CN104583107B

CN104583107B - Elevator is closed and is confirmed device

Info

Publication number: CN104583107B
Application number: CN201280075364.5A
Authority: CN
Inventors: 孙晓; 陈伟丰
Original assignee: Fujitec Co Ltd
Current assignee: Fujitec Co Ltd
Priority date: 2012-10-08
Filing date: 2012-10-08
Publication date: 2016-08-31
Anticipated expiration: 2032-10-08
Also published as: GB201504301D0; JP6057197B2; GB2523476B; GB2523476A; CN104583107A; KR20150067138A; SG11201502382VA; DE112012006983T5; WO2014056120A1; HK1205088A1; JP2015530334A; KR101990942B1

Abstract

The present invention possesses first switching member (3) of the first contact portion (20) for on-off circuit unit (2) and second switching member (4) of the second contact portion (21) for on-off circuit unit (2), and the switch of the door (61) along with elevator (6), can switch the first contact portion (20) and the second contact portion (21) state being respectively at conducting and the state not turned on.

Description

Elevator is closed and is confirmed device

Technical field

The present invention relates to the closedown whether a kind of gateway for confirming elevator is closed by door Confirm device.

Background technology

All the time, it is provided that a kind of elevator taking advantage of people or carrying goods.

As shown in figure 32, elevator 6 possesses: car, and it is movable at multiple boardings distinguish Corresponding position；Gateway 60, it is used for connecting at cab interior and boarding；Door 61, it is used In closing gateway 60.Additionally, do not illustrate car in Figure 32.

Gateway 60 possesses the stopping port 600 being respectively arranged at multiple boarding and is arranged at car Car mouth (not shown).When car moves to corresponding with at boarding position, then car Mouth can be in state aspectant with stopping port 600.

Door 61 possesses the layer door 610 for closing stopping port 600 and for closing the sedan-chair of car mouth Door (not shown).

Layer door 610 possesses configured in the way of above arranging a direction (first direction) To external door 610a, 610a.A pair external door 610a, 610a can to each other closer and farther from side To slip.Gate possesses a pair inside door configured in the way of arranging in one direction.A pair Inside door can to each other closer and farther from direction slide.

Layer door 610 and gate are constituted in the way of sliding by mutually gearing.If that is, a pair inside door Slide in the most close direction, then the direction that a pair external door 610a, 610a are the most close Slide.On the other hand, if a pair inside door to each other away from direction slide, then a pair external door 610a , 610a the most to each other away from direction slide.Thus, door 61 can be closed or open gateway 60。

Further, elevator 6 is provided with for confirming stopping port 600 pass whether tegillum door 610 is closed Close confirmation device 7 (patent document 1).

Closing and confirm that device 7 possesses circuit unit 70, it has: be arranged at connecing of pedestal 700a Point portion 700b；Switching member 71, it moves two-way contact by opposing circuit unit 70 The state of portion 700b conducting and the state not turned on；Limiting member 72, it can limit contact portion The movement of the switching member 71 during 700b conducting.

Circuit unit 70 is installed on the vicinity of stopping port 600, and switching member 71 is installed on layer door 610.Therefore, when layer door 600 is closed, switching member 71 close to circuit unit 70, from And contact portion 700b is conducting state.On the other hand, when stopping port 600 is opened, switching Component 71 is away from circuit unit 70, thus contact portion 700b is in not turning on state.

Therefore, it is possible to confirm stopping port 600 by the conducting state checking contact portion 700b Whether tegillum door 610 is closed.

But, existing closedown confirms that in device 7, switching member 71 is only installed at layer door 610 Side external door 610a.It is thus impossible to whether the opposite side external door 610a of validation layer door 610 Close stopping port 600.Therefore, above-mentioned existing closedown confirms that device 7 exists following worry: Even if stopping port 600 does not has tegillum door 610 to completely close, also car can be moved and take advantage of to other At fall.

This worry be not only present in circuit unit 70 be installed at boarding 600 vicinity and Switching member 71 is installed in the said structure of layer door 610, and installs at circuit unit 70 The elevator of the structure being installed on gate in car and switching member 71 there is also.

Prior art literature

Patent document 1: JP 7-106866 publication

Summary of the invention

The problem that invention is to be solved

Therefore, in view of the above problems, the present invention is to provide a kind of gateway being able to confirm that elevator The closedown whether completely closed by door confirms that device is problem.

The method solving problem

The elevator of the present invention is closed and is confirmed that device possesses:

Circuit unit, it has the first contact portion and the second contact portion；

First switching member, it is on the first direction that elevator door slides, along with the one of described door Closing and opening side doors, carries out relative movement relative to described circuit unit, thus can switch described first The state of contact portion conducting and the state not turned on；

Second switching member, its in said first direction, along with another side door of described door is opened Close, carry out relative movement relative to described circuit unit, thus can switch described second contact The state of portion's conducting and the state not turned on.

In this case, described first contact portion and the second contact portion are with at described first direction The mode of upper arrangement configures also may be used.

It addition, in this case, described first contact portion and the second contact portion with along with institute State the mode of the face arrangement that first direction intersects vertically to configure and also may be used.

A scheme of confirmation device closed by elevator as the present invention, and described first contact portion possesses A pair the first terminal component；

Described second contact portion possesses a pair second terminal components；

Side the first terminal component and side the second terminal component are used for controlling described electricity with containing The circuit electrical connection controlling device of ladder；

Opposite side the first terminal component and opposite side the second terminal component are electrically connected to each other；

Described side the first terminal component and described opposite side the first terminal component, by described One switching member switched conductive state and do not turn on state；

Described side the second terminal component and described opposite side the second terminal component, by described Two switching member switched conductive states and do not turn on state and also may be used.

In this case, described side the first terminal component and described opposite side the second terminal structure Part configures in the way of arranging in said first direction；

Described opposite side the first terminal component and described side the second terminal component are with described On one direction, the mode of arrangement configures and also may be used.

It addition, in this case, described side the first terminal component and described side the second end Sub-component configures in the way of arranging in said first direction；

Described opposite side the first terminal component and described opposite side the second terminal component are with described On first direction, the mode of arrangement configures.

It addition, in this case, described side the first terminal component and described opposite side first Terminal component configures in the way of arranging in said first direction；

Described side the second terminal component and described opposite side the second terminal component are with described On one direction, the mode of arrangement configures and also may be used.

Elevator as the present invention closes other schemes of confirmation device, the pair of the first terminal At least one party in component or the pair of second terminal component in said first direction in Long size shape also may be used.

Other schemes further of confirmation device closed by elevator as the present invention, the pair of At least one party in the first terminal component or the pair of second terminal component is along with described The face that first direction intersects vertically is that long size shape also may be used.

Other schemes of confirmation device closed by elevator as the present invention, and described elevator is closed and confirmed Device possesses limiting mechanism, and it can limit the first switching that the second contact portion is in the conduction state The movement in portion；

The pair of the first terminal component in said direction in long size,

The pair of second terminal component is length along the face intersected vertically with described first direction Size shape also may be used.

Elevator as the present invention closes other schemes of confirmation device, the pair of the first terminal Component possesses multiple first contact sites abutted with described first switching member respectively；

The pair of second terminal component possesses respectively and abuts many with described second switching member Individual second contact site also may be used.

Elevator as the present invention closes other schemes further of confirmation device, described circuit Unit possesses a pedestal,

Described first contact portion and described second contact portion are arranged at described pedestal and also may be used.

Accompanying drawing explanation

Fig. 1 is the overall synoptic diagram closing confirmation device of first embodiment of the invention.

Fig. 2 is the front view that above-mentioned closedown confirms the circuit unit of device.

Fig. 3 is the stereogram above-mentioned pass spare time confirming the circuit unit of device.

Fig. 4 is the exploded perspective view that above-mentioned closedown confirms the circuit unit of device.

Fig. 5 is the top view that above-mentioned closedown confirms the circuit unit of device.

Fig. 6 is the circuit diagram that above-mentioned closedown confirms device.

Fig. 7 is the explanatory diagram of the first switching part that above-mentioned closedown confirms device, and Fig. 7 A is first to cut Changing the front view in portion, Fig. 7 B is the top view of the first switching part.

Fig. 8 is the stereogram that above-mentioned closedown confirms the first switching part of device.

Fig. 9 is the explanatory diagram of the second switching part that above-mentioned closedown confirms device, and Fig. 9 A is second to cut Changing the front view in portion, Fig. 9 B is the top view of the second switching part.

