CN202108407U - Cable wiring structure of telescopic translational door - Google Patents
Cable wiring structure of telescopic translational door Download PDFInfo
- Publication number
- CN202108407U CN202108407U CN2011201683445U CN201120168344U CN202108407U CN 202108407 U CN202108407 U CN 202108407U CN 2011201683445 U CN2011201683445 U CN 2011201683445U CN 201120168344 U CN201120168344 U CN 201120168344U CN 202108407 U CN202108407 U CN 202108407U
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- door body
- transverse beam
- lower transverse
- top rail
- door
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Abstract
The utility model discloses a cable wiring structure of a telescopic translational door, which comprises a plurality of door bodies (10) connected mutually, noses (20) arranged at the end parts of the door bodies, and control devices arranged on the noses. The cable wiring structure is characterized in that the door bodies between a first door body and a last door body of the door bodies (10) are all movably connected with the adjacent door bodies through upper connecting pieces (31) and lower connecting pieces (32) arranged at the upper parts and the lower parts of the front ends of the door bodies between the first door body and the last door body; the bottoms of the back ends of all the door bodies are respectively provided with a waking mechanism (60); all the door bodies (10) are internally provided with a routing mechanism (40) for connecting conducting wires respectively; and due to the arrangement of the routing mechanisms, when the relative movement and displacement are carried out among all the door bodies, cables in the door bodies can synchronously move together with the door bodies without appearing winding.
Description
[technical field]
The utility model relates to the parallel-moving type door of opening or closing with translation mode, particularly relates to a kind ofly being made up of more piece door body, lines up in-line during expansion, the cable distribution structure of the extension type translation door that is arranged in parallel during contraction.
[background technology]
Door is the important component part of building or communal facility, also is that people use the most frequent building unit.Common door comprises the door of opening through rotating manner, opens and mainly as the translation door of gate etc. as the flexible door of gate and through push-pull fashion through what stretch mode was opened or closed.Traditional translation door is in the bottom of door roller to be housed, and lays guide rail on the ground, and translation door can be opened or close through roller parallel mobile realization on guide rail of its bottom under external force.The tradition translation door is a monolithic construction, and it can only open or close with the integral translation mode, thereby need take bigger area, causes the waste of resource and the increase of cost.For traditional translation door, because its body is an integral type, so the laying of the cable of its consuming parts is very simple, as long as cable is laid in the body.And for the extension type translation door that constitutes by more piece door body, owing to have relative motion and displacement between its each joint door body, make between the adjacent door body when producing relative motion, be laid in cable in the body and be easy to produce and twine or break.
[summary of the invention]
The utility model is intended to address the above problem; And provide the cable in a kind of each joint door body to interconnect; And make between each joint door body when carrying out relative motion and displacement, the interior cable of door body can with Men Titong moved further, and the cable distribution structure of the extension type translation door that can not twine.
For realizing above-mentioned purpose; The utility model provides a kind of cable distribution structure of extension type translation door; It comprises interconnective more piece door body, is located at the head of an end of body and is located at the control device on the head, it is characterized in that the head joint of more piece door body and each Men Tijun between minor details door body upper connector, connector and flexible connection of adjacent door body down through being located at its front end upper and lower part respectively; Bottom, rear end at each body respectively is provided with a walking mechanism; In every joint door body, be respectively equipped with a line mechanism of walking that connects lead, said more piece door body is lined up in-line upon deployment, then is parallel to during contraction after the minor details door body away from head.
The door body comprises top rail, lower transverse beam, the front column that is connected with top rail, lower transverse beam respectively, rear column and vertically and compartment of terrain many railings being installed in front column and rear column and being connected with lower transverse beam with top rail; The front column top is provided with junction box; Both ends are provided with preceding buffer limit piece, the back buffer limit piece that an end face is an arc respectively in the lower transverse beam of every joint door body, are provided with two vertical directive wheels in the walking mechanism bottom of every joint door body.
Top rail, lower transverse beam, front column and rear column are hollow column, and wherein, a middle side part of top rail is provided with opening along its length, and the top rail inner bottom part is provided with dee; Said lower transverse beam one middle side part is provided with opening along its length, and the lower transverse beam bottom is provided with guided wheel slot.
