CN103950813B - A kind of elevator cage door - Google Patents
A kind of elevator cage door Download PDFInfo
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- CN103950813B CN103950813B CN201410182341.5A CN201410182341A CN103950813B CN 103950813 B CN103950813 B CN 103950813B CN 201410182341 A CN201410182341 A CN 201410182341A CN 103950813 B CN103950813 B CN 103950813B
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- touch panel
- guide rail
- gate
- elevator cage
- cage door
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- 230000005540 biological transmission Effects 0.000 claims abstract description 5
- 238000009434 installation Methods 0.000 claims description 13
- 206010064684 Device dislocation Diseases 0.000 claims description 2
- 230000001276 controlling effect Effects 0.000 claims description 2
- 238000000034 method Methods 0.000 abstract description 8
- 230000001939 inductive effect Effects 0.000 description 3
- 230000004308 accommodation Effects 0.000 description 2
- 230000035945 sensitivity Effects 0.000 description 2
- 230000000875 corresponding Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000000977 initiatory Effects 0.000 description 1
- 239000011435 rock Substances 0.000 description 1
Abstract
The invention discloses a kind of elevator cage door, comprise a guide rail, be arranged on the first gate on a guide rail and the second gate, actuating device, the first touch panel, the second touch panel, first gate is provided with the first touch panel guide rail for installing the first touch panel, and the first touch panel guide rail has the first baffle plate; First gate is provided with the first permanent seat, is provided with elastomeric element between the first permanent seat and the first touch panel; Second gate is provided with the second touch panel guide rail, and the second touch panel can along the second touch panel guide rail movement, and the second touch panel guide rail has second baffle; Second gate is provided with the second permanent seat, is provided with elastomeric element between the second permanent seat and the second touch panel, and the second touch panel is connected with stop gear, and stop gear comprises the drive disk assembly keeping the limiting stopper of geo-stationary with door guide rail, be connected with the second touch panel transmission.In door closing procedure, can reduce the first touch panel and the second touch panel and collide and produce noise, elevator cage door structure is simple, long service life.
Description
Technical field
The present invention relates to elevator technology field, particularly relate to a kind of elevator cage door.
Background technology
Along with elevator technology is constantly perfect; safety takes the concern that elevator is subject to all the more passenger; passenger requires more and more higher to the safety of elevator and quality of elevator; wherein; in national regulations elevator cage door closing process; if passenger by during gangway by door leaf clash into maybe will be knocked time, the fender guard in elevator should make elevator cage door reopen immediately, is crushed by elevator cage door to avoid passenger.
In order to avoid passenger is crushed by elevator cage door in discrepancy elevator process, general meeting is on a left side, corresponding on right gate left touch panel and right touch panel are set, left touch panel, right touch panel is all fixedly connected with swing arm, elevator is left, the mount pad installing swing arm is equipped with in right gate, be arranged on mount pad by rotating shaft in the middle part of swing arm, the swing arm other end is in transmission connection to micro-switch, when touching left touch panel or right touch panel, left touch panel or right touch panel move in gate, promote swing arm one end, the swing arm other end then promotes micro-switch, after micro-switch action, namely send to control motor and make a left side, the order that right gate is opened, left, namely right gate is opened.Visible, left and right touch panel all must protrude from elevator cage door and respond to for by passenger.But when elevator cage door is closed, the left and right touch panel protruding from elevator cage door often collides, produce noise, and cause interference to micro-switch in elevator cage door.So, the curved surface slideway being used for coordinating with right touch panel is set in the middle part of attachment rail, right touch panel upper end is fixedly connected with lifting rod, and right touch panel bottom is connected with pouring weight by mount pad, and lifting rod is provided with roller, roller can slide along curved surface slideway, when left and right gate is about to close, roller enters curved surface slideway, drives lifting rod upwards action, pouring weight makes right touch panel shrink in gate plate in the process promoted due to self gravitation, avoids left touch panel and right touch panel to collide.Micro-switch action when right touch panel promotes but signal conductively-closed.
