 430 is buckled out and is had the second spout 431 that is used for the subassembly 500 in this linkage.
The linkage upper assembly 500 includes a first fixing member 510, a second fixing member 520, and a plurality of first pulleys 530, wherein rollers of the first pulleys 530 pass through tops of the first fixing members 510 and are fixed by nuts, so that the first pulleys 530 are fixed on the first fixing members 510, the first fixing members 510 are placed on the first sliding grooves 421 through the first pulleys 530 and are connected in a sliding manner, rollers of the other first pulleys 530 pass through tops of the second fixing members 520 and are fixed by nuts, so that the first pulleys 530 are fixed on the second fixing members 520, the second fixing members 520 are placed on the second sliding grooves 431 through the first pulleys 530 and are connected in a sliding manner, the second fixing members 520 have third sliding grooves 521 at tops thereof, and the first pulleys 530 on the first fixing members 510 are placed on the third sliding grooves 521 and are connected in a sliding manner with the first sliding grooves 421.
In the specific implementation, the door unit 30 includes the first glass door 31, the second glass door 32 and the third glass door 33, the first glass door 31 and the third glass door 33 are respectively disposed at two ends of the second glass door 32, the top of the first glass door 31 is disposed in the upper fixing position 410, the first glass door 31 is fixedly mounted on the upper guide rail 400 through screws, the top of the second glass door 32 contacts with the bottom of the first fixing member 510, and the second glass door 32 is fixedly mounted through screws, so that the second glass door 32 can slide at the bottom of the upper guide rail 400 through the first pulley 530 on the first fixing member 510, the top of the third glass door 33 contacts with the bottom of the second fixing member 520, and the third glass door 33 can slide at the bottom of the upper guide rail 400 through the first pulley 530 on the second fixing member 520 through screw mounting.
The lower rail member 20 includes a lower rail 600 and a lower linkage assembly 700, the top of the lower rail 600 has a lower fixing portion 610, the inner side of the lower rail 600 has a plurality of fourth sliding grooves 620 and a plurality of fifth sliding grooves 630, the plurality of fourth sliding grooves 620 are oppositely disposed on the inner side of the lower rail 600, the plurality of fifth sliding grooves 630 are oppositely disposed on the inner side of the lower rail 600, and the fourth sliding grooves 620 and the fifth sliding grooves 630 are oppositely disposed.
The linkage lower assembly 700 includes a first connecting member 710, a second connecting member 720 and a plurality of second pulleys 730, wherein the plurality of second pulleys 730 are respectively disposed on the first connecting member 710 and the second connecting member 720, the first connecting member 710 is disposed and installed in the fourth sliding groove 620 through the second pulley 730 for sliding connection, and the second connecting member 720 is disposed and installed in the fifth sliding groove 630 for sliding connection through the second pulley 730.
When the concrete implementation, this first glass door 31 bottom is placed in this lower fixing position 610, through screw fixed mounting on this lower guideway 600, this second glass door 32 bottom and this first connecting piece 710 top contact, it is fixed through screwed connection, make this second glass door 32 can slide on the top of this lower guideway 600 through the second pulley 730 on this first connecting piece 710, this third glass door 33 bottom and this second connecting piece 720 top contact, it is fixed through screwed connection, make this third glass door 33 can slide on the top of this lower guideway 600 through the second pulley 730 on this second connecting piece 720.
The utility model discloses still include aluminum product unit 800, this aluminum product unit 800 is including solid glass aluminum product 810, bump glass aluminum product 820 and a plurality of wall aluminum product 830 that leans on, should lean on wall aluminum product 830 one side and wall contact, it is fixed through screwed connection, a plurality of should lean on wall aluminum product 830 to fix on the wall relatively respectively, should solid glass aluminum product 810 cover is established on this wall aluminum product 830, should bump glass aluminum product 820 cover and establish on this wall aluminum product 830 of the other end, make this solid glass aluminum product 810 with should bump glass aluminum product 820 and set up relatively.
The fixing glass aluminum material 810 is provided with an inward concave fixing groove 811, one side of the first glass door 31 is placed in the fixing groove 811, and the first glass door 31 is fixed in the fixing groove 811 by screw installation and fixation.