Figure 10 is the stereogram that above-mentioned closedown confirms the second switching part of device.

Figure 11 is the job description figure that above-mentioned closedown confirms device, and Figure 11 A is the gateway of elevator Being in the overall diagram closing confirmation device of the state closed, Figure 11 B is the part of Figure 11 A Enlarged drawing.

Figure 12 is the action specification figure that above-mentioned closedown confirms device, and Figure 12 A is the gateway of elevator Be in closed state closes the overall diagram confirming device, and Figure 12 B is that the part of Figure 12 A is amplified Figure.

Figure 13 is the job description figure that above-mentioned closedown confirms device, and Figure 13 A is the gateway of elevator Being in the overall diagram closing confirmation device of the state opened, Figure 13 B is the part of Figure 13 A Enlarged drawing.

Figure 14 is the overall synoptic diagram closing confirmation device of second embodiment of the invention.

Figure 15 is the front view that above-mentioned closedown confirms the circuit unit of device.

Figure 16 is the stereogram that above-mentioned closedown confirms the circuit unit of device.

Figure 17 is the top view that above-mentioned closedown confirms the circuit unit of device.

Figure 18 is the circuit diagram that above-mentioned closedown confirms device.

Figure 19 is the explanatory diagram above-mentioned pass spare time confirming the first switching part of device, and Figure 19 A is first The front view of switching part, Figure 19 B is the top view of the first switching part of the first switching part.

Figure 20 is the stereogram that above-mentioned closedown confirms the first switching part of device.

Figure 21 is the explanatory diagram that above-mentioned closedown confirms the second switching part of device, and Figure 21 A is second The front view of switching part, Figure 21 B is the top view of the second switching part.

Figure 22 is the stereogram that above-mentioned closedown confirms the second switching part of device.

Figure 23 is the action specification figure that above-mentioned closedown confirms device, and Figure 23 A is the gateway of elevator Being in the overall diagram closing confirmation device the most in off position, Figure 23 B is that the part of Figure 23 A is put Big figure.

Figure 24 is the action specification figure that above-mentioned closedown confirms device, and Figure 24 A is the gateway of elevator Be in closed state closes the overall diagram confirming device, and Figure 24 B is that the part of Figure 24 A is amplified Figure.

Figure 25 is the action specification figure that above-mentioned closedown confirms device, and Figure 25 A is the gateway of elevator Being in the overall diagram closing confirmation device of the state opened, Figure 25 B is the part of Figure 25 A Enlarged drawing.

Figure 26 is the front view closing confirmation device of another embodiment of the present invention.

Figure 27 is the circuit diagram closing confirmation device of another embodiment of the present invention.

Figure 28 is the top view closing the circuit unit confirming device of another embodiment of the present invention.

Figure 29 is the front view closing confirmation device of another embodiment of the present invention.

Figure 30 is the explanatory diagram that above-mentioned closedown confirms the pedestal of device, and Figure 30 A represents the master of pedestal View, Figure 30 B represents the top view of pedestal.

Figure 31 is the explanatory diagram that above-mentioned closedown confirms the second arm of device, and Figure 31 A is the second arm Front view, Figure 31 B is the top view of the second arm.

Figure 32 is existing synoptic diagram and the magnified partial view closed and confirm device.

Description of reference numerals

1 closes confirmation device

2 circuit units

3 first switching members

4 second switching members

5 limiting mechanisms

6 elevators

20 first contact portion

21 second contact portion

61

200 the first terminal components

210 second terminal components

200a the first contact site

210a the second contact site

C controls device

Specific embodiments

With reference to the accompanying drawings, the closedown to first embodiment of the invention confirms that device illustrates. First, close in explanation and confirm before device, confirm the mounting object of device to becoming to close Elevator illustrates.

As it is shown in figure 1, elevator 6 possesses: car, it is movable at multiple boardings distinguish Corresponding position；Gateway 60, it is used for connecting at cab interior and boarding；Door 61, its For closing gateway 60.Elevator 6 is also equipped with: the door headstock (header frame) 62, its It is fixed at boarding；Guide rail 63, it is arranged at a headstock 62 and in one direction in long size Shape；Door hanger (door hanger) 64, can slide in the long dimensional directions of guide rail 63. And, elevator 6 possesses for seizing following first on both sides by the arms by holding part and the second holding under the arm by holding part Hold device (not shown).Additionally, Fig. 1 does not illustrate car.

Gateway 60 possesses the stopping port 600 being respectively arranged at multiple boarding and is arranged at sedan-chair The car mouth (not shown) in railway carriage or compartment.When car moves to corresponding with at boarding position, car Mouth is in state aspectant with stopping port 600.

Door 61 possesses the layer door 610 for closing stopping port 600 and for closing the sedan-chair of car mouth Door.

Layer door 610 possesses with the long dimensional directions (first direction (left and right directions)) at guide rail 63 A pair external door 610a, 610a that the mode of arrangement configures.A pair external door 610a, 610a are permissible Slide close to direction away from each other to each other.Gate possesses to arrange in a first direction A pair inside door that mode configures.A pair inside door can be to each other close to sliding with direction away from each other Dynamic.

Layer door 610 and gate slide in the way of mutually gearing.That is, if a pair inside door is to each other Sliding in close direction, then slides in the direction that a pair external door 610a, 610a are the most close. On the other hand, if a pair inside door to each other away from direction slide, then a pair external door 610a, 610a The most to each other away from direction slide.Thus, door 61 can close or open gateway 60. Layer door 610 and gate are to open, i.e. about a kind of a pair external door 610a, 610a and a pair inside door For center opening (center open).

The door headstock 62 is arranged at the top of stopping port 600.Guide rail 63 is fixed on a headstock 62. Door hanger 64 is respectively arranged at the top of a pair external door 610a, 610a.That is, layer door 610 has Standby a pair door hanger 64,64.

Confirm that device 1 possesses as it is shown in figure 1, close: circuit unit 2；First switching member 3, It carries out relative movement along with the switch of layer door 610 relative to this circuit unit 2；Second cuts Changing component 4, it carries out relative movement along with the switch of layer door 610 relative to circuit unit 2； Limiting mechanism 5, it, when layer door 610 is closed, at least can control the first switching structure In the movement of part 3 and the movement of the second switching member 4 one.

As in figure 2 it is shown, circuit unit 2 has the first contact portion being arranged at a pedestal 22 20 and second contact portion 21.It addition, as shown in Figure 3 and Figure 4, circuit unit 2 also has One support plate 23, it has the mounting plate portion 230 that can install pedestal 22.

First contact portion 20 possesses and has electric conductivity and in one direction in a pair of long size shape The first terminal component 200,200.The first terminal component 200 has first in long dimensional directions Hold and be positioned at the second end of this first end opposition side.The first terminal component 200 is with its first side Long dimensional directions and the cross one another mode of long dimensional directions of the second side formed.That is, One terminal component 200 slight curvature in the half-way of long dimensional directions.

The first end at the first terminal component 200 is provided with a pair first contact sites 200a, 200a, It has compartment of terrain configuration on the direction intersected vertically with long dimensional directions.

Second side of the first terminal component 200 is provided with the first connecting hole 200b.Therefore, Terminal (the example can being connected with wire in the second side screw threads for fastening of the first terminal component 200 As, circular terminal or Y terminal).

Second contact portion 21 possesses and has electric conductivity and in one direction in the second of long size shape Terminal component 210,210.Second terminal component 210 have in long dimensional directions the first end and It is positioned at the second end of this first end opposition side.Second terminal component 210 is with the length of its first side The cross one another mode of long dimensional directions of dimensional directions and the second side is formed.That is, the second end Sub-component 210 somewhat bends in the half-way in long dimensional directions.

First end of the second terminal component 210 is provided with a pair second contact sites 210a, 210a, It has compartment of terrain configuration on the direction intersected vertically with long dimensional directions.

Second side of the second terminal component 210 is provided with the second connecting hole 210b.Accordingly, it is capable to (such as, enough the second side screw threads for fastening at the second terminal component 210 are connected to the terminal of wire Circular terminal or Y terminal).

As shown in Figure 6, side the first terminal component 200 and side the second terminal component 210, Electrically connect with the circuit of the control device C being connected to for controlling elevator 6.Opposite side the first end Sub-component 200 and opposite side the second terminal component 210 are electrically connected to each other.