But there is following shortcoming in this gate fender guard:
One, the top that lifting rod is connected to right touch panel is easily rocked, and in use roller and curved surface slideway easily depart from initiating failure.
Two, when the thrust on left and right touch panel suddenly disappears, fork and mount pad collide and produce noise, and micro-switch manner of execution is indirectly trigger, and sensitivity is low.
Summary of the invention
Based on this, the invention reside in the defect overcoming prior art, provide that a kind of noise is little, structure is simple, the elevator cage door of good stability.
Its technical scheme is as follows: a kind of elevator cage door, comprise a guide rail, the first gate and the second gate be arranged on a guide rail, drive described first gate and the second gate move toward one another or the actuating device moved dorsad, the first touch panel be arranged on the first gate, the second touch panel be arranged on described second gate on described door guide rail
Described first gate is provided with the first touch panel guide rail for installing described first touch panel, described first touch panel can along described first touch panel guide rail movement, described first touch panel guide rail has for limiting first baffle plate of described first touch panel to described second touch panel motion, when the first touch panel is moved to described second touch panel by described first baffle plate restriction, a part for described first touch panel is protruded outside described first gate; Described first gate is provided with the first permanent seat, is provided with elastomeric element between described first permanent seat and described first touch panel;
Described second gate is provided with the second touch panel guide rail for installing described second touch panel, described second touch panel can along described second touch panel guide rail movement, described second touch panel guide rail has for limiting the second baffle of described second touch panel to described first touch panel motion, when the second touch panel is moved to described first touch panel by described second baffle restriction, a part for described second touch panel is protruded outside described second gate;
Described second gate is provided with the second permanent seat, elastomeric element is provided with between described second permanent seat and described second touch panel, described second touch panel is connected with for limiting the stop gear of described second touch panel to described first gate motion, described stop gear comprises the drive disk assembly keeping the limiting stopper of geo-stationary with described door guide rail, be connected with described second touch panel transmission, when described first touch panel, the second touch panel near time, described limiting stopper restriction drive disk assembly is to described first touch panel motion.
Below further technical scheme is described:
Preferably, described first gate, the second gate are equipped with the micro-switch for controlling described actuating device action, and described first touch panel, the second touch panel are all connected with the switch coordinated with described micro-switch and re-pack.
Preferably, described door guide rails assembling is on car door rail frame, and described first gate, the second gate are all arranged on described door guide rail by gantry crane plate, and described gantry crane plate has pulley, and described pulley is arranged on described door guide rail.
Preferably, described drive disk assembly comprises stay cord, movable pulley, described stay cord one end is connected with described second touch panel, the described stay cord other end is connected with described movable pulley, described gantry crane plate is provided with chute, described movable pulley can move along described chute, and when described first touch panel, the second touch panel are at a distance of 0 ~ 100mm, described limiting stopper abuts with described movable pulley.
Preferably, described stay cord both sides are provided with fixed pulley, and fixed pulley described in one of them is arranged on described gantry crane plate, and fixed pulley described in another is arranged on described second gate.
Preferably, described first touch panel guide rail, the second touch panel guide rail are two, two described first touch panel guide rails, two described second touch panel guide rails are all arranged side by side, wherein, described first touch panel has two first of being arranged on described first touch panel guide rail and installs wheel, one of them the first installation wheel is arranged on the top of described first touch panel guide rail, and another the first installation wheel is arranged on the below of the first touch panel guide rail described in another; Described second touch panel has two second of being arranged on described second touch panel guide rail and installs wheel, and one of them the second installation wheel is arranged on the top of described second touch panel guide rail, and another the second installation wheel is arranged on the below of the second touch panel guide rail described in another.
Preferably, described first touch panel guide rail is provided with the first caging bolt moved in described first gate for limiting described first touch panel, and described second touch panel guide rail is provided with the second caging bolt moved in described second gate for limiting described second touch panel.
