CN205206632U - A adjustable location tension seat for floating gate - Google Patents
A adjustable location tension seat for floating gate Download PDFInfo
- Publication number
- CN205206632U CN205206632U CN201520976103.1U CN201520976103U CN205206632U CN 205206632 U CN205206632 U CN 205206632U CN 201520976103 U CN201520976103 U CN 201520976103U CN 205206632 U CN205206632 U CN 205206632U
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- China
- Prior art keywords
- moving door
- wire rope
- tension seat
- adjustable location
- location tension
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Abstract
The utility model provides an adjustable location tension seat for floating gate, it has a positioning bolt, adjustable location tension seat includes vertical panel and horizontal plate, vertical panel and horizontal plate set up perpendicularly each other and form L shape, it is used for waiting that it tightly is in to press from both sides tight fastener to be equipped with the at least a slice wire rope clamping piece that can dismantle on the vertical panel the vertical panel with between the wire rope clamping piece, be equipped with an at least elongated slot on the horizontal plate, positioning bolt passes the elongated slot and be used for with adjustable location tension seat installs the top of floating gate. The utility model discloses can adjust the clamping position of adjustable location tension seat on wire rope with and at the floating gate ascending relative position in thickness side to the elasticity of adjusting wire rope can accurately be alignd after making three floating gates open, guaranteed the floating gate switching steady with smoothly.
Description
Technical field
The utility model relates to moving door technical field, and be specifically related to a kind of adjustable location tension seat, it is arranged on moving door, for regulating the elasticity of wire rope, with realize three fan moving doors open after accurate alignment.
Background technology
At present, multi-joint dynamic moving door is because having attractive in appearance and saving the advantages such as space, and range of application is more and more wider.
A kind of extruding mounting structure of moving door is disclosed in Chinese patent CN202745611U, comprise the framework be made up of upper side frame, lower frame, left frame and left frame, the posting be located at dodge gate in framework and fixed gate, matching with left frame and left frame.Be arranged with adjustment seat in the T-slot of posting, adjustment seat offer the female through hole of a band; The bottom land of the fitting recess of described left frame offers pilot hole on the position of the described adjustment seat of correspondence, adjusting rod is provided with in pilot hole, the external surface of adjusting rod is provided with the external screw thread with through hole screw-internal thread fit, by the cooperation of internal and external screw thread, adjusting rod is connected to coordinate with adjustment seat, the relative position of rotary regulating lever adjustable itself and adjustment seat, makes left frame and/or left frame locate realizing extruding between the posting be mated and installed surface.
But existing moving door mounting structure has the following disadvantages: one is that synchronous interaction effect is poor, be often difficult to when particularly relating to multiple leaf door reach good synchro switch effect; Two is after opening, and multiple leaf door can not accurately align, and wants multiple leaf door to be adjusted to accurate alignment, and needing, through complicated installation calibration procedures, even needs the wire rope assembled again to take off, make installation process complexity uncontrollable; Three is complex structures, installs inconvenience.
Existing multi-joint dynamic moving door, the spacing between its many hanger rails is difficult to precisely control in actual installation process, makes the installation process of moving door more complicated uncontrollable, and adds the installation difficulty of sliding door accessory.
Utility model content
The deficiency that the utility model exists for above-mentioned prior art, provides a kind of adjustable location tension seat, and it is arranged on moving door and especially three links in the same way on synchronizing moving door, by regulate the elasticity of wire rope realize moving door open after accurate alignment.
The technical scheme that the utility model solves the problems of the technologies described above is as follows:
A kind of adjustable location tension seat for moving door, it has positioning bolt 29, it is characterized in that: described adjustable location tension seat 11 comprises vertical panel 35 and level board 36, described vertical panel 35 and level board 36 setting perpendicular to one another and form L shape, described vertical panel 35 is provided with at least a slice rope cramp sheet 10 that can dismantle in order to be clamped in by line to be clamped between described vertical panel 35 and described wire rope intermediate plate 10, described level board 36 is provided with at least one elongated slot 21, the top of described positioning bolt 29 through described elongated slot 21 and for described adjustable location tension seat 11 being arranged on described moving door.
Preferably, the long limit 37 of described elongated slot 21 is arranged along the thickness direction of described moving door, and the flute length L of described elongated slot 21 is greater than the thickness W of described moving door.