Returning Fig. 3 and Fig. 4, pedestal 22 has electrical insulating property.Pedestal 22 possesses outward appearance for long The Base body 220 of cube shape and the partitions 221 erected above from Base body 220.

Base body 220 is in (second direction (the front and back, direction intersected vertically with first direction To)) there is the back side 220a opposed with the mounting plate portion 230 of the first support plate 23 and and the back side 220b before 220a is opposed.Base body 220 has the most mutually opposing One side 220c and the second side 220d.Base body 220 have respectively with first direction Upper with the direction (third direction (above-below direction)) that second direction intersects vertically mutually opposing 220e and bottom surface 220f above.

Base body 220 is provided through a pair first pedestals of above 220b to back side 220a With fixing hole 220g, 220g.A pair first pedestals with fixing hole 220g, 220g in first party The most mutually have and be positioned apart from.

As it is shown in figure 5, partitions 221 is the first wall portion 221a erected from 220e above, tool Standby have multiple (being three in the present embodiment) the being positioned apart from a second direction One wall portion 221a, 221a, 221a and across first respectively the most adjacent wall portion 221a, 221a it Between and multiple (they being two in the present embodiment) second wall portion 221b, 221b of arranging.

First wall portion 221a extends to above as the crow flies from the side of the above 220e of first direction The opposite side of 220e.Second wall portion 221b configures in the way of arranging in a second direction.The Two the first adjacent with oneself for wall portion 221b wall portion 221a are integrally formed.

Thus, the above 220e of Base body 220 is divided into 4 regions.More specifically, The side of the above 220e of pedestal 22 in a first direction, is formed the most mutual There is the first configuration section 222a and the second configuration section 222b being positioned apart from.In a first direction The above opposite side of pedestal 22 be formed the most mutually to have and be positioned apart from The 3rd configuration section 222c and the 4th configuration section 222d.

First configuration section 222a and the second configuration section 222b are with in a first direction in long size shape Mode formed.First configuration section 222a is configured with side the first terminal component 200.Second joins The portion 222b of putting is configured with opposite side the first terminal component 200.Therefore, a pair the first terminal component 200,200 configure in the way of arranging in a second direction.On side the first terminal component 200 A pair first contact sites 200a, 200a prolong to first direction from the first configuration section 222a respectively Stretch.A pair first contact sites 200a, 200a on opposite side the first terminal component 200 respectively from Second configuration section 222b extends to first direction.

3rd configuration section 222c and the 4th configuration section 222d with on third direction in long size shape Mode formed.It is configured with opposite side the second terminal component 210 in the 3rd configuration section 222c.? 4th configuration section 222d is configured with side the second terminal component 210.Therefore, a pair second terminals Component 210,210 configures in the way of arranging in a second direction.

Second terminal component 210 is to configure in the way of third direction extension.More specifically, A pair second contact sites 210a, 210a on opposite side the second terminal component 210 are respectively from the 3rd Configuration section 222c extends to third direction.Connect for a pair second on side the second terminal component 210 Contact portion 210a, 210a extend to third direction from the 4th configuration section 222d respectively.

As it has been described above, in circuit unit 2, the first contact portion 20 and the second contact portion 21 with The mode arranged in a first direction configures.More specifically, in circuit unit 2, side The first terminal component 200 and opposite side the second terminal component 210 are to arrange in a first direction Mode configures, and opposite side the first terminal component 200 and side the second terminal component 210 are with On one direction, the mode of arrangement configures.

Returning Fig. 4, the first support plate 23 possesses the pedestal fixed part 231 being arranged at mounting plate portion 230 And the loading plate portion 232 that the mode intersected vertically with mounting plate portion 230 is arranged.

Mounting plate portion 230 is provided with on third direction a pair the first access in long size shape 230a、230a.A pair the first access 230a, 230a the most mutually have interval Ground is arranged.

Circuit unit 2 is fixed on a headstock 62 by mounting plate portion 230.Therefore, circuit unit First contact portion 20 of 2 and the second contact portion 21 arrange in a first direction.

Pedestal fixed part 231 possesses first plate portion 231a and the connection opposed with mounting plate portion 230 This first plate portion 231a and a pair second plate portions 231b, 231b of mounting plate portion 230.? One plate portion 231a is provided with a pair second pedestals fixing hole 231c, 231c.A pair second pedestals The most mutually have with fixing hole 231c, 231c and be positioned apart from.Set a pair Interval between two pedestal fixing hole 231c, 231c and a pair first pedestal fixing holes The interval arranged between 220g, 220g is identical.Second pedestal fixing hole 231c is screwed hole.

Thereby, it is possible to by bolt and second base of the first pedestal fixing hole 220g will be inserted through Seat fixing hole 231c is screwed, and makes circuit unit 2 be fixed on the first support plate 23.

Loading plate portion 232 is provided with a pair first limiting mechanisms fixing hole 232a, 232a.One First limiting mechanism fixing hole 232a, 232a is the most mutually had compartment of terrain set Put.

As shown in Figure 7 A, the first switching member 3 possesses: the first arm 30, it is in a first direction On tabular in long size, and there is in long dimensional directions the first end and be positioned at this first end phase The second end tossed about；First connecting portion 31, it is arranged at the first arm 30 first end, it is possible to Electrically connect with a pair the first terminal component 200,200 respectively.First switching member 3 possesses and can turn It is provided with the second support plate 32 of the first arm 30 dynamicly.First switching member 3 possesses and is arranged at first The compression zone 33 of arm 30, to the forcing unit 34 of this compression zone 33 force and be used for changing The posture changing mechanism 35 of the posture of the first arm 30.

First arm 30 is formed as tabular.Second side of the first arm 30 is provided with axis hole (not Diagram).First side of the first arm 30 is provided with a pair first holdings (holder) with fixing Hole 300,300.A pair first holding fixing holes 300,300 the most mutually have Arrange with interval.

As shown in Fig. 7 B and Fig. 8, the first connecting portion 31 possesses: has the first of electric conductivity and leads Electroplax 310；First retainer 311, it has electrical insulating property and by this first conductive plate 310 It is fixed on the first end of the first arm 30.The direction that first conductive plate 310 intersects vertically in face On there is first and be positioned at second of this first opposition side.

First retainer 311 has: a pair first fixed parts 311a, 311a, this first fix Portion 311a is in a first direction in long size shape, and has the first end in long dimensional directions With the second end being positioned at this first end opposition side；First installation portion 311b, it is across this pair Respective first end of first fixed part 311a, 311a and be arranged on this first end, and be used for First conductive plate 310 is installed.

A pair first fixed parts 311a, 311a mutually have and are positioned apart from.Side is set Interval between one fixed part 311a and opposite side the first fixed part 311a and the first arm 30 Thickness is identical or roughly the same.Thereby, it is possible at a pair first fixed parts 311a, 311a Between sandwich the first side of the first arm 30.

As shown in Figure 7 B, the first fixed part 311a is provided with a pair second holding fixing holes 311c、311c.A pair second holdings fixing hole 311c, 311c are the most mutual Have and be positioned apart from.

Set interval between a pair second holdings fixing hole 311c, 311c with a pair first Interval between holding fixing hole 300,300 is identical.Thus, it is possible to by being inserted through Bolt and the second holding fixing hole 311c of the first holding fixing hole 300 carry out screw thread knot Close, make the first retainer 311 be fixed on the first side of the first arm 30.

As shown in Figure 8, the first installation portion 311b is can make to be installed on this first installation portion 311b First the constituting facing to the mode of third direction of the first conductive plate 310.

Second support plate 32 arranges the rotary shaft 320 that oriented second direction extends.Second support plate 32 It is provided with the second adjusting hole 321 in a first direction in long size shape.A pair second adjusting holes 321,321 the most mutually have and are positioned apart from.

Rotary shaft 320 is inserted through the axis hole of the first arm 30.Thus, the first arm 30 can rotate The axis rotation of moving axis 320.

First switching member 3 is fixed on the door hanger 64 of side by the second support plate 32.Therefore, First switching member 3 along with the side external door 610a of layer door 610 slip and relative to circuit Unit 2 carries out relative movement.Thus, the first switching member 3 switches the first conductive plate 310 and supports (a pair the first terminal component 200,200 is respective to be connected to the first contact portion 20 of circuit unit 2 The first contact portion 200a) state and the first conductive plate 310 leave the first contact portion 20 The state of (a pair respective first contact portion 200a of the first terminal component 200,200).Cause This, along with the switch of layer door 610, the first switching member 3 can be with the of switch circuit units 2 The state of one contact portion 20 conducting and the state not turned on.