Should bump glass aluminum material 820 one side and be equipped with collision buffering end 821, the one side that should bump glass aluminum material 820 towards this collision buffering end 821 of third glass door 33 is equipped with buffering strip 331, this buffering strip 331 one end clamp is established on this third glass door 33 one side, when this third glass door 33 moves towards this bumps glass aluminum material 820, easily bump between this third glass door 33 and this bumps glass aluminum material 820, and the collision damages this third glass door 33 or should bump glass aluminum material 820, because this third glass door 33 one side is equipped with this buffering strip 331, should bump glass aluminum material 820 one side and be equipped with this collision buffering end 821, when making this third glass door 33 move towards this glass door 820, this buffering strip 331 and this bump buffering end collide mutually between 821, can cushion the impact force that produces when this third glass door 33 moves, can protect this third glass door 33 better and quieter.
This first glass door 31 and this third glass door 33's opposite side all presss from both sides and is equipped with water retaining adhesive tape 34, and this second glass door 32 both sides all press from both sides and are equipped with this water retaining adhesive tape 34, and when bathing, this water retaining adhesive tape 34 between this first glass door 31, this second glass door 32 and this third glass door 33 can prevent that water from leaking convenient to use.
The third glass door 33 is provided with a door handle 332, the door handle 322 is fixed on the surface of the third glass door 33 through screw installation, and the door handle 332 can facilitate a user to pull the third glass door 33 to move between the upper rail 400 and the lower rail 600.
All be equipped with between this water retaining adhesive tape 34 of this third glass door 33 and this second glass door 32 and drive strip 35, this third glass door 33 drives this second glass door 32 through this drive strip 35 and this drive strip 35 contact on this second glass door 32 and remove.
When the door unit 30 is opened, the third glass door 33 and the second glass door 32 are held by the hand, the third glass door 33 is pulled to move towards the first glass door 31 by the door handle 332, and then the third glass door 33 and the second glass door 32 are pushed to move towards the first glass door 31 by the door handle 332, so that the second glass door 32 and the third glass door 33 both move to overlap on one side of the first glass door 31; when the door unit 30 is closed, the third glass door 33 is pulled by the hand holding the door handle 332 to move towards the glass-touch aluminum material 820, the third glass door 33 drives the second glass door 32 to move, so that the third glass door 33 and the second glass door 32 are separated from one side of the first glass door 31, and the buffering strip 331 is in contact with the collision buffering end 821.
It is above-mentioned to synthesize, this first glass door 31 fixed mounting is between this solid glass aluminum material 810 one side and this upper guideway 400 and this lower rail 600, this second glass door 32 is respectively through this first pulley 530 on this first mounting 510 at upper and lower both ends and second pulley 730 sliding connection on this first connecting piece 710 between this upper guideway 400 and this lower rail 600, this third glass door 33 is respectively through this first pulley 530 on this second mounting 520 at upper and lower both ends and second pulley 730 sliding connection on this second connecting piece 720 between this upper guideway 400 and this lower rail 600, make this third glass door 33 and this second glass door 32 can move between this upper guideway 400 and this lower rail 600, this first glass door 31 is fixed between this upper guideway 400 and this lower rail 600, the utility model discloses a solid two move linkage door installation is simple, convenient operation and save cost.
Claims (10)
1. A solid two move linkage door which characterized in that: which comprises an upper guide rail component (10), a lower guide rail component (20) and a door body unit (30),
the upper guide rail component (10) comprises an upper guide rail (400) and a linkage upper assembly (500), the linkage upper assembly (500) comprises a first fixing piece (510), a second fixing piece (520) and a plurality of first pulleys (530), the plurality of first pulleys (530) are respectively arranged on the first fixing piece (510) and the second fixing piece (520), the first fixing piece (510) and the second fixing piece (520) are respectively arranged on the inner side of the upper guide rail (400) through the first pulleys (530) and are in sliding connection,
the lower guide rail component (20) comprises a lower guide rail (600) and a linkage lower assembly (700), the linkage lower assembly (700) comprises a first connecting piece (710), a second connecting piece (720) and a plurality of second pulleys (730), the plurality of second pulleys (730) are respectively arranged on the first connecting piece (710) and the second connecting piece (720), the first connecting piece (710) and the second connecting piece (720) are respectively arranged on the inner side of the lower guide rail (600) through the second pulleys (730) in a sliding connection way,
the door body unit (30) comprises a first glass door (31), a second glass door (32) and a third glass door (33), the first glass door (31) is fixedly arranged between the upper guide rail (400) and the lower guide rail (600),
the first fixing piece (510) and the first connecting piece (710) are respectively arranged at two ends of the second glass door (32) to be contacted, and the second glass door (32) is arranged between the upper guide rail (400) and the lower guide rail (600) through the installation and fixation of the connecting pieces,
the second fixing piece (520) and the second connecting piece (720) are respectively arranged at two ends of the third glass door (33) to be contacted, and the third glass door (33) is arranged between the upper guide rail (400) and the lower guide rail (600) through the installation and fixation of the connecting pieces.