Upper connector comprises the linking arm and the first horizontal guide wheel; Wherein, Linking arm is fixed on the upper end of the front column of every joint door body; And extend in the top rail by the opening of the top rail of adjacent door body, the first horizontal guide wheel is contained in its free end top rotationally, and rolls with the inside wall of the top rail of adjacent door body and to contact; Said connector down comprises wheel shaft, vertical guide wheel and the second horizontal guide wheel; Wherein, wheel shaft is contained in the lower end of the front column of every joint door body, and is extended in the lower transverse beam by the opening of the lower transverse beam of adjacent door body; Vertical guide wheel turns through bearing and is being contained in wheel shaft free end end; And roll with the bottom with the top of the lower transverse beam of adjacent door body and to contact, the wheel carrier of the second horizontal guide wheel is contained in the lower end of front column, and is extended in the lower transverse beam by the opening of the lower transverse beam of adjacent door body; The second horizontal guide wheel turns in the free end end that is contained in wheel carrier, and rolls with the sidewall of the lower transverse beam of adjacent door body and to contact.
Walking line mechanism is that chain type is walked line mechanism; It comprises drag chain, hauling-chain frame and cable; Wherein, drag chain is contained in interior the leaning on the hauling-chain frame of rear end of top rail of each body, and the one of which end is fixed on the linking arm of adjacent door body; This end can be with the same moved further of the first horizontal guide wheel of adjacent door body, and the other end pile warp roller of drag chain is fixed on the hauling-chain frame; One end of cable is connected to the junction box at the front column top of adjacent door body through the opening of the linking arm of drag chain, adjacent door body and top rail; The other end of cable passes hauling-chain frame, and the pile warp hauling-chain frame outside is connected to this joint door body front end junction box or is connected to the head junction box.
Control device is a single-chip microcomputer, and it is located on the master control borad, and master control borad is contained in the head, and control device is connected with the driving mechanism of head.
The good effect of the utility model is; Because the utility model is provided with chain type and walks line mechanism in each joint door body; Make be contained in each joint door body cable can with the door body move back and forth and each joint door body between relative motion and same moved further; Therefore make that cable can not take place to twine or break in the motion process of door body, thereby guaranteed the normal operation of conducting wire and translation door.
[description of drawings]
Fig. 1 is the whole schematic perspective view of the deployed condition of the utility model.
Fig. 2 is the whole schematic perspective view of the contraction state of the utility model.
Fig. 3 is the door body structure sectional perspective sketch map of the utility model.
Fig. 4 is the disassembled schematic perspective view of Fig. 3.
Fig. 5 is the top rail sectional view of the utility model.
Fig. 6 is the lower transverse beam sectional view of the utility model.
Fig. 7 is the exploded perspective sketch map of the adjacent door body of the utility model.
Fig. 8 is the preceding buffer limit piece sketch map of the utility model.
Fig. 9 is the back buffer limit piece sketch map of the utility model.
Figure 10 is the upper connector and following connector front side structure schematic perspective view of the utility model.
Figure 11 is the upper connector and following connector and adjacent door body link decomposing schematic representation of the utility model.
Figure 12 is that the chain type of the utility model is walked line mechanism lateral surface structural upright sketch map.
Figure 13 is that the chain type of the utility model is walked line mechanism medial surface structural upright sketch map.
Figure 14 is the drag chain outboard structure sketch map of the utility model.
Figure 15 is the drag chain inside structure sketch map of the utility model.
Figure 16 is that the drag chain of the utility model connects sketch map.
Figure 17 is the cabling schematic diagram of the utility model.
[specific embodiment]
The following example is further explanation and the explanation to the utility model, and the utility model is not constituted any limitation.
Referring to Fig. 1, Fig. 2, the cable distribution structure of the extension type translation door of the utility model comprises more piece door body 10, head 20, upper connector 31, following connector 32, walks line mechanism 40, control device and walking mechanism 60.