Returning Fig. 7 A, compression zone 33 extends to the second support plate 32 from the first arm 30.It addition, Compression zone 33 is provided with inserting hole 330.

Forcing unit 34 possesses: fixed station portion 340, its from the second support plate 32 to the first arm 30 Extend；Fulcrum 341, it has the first end on axis direction and is positioned at this first end opposition side The second end, and when being inserted through inserting hole 330 of compression zone 33, it is first years old End is fixed on fixed station portion 340；Axle bush 342, when this fulcrum 341 is inserted, than Compression zone 33 configures closer to fulcrum 341 second side；Force application spring 343, at fulcrum Under 341 states inserted, configure closer to fulcrum 341 second side than axle bush 342；Anti- De-component 344, it is for preventing axle bush 342 and force application spring 343 from the second of fulcrum 341 End comes off.

Fixed station portion 340 is arranged in the way of opposed with compression zone 33 on third direction.? Axle 341 is long size shape at third direction.Second side of fulcrum 341 is formed with external thread part 341a。

Axle bush 342 is provided with axle inserting hole 342a.Axle bush 342 extends at axle inserting hole 342a Direction on to have the first end contrary with first end that is positioned at this the second end.The of axle bush 342 The external diameter of end side is set to bigger than the external diameter of the second side.

The axle inserting hole 342a of axle bush 342 has inserted fulcrum 341.Fulcrum 341 is from axle bush 342 The first side axle inserting hole 342 insert.Therefore, axle bush 342 is connected to be subject in its first end The state of splenium 33.

Force application spring 343 uses compression helical spring.When fulcrum 341 is inserted, execute Power spring 343 is connected to the first side of axle bush 342.

Anticreep component 344 possesses anticreep member body 344a and the screw thread inserting fulcrum 341 It is incorporated into inner threaded member 344b of the external thread part 341a of fulcrum 341.Insert at fulcrum 341 Under logical state, anticreep member body 344a is connected to force application spring 343.Therefore, anticreep Component 344 can prevent axle bush 342 and force application spring by fastening inner threaded member 344b 343 while fulcrum 341 comes off, and compresses force application spring 343.

Posture changing mechanism 35 possesses: first by holding part 350, and it is same with rotary shaft 320 The heart is arranged；Second by holding part 351, its be arranged on from first by holding part 350 to first party To the position with third direction displacement.

If side in a first direction applies the work than force application spring 343 to the second holding part 351 The most higher external force, then the first arm 30 rotates to the side in the axle center around rotary shaft 320. If less than the active force of force application spring 343 to the second holding part 351 externally applied forces, then first The arm 30 opposite side to the axle center around rotary shaft 320 rotates.

As shown in Fig. 9 A, 9B and Figure 10, the second switching member 4 possesses: the second arm 40, it is in a first direction in long size shape, and has the first end and position in long dimensional directions The second end in this first end opposition side；Second connecting portion 41, it is arranged at this second arm 40 The first end, and can electrically connect with a pair second terminal components 210,210 respectively.Second cuts Change component 4 and possess the 3rd support plate 42 being arranged at the second arm 40 second end.

First side of the second arm 40 is provided with a pair first fixing holes 400,400.A pair One fixing hole 400,400 the most mutually has and is positioned apart from.First fixing hole 400 is screwed hole.

As shown in Figure 9 B, the second connecting portion 41 possesses second conductive plate 410 with electric conductivity With there is electrical insulating property and this second conductive plate 410 be fixed on the of the second arm 40 first end Two retainers 411.Second conductive plate 410 have on the direction that face intersects vertically first and It is positioned at second of this first opposition side.

Second retainer 411 possesses: the second fixed part 411a, and it is fixed on the second arm 40 First end, and in a first direction in long size shape；Second installation portion 411b, it is arranged at This second fixed part 411a, and in a second direction in long size shape.

Second fixed part 411a is provided with a pair second fixing holes 411c, 411c.A pair second Fixing hole 411c, 411c the most mutually have and are positioned apart from.Set a pair Between interval and a pair first fixing holes 400,400 between two fixing hole 411c, 411c It is spaced identical.Thus, by the bolt and first that are inserted through the second fixing hole 411c are fixed Hole 400 is screwed, and makes the second retainer 411 be fixed on the first end of the second arm 40 Side.

Second installation portion 411b is can make to be installed on second conduction of this second installation portion 411b The first of plate 410 is constituted facing to the mode of first direction.

As shown in Figure 9 A, the 3rd support plate 42 is formed as tabular in long size in a first direction. 3rd support plate 42 has the first end in long dimensional directions and is positioned at the second of this first end opposition side End.3rd support plate 42 is provided with in himself long dimensional directions multiple (these in long size shape Embodiment is two) the 3rd adjusting hole 420,420.A pair the 3rd adjusting holes 420,420 The most mutually have and be positioned apart from.

3rd support plate 42 is fixed on the door hanger 64 of opposite side.Therefore, the second switching member 4 Phase is carried out relative to circuit unit 2 along with the slip of opposite side external door 610a of layer door 610 To movement.Thus, the second switching member 4 switches the second conductive plate 410 and is connected to circuit unit Second contact portion 21 (a pair second respective second contact sites of terminal component 210,210 of 2 State and the second conductive plate 410 210a) leave second contact portion 21 (a pair second ends The respective second contact site 210a of sub-component 210,210) state.Therefore, along with layer door The switch of 610, the second switching member 4 can be with the second contact portion 21 of switch circuit units 2 The state of conducting and the state not turned on.

Limiting mechanism 5 is constituted as follows: slide a pair external door 610a, 610a gearing On the premise of Dong, it is possible to limit the first switching part 3 that the first contact portion 20 is in the conduction state Movement.More specifically, as shown in Fig. 4 and Fig. 7 A, limiting mechanism 5 possesses: hung Stop 50, it is arranged at circuit unit 2；Hook portion 51, it is arranged at the first switching member 3 And can hang terminate in by hang stop 50.

Being hung stop 50 to possess: fixed plate portion 500, it is in a first direction in long size shape, And there is in long dimensional directions the first end and be positioned at the second end of this first end opposition side；Bending Portion 501, it is arranged at first end in this fixed plate portion 500.

A pair second limiting mechanisms fixing hole 500a, 500a it are provided with in fixed plate portion 500. A pair second limiting mechanisms fixing hole 500a, 500a the most mutually have interval Ground is arranged.Set interval between a pair second limiting mechanisms fixing hole 500a, 500a with Interval between first limiting mechanism fixing hole 232a, 232a is identical.

First limiting mechanism fixing hole 232a is screwed hole.Therefore, it is possible to by inserting In the first limiting mechanism bolt of fixing hole 232a and the second limiting mechanism fixing hole 500a It is threadedly engaged, makes to be hung stop 50 and be arranged on loading plate portion 232.

Bend 501 is arranged at first end in fixed plate portion 500.Bend 501 is to fixed plate Turn back in second side in portion 500.

Hook portion 51 is arranged at the first side of the first arm 30.Hook portion 51 is from the of the first arm 30 The lateral third direction in one end extends.

The closedown of the present embodiment confirms that device 1 is described above.Then, it is described with reference to close Close and confirm device 1 installing operation and closing the work confirming device 1 at boarding.

In closing the installation operation confirming device 1, the first support plate 23 is installed at boarding. Thus, circuit unit 2 is fixed at boarding.

Further, adjust the first switching member 3 arranges position.More specifically, the first switching The position that arranges of component 3 is set to, if layer door 610 is closed, makes the first conductive plate 310 and the respective first contact site 200a of a pair the first terminal component 200,200 the 3rd Arrange on direction.It addition, the position that arranges of the first switching member 3 is set to, if layer door 610 It is closed, makes the first conductive plate 310 be in and be pressed in a pair the first terminal component 200, the state of the respective first contact site 200a of 200.

Additionally, by the bolt being inserted through the second adjusting hole 321 is entered with side door hanger 64 Row is screwed, and makes the second support plate 32 be fixed on side external door 610a, if but making door hanger 64 Being screwed of bolt somewhat fluff, then need not dismantle the second support plate 32 from door hanger 64, Just can adjust the first switching on first direction in the length range of the second adjusting hole 321 Component 3 position is set.

In this case, by tighting a bolt, the second support plate 32 is fixed on side door hanger 64.Thus, the first switching member 3 is arranged at side door hanger 64 (side external door 610a).