Preferably, described adjustable location tension seat 11 comprises the wire rope intermediate plate 10 that two panels is arranged side by side.
Preferably, described wire rope intermediate plate 10 can remove and install on described vertical panel 35 by means of adjusting bolt 46.
Preferably, two elongated slots 21 of described elongated slot 21 for be arrangeding in parallel.
The utility model also proposes a kind of door assembly of synchronizing moving in the same way with adjustable location tension seat described in aforementioned any one, comprise the first moving door 2, second moving door 3 and the 3rd moving door 4, wherein the center of top of the first moving door 2, second moving door 3 and the 3rd moving door 4 is respectively equipped with at least one hanging wheel 6; Be equipped with the first pulley assembly 8 at the top first end of the first moving door 2 and the second moving door 3, being equipped with at top second end of the first moving door 2 and the second moving door 3 can the second pulley assembly 9 of adjusting position; It is characterized in that: described adjustable location tension seat 11 is separately positioned on the top first end of top second end of the first moving door 2, the top first end of the second moving door 3 and the 3rd moving door 4; The first wire rope 12 and the second wire rope 13 is arranged with respectively between first pulley assembly 8 and the second pulley assembly 9 of the first moving door 2 and between first pulley assembly 8 and the second pulley assembly 9 of the second moving door 3, first wire rope 12 passes the adjustable location tension seat 11 of the top first end of the second moving door 3 and by its clamping, the second wire rope 13 is through the adjustable location tension seat 11 of top second end of the first moving door 2 and the adjustable location tension seat 11 of the top first end of the 3rd moving door 4 and by its clamping.
Preferably, between described first wire rope 12 and the second wire rope 13 described wire rope intermediate plate 10 that is arranged on corresponding described adjustable location tension seat respectively in a clamped manner and described vertical panel 35.
Visible, the utility model can regulate described adjustable location tension seat clamped position on a steel cord and its relative position on moving door thickness direction, thus regulate the elasticity of wire rope, accurately can align after three fan moving doors are opened, ensure that the overall aesthetics of moving door.Compared with prior art, the utility model not only novel structure is simple, and does not increase manufacturing cost, and particularly make originally complicated installation and calibration procedures simplify, the installation process of moving door becomes controlled.
Accompanying drawing explanation
Fig. 1 is that the utility model three links the overall perspective of synchronizing moving door assembly in the same way;
Fig. 2 is that the utility model three links the schematic top plan view of synchronizing moving door assembly in the same way;
Fig. 3 is that the utility model three links the schematic side view of synchronizing moving door assembly in the same way;
Fig. 4 is the structural representation of the first pulley assembly of the present utility model;
Fig. 5 A-5B is respectively decomposing schematic representation and the structural representation of the second pulley assembly of the present utility model;
Fig. 6 is the STRUCTURE DECOMPOSITION schematic diagram of geometrical clamp assembly of the present utility model and wire rope intermediate plate;
Fig. 7 A-7B is respectively the structure chart Sum decomposition schematic diagram of adjustable location of the present utility model tension seat;
Fig. 8 A-8B is respectively the structure chart Sum decomposition schematic diagram of concealed guiding device of the present utility model.
In figure: 1-fixation wall, 2-first moving door, 3-second moving door, 4-the 3rd moving door, 5-geometrical clamp assembly, 6-hanging wheel, 7-hanger rail, 8-first pulley assembly, 9-second pulley assembly, 10-wire rope intermediate plate, 11-is adjustable location tension seat, 12-first wire rope, 13-second wire rope, the concealed guiding device of 14-, 15-pulley, 16-pulley installing plate, 17-pulley installing hole, 18-adjustable location tension seat installing hole, 19-pulley mount pad, 20-pulley adjustment seat, 21-elongated slot, 22-adjustable guide pad assembly, 23-guide pad mount pad, 24-guide pad, 25-leads block, 26-chute, 27-securing member, 28-rail groove, 29-positioning bolt, 30-adjusting bolt.
Detailed description of the invention
Below in conjunction with accompanying drawing, further detailed description is done to detailed description of the invention of the present utility model.
Fig. 1 is moving door of the present utility model, preferably three overall perspectives linking synchronizing moving door assembly in the same way, and Fig. 2 is its schematic top plan view, and Fig. 3 is its schematic side view.