Preferably, described first touch panel is provided with the first pilot bar, and described first permanent seat has the pilot hole passed for described first pilot bar, and described elastomeric element is sheathed on described first pilot bar; Described second touch panel is provided with the second pilot bar, and described second permanent seat has the pilot hole passed for described second pilot bar, and described elastomeric element is sheathed on described second pilot bar.
Preferably, described elastomeric element is spring, and spring is in compressive state on the guide bar all the time.
Below the principle, effect etc. of preceding solution are described:
1, swing arm is connected relative to the touch panel of prior art, swung by swing arm and adjust touch panel position, and complete by lifting rod action of closing the door, elevator cage door of the present invention is by the first touch panel, second touch panel adopts the first touch panel guide rail respectively, second touch panel guide rail is installed, first touch panel can move along the first touch panel guide rail, second touch panel can move along the second touch panel guide rail, second touch panel is also connected to limiting stopper by drive disk assembly, in door closing procedure, limiting stopper limits the second touch panel motion, avoid the first touch panel and the second touch panel to collide and produce noise, elevator cage door structure is simple simultaneously, elevator cage door good stability.
2, first gate, second gate installs micro-switch, first touch panel, second touch panel connects the switch coordinated with micro-switch and re-packs, when touching the first touch panel or the second touch panel, elastomeric element is compressed, first touch panel or the second touch panel pull switch re-pack, switch re-packs, and starts micro-switch, micro-switch then sends the order of opening elevator gate to actuating device, first gate, namely second gate moves dorsad, cancel touching first touch panel or the second touch panel, elastomeric element recovers and promotes the first touch panel or the reset of the second touch panel, visible, first touch panel or the second touch panel are directly re-packed by switch and act on micro-switch, relative to the elevator cage door of prior art, the induction that elevator cage door first touch panel of the present invention or the second touch panel are touched human body is sensitiveer.
3, elastomeric element is on the guide bar sheathed, by pilot bar directional tagging, strengthen elevator cage door stability of the present invention, in addition, drive disk assembly is made up of stay cord, movable pulley, when the first touch panel will contact with the second touch panel, movable pulley is limited block and is limited in chute mobile, movable pulley pulls stay cord, stay cord limits the second touch panel and moves towards the first gate together with the second gate, the first touch panel and the second touch panel can be avoided to collide, and car door device structure is simple, greatly can extend the service life of elevator cage door.
Accompanying drawing explanation
Fig. 1 is elevator cage door structural representation described in the embodiment of the present invention;
Fig. 2 is the structural representation of elevator cage door closed condition described in the embodiment of the present invention;
Fig. 3 be the first touch panel of elevator cage door described in the embodiment of the present invention, the second touch panel touched time state structural representation.
Description of reference numerals:
10, door guide rail, 11, car door rail frame, 20, first gate, 21, second gate, 30, first touch panel, 31, second touch panel, 32, first installs wheel, 33, second installs wheel, 34, first baffle plate, 35, second baffle, 40, first touch panel guide rail, 401, first caging bolt, 41, second touch panel guide rail, 411, second caging bolt, 50, limiting stopper, 60, micro-switch, 61, switch re-packs, 70, first permanent seat, 71, second permanent seat, 72, first pilot bar, 73, second pilot bar, 74, spring, 80, stay cord, 81, fixed pulley, 82, movable pulley, 83, chute, 90, gantry crane plate, 91, pulley.