Secondly, adjust the second switching member 4 arranges position.More specifically, the second switching Component 4 position is set so that the second conductive plate 410 and a pair second terminal components 210,210 The mode that respective second contact site 210a arranges in a first direction sets.It addition, second cuts The position that arranges changing component 4 is set to, if layer door 610 is closed, makes the second conduction Plate 410 is in and is pressed in a pair second respective second contact site 210a of terminal component 210,210 State.

Additionally, by bolt and the opposite side door hanger 64 of the 3rd adjusting hole 420 will be inserted in It is screwed, makes the 3rd pillar 42 be fixed on opposite side external door 610a, if but making gantry crane Being screwed of the bolt of frame somewhat fluffs, then can be at the length range of the 3rd adjusting hole 420 The second switching member 4 on interior adjustment first direction position is set.

In this state, by tighting a bolt, the 3rd support plate 42 is fixed on opposite side gantry crane Frame 64.Thus, the second switching member 4 is arranged at opposite side door hanger 64 (opposite side external door 610a)。

As set forth above, it is possible to closedown confirmation device 1 is installed on elevator 6.

Then the work to closing confirmation device 1 illustrates.Such as Figure 11 A and Figure 11 B institute Show, confirm in device 1 closing, if each inside door of a pair inside door and a pair external door 610a, Each external door of 610a slides in a direction close to each other, then the first switching member 3 can be close to electricity Road unit 2.It addition, the second switching member 4 also can be close to circuit unit 2.

Further, as illustrated in figs. 12 a and 12b, if layer door 610 closes stopping port 600, then First conductive plate 310 is connected to respective first contact of a pair the first terminal component 200,200 Portion 200a, it is respective that the second conductive plate 410 is connected to a pair second terminal components 210,210 Second contact site 210a.Thus, the first contact portion 20 becomes the state of conducting.Further, Two point portion 21 also becomes the state of conducting.

Therefore, it is possible to by confirming that the first contact portion 20 and the second conductive part 21 are located the most respectively In the state of conducting, confirm whether tegillum door 610 completely closes stopping port 600, and then really Whether the gateway 60 recognizing elevator 6 is completely closed by door 61.

When opening door 61, the clamping device of elevator 6 sandwiches the first of the first switching member 3 Held portion 350 and the second held portion 351.Thus, the second holding part 351 is held under the arm to first Hold portion 350 side shifting.Therefore, as illustrated in figures 13 a and 13b, the first arm 30 is around rotary shaft The axis rotation of 320, thus the posture of the first arm is changed.

Meanwhile, the first conductive plate 310 is respective from a pair the first terminal component 200,200 The first contact portion 200a leave.Therefore, the first contact portion 20 is in the state not turned on. It addition, release hook portion 51 to stop state to by the extension hanging stop 50.Therefore, it can allow a pair The slip in a first direction of each inside door of each external door of external door 610a, 610a and a pair inside door.

As it has been described above, the closedown of the present embodiment confirms that device 1 plays can confirm electricity clearly Whether the door 61 of ladder 6 completely closes the prominent effect of gateway 60.

It addition, the closedown in the present embodiment confirms in device 1, the second terminal component 210 with The mode extended to third direction configures.Thus, the second switching member 4 can be by close to electricity Road unit 2 so that the second conductive plate 410 to be pressed in a pair second terminal components 210,210 each From the second contact site 210a.

It addition, the closedown in the present embodiment confirms in device 1, at a pair the first terminal component 200,200 respective on be provided with a pair first contact sites 200a, 200a.Therefore, even if A part the first contact site 200a damages, it is also possible to prevents the first contact portion 20 to be in and does not turns on The generation of the situation of state.Further, the closedown of the present embodiment confirms in device 1, at a pair Second terminal component 210,210 respective on be provided with a pair second contact sites 210a, 210a. Therefore, even if a part of second contact site 210a damages, it is also possible to prevent the second contact portion 21 It is in the generation of the situation of the state of not turning on.

Further, the closedown of the present embodiment confirms in device 1, side the first terminal component 200 It is electrically connected to side the second terminal component 210 and controls the circuit that device C is connected.Therefore, It is possible to prevent under gateway 60 is not by door 61 completely closed state car to other boardings The movement at place.

And then, the closedown in the present embodiment confirms, in device 1, to set on single pedestal 22 It is equipped with two contacts (first contact portion 20 and the second contact portion 21).Therefore, behaviour is being installed In work, it is possible to come respectively to the first contact portion 20 by circuit unit 2 being carried out position adjustment Position adjustment is carried out with the second contact portion 21.Therefore, the closedown in the present embodiment confirms dress Put in 1, compared with the structure that the first contact portion and the second contact portion are arranged at different pedestal, The man-hour installed needed for operation can be reduced.

Closing of first embodiment of the invention confirms the explanation of device 1 as above.Then, ginseng According to accompanying drawing, the closedown of second embodiment of the invention is confirmed that device illustrates.Additionally, for The structure identical with the closedown confirmation device of the first embodiment and elevator or the structure of equivalent, Illustrate by identical reference.It addition, for identical structure or equivalent structure sometimes The explanation of the first embodiment can be quoted.

As shown in figure 14, close confirmation device 1 to possess: circuit unit 2；First switching structure Part 3, it carries out relative movement along with the switch of layer door 610 relative to this circuit unit 2； Second switching member 4, it carries out phase along with the switch of layer door 610 relative to circuit unit 2 To movement；Limiting mechanism 5, it is when layer door 610 is closed, and at least can control In the movement of one switching member 3 and the movement of the second switching member 4 one.

As shown in figs, the first contact portion 20 possesses and has a pair first of electric conductivity Terminal component 200,200.The first terminal component 200 is by bending in long chi in one direction The tabular component of very little shape (bending in the half-way of long dimensional directions) and formed.

More specifically, the first terminal component 200 has first on face intersects vertically direction Be positioned at second of this first opposition side.The first terminal component 200 in the circumferential direction have One end and the second end being positioned at this first end opposition side.

The first terminal component 200 is with convex to first side in the half-way of long dimensional directions The mode gone out bends.Therefore, the direction that the first side of the first terminal component 200 is extended and The direction that second side of the first terminal component 200 extends intersects.

First side of the first terminal component 200 is provided with first contact site 200a, 200a, its The direction intersected vertically with long dimensional directions has and is positioned apart from.

Second side of the first terminal component 200 is provided with the first connecting hole (not shown).Cause This, the second side of the first terminal component 200 with can be connected to the terminal of wire (such as, Circular terminal or Y terminal) carry out threaded mode and constitute.

Second terminal component 210 is identical with the first terminal component 200 structure.

As shown in figure 18, side the first terminal component 200 and side the second terminal component 210 Electrically connect with the electrical system of the control device C being connected to for controlling elevator 6.Opposite side The first terminal component 200 and opposite side the second terminal component 210 are electrically connected to each other.

Returning Figure 15 and 16, pedestal 22 is can make the first terminal component 200 and the second terminal The mode that component 210 arranges in a second direction and configures is constituted.

More specifically, pedestal 22 possesses: the first configuration section 222a, and it is arranged at second The side (front side) of the pedestal 22 in direction, and it is configured with side the first terminal component 200； Second configuration section 222b, it is adjacent to this first configuration section 222a in a first direction, and joins It is equipped with opposite side the first terminal component 200.

It addition, pedestal 22 is also equipped with: the 3rd configuration section 222c, it is arranged at second direction Opposite side (rear side), and it is configured with opposite side the second terminal component 210；4th configuration section 222d, It is adjacent to the 3rd configuration section 222c in a first direction, and is configured with side the second terminal Component 210.

Pedestal 22 is also equipped with the first cap 223a, and it has compartment of terrain with the first configuration section 222a Opposed；Second cap 223b, itself and the second configuration section 222b have interval and opposed；3rd Cap 223c, itself and the 3rd configuration section 222c have interval and opposed；4th cap 223d, Itself and the 4th configuration section 222d have interval and opposed.

First configuration section 222a and the second configuration section 222b have in a first direction with to mutually Away from the face (not numbering) that bends of the mode protruded of direction.

The part of second of side the first terminal component 200 is to be connected to the first configuration section The state of the face of 222a is fixed on the face of the first configuration section 222a.It is fixed on the first configuration First side of the first terminal component 200 of portion 222a face is in leaving this first configuration section The state of the face of 222a.It is fixed on the first terminal component 200 of the first configuration section 222a face The part of first abuts with the first cap 223a.