2. A fixed two-motion linkage door according to claim 1, wherein: the upper guide rail (400) is provided with an upper fixing position (410), the upper guide rail (400) is provided with a first frame (420) and a second frame (430), the first frame (420) and the second frame (430) are both in an integrated structure with the upper guide rail (400), a first sliding groove (421) is formed in the bottom end of the first frame (420), and a second sliding groove (431) is formed in the second frame (430).
3. A fixed two-motion linkage door according to claim 2, wherein: the first fixing piece (510) is placed and installed on the first sliding groove (421) through the first pulley (530) to be in sliding connection, the second fixing piece (520) is placed and installed on the second sliding groove (431) through the first pulley (530) to be in sliding connection, the top of the second fixing piece (520) is provided with a third sliding groove (521), and the first pulley (530) on the first fixing piece (510) is placed and installed between the third sliding groove (521) and the first sliding groove (421) to be in sliding connection.
4. A fixed two-motion linkage door according to claim 3, wherein: the top of the first glass door (31) is placed in the upper fixing position (410) and is fixedly installed on the upper guide rail (400) through screws, the top of the second glass door (32) is in contact with the bottom of the first fixing piece (510) and is fixedly installed through screws, and the top of the third glass door (33) is in contact with the bottom of the second fixing piece (520) and is fixedly installed through screws.
5. A fixed two-motion linkage door according to claim 4, wherein: the top of the lower guide rail (600) is provided with a lower fixing position (610), the inner side of the lower guide rail (600) is provided with a plurality of fourth sliding grooves (620) and a plurality of fifth sliding grooves (630), the plurality of fourth sliding grooves (620) are oppositely arranged on the inner side of the lower guide rail (600), the plurality of fifth sliding grooves (630) are oppositely arranged on the inner side of the lower guide rail (600), and the fourth sliding grooves (620) and the fifth sliding grooves (630) are oppositely arranged.
6. A fixed two-motion linkage door according to claim 5, wherein: the first connecting piece (710) is arranged and installed in the fourth sliding groove (620) through the second pulley (730) to be in sliding connection, and the second connecting piece (720) is arranged and installed in the fifth sliding groove (630) through the second pulley (730) to be in sliding connection.
7. A fixed two-motion linkage door according to claim 6, wherein: this first glass door (31) bottom is placed in this lower fixed position (610), through screw fixed mounting on this lower rail (600), and this second glass door (32) bottom and this first connecting piece (710) top contact are fixed through screwed connection, and this third glass door (33) bottom and this second connecting piece (720) top contact are fixed through screwed connection.
8. A fixed two-motion linkage door according to claim 7, wherein: still include aluminum product unit (800), this aluminum product unit (800) is including solid glass aluminum product (810), touch glass aluminum product (820) and a plurality of wall aluminum product (830) that lean on, should lean on wall aluminum product (830) one side and wall contact, and it is fixed through screwed connection, should establish glass aluminum product (810) cover admittedly on this wall aluminum product (830), should touch glass aluminum product (820) cover and establish on this wall aluminum product (830) of the other end.
9. A fixed two-motion linkage door according to claim 8, wherein: the glass fixing aluminum material (810) is provided with an inward concave fixing groove (811), one side of the first glass door (31) is placed in the fixing groove (811), the first glass door (31) is fixed in the fixing groove (811) through screw installation, one side of the first glass door (31) is fixed in the fixing groove (811), one side of the glass collision aluminum material (820) is provided with a collision buffer end (821), one side, facing the collision buffer end (821), of the third glass door (33) is provided with a buffer strip (331), and one end of the buffer strip (331) is clamped on one side of the third glass door (33).
10. A fixed two-motion linkage door according to claim 1, wherein: the connecting piece is a screw.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202220807562.7U CN217841334U (en) | 2022-04-09 | 2022-04-09 | One-fixing two-moving linkage door |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202220807562.7U CN217841334U (en) | 2022-04-09 | 2022-04-09 | One-fixing two-moving linkage door |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN217841334U true CN217841334U (en) | 2022-11-18 |
Family
ID=84018456
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202220807562.7U Active CN217841334U (en) | 2022-04-09 | 2022-04-09 | One-fixing two-moving linkage door |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN217841334U (en) |
-
2022
- 2022-04-09 CN CN202220807562.7U patent/CN217841334U/en active Active
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