Detailed description of the invention
Below embodiments of the invention are described in detail:
As shown in Figure 1, elevator cage door of the present invention, comprise a guide rail 10, be arranged on the first gate 20 and the second gate 21 on a guide rail 10, drive described first gate 20 and the second gate 21 move toward one another or the actuating device (not shown in the figures anticipate out) that moves dorsad on described door guide rail 10, be arranged on the first touch panel 30 on the first gate 20, be arranged on the second touch panel 31 on described second gate 21, when actuating device drives described first gate 20 and the second gate 21 on described door guide rail 10 during move toward one another, elevator cage door can be realized and close action, when actuating device drives described first gate 20 and the second gate 21 to move dorsad on described door guide rail 10, elevator cage door can be realized and start work.Wherein, described first gate 20 is provided with the first touch panel guide rail 40 for installing described first touch panel 30, described first touch panel 30 can move along described first touch panel guide rail 40, described first touch panel guide rail 40 has the first baffle plate 34 moved to described second touch panel 31 for limiting described first touch panel 30, when the first touch panel 30 by described first baffle plate 34 limit move to described second touch panel 31 time, the part of described first touch panel 30 is protruded outside described first gate 20; Described first gate 20 is provided with the first permanent seat 70, is provided with elastomeric element between described first permanent seat 70 and described first touch panel 30, and in embodiments of the present invention, this elastomeric element is spring 74.
Described second gate 21 is provided with the second touch panel guide rail 41 for installing described second touch panel 31, described second touch panel 31 can move along described second touch panel guide rail 41, described second touch panel guide rail 41 has the second baffle 35 moved to described first touch panel 30 for limiting described second touch panel 31, when the second touch panel 31 by described second baffle 35 limit move to described first touch panel 30 time, the part of described second touch panel 31 is protruded outside described second gate 21.
Described second gate 21 is provided with the second permanent seat 71, elastomeric element is provided with between described second permanent seat 71 and described second touch panel 31, in embodiments of the present invention, elastomeric element is spring 74, described second touch panel 31 is connected with the stop gear moved to described first gate 20 for limiting described second touch panel 31, described stop gear comprises the limiting stopper 50 keeping geo-stationary with described door guide rail 10, the drive disk assembly be connected with described second touch panel 31 transmission, when described first touch panel 30, second touch panel 31 near time, particularly, when the first touch panel 30, second touch panel 31 is apart at 50mm or 100mm, described limiting stopper 50 starts to limit drive disk assembly and moves to described first touch panel 30, namely second touch panel 31 enters in the second gate 21 under the second touch panel guide rail directional tagging, spatial accommodation is reserved to part first touch panel 30 outside protrusion first gate 20, avoid the first touch panel 30 and the second touch panel 31 to collide and produce noise, extend elevator cage door service life, as shown in Figure 2, it illustrates the first gate 20, constructional drawing when second gate 21 is closed, now, limiting stopper 50 supports movable pulley 82 and moves to chute 83 end, movable pulley 82 connects stay cord 80, it is inner that stay cord 80 drives the second touch panel 31 to enter into the second gate 21, be that the first touch panel 30 reserves spatial accommodation, on first touch panel 30 first installs wheel 32 and the first baffle plate 34 supports, first touch panel 30 acts on next part at spring 74 and protrudes from outside described first gate 20, it is inner that the part protruded is positioned at the second gate 21.
Visible, swing arm is connected relative to the touch panel of prior art, swung by swing arm and adjust touch panel position, and complete by lifting rod action of closing the door, elevator cage door of the present invention is by the first touch panel 30, second touch panel 31 adopts the first touch panel guide rail 40 respectively, second touch panel guide rail 41 is installed, first touch panel 30 can move along the first touch panel guide rail 40, second touch panel 31 can move along the second touch panel guide rail 41, second touch panel 31 is also connected to limiting stopper 50 by drive disk assembly, in door closing procedure, limiting stopper 50 limits the second touch panel 31 and moves, avoid the first touch panel 30 and the second touch panel 31 to collide and produce noise, elevator cage door structure is simple simultaneously, elevator cage door good stability.