As shown in Figure 1-2, this three synchronizing moving door assembly in the same way that links is arranged in fixation wall 1 by means of geometrical clamp assembly, and geometrical clamp assembly 5 is arranged near fixation wall 1 top, is preferably on the fixed installation face 71 of the such as ceiling of top second end.This three synchronizing moving door assembly in the same way that links comprises the first moving door 2, second moving door 3 and the 3rd moving door 4, wherein, at least one hanging wheel 6 is respectively equipped with in the center of top of the first moving door 2, second moving door 3 and the 3rd moving door 4, be preferably two hanging wheels, as shown in the figure, these hanging wheels 6 can move being installed on ceiling 71 three corresponding hanger rails 7 respectively, thus lead to three fan moving doors.At the top first end of the first moving door 2 and the second moving door 3, from shown in Fig. 1 for left end is equipped with the first fixing pulley assembly 8 of position, at top second end of the first moving door 2 and the second moving door 3, from shown in Fig. 1 for right-hand member is equipped with the second pulley assembly 9 of position-adjustable.The lower end of geometrical clamp assembly 5 is provided with wire rope intermediate plate 10, and see Fig. 6, the top first end of top second end of the first moving door 2, the top first end of the second moving door 3 and the 3rd moving door 4 is all installed with adjustable location tension seat 11.Between first pulley assembly 8 and the second pulley assembly 9 of the first moving door 2, be provided with the first wire rope 12, between first pulley assembly 8 and the second pulley assembly 9 of the second moving door 3, be arranged with the second wire rope 13.First wire rope 12 is through being positioned at the wire rope intermediate plate 10 of fixation wall 1 and being positioned at the adjustable location tension seat 11 of the second moving door 3 top first end and being clamped by it, and the second wire rope 13 is through the adjustable location tension seat 11 of the first moving door 2 top second end and the adjustable location tension seat 11 of the 3rd moving door 4 top first end and by its clamping.The structure of adjustable location tension seat 11 will be described in more detail below.
As shown in Figure 1-2, the utility model is on the bottom second end inside wall of the first moving door 2 and the second moving door 3, and be also provided with concealed guiding device 14, concrete structure is hereafter describing in detail.
Fig. 4 is the structural representation of the first pulley assembly 8 of the present utility model.As shown in Figure 4, the first pulley assembly 8 comprises pulley 15 and pulley installing plate 16, and pulley installing plate 16 is provided with pulley installing hole 17 and adjustable location tension seat installing hole 18.First pulley assembly 8 is arranged on the top first end of the first moving door 2 and the second moving door 3, and its installation site is fixed, unadjustable, and the pulley 15 on it is for guiding the movement of the first wire rope 12 and the second wire rope 13.
Fig. 5 A-5B is respectively decomposing schematic representation and the structural representation of the second pulley assembly of the present utility model.As indicated by figures 5 a-5b, the second pulley assembly 9 comprises pulley 15 and pulley governor motion, and this pulley governor motion comprises pulley mount pad 19 and pulley adjustment seat 20.Wherein, pulley 15 is arranged on pulley mount pad 19, and pulley mount pad 19 adjustable ground is arranged in pulley adjustment seat 20, and pulley adjustment seat 20 is arranged on top second end of the first moving door 2 and top second end of the second moving door 3 again.Particularly, pulley adjustment seat 20 is provided with two slide rails extended in parallel 40 and adjustment screw 41, and pulley mount pad 19 inserts in slide rail 40, and adjustment screw 41 is through the tapped through hole 42 being positioned at pulley adjustment seat 20 and pulley mount pad 19 upper vertical plate 46.Like this, by adjustment adjustment screw 41, be screwed into or adjustment screw 41 of back-outing, pulley mount pad 19 can regulate along slide rail 40 at the enterprising line position of pulley adjustment seat 20, thus regulates the rate of tension of the first wire rope 12 or the second wire rope 13.Say in this sense, namely the second pulley assembly of the present utility model is equivalent to a kind of tensioning wheel assembly.And the utility model regulates the rate of tension of wire rope by the second pulley assembly, also reduce further the complexity of Installation and Debugging process, the use of moving door after Installation and Debugging can be made convenient and smooth and easy.