Like Fig. 3, shown in Figure 4; Door body 10 comprises top rail 11, lower transverse beam 12, front column 13, rear column 14 and many railings 15, and said top rail 11 is a hollow column with lower transverse beam 12, wherein; Like Fig. 5; The cross section of top rail 11 is roughly rectangle, and its upper width is less than lower width, and the cross section of lower transverse beam 12 is a rectangle.Like Fig. 3, Fig. 5, be provided with opening 111 along its length in the middle inside of top rail 11, this opening extends to the other end from an end of top rail.Like Fig. 5, be provided with the dee 112 of installing hauling-chain frame 42 usefulness at the top rail inner bottom part.Likewise, like Fig. 3, Fig. 6, be provided with opening 121 along its length in said lower transverse beam 12 middle inside, this opening extends to the other end from an end of lower transverse beam.Like Fig. 6, be provided with guided wheel slot 122 in lower transverse beam 12 bottoms, be used for installing bottom locating part 524, it places in the said guided wheel slot 122 versatilely.The top that in lower transverse beam 12, is positioned at two ends respectively is provided with a T shape convexity 124, the screens of buffer limit piece 161 and back buffer limit piece 162 before being used for.Like Fig. 5, Fig. 6; Respectively be provided with a tapped screw seat 113,123 at top rail 11 with place, lower transverse beam 12 interior four angles; Be used for being connected with front column 13, rear column 14; The front end of crossbeam 11 and lower transverse beam 12 inserts in front column 13 and the rear column 14, and fixing with the junction plate that is contained in front column 13 front sides and rear column 14 rear sides 18 with screw.Like Fig. 1, Fig. 2, a front column 13 and a rear column 14 respectively are housed in the rear and front end of each body 10, front column 13 is hollow column with rear column 14, and place, four of portion angles is provided with the screw seat within it.Like Fig. 3, be provided with junction box 131 at front column 13 tops of each body, its cable that is used for the adjacent door body connects.Many railings 15 are equipped with in the compartment of terrain in the framework that top rail 11 and lower transverse beam 12 and front column 13 and rear column 14 surround; Railing 15 can be the tubular body of shapes such as rectangle, circle, ellipse, and the two ends up and down of many railings 15 can be pegged graft fixing with lower transverse beam 12 through any known method and top rail 11.Like Fig. 7; Both ends are provided with a preceding buffer limit piece 161 and back buffer limit piece 162 respectively in the lower transverse beam 12 of every joint door body; Preceding buffer limit piece and back buffer limit block structure such as Fig. 8, shown in Figure 9; Wherein, The rear end face of preceding buffer limit piece 161 is an arc with the front end face of back buffer limit piece 162, and preceding buffer limit piece 161 is respectively equipped with stopper slot 1611,1621 with the top of back buffer limit piece 162, and this stopper slot 1611,1621 fastens with crossbeam 12 interior T shapes protruding 124 respectively; And preceding buffer limit piece 161 and back buffer limit piece 162 connecting hole 1612,1622 through its cambered surface center and front limit piece support 163, back limited block support 164 again are fixing, and front limit piece support 163, back limited block support 164 are fixed bottom the lower transverse beam rear and front end through screw.Like Fig. 1, Fig. 2; Walking mechanism 60 bottoms at every joint door body are provided with two vertical directive wheels 17; Spacing between two vertical directive wheels is slightly larger than the width of guide rail 53; This vertical directive wheel 17 should make the directive wheel 17 of each joint door body be arranged on the same straight line when mounted, and this directive wheel leans on 19 movable cooperations of ground the preceding paragraph guide rail of minor details Men Tiyi end with being layed in a body 10 bottoms, makes each joint door body when closing the door the state operation, be limited to linear running state by said guide rail 19 by door opening state.Shown in Fig. 1 and Fig. 6 A, respectively be provided with a walking mechanism 60 in bottom, the rear end of each body, this mechanism by wheel carrier 61 and the road wheel 62 that is contained in the wheel shaft two ends of being located on the wheel carrier 61 constitute, wheel carrier 61 is fixed on rear column 14 bottoms.Like Fig. 1, the two ends of the maximum length when door body 10 launches fully are respectively equipped with preceding doorframe A, the back doorframe B that fixes on the ground, and preceding doorframe A is located along the same line with the center line of back doorframe B.
The head of said more piece door body 10 saves upper connector 31, down connector 32 and the adjacent door body flexible connection of each Men Tijun through being located at its front end upper and lower part respectively between a body 10A and the minor details door body 10B.Like Figure 10, shown in Figure 11, said upper connector 31 comprises the linking arm 311 and the first horizontal guide wheel 312, wherein; Linking arm 311 is a plate body; It is fixed on the upper end of the front column 13 of every joint door body, and is extended in the top rail 11 by the opening 111 of the top rail of adjacent door body, and the first horizontal guide wheel 312 is contained in the free end top of linking arm 311 rotationally; Roll with the inside wall of top rail 11 and contact in the wheel surface of the first horizontal guide wheel; Make that when 10 operations of door body the first horizontal guide wheel 312 is along top rail 11 rollings of adjacent door body, both played flexible connection effect with the top rail 11 of adjacent door body; Can prevent the double swerve of a body 10 again, to guarantee the linear running of door body.Said connector 32 down comprises wheel shaft 321, vertical guide wheel 322 and the second horizontal guide wheel 323; Wherein, Wheel shaft 321 is fixed on the holder 324 of front side, lower end of front column 13 of every joint door body; And wheel shaft 321 is extended in the lower transverse beam 12 by the opening 121 of the lower transverse beam of adjacent door body; Vertical guide wheel 322 turns through bearing and is being contained in wheel shaft 321 free end ends, and rolls with the bottom with the top of the lower transverse beam 12 of adjacent door body and to contact, and this vertical guide wheel 322 is used for support and guiding to the adjacent door body.The U-shaped wheel carrier 3231 of the second horizontal guide wheel 323 is contained in the lower outside of front column 13; And extend in the lower transverse beam 12 by the opening 121 of the lower transverse beam of adjacent door body; The second horizontal guide wheel 323 turns in the free end end that is contained in wheel carrier 3231; And roll with the sidewall of the lower transverse beam 12 of adjacent door body and contact, this second horizontal guide wheel 323 is used to prevent the double swerve of a body 10, to guarantee the linear running of a body.Through the above-mentioned upper connector 31 and following connector 32 that places in the body, formed the flexible connection between adjacent two bodies, and guaranteed the clean and tidy and attractive in appearance of the external sight of door.