In embodiments of the present invention, described first gate 20, second gate 21 is equipped with the micro-switch 60 for accessory drive action, and described first touch panel 30, second touch panel 31 is all connected with the switch coordinated with described micro-switch 60 and re-packs 61.When touching the first touch panel 30 or/and the second touch panel 31 time, as shown in Figure 3, it be the first touch panel 30 and the second touch panel 31 all touched time elevator cage door internal state figure, spring 74 is further compressed, stay cord 80 relaxes gradually, simultaneously, first touch panel 30, second touch panel 31 pull switch re-packs 61, switch re-packs 61 startup micro-switchs 60, namely micro-switch 60 sends the order of opening elevator gate to actuating device, and namely the first gate 20, second gate 21 moves dorsad, and elevator cage door is opened, effectively avoid elevator cage door to crush passenger, sensitivity is higher.When cancellation touching first touch panel 30 or the second touch panel 31, spring 74 recovers and promotes the first touch panel 30 or the second touch panel 31 resets.Visible, first touch panel 30 or the second touch panel 31 are directly re-packed by switch and 61 act on micro-switch 60, relative to the elevator cage door of prior art, the induction of elevator cage door first touch panel 30 of the present invention or the 31 pairs of human body touchings of the second touch panel is sensitiveer, and elevator cage door structure relative simplicity, stability is strong, and the elevator cage door life-span is long.
Described door guide rail 10 is arranged on car door rail frame 11, described first gate 20, second gate 21 is all arranged on described door guide rail 10 by gantry crane plate 90, described gantry crane plate 90 has pulley 91, described pulley 91 is arranged on described door guide rail 10, and pulley 91 can slide to realize elevator cage door along door guide rail 10 and close and the action of opening.
Described drive disk assembly comprises stay cord 80, movable pulley 82, described stay cord 80 one end is connected with described second touch panel 31, described stay cord 80 other end is connected with described movable pulley 82, described gantry crane plate 90 is provided with chute 83, described movable pulley 82 can move along chute 83, when described first touch panel 30, second touch panel 31 is at a distance of 0 ~ 100mm, described limiting stopper 50 abuts with described movable pulley 82.
Described stay cord 80 both sides are provided with fixed pulley 81, and fixed pulley 81 described in one of them is arranged on described gantry crane plate 90, and fixed pulley 81 described in another is arranged on described second gate 21.
Described first touch panel guide rail 40, second touch panel guide rail 41 is two, two described second touch panel guide rails 41 of described 40, two, first touch panel guide rail are all arranged side by side, wherein, described first touch panel 30 has two first of being arranged on described first touch panel guide rail 40 and installs wheel 32, one of them the first installation wheel 32 is arranged on the top of described first touch panel guide rail 40, and another the first installation wheel 32 is arranged on the below of the first touch panel guide rail 40 described in another; Described second touch panel 31 has two second of being arranged on described second touch panel guide rail 41 and installs wheel 33, one of them the second installation wheel 33 is arranged on the top of described second touch panel guide rail 41, and another the second installation wheel 33 is arranged on the below of the second touch panel guide rail 41 described in another.Two first wheels 32 and two second are installed wheel 33 is installed is of use not only in touch panel slide on rails, move on touch panel guide rail to realize the first touch panel 30, second touch panel 31, simultaneously, first installs wheel 32, second installation wheel 33 is distributed in two touch panel guide rail opposite sides, move at vertical direction to limit the first touch panel 30, second touch panel 31, make the first touch panel 30, second touch panel 31 more stable be arranged on elevator cage door, in running process of elevator, rock little, the noise of generation is little.
Described first touch panel guide rail 40 is provided with the first caging bolt 401 moved in described first gate 20 plate for limiting described first touch panel 30, and described second touch panel guide rail 41 is provided with the second caging bolt 411 moved in described second gate 21 plate for limiting described second touch panel 31.
Described first touch panel 30 is provided with the first pilot bar 72, and described first permanent seat 70 has the pilot hole passed for described first pilot bar 72, and described elastomeric element is sheathed on described first pilot bar 72; Described second touch panel 31 is provided with the second pilot bar 73, described second permanent seat 71 has the pilot hole passed for described second pilot bar 73, described elastomeric element is sheathed on described second pilot bar 73, in embodiments of the present invention, described elastomeric element is spring 74, and spring 74 is on the guide bar sheathed, and is in compressive state all the time, spring 74, by pilot bar directional tagging, can improve the stability of elevator cage door of the present invention.