Fig. 6 is the STRUCTURE DECOMPOSITION schematic diagram of geometrical clamp assembly of the present utility model and wire rope intermediate plate.As shown in Figure 6, the body of geometrical clamp assembly 5 is inverted L-shaped plate, by connector as self-tapping screw 44 is fixedly mounted on the ceiling 71 of fixation wall 1 top second end.The lower end of geometrical clamp assembly 5 is provided with multiple screwed hole 45, preferably 4, arrange with 2X2 matrix form, at least a slice rope cramp sheet 10 by connector as adjusting bolt 30 is connected on geometrical clamp assembly 5, first wire rope 12, horizontal through between wire rope intermediate plate 10 and geometrical clamp component body, preferably passes through between upper and lower two row screwed holes.By unscrewing or tightening adjusting bolt 30, geometrical clamp assembly 5 can be adjusted and be clamped in position on the first wire rope 12.
Fig. 7 A-7B is respectively the structure chart Sum decomposition schematic diagram of adjustable location of the present utility model tension seat.As illustrated in figures 7 a-b, adjustable location tension seat 11 is as general as L shaped plate structure, comprise vertical panel 35 and level board 36, its vertical panel 35 is provided with two screwed holes 45 setting up and down, or four screwed holes 45 that 2X2 matrix form is arranged, at least a slice rope cramp sheet 10 is by connector as bolt 30 is fixed on this vertical panel 35, and the first wire rope 12, horizontal through between wire rope intermediate plate 10 and vertical panel 35, preferably passes through between upper and lower two row screwed holes 45.By unscrewing or tightening adjusting bolt 30, adjustable location tension seat 11 can be adjusted and be clamped in position on the first wire rope 12.
As shown in Figure 7 A.The level board 36 of adjustable location tension seat 11 is provided with elongated slot 21, and this elongated slot 21 extends along on the thickness W direction of the first moving door 2, second moving door 3 or the 3rd moving door 4, and length is slightly larger than the thickness W of door.By connector such as positioning bolt 29 through this elongated slot 21, on the top first end adjustable location tension seat 11 being arranged on corresponding moving door 2,3 or 4 or the second end.
Adjustable location of the present utility model clamp holder structure is unique, can carry out the adjustment of two aspects:
The first, by the connector 30 being used for fastening steel wire rope intermediate plate 10 on adjustable location tension seat 11 is unscrewed, wire rope intermediate plate 10 is unclamped, the clamped position of adjustable location tension seat 11 on the first wire rope 12 and/or the second wire rope 13 can be regulated.
Second, by unscrewing for the connector such as adjusting bolt 30 adjustable location tension seat 11 is arranged on moving door, utilize the elongated slot 21 on the level board 36 of adjustable location tension seat 11, just can regulate the relative position of adjustable location tension seat 11 on the thickness direction of moving door, thus regulate the distance between the elasticity of the first wire rope 12 and/or the second wire rope 13 and moving door plane further.
Visible, the utility model is by means of multiple adjustable location tension seat, three fan moving doors can be linked together easily, after each moving door is tentatively installed, if fail complete matching when finding that they are overlapping, then can pass through to regulate the clamped position of this adjustable location tension seat on the first wire rope and/or the second wire rope, and/or the elasticity by regulating this adjustable location tension seat to regulate the first wire rope and/or the second wire rope, and then the alignment that can complete between moving door regulates; And this adjustment process is not only convenient but also controlled.After adjustment completes, namely the relative annexation of three fan moving doors is determined by wire rope.
Fig. 8 A-8B is respectively the structure chart Sum decomposition schematic diagram of concealed guiding device of the present utility model.As shown in figures 8 a-8b, this concealed guiding device 14 comprises adjustable guide pad assembly 22 and guide pad mount pad 23.Wherein, guide pad mount pad 23 is also L shaped plate generally, comprises vertical panel 135 and level version 136.Vertical panel 135 is provided with the different through hole of multiple cross sectional shape 47, is arranged on the bottom inside wall of the first moving door 2 and the second moving door 3 by connector such as bolt 48, is preferably mounted on the inside wall of bottom the second end; Its level board 136 is in T shape and be provided with the less front end of width 137.As shown in Figure 8 B, adjustable guide pad assembly 22 comprises guide pad 24 vertically upward and the block 25 that leads, and guide pad 24 is installed on guiding block 25.Guiding block 25 is provided with L-type chute 26 and securing member 27, chute 26 inserts for the front end of the T-shaped level board 136 for guide pad mount pad 23, by securing member 27, the front end 137 of level board 136 is clamped fixing again, like this, adjustable guide pad assembly 22 just becomes to be integrated with guide pad mount pad 23, can move with moving door together.After this concealed guiding device assembling, the spacing that the guide pad 24 of adjustable guide pad assembly 22 and the vertical panel 135 of guide pad mount pad 23 need interval certain.