The part of second of opposite side the first terminal component 200 is to be connected to the second configuration The state of the face of portion 222b is fixed on the face of the second configuration section 222b.It is fixed on second to join Put first side of the first terminal component 200 of portion 222b face in leaving this second configuration section The state of the face of 222b.It is fixed on the first terminal component 200 of the second configuration section 222b face The part of first abuts with the second cap 223b.

Therefore, the first side in side the first terminal component 200 and another in circuit unit 2 The state that first side of side the first terminal component 200 extends in the way of close to each other.

3rd configuration section 222c and the 4th configuration section 222d have in a first direction with to mutually Away from the face (not numbering) that bends of the mode protruded of direction.

The part that opposite side the second terminal component is 210 second is to be connected to the 3rd configuration section The state of the face of 222c is fixed on the face of the 3rd configuration section 222c.It is fixed on the 3rd configuration First side of the second terminal component 210 of portion 222c face is in leaving the 3rd configuration section The state of 222c.It is fixed on the second terminal component 210 first of the 3rd configuration section 222c face The part in face abuts with the 3rd cap 223c.

The part that side the second terminal component is 210 second is to be connected to the 4th configuration section The facial state of 222d is fixed on the face of the 4th configuration section 222d.It is fixed on the 4th configuration section First side of the second terminal component 210 of 222d face is in leaving the 4th configuration section 222d State.It is fixed on second terminal component 210 first of the 4th configuration section 222d face A part abuts with the 4th cap 223d.

Therefore, in circuit unit 2 in side the first side of the second terminal component 210 and another The state that first side of side the second terminal component 210 extends in the way of close to each other.

As it has been described above, in circuit unit 2 first contact portion 20 and the second contact portion 21 with In second direction, the mode of arrangement configures.More specifically, in circuit unit 2, side Second terminal component 210 of one terminal component 200 and opposite side is to arrange in a second direction Configuration, opposite side the first terminal component 200 and side the second terminal component 210 are with in second party The mode upwards arranged configures.

As shown in FIG. 16 and 17, the first support plate 23 possesses the base being arranged at mounting plate portion 230 The base plate 232 that seat fixed part 231 and the mode intersected vertically with mounting plate portion 230 are arranged.

Mounting plate portion 230 is provided with a pair first installing holes 230a, 230a.A pair first installations Hole 230a, 230a have in a first direction and are positioned apart from.

Pedestal fixed part 231 possesses first plate portion 231a and the company opposed with mounting plate portion 230 Meet a pair second mounting plate portion 231b, 231b of this first plate portion 231a and mounting plate portion 230. The mounting plate portion 230 of pedestal fixed part 231 is provided with pedestal 22.

As shown in Figure 19 A, Figure 19 B and Figure 20, the first switching member 3 and first is real The the first switching member 3 substantially structure executing scheme is identical.Difference is, the first embodiment The first conductive plate 310 in a second direction in long size shape, in contrast to this, the second embodiment party First conductive plate 310 of case is in a first direction in long size shape.Therefore, the second embodiment The first installation portion 311b formed in the way of in a first direction in long size.

As shown in figs. 21 a and 21b, the second switching member 4 possesses: the second arm 40, its In a first direction in long size shape, and have in long dimensional directions the first end and be positioned at this Second end of opposition side, one end；Second connecting portion 41, it is arranged at the first end of the second arm 40, And can electrically connect with a pair second terminal components 210,210 respectively.Second switching member 4 Possesses the 3rd support plate 42 being provided with the second arm 40 rotationally.It is right that second switching member 4 possesses Second forcing unit 44 of the second arm 40 force, for change the second arm 40 posture the Two posture changing mechanism 45.

Second arm 40 is formed as tabular.Second side of the second arm 40 is provided with axis hole (not Diagram).First side of the second arm 40 is provided with a pair first fixing holes 400,400.A pair First fixing hole 400,400 has in a first direction and is positioned apart from.The of second arm 40 End side is provided with the extension 401 extended to third direction.Extension 401 is in tapered.

Second connecting portion 41 possesses: have the second conductive plate 410 of electric conductivity；Second keeps Frame 411, it has electrical insulating property, and is used for this second conductive plate 410 is fixed on the second arm First end of 40.

Second conductive plate 410 have on the direction that face intersects vertically first and be positioned at this Simultaneously second of opposition side.Second conductive plate 410 is in a first direction in long size shape.

Second retainer 411 possesses: a pair second fixed parts 411a, 411a, it is in first party Upwards in long size shape, and there is in long dimensional directions the first end and be positioned at this first end phase The second end tossed about；Second installation portion 411b, its across these a pair second fixed part 411a, Respective first end of 411a and be arranged on this first end, and for install the second conductive plate 410。

A pair second fixed parts 411a, 411a have and are positioned apart from.Set side second solid Determine the thickness at the interval between portion 411a and opposite side the second fixed part 411a and the second arm 40 Identical or roughly the same.Thereby, it is possible between a pair second fixed parts 411a, 411a, Sandwich the first side of the second arm 40.

As illustrated in fig. 21b, the second fixed part 411a be provided with a pair second fixing hole 411c, 411c.A pair second fixing holes 411c, 411c have in a first direction and are positioned apart from.

Set the interval between a pair second fixing holes 411c, 411c and a pair first fixing holes 400, the interval between 400 is identical.Although additionally, not shown in Figure 21 B, but passing through Nut is carried out screw thread with the bolt inserted at the first fixing hole 400 and the second fixing hole 411c In conjunction with, make the second connecting portion 41 be installed on the second arm 40.

Second installation portion 411b is formed in the way of in a first direction in long size shape.Second Installation portion 411b is can make to be installed on second conductive plate 410 of this second installation portion 411b First is constituted facing to the mode of third direction.

Returning Figure 21 A, the 3rd support plate 42 arranges the rotary shaft 420 that oriented second direction extends. 3rd support plate 42 is provided with the 3rd adjusting hole 421 in long size shape in a first direction.One 3rd adjusting hole 421,421 is had in a first direction and is positioned apart from.

Rotary shaft 420 is inserted through the axis hole of the second arm 40.Therefore, the second arm 40 can rotate The axis rotation of moving axis 420.

As shown in Figure 21 A, Figure 21 B and Figure 22, the second forcing unit 44 possesses: base Platform portion 440, it is arranged in the way of being vertically intersected on the 3rd support plate 42；Squeezed splenium 441, It is arranged in the way of being vertically intersected on the second arm 40, and opposed with abutment portion 440；Axle structure Part 442, it is inserted through abutment portion 440 and squeezed splenium 441 respectively；Board member 443, its It is configured between abutment portion 440 and squeezed splenium 441；Second force application spring 444, its configuration Than this board member 443 closer to the position of squeezed splenium 441.Second force application spring 44 has It is ready for use on maintenance and shaft component 442 is inserted through respectively abutment portion 440 and the shape of squeezed splenium 441 The anticreep component 445 of state.

Abutment portion 440 is formed with on third direction the elongated hole 440a in long size shape.Squeezed Splenium 441 is provided with circular hole (not shown).

Shaft component 442 has the first end on axis direction and is positioned at this first end opposition side Second end.First side of shaft component 442 is formed with external screw thread 442a.Shaft component 442 Second side is also formed with external screw thread 442a.Shaft component 442 is inserted through the length of abutment portion 440 Hole 440a and the circular hole of squeezed splenium 441.

Board member 443 is in circular.Second force application spring 444 uses compression helical spring.Cause This, the second switching member is with in force application structure 44, and the central portion of board member 443 and second is executed The central portion of power spring 444 has all inserted shaft component 442.

Anticreep component 445 possesses the first anticreep of the first side being threaded into shaft component 442 Component 445a and be threaded into the second anticreep component 445b of the second side of shaft component 442.

Second change mechanism 45 possesses: the 3rd by holding part 450, itself and rotary shaft 420 Set with one heart；4th by holding part 451, its be arranged at from the 3rd by holding part 450 to One direction and the position of third direction skew.

Premised on sliding by a pair external door 610a, 610a gearing, limiting mechanism 5 can limit Make the movement of the first switching member 3 under the first contact portion 20 conducting state.In particular, As shown in Figure 16 and 19A, limiting mechanism 5 possesses: a pair by hang stop 50,50, its Mutually there is on first direction compartment of terrain configuration, and erect from base plate 232；Hook portion 51, It is arranged on the first switching member 3 and can hang and terminate in side and hung in stop 50.