To sum up, tool of the present invention has the following advantages:
1, swing arm is connected relative to the touch panel of prior art, swung by swing arm and adjust touch panel position, and complete by lifting rod action of closing the door, elevator cage door of the present invention is by the first touch panel 30, second touch panel 31 adopts the first touch panel guide rail 40 respectively, second touch panel guide rail 41 is installed, first touch panel 30 can move along the first touch panel guide rail 40, second touch panel 31 can move along the second touch panel guide rail 41, second touch panel 31 is also connected to limiting stopper 50 by drive disk assembly, in door closing procedure, limiting stopper 50 limits the second touch panel 31 and moves, avoid the first touch panel 30 and the second touch panel 31 to collide and produce noise, elevator cage door structure is simple simultaneously, elevator cage door good stability.
2, first gate 20 plate, micro-switch 60 installed by second gate 21 plate, first touch panel 30, second touch panel 31 connects the switch coordinated with micro-switch 60 and re-packs 61, when touching the first touch panel 30 or the second touch panel 31, elastomeric element is compressed, first touch panel 30 or the second touch panel 31 pull switch re-pack 61, switch re-packs 61 and starts micro-switch 60, micro-switch 60 sends the order of opening elevator gate to actuating device, first gate 20, namely second gate 21 moves dorsad, cancel touching first touch panel 30 or the second touch panel 31, elastomeric element recovers and promotes the first touch panel 30 or the second touch panel 31 resets, visible, first touch panel 30 or the second touch panel 31 are directly re-packed by switch and 61 act on micro-switch 60, relative to the elevator cage door of prior art, the induction of elevator cage door first touch panel 30 of the present invention or the 31 pairs of human body touchings of the second touch panel is sensitiveer.
3, elastomeric element is on the guide bar sheathed, by pilot bar directional tagging, improve elevator cage door stability of the present invention, in addition, drive disk assembly is by stay cord 80, movable pulley 82 is formed, when the first touch panel 30 will contact with the second touch panel 31, movable pulley 82 is limited block and is limited in chute 83 mobile, movable pulley 82 pulls stay cord 80, stay cord 80 limits the second touch panel 31 and moves towards the first gate 20 together with the second gate 21, the first touch panel 30 and the second touch panel 31 can be avoided to collide, and car door device structure is simple, greatly can extend the service life of elevator cage door.
The above embodiment only have expressed the specific embodiment of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.
Claims (7)
1. an elevator cage door, comprise a guide rail, the first gate and the second gate be arranged on a guide rail, drive described first gate and the second gate move toward one another or the actuating device moved dorsad, the first touch panel be arranged on the first gate, the second touch panel be arranged on described second gate on described door guide rail
It is characterized in that, described first gate is provided with the first touch panel guide rail for installing described first touch panel, described first touch panel can along described first touch panel guide rail movement, described first touch panel guide rail has for limiting first baffle plate of described first touch panel to described second touch panel motion, when the first touch panel is moved to described second touch panel by described first baffle plate restriction, a part for described first touch panel is protruded outside described first gate; Described first gate is provided with the first permanent seat, is provided with elastomeric element between described first permanent seat and described first touch panel;
Described second gate is provided with the second touch panel guide rail for installing described second touch panel, described second touch panel can along described second touch panel guide rail movement, described second touch panel guide rail has for limiting the second baffle of described second touch panel to described first touch panel motion, when the second touch panel is moved to described first touch panel by described second baffle restriction, a part for described second touch panel is protruded outside described second gate;
Described second gate is provided with the second permanent seat, elastomeric element is provided with between described second permanent seat and described second touch panel, described second touch panel is connected with for limiting the stop gear of described second touch panel to described first gate motion, described stop gear comprises the drive disk assembly keeping the limiting stopper of geo-stationary with described door guide rail, be connected with described second touch panel transmission, when described first touch panel, the second touch panel near time, described limiting stopper restriction drive disk assembly is to described first touch panel motion
Described door guide rails assembling is on car door rail frame, and described first gate, the second gate are all arranged on described door guide rail by gantry crane plate, and described gantry crane plate has pulley, and described pulley is arranged on described door guide rail,
Described drive disk assembly comprises stay cord, movable pulley, described stay cord one end is connected with described second touch panel, the described stay cord other end is connected with described movable pulley, described gantry crane plate is provided with chute, described movable pulley can move along described chute, when described first touch panel, the second touch panel are at a distance of 0 ~ 100mm, described limiting stopper abuts with described movable pulley.