As shown in Figure 1, save the leading section of body 10A at head head 20 is housed, be used for driving door body 10 and move forward and backward.This head 20 can be any known head, as comprises the universal extrusion tooling of motor, sprocket drive or worm and gear driving mechanism etc.
Like Figure 12～shown in Figure 17, in every joint door body 10, be respectively equipped with one connect lead walk line mechanism 40, this walks line mechanism is that chain type is walked line mechanism, it comprises drag chain 41, hauling-chain frame 42 and cable 43.By the rear end U-shaped hauling-chain frame 42 is housed in the top rail 11 of each body; Two rollers 44 are housed on hauling-chain frame 42; One end of drag chain 41 is fixed on the bottom of the linking arm 311 of adjacent door body; This end can be with the first horizontal guide wheel 312 same moved further of adjacent door body, and the other end pile warp roller 44 of drag chain is fixed on the hauling-chain frame 42.Cable 43 is 10 core lenticular wires, and the one of which end makes the cable of adjacent door body be connected through the linking arm 311 of drag chain 41, adjacent door body, top rail 11 middle inside opening 111 and be connected to the junction box 131 at front column 13 tops of adjacent door body along its length.Like Fig. 8 F, the other end of cable 43 passes hauling-chain frame 42, and is connected to this joint door body front end junction box 131 outside the pile warp hauling-chain frame or is connected to the head junction box, is the head power supply, and minor details door body cable 43 1 ends connect external power supply.The above-mentioned mode of connection make the door body launch or telescopic process in, cable 43 can be with the linking arm 311 same moved further of adjacent door body upper end, thereby can guarantee that more piece door body cable in the process of moving forward and backward can not take place to twine or break.The cable routing principle and the structure of the utility model are shown in figure 17.
The operation of the cable distribution structure of the extension type translation door of the utility model is controlled by the control device (not shown).This control device is a single-chip microcomputer, and it is located on the master control borad that is contained in the head, and master control borad is contained in the head 20, and control device is connected with the motor (not shown) of head through cable 43.
The course of work of the cable distribution structure of the extension type translation door of the utility model such as Fig. 1, shown in Figure 7; After starting the head motor, head 20 drives first joint door body 10A and moves forward, when the back buffer limit piece 162 that saves a body 10A rear end as head touches the vertical guide wheel 322 of adjacent door body front end bottom; Its pulling force to the adjacent door body is cushioned; Simultaneously cambered surface and the vertical guide wheel 322 of back buffer limit piece 162 fit, and drive adjacent door body moves forward, and so make more piece door body be pulled successively and move forward; Move into place the back and form the state of closing the door as shown in Figure 1, more piece door body 10 is lined up in-line upon deployment.When opening the door, head 20 inverted runnings, at this moment, the vertical guide wheel 322 that the preceding buffer limit piece 161 that then saves a body 10A front end by head promotes the adjacent door bodies moves backward, when moving into place, forms door opening state as shown in Figure 2.More piece door body 10 then is parallel to the minor details door body 10B away from head when shrinking after.
Although the utility model is disclosed through above embodiment; But the scope of the utility model is not limited thereto; Do not departing under the condition of the utility model design, more than each member can replace with the similar or equivalent element that affiliated person skilled is understood.