Side is arranged at the first end of base plate 232 by hanging stop 50.Opposite side is hung stop 50 the second ends being arranged at base plate 232.That is, hung stop 50 and be respectively arranged at base plate Both ends.

The closedown of the present embodiment confirms that device 1 is described above.Then, it is described with reference to close Close and confirm installing operation and closing the work confirming device 1 of device 1.

In closing the installment work confirming device 1, the first support plate 23 is installed at boarding. Now, circuit unit 2 is installed on (the door headstock 62) at boarding as follows: circuit list Unit's first contact portion 20 of 2 and the second contact portion 21 of circuit unit 2 are arranged in a second direction Row.Therefore, in the circuit unit 2 being installed at boarding, in a pair the first terminal component 200,200 in a first direction arrangement and a pair second terminal components 210,210 in first party State to arrangement.

Further, adjust the first switching member 3 arranges position.More specifically, the first switching Component 3 position is set to make the first conductive plate 310 He when layer door 610 is closed The respective first contact site 200a of a pair the first terminal component 200,200 is on third direction The mode of arrangement sets.It addition, the position of the first switching member 3 determines as follows: Under the state not changing posture, the first conductive plate 310 is made to be pressed in a pair the first terminal component 200, the state of respective first contact portion 200a of 200.

In this state, the second support plate 32 is fixed on side door hanger 64 (side external door 610a).Thus, the first switching member 3 can be along with the side external door 610a of layer door 610 Slip opposing circuit unit 2 slide.Thus, the first switching member 3 switches first and leads Electroplax 310 be connected to circuit unit 2 the first contact portion 20 (a pair the first terminal component 200, 200 respective first contact site 200a) state and the first conductive plate 310 leave first and connect The shape in some portion 20 (a pair respective first contact site 200a of the first terminal component 200,200) State.Therefore, along with the switch of layer door 610, the first switching member 3 can be with switch circuit units The state of first contact portion 20 conducting of 2 and the state not turned on.

Secondly, adjust the second switching member 4 arranges position.More specifically, the second switching The position that arranges of component 4 is set to, makes the second conductive plate when layer door 610 is closed 410 and a pair second respective second contact site 210a of terminal component 210,210 third party Upwards arrange.It addition, the position that arranges of the second switching member 4 is set to, do not change in posture State under make the second conductive plate 410 be in be pressed in a pair second terminal components 210,210 The state of respective second contact site 210a.In this case, the 3rd support plate 42 is fixed on Opposite side door hanger 64 (opposite side external door 610a).So, close confirmation device 1 to install In elevator 6.

Then the action to closing confirmation device 1 illustrates.Such as Figure 23 A and Figure 23 B institute Show, confirm in device 1 closing, if each inside door of a pair inside door and a pair external door 610a, Each external door of 610a slides in a direction close to each other, then the first switching member 3 can be close to electricity Road unit 2.It addition, the second switching member 4 is also close to circuit unit 2.

Further, as shown in Figure 24 A and 24 B, if being in layer door 610 to close stopping port 600 State time, then to be pressed in a pair the first terminal component 200,200 each for the first conductive plate 310 From the first contact site 200a, the second conductive plate 410 be pressed in a pair second terminal components 210, 210 respective second contact site 210a.Thus, the first contact portion 20 and the second contact portion 21 Respectively in conducting state.

Now, the first side of side the first terminal component 200 is with close to the first configuration section 222a Face mode bend, the first side of opposite side the first terminal component 200 is with close to second The mode of the face of configuration section 222b bends.Therefore, a pair the first terminal component 200, On 200 respective first contact site 200a, produce to compressed by the first conductive plate 310 The elastic force of direction in opposite direction effect.Thus, close confirmation device 1 and can make a pair first Each terminal component of terminal component 200,200 is connected to the first conductive plate 310 more effectively.

It addition, the first side of opposite side the second terminal component 210 is with close to the 3rd configuration section The mode of the face of 222c bends, and the second side of side the second terminal component 210 is with close to the The mode of the face of four configuration sections 222d bends.Therefore, a pair second terminal components 210, On 210 respective second contact site 210a, produce to compressed by the second conductive plate 410 The elastic force of direction in opposite direction effect.Thus, close confirmation device 1 and can make a pair second Each terminal component of terminal component 210,210 is connected to the second conductive plate 410 more effectively.

Further, it is possible to by confirming that the first contact portion 20 and the second conductive part 21 are located the most respectively In the state of conducting, confirm whether tegillum door 610 completely closes stopping port 600, and then really Recognize whether entrance 60 is completely closed by door 61.

When opening door 61, the clamping apparatus of elevator 6 sandwiches the first of the first switching member 3 By holding part 330 and second by holding part 331.So, will be to second by holding part 331 First direction side force.Further, the second holding part 331 is acted on when this force rate When the active force of the first force application spring 344 is big, second by holding part 351 to first by holding part 330 side shiftings, its result so that the first arm 30 turns around the side in the axle center of rotary shaft 320 Dynamic.Thus, as shown in figs. 25 a and 25b, the posture of the first arm 30 is changed.

Meanwhile, each from a pair the first terminal component 200,200 of the first conductive plate 310 From the first contact site 200a leave.Therefore, the first contact portion 20 is in the state not turned on. It addition, release hook portion 51 to stop state to by the extension hanging stop 50.Therefore, it can allow a pair Each external door of external door 610a, 610a and the slip in a first direction of each inside door of a pair inside door.

It addition, the closedown in the present embodiment confirms in device 1, at a pair the first terminal component 200,200 respective be provided with a pair first contact sites 200a, 200a.Therefore, though one Part the first contact site 200a damages, it is also possible to prevents the first contact portion 20 to be in and does not turns on shape The generation of the situation of state.Further, the closedown of the present embodiment confirms in device 1, a pair second The respective of terminal component 210,210 is provided with a pair second contact sites 210a, 210a.Therefore, Even if a part of second contact site 210a damages, it is also possible to prevent the second contact portion 21 to be in not The generation of the situation of conducting state.

Further, the closedown of the present embodiment confirms in device 1, side the first terminal component 200 It is electrically connected to side the second terminal component 210 and controls the electrical system that device C is connected. Accordingly it is possible to prevent car is to it under gateway 60 is not by door 61 completely closed state Movement at his boarding.

And then, the first side of the second arm 40 is provided with extension 401.Therefore, even if not The 3rd is sandwiched by holding part 450 and the 4th by the feelings of holding part 451 using the second clamping apparatus Make a slip under condition, extension 401 also can be made to be connected to be hung stop 50.Thus, second The posture of arm 40 is changed.Thus, even if not sandwich the 3rd by holding part 450 and Four by the mode sliding layer door 610 of holding part 451, it is also possible to prevent the second conductive plate 410 from existing Slide on a pair second respective second contact site 210a of terminal component 210,210.

And then, the closedown in the present embodiment confirms, in device 1, to set at simple pedestal 22 It is equipped with two contacts (first contact portion 20 and the second contact portion 21).Therefore, behaviour is being installed In work, it is possible to distinguish position adjustment the first contact portion 20 by position adjustment circuit unit 2 With the second contact portion 21.Therefore, the closedown in the present embodiment confirms in device 1, with general First contact portion is arranged at the structure of different pedestal and compares with the second contact portion, it is possible to reduces and installs Man-hour needed for operation.

Additionally, the closedown of the present embodiment confirms that device is not limited to above-mentioned first embodiment and the Two embodiments, can carry out multiple change without departing from the scope of the subject in the invention.

In above-mentioned first embodiment and the second embodiment, although at a pair the first terminal structure Respective first end of part 200,200 is provided with a pair first contact sites 200a, 200a, but also It is not limited to this.One can be arranged at a pair respective first end of the first terminal component 200,200 Individual first contact site 200a or multiple first contact site 200a ... of such as three.

It addition, in above-mentioned first embodiment and the second embodiment, although at a pair second Respective first end of terminal component 210,210 is provided with a pair second contact sites 210a, 210a, But it is not limited to this.Can set at a pair second respective first ends of terminal component 210,210 Put multiple second contact site 210a ... of a second contact site 210a or such as three.

It addition, in above-mentioned first embodiment and the second embodiment, although limiting mechanism 5 For limit the first contact portion 20 in the conduction state under the movement of the first switching member 3, But it is not limited to this.Such as, limiting mechanism 5 can be used for controlling at the second contact portion 21 The movement of the second switching member 4 under conducting state.