2. elevator cage door according to claim 1, it is characterized in that, described first gate, the second gate are equipped with the micro-switch for controlling described actuating device action, and described first touch panel, the second touch panel are all connected with the switch coordinated with described micro-switch and re-pack.
3. elevator cage door according to claim 1, is characterized in that, described stay cord both sides are provided with fixed pulley, and fixed pulley described in one of them is arranged on described gantry crane plate, and fixed pulley described in another is arranged on described second gate.
4. elevator cage door according to claim 1, it is characterized in that, described first touch panel guide rail, the second touch panel guide rail are two, two described first touch panel guide rails, two described second touch panel guide rails are all arranged side by side, wherein, described first touch panel has two first of being arranged on described first touch panel guide rail and installs wheel, and one of them the first installation wheel is arranged on the top of described first touch panel guide rail, and another the first installation wheel is arranged on the below of the first touch panel guide rail described in another; Described second touch panel has two second of being arranged on described second touch panel guide rail and installs wheel, and one of them the second installation wheel is arranged on the top of described second touch panel guide rail, and another the second installation wheel is arranged on the below of the second touch panel guide rail described in another.
5. elevator cage door according to claim 4, it is characterized in that, described first touch panel guide rail is provided with the first caging bolt moved in described first gate for limiting described first touch panel, and described second touch panel guide rail is provided with the second caging bolt moved in described second gate for limiting described second touch panel.
6. elevator cage door according to claim 1, is characterized in that, described first touch panel is provided with the first pilot bar, and described first permanent seat has the pilot hole passed for described first pilot bar, and described elastomeric element is sheathed on described first pilot bar; Described second touch panel is provided with the second pilot bar, and described second permanent seat has the pilot hole passed for described second pilot bar, and described elastomeric element is sheathed on described second pilot bar.
7. elevator cage door according to claim 6, is characterized in that, described elastomeric element is spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410182341.5A CN103950813B (en) | 2014-04-30 | 2014-04-30 | A kind of elevator cage door |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410182341.5A CN103950813B (en) | 2014-04-30 | 2014-04-30 | A kind of elevator cage door |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103950813A CN103950813A (en) | 2014-07-30 |
| CN103950813B true CN103950813B (en) | 2015-10-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410182341.5A Active CN103950813B (en) | 2014-04-30 | 2014-04-30 | A kind of elevator cage door |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103950813B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106744207B (en) * | 2016-11-28 | 2018-11-27 | 浙江阿斯顿电梯有限公司 | Elevator protective door |
| CN106516954A (en) * | 2016-12-08 | 2017-03-22 | 宁波永良电梯技术发展有限公司 | Elevator door system |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0859156A (en) * | 1994-08-18 | 1996-03-05 | Toshiba Corp | Car of elevator |
| JP2006096489A (en) * | 2004-09-29 | 2006-04-13 | Hitachi Ltd | Elevator door device |
| JP2010037053A (en) * | 2008-08-05 | 2010-02-18 | Toshiba Elevator Co Ltd | Foreign matter nipping detector of elevator |
| EP2345618A1 (en) * | 2010-01-18 | 2011-07-20 | Inventio AG | Safety edge of a cabin door |
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2014
- 2014-04-30 CN CN201410182341.5A patent/CN103950813B/en active Active
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| Publication number | Publication date |
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| CN103950813A (en) | 2014-07-30 |
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