As shown in Figure 3, left and right is offered in the bottom centre of the second moving door 3 and the 3rd moving door 4 along the width of door through namely from the rail groove 28 that the first end of the second moving door 3 and the 3rd moving door 4 is through and through downward vertically to the second end.The bottom second end inside wall of the first moving door 2 and the second moving door 3 installs concealed guiding device 14, the vertical panel 135 of a concealed guiding device 14 is arranged on the first moving door 2 on the first inside wall 53 of the second moving door 3, the guide pad of this concealed guiding device 14 is inserted in the rail groove 28 bottom the second moving door 3.Similarly, the vertical panel 135 of a concealed guiding device 14 is arranged on the second moving door 3 on the second inside wall 54 of the 3rd moving door 4, the guide pad of this concealed guiding device 14 is inserted in the rail groove 28 bottom the 3rd moving door 4.When promoting arbitrary fan moving door, rail groove 28 on 3rd moving door 4 leads by the guide pad 24 of the concealed guiding device 14 on the second moving door 3, rail groove 28 on second moving door 3 leads by the guide pad 24 of the concealed guiding device 14 on the first moving door 2, moved in the rail groove 28 of corresponding moving door by the guide pad 24 of adjustable guide pad assembly 22, realize the guiding to moving door, as shown in figures 1 and 3.
Preferably, as shown in Figure 3, also left and right is offered along the width of door through namely from the first end of the first moving door 2 to the second end is through and the rail groove 28 that Open Side Down in the bottom centre of the first moving door 2, correspondingly, the stationary plane 50 corresponding with the rail groove 28 of the first moving door 2 is provided with ground guide pad 51, ground guide pad 51 stretches in corresponding rail groove 28, leads securely and supporting role to the line stabilization that moves forward into of the first moving door 2.
The Advantageous Effects that the utility model adopts the concealed guiding device of structure uniqueness to bring is:
The first, as mentioned above, concealed guiding device realizes the guiding to corresponding moving door.And it is arranged on adjacent moving door, and thus moving door width is unaffected, the width of moving door can be confirmed neatly.
The second, adjacent spacing can regulate the position of adjustable guide pad assembly 22 adaptively according to the reality between moving door, make the movement of moving door and lead smooth and easy.In the installation process of moving door, when the hanging wheels on three fan moving doors to be loaded in corresponding hanger rail and after making this three fans moving door installation in position, the adjacent spacing of this three fans moving door is often not necessarily completely equal, or cause the movement of moving door and guiding to have some setbacks because the spacing between adjustable guide pad assembly 22 and moving door bottom inside wall is improper, now, the securing member 27 on guiding block 25 can be unscrewed, the length led in the chute 26 of block 25 is inserted by regulating the level board of guide pad mount pad 23, regulate the spacing between the guide pad 24 of adjustable guide pad assembly 22 and the vertical panel of guide pad mount pad 23 corresponding to the spacing between adjustable guide pad assembly 22 and moving door bottom inside wall, thus the actual pitch after adapting to moving door installation between adjacent moving door, to ensure the good performance of concealed guiding device to the guide effect of moving door.
3rd, achieve the real complete of guiding device and hide.See Fig. 1 and Fig. 3, concealed guiding device of the present utility model is installed on the bottom inside wall of moving door, when moving door expansion and door are closed, concealed guiding device is hidden in the door of moving door, completely invisible outdoors, and when the overlapped i.e. door of moving door is opened, concealed guiding device is then hidden between adjacent two fan moving doors, all invisible outdoors in door, therefore achieve the complete of concealed guiding device and hide, elegant in appearance.
The course of action that the utility model realizes three fan moving doors synchronous interaction moving door is in the same way as follows: when promotion three fans any fan in moving door to L.H.flapped door, the adjustable location tension seat at its top is immediately along with corresponding wire rope is moved to the left, as mentioned above, because the relative annexation of three fan moving doors is determined by tension seat wire rope clamping setting, thus wherein any one fan moving door movement, all the other moving doors all will be driven synchronously to move in the same way, realize interlock, and, when three fan moving doors are fully opened, they are accurately alignment.In like manner, fan any one in moving door when promotion three and fan to the right at closing time, the adjustable location tension seat at its top immediately along with corresponding wire rope moves right, and drives all the other moving doors synchronously to move in the same way, realizes interlock.