Claims (6)
1. the cable distribution structure of an extension type translation door; Comprise interconnective more piece door body (10), be located at the head (20) of an end of body and be located at the control device on the head; It is characterized in that; The head joint of more piece door body (10) and each Men Tijun between the minor details door body upper connector (31), connector (32) and flexible connection of adjacent door body down through being located at its front end upper and lower part respectively; Bottom, rear end at each body respectively is provided with a walking mechanism (60); In every joint door body (10), be respectively equipped with one connect lead walk line mechanism (40), said more piece door body (10) is lined up in-line upon deployment, then is parallel to during contraction after the minor details door body away from head.
2. the cable distribution structure of extension type translation door as claimed in claim 1; It is characterized in that; Said door body (10) comprises top rail (11), lower transverse beam (12), the front column (13) that is connected with top rail (11), lower transverse beam (12) respectively, rear column (14) and vertically and the compartment of terrain many railings (15) that are installed in front column (13) and rear column (14) and are connected with lower transverse beam (12) with top rail (11); Front column (13) top is provided with junction box (131); Both ends are provided with preceding buffer limit piece (161), the back buffer limit piece (162) that an end face is an arc respectively in the lower transverse beam (12) of every joint door body, are provided with two vertical directive wheels (17) in walking mechanism (60) bottom of every joint door body.
3. the cable distribution structure of extension type translation door as claimed in claim 2; It is characterized in that; Said top rail (11), lower transverse beam (12), front column (13) and rear column (14) are hollow column; Wherein, a middle side part of top rail (11) is provided with opening (111) along its length, and the top rail inner bottom part is provided with dee (112); Said lower transverse beam (12) one middle side parts are provided with opening (121) along its length, and lower transverse beam (12) bottom is provided with guided wheel slot (122).
4. the cable distribution structure of extension type translation door as claimed in claim 3; It is characterized in that said upper connector (31) comprises the linking arm (311) and the first horizontal guide wheel (312), wherein; Linking arm (311) is fixed on the upper end of the front column (13) of every joint door body; And extend in the top rail (11) by the opening (111) of the top rail of adjacent door body, the first horizontal guide wheel (312) is contained in its free end top rotationally, and rolls with the inside wall of the top rail (11) of adjacent door body and to contact; Said connector (32) down comprises wheel shaft (321), vertical guide wheel (322) and the second horizontal guide wheel (323); Wherein, Wheel shaft (321) is contained in the lower end of the front column (13) of every joint door body; And extend in the lower transverse beam (12) by the opening (121) of the lower transverse beam of adjacent door body, vertical guide wheel (322) turns through bearing and is being contained in wheel shaft (321) free end end, and rolls with the bottom with the top of the lower transverse beam (12) of adjacent door body and to contact; The wheel carrier (324) of the second horizontal guide wheel (323) is contained in the lower end of front column (13); And extend in the lower transverse beam (12) by the opening (121) of the lower transverse beam of adjacent door body, the second horizontal guide wheel (323) turns in the free end end that is contained in wheel carrier (324), and rolls with the sidewall of the lower transverse beam (12) of adjacent door body and to contact.
5. the cable distribution structure of extension type translation door as claimed in claim 4; It is characterized in that; The said line mechanism (40) of walking is walked line mechanism for chain type, and it comprises drag chain (41), hauling-chain frame (42) and cable (43), wherein; Drag chain (41) is contained in interior the leaning on the hauling-chain frame (42) of rear end of top rail (11) of each body; The one of which end is fixed on the linking arm (311) of adjacent door body, and this end can be with the same moved further of the first horizontal guide wheel (312) of adjacent door body, and the other end pile warp roller (44) of drag chain is fixed on the hauling-chain frame (42); One end of cable (43) is connected to the junction box (131) at front column (13) top of adjacent door body through the opening (111) of the linking arm (311) of drag chain (41), adjacent door body and top rail (11); The other end of cable (43) passes hauling-chain frame (42), and the pile warp hauling-chain frame outside is connected to this joint door body front end junction box (131) or is connected to the head junction box.
6. the cable distribution structure of extension type translation door as claimed in claim 1 is characterized in that, said control device is a single-chip microcomputer, and it is located on the master control borad, and master control borad is contained in the head (20), and control device is connected with the driving mechanism of head.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201683445U CN202108407U (en) | 2011-05-24 | 2011-05-24 | Cable wiring structure of telescopic translational door |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201683445U CN202108407U (en) | 2011-05-24 | 2011-05-24 | Cable wiring structure of telescopic translational door |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202108407U true CN202108407U (en) | 2012-01-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011201683445U Expired - Lifetime CN202108407U (en) | 2011-05-24 | 2011-05-24 | Cable wiring structure of telescopic translational door |
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| CN (1) | CN202108407U (en) |
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