Or, limiting mechanism 5 can limit respectively the first contact portion 20 in the conduction state under The movement of the first switching member 3 and the second contact portion 21 in the conduction state under second cut Change the movement of component 4.

More specifically, in above-mentioned first embodiment, limiting the first contact portion respectively The movement of the first switching member 3 under 20 conducting states and the second contact portion 21 conducting state Under the second switching member 4 mobile time, as shown in figure 26, limiting mechanism 5 can also have Standby the second bend 502 and being arranged at fixed plate portion 500 second end being hung stop 50 It is arranged at the second hook portion 52 of the second arm 40 first side.Additionally, now, the second switching structure Part 4 uses substantially identical with the first switching member 3 structure.It addition, the second terminal component 210 use the structure identical with the first terminal component 200, and with the first terminal component 200 phase It is installed on together pedestal 22.

It addition, in above-mentioned second embodiment, limit the first contact portion 20 respectively and be in and lead Movement and second contact portion 21 of the first switching member 3 under logical state are in the conduction state Under the second switching member 4 mobile time, in the first side of the second arm 40, the second hook is set Portion, makes this second hook portion only be hung by the stop 50 of being hung of the second switching member 4 side.

It addition, in above-mentioned first embodiment and the second embodiment, close and confirm device 1 It is installed at boarding, but is not limited to this.Can also confirm that device 1 is arranged at car by closing, Use to confirm that the form that car mouth is completely closed by gate also may be used.

It addition, in above-mentioned first embodiment, although in circuit unit 2, side first Second terminal component 210 of terminal component 200 and opposite side is with the side arranged in a first direction Formula configures, and opposite side the first terminal component 200 and side the second terminal component 210 are with the On one direction, the mode of arrangement configures, and side the first terminal component 200 and side the second end Sub-component 210 is electrically connected to and controls the circuit that device C is connected, and opposite side the first terminal Component 200 and opposite side the second terminal component 210 are electrically connected to each other, but are not limited to this.Example As, as shown in figure 27, side the first terminal component 200 and side the second terminal component 210 Configure in the way of arranging in a first direction, and opposite side the first terminal component 200 and another Side the second terminal component 210 configures in the way of arranging in a first direction, and side first Terminal component 200 and side the second terminal component 210 are electrically connected to and control what device C was connected Circuit, and opposite side the first terminal component 200 and opposite side the second terminal component 210 mutually electricity Connect and also may be used.

It addition, in above-mentioned second embodiment, although in circuit unit 2, side first The two-terminal component 210 of terminal component 200 and opposite side is in the way of arranging in a second direction Configuration, and opposite side the first terminal component 200 and side the second terminal component 210 are with second On direction, the mode of arrangement configures, and side the first terminal component 200 and side the second terminal Component 210 is electrically connected to and controls the circuit that device C is connected, and opposite side the first terminal structure Part 200 and opposite side the second terminal component 210 are electrically connected to each other, but are not limited to this.Such as, Side the first terminal component 200 and side the second terminal component 210 are to arrange in a second direction Mode configure, and opposite side the first terminal component 200 and opposite side the second terminal component 210 Configure in the way of arranging in a second direction, and side the first terminal component 200 and side Second terminal component 210 is electrically connected to and controls the circuit that device C is connected, and opposite side One terminal component 200 and opposite side the second terminal component 210 are electrically connected to each other.

It addition, in above-mentioned first embodiment and the second embodiment, although the first terminal structure Part 200 and the second terminal component 210 are formed separately, but are not limited to this.Such as, if scheming The scheme of 27, as shown in figure 28, the opposite side the first terminal component 200 arranged in a first direction May be integrally formed with opposite side the second terminal component 210.If additionally, the scheme of Fig. 6, Favour opposite side the first terminal component 200 and opposite side second terminal of first direction arrangement Component 210 may be integrally formed.

It addition, in above-mentioned second embodiment, as shown in Figure 29 and 30A, a pair second Terminal component 210,210 can extend as the crow flies at third direction.

Situation as above, such as Figure 30 B, a pair second terminal components 210,210 are the Configure in the way of arrangement on two directions.Further, as shown in Figure 31 A and Figure 31 B, second Switching member 4 possesses: the second arm 40, and it is in a first direction in long size shape, and is growing There is in dimensional directions the first end and be positioned at the second end of this first end opposition side；Second connecting portion 41, it is arranged at the first end of this second arm 40, can respectively with a pair second terminal components 210, each terminal component electrical connection of 210.

So, only by making the second switching member 4 slide in a first direction, it becomes possible to make Two conductive plates 410 contact respectively and leave a pair second each terminal components of terminal component 210,210. That is, even if the second switching member 4 does not possess the second forcing unit 44 and second change machine Structure 45, it is also possible to state that the second contact portion 21 of switch circuit units 2 is on and not The state of conducting.Thereby, it is possible to make the structure of the second switching member 4 simpler.

Claims

1. elevator is closed and is confirmed a device, and it possesses:

2. the elevator described in claim 1 is closed and is confirmed device, wherein, described first contact portion Configure in the way of arranging in said first direction with the second contact portion.

3. the elevator described in claim 1 is closed and is confirmed device, wherein, described first contact portion With the second contact portion to configure in the way of the face arrangement intersected vertically with described first direction.

4. the elevator described in claim 1 is closed and is confirmed device, wherein,

Described first contact portion possesses a pair the first terminal component；

Described second contact portion possesses a pair second terminal components；

Described side the second terminal component and described opposite side the second terminal component, by described Two switching member switched conductive states and do not turn on state.

5. the elevator described in claim 4 is closed and is confirmed device, wherein,

Described side the first terminal component and described opposite side the second terminal component are with described On one direction, the mode of arrangement configures；

Described opposite side the first terminal component and described side the second terminal component are with described On one direction, the mode of arrangement configures.

6. the elevator described in claim 4 is closed and is confirmed device, wherein,

Described side the first terminal component and described side the second terminal component are with described first On direction, the mode of arrangement configures；

7. the elevator described in claim 4 is closed and is confirmed device, wherein,

Described side the first terminal component and described opposite side the first terminal component are with described On one direction, the mode of arrangement configures；

Described side the second terminal component and described opposite side the second terminal component are with described On one direction, the mode of arrangement configures.

8. the elevator according to any one of claim 4-7 is closed and is confirmed device, wherein,

In the pair of the first terminal component or the pair of second terminal component at least one Side is in said first direction in long size shape.

9. the elevator described in any one of claim 4-7 is closed and is confirmed device, wherein,

In the pair of the first terminal component or the pair of second terminal component at least one Side is long size shape along the face intersected vertically with described first direction.

10. the elevator described in claim 5 or 6 is closed and is confirmed device, wherein,

Described elevator is closed and is confirmed that device possesses limiting mechanism, and it can limit at the second contact portion Movement in the first switching part of conducting state；

The pair of the first terminal component in said direction in long size,

The pair of second terminal component is length along the face intersected vertically with described first direction Size shape.

Elevator described in 11. any one of claim 4-7 is closed and is confirmed device, wherein,

The pair of the first terminal component possesses respectively and abuts many with described first switching member Individual first contact site；

The pair of second terminal component possesses respectively and abuts many with described second switching member Individual second contact site.

Elevator described in 12. claims 8 is closed and is confirmed device, wherein,

Elevator described in 13. claims 9 is closed and is confirmed device, wherein,

Elevator described in 14. claims 10 is closed and is confirmed device, wherein,

Elevator described in any one of 15. claims 1-7 is closed and is confirmed device, wherein,

Described circuit unit possesses a pedestal,

Described first contact portion and described second contact portion are arranged at described pedestal.

Elevator described in 16. claims 8 is closed and is confirmed device, wherein,

Described circuit unit possesses a pedestal,

Elevator described in 17. claims 9 is closed and is confirmed device, wherein,

Described circuit unit possesses a pedestal,

Elevator described in 18. claims 10 is closed and is confirmed device, wherein,

Described circuit unit possesses a pedestal,

Elevator described in 19. claims 11 is closed and is confirmed device, wherein,

Described circuit unit possesses a pedestal,

Elevator described in 20. claims 12 is closed and is confirmed device, wherein,

Described circuit unit possesses a pedestal,

Elevator described in 21. claims 13 is closed and is confirmed device, wherein,

Described circuit unit possesses a pedestal,

Elevator described in 22. claims 14 is closed and is confirmed device, wherein,

Described circuit unit possesses a pedestal,