Described above is only preferred embodiment of the present utility model, but the utility model is not limited to preferred embodiment.Any equivalent modifications done above-described embodiment according to principle of the present utility model and change, all within protection domain of the present utility model.
Claims (7)
1. the adjustable location tension seat for moving door, it has positioning bolt (29), it is characterized in that: described adjustable location tension seat (11) comprises vertical panel (35) and level board (36), described vertical panel (35) and level board (36) setting perpendicular to one another and form L shape, described vertical panel (35) is provided with at least a slice rope cramp sheet (10) that can dismantle in order to be clamped in by line to be clamped between described vertical panel (35) and described wire rope intermediate plate (10), described level board (36) is provided with at least one elongated slot (21), the top of described positioning bolt (29) through described elongated slot (21) and for described adjustable location tension seat (11) being arranged on described moving door.
2. the adjustable location tension seat for moving door according to claim 1, it is characterized in that: the long limit (37) of described elongated slot (21) is arranged along the thickness direction of described moving door, and the flute length (L) of described elongated slot (21) is greater than the thickness (W) of described moving door.
3. the adjustable location tension seat for moving door according to claim 1 and 2, is characterized in that: described adjustable location tension seat (11) comprises the wire rope intermediate plate (10) that two panels is arranged side by side.
4. the adjustable location tension seat for moving door according to claim 3, is characterized in that: described wire rope intermediate plate (10) can remove and install on described vertical panel (35) by means of adjusting bolt (46).
5. the adjustable location tension seat for moving door according to claim 1, is characterized in that: two elongated slots (21) of described elongated slot (21) for be arrangeding in parallel.
6. one kind has the door assembly of synchronizing moving in the same way of the adjustable location tension seat described in any one of claim 1-5, comprise the first moving door (2), the second moving door (3) and the 3rd moving door (4), wherein the center of top of the first moving door (2), the second moving door (3) and the 3rd moving door (4) is respectively equipped with at least one hanging wheel (6); Be equipped with the first pulley assembly (8) at the top first end of the first moving door (2) and the second moving door (3), being equipped with at top second end of the first moving door (2) and the second moving door (3) can second pulley assembly (9) of adjusting position; It is characterized in that:
Described adjustable location tension seat (11) is separately positioned on the top first end of top second end of the first moving door (2), the top first end of the second moving door (3) and the 3rd moving door (4);
The first wire rope (12) and the second wire rope (13) is arranged with respectively between first pulley assembly (8) and the second pulley assembly (9) of the first moving door (2) and between first pulley assembly (8) and the second pulley assembly (9) of the second moving door (3), first wire rope (12) through the top first end of the second moving door (3) adjustable location tension seat (11) and by its clamping, the second wire rope (13) through adjustable location tension seat (11) of top second end of the first moving door (2) and the top first end of the 3rd moving door (4) adjustable location tension seat (11) and clamped by it.
7. the door assembly of synchronizing moving in the same way according to claim 6, is characterized in that: between the described wire rope intermediate plate (10) that described first wire rope (12) and the second wire rope (13) are arranged on corresponding described adjustable location tension seat respectively in a clamped manner and described vertical panel (35).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520976103.1U CN205206632U (en) | 2015-11-30 | 2015-11-30 | A adjustable location tension seat for floating gate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520976103.1U CN205206632U (en) | 2015-11-30 | 2015-11-30 | A adjustable location tension seat for floating gate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205206632U true CN205206632U (en) | 2016-05-04 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520976103.1U Active CN205206632U (en) | 2015-11-30 | 2015-11-30 | A adjustable location tension seat for floating gate |
Country Status (1)
| Country | Link |
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| CN (1) | CN205206632U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105350871A (en) * | 2015-11-30 | 2016-02-24 | 佛山市汇泰龙智能科技有限公司 | Adjustable positioning line clamping seats for movable doors |
-
2015
- 2015-11-30 CN CN201520976103.1U patent/CN205206632U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105350871A (en) * | 2015-11-30 | 2016-02-24 | 佛山市汇泰龙智能科技有限公司 | Adjustable positioning line clamping seats for movable doors |
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