CN109205418A - Mobile antetheca Integral elevator compartment control handwheel and method manually - Google Patents
Mobile antetheca Integral elevator compartment control handwheel and method manually Download PDFInfo
- Publication number
- CN109205418A CN109205418A CN201710542070.3A CN201710542070A CN109205418A CN 109205418 A CN109205418 A CN 109205418A CN 201710542070 A CN201710542070 A CN 201710542070A CN 109205418 A CN109205418 A CN 109205418A
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- China
- Prior art keywords
- control handwheel
- elevator compartment
- compartment control
- antetheca
- gear
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B1/00—Control systems of elevators in general
- B66B1/34—Details, e.g. call counting devices, data transmission from car to control system, devices giving information to the control system
- B66B1/46—Adaptations of switches or switchgear
- B66B1/50—Adaptations of switches or switchgear with operating or control mechanisms mounted in the car or cage or in the lift well or hoistway
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B50/00—Energy efficient technologies in elevators, escalators and moving walkways, e.g. energy saving or recuperation technologies
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- Engineering & Computer Science (AREA)
- Automation & Control Theory (AREA)
- Computer Networks & Wireless Communication (AREA)
- Types And Forms Of Lifts (AREA)
- Cage And Drive Apparatuses For Elevators (AREA)
Abstract
The present invention provides a kind of manual mobile antetheca Integral elevator compartment control handwheel and method.Idler wheel, chain-drive mechanism, drive sprocket component, locking device are combined including antetheca Integral elevator compartment control handwheel, top and the bottom gear and rack teeth mechanism, top and the bottom guide groove, top and the bottom.Manual mobile antetheca Integral elevator compartment control handwheel of the present invention can make antetheca Integral elevator compartment control handwheel removable relative to lift car according to actual needs, when current wall art work is blocked up to be opened, it can first allow antetheca Integral elevator compartment control handwheel mobile, cut-through object, carry out maintenance is opened again, so that antetheca Integral elevator compartment control handwheel has stronger practicability, make elevator Related product that there is the stronger market competitiveness.
Description
Technical field
The present invention relates to the application methods of a kind of device for building and the device；Especially lift car control handwheel and should
The application method of lift car control handwheel.
Background technique
In existing lift car, the connection type of antetheca Integral elevator compartment control handwheel and carriage is generally rigidity and connects
It connects, therefore lift car entrance width is certain value.In practice, the case where needing to adjust carriage entrance width can be encountered.
For example, the price of advanced decoration has been more than the price of elevator itself in the advanced decoration of some lift cars, it is electricity that What is more
The several times of terraced price, in order to achieve the effect that advanced decoration, decoration company can add art work on sedan-chair wall, when sedan-chair wall pool
When thickness reaches certain thickness, will lead to antetheca Integral elevator compartment control handwheel cannot open carry out maintenance, before opening
Wall integral lift car control handwheel and destroy expensive decoration and will cause considerable damage, this just gives preceding wall integral electric
The maintenance of terraced car operation board brings very big challenge.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of manual mobile antetheca Integral elevator compartment control handwheels, can make
Antetheca Integral elevator compartment control handwheel is removable relative to lift car according to actual needs, and current wall art work is blocked up not
When can open, it can first allow antetheca Integral elevator compartment control handwheel mobile, cut-through object, then open carry out maintenance.
To achieve the goals above, the present invention provides a kind of manual mobile antetheca Integral elevator compartment control handwheel, packets
Include antetheca Integral elevator compartment control handwheel, top and the bottom gear and rack teeth mechanism, top and the bottom guide groove, top and the bottom combination idler wheel, chain
Transmission mechanism, drive sprocket component, locking device；Wall integral elevator before the top and the bottom gear and rack teeth mechanism is respectively arranged at
Car operation board upper and lower end parts；On entering and leaving epistome, the lower part guide groove is arranged in car floor for the top guide groove setting；
The top and the bottom combination idler wheel is respectively arranged at antetheca Integral elevator compartment control handwheel upper and lower end parts；The chain-drive mechanism,
Drive sprocket component is set to inside the control handwheel of antetheca Integral elevator compartment；The locking device is set to drive sprocket component
On.
The beneficial effect of manual mobile antetheca Integral elevator compartment control handwheel of the present invention is: antetheca can be made integrated
Formula lift car control handwheel is removable relative to lift car according to actual needs, and current wall art work is blocked up to be opened
When, it can first allow antetheca Integral elevator compartment control handwheel mobile, cut-through object, then carry out maintenance is opened, so that antetheca is integrated
Formula lift car control handwheel has wider applicability, and elevator Related product is made to have the stronger market competitiveness.
Preferably, antetheca Integral elevator compartment control handwheel include antetheca Integral elevator compartment control handwheel ontology,
Lift car control handwheel top and the bottom erecting bed；Top and the bottom erecting bed is separately positioned on antetheca Integral elevator compartment control handwheel ontology
Upper and lower end parts；Antetheca Integral elevator compartment control handwheel body lower part is provided with switch gate.
Preferably, the top and the bottom gear and rack teeth mechanism includes upper gear rackwork and undergear rackwork；
Each gear and rack teeth mechanism is made of gear, rack gear；Gear is set in the erecting bed of top and the bottom, and leans on entrance side, and rack gear is set
It is placed in guide groove；Gear does gear motion, top and the bottom gear and rack teeth mechanism synchro-meshing along rack gear.
Preferably, the top and the bottom combination idler wheel includes top combination idler wheel and lower part combination idler wheel；Top and the bottom combination rolling
Wheel is separately positioned in the erecting bed of top and the bottom；The pressure that lower part combination idler wheel bears self weight and carriage is given；Top and the bottom combination rolling
When wheel is rolled respectively along top and the bottom guide groove, antetheca Integral elevator compartment control handwheel can be driven mobile.
Preferably, the chain-drive mechanism includes top and the bottom sprocket wheel, top and the bottom tightener sprocket component and chain；Top and the bottom
Sprocket wheel is symmetrically arranged in the erecting bed of top and the bottom, and coaxial with top and the bottom gear respectively, and top and the bottom sprocket wheel rotates synchronously, on
Lower part sprocket wheel and top and the bottom gear synchronous rotate；Top and the bottom tightener sprocket component is set to antetheca Integral elevator compartment control handwheel
It is interior；The drive sprocket component is set in the control handwheel of antetheca Integral elevator compartment, and is grasped with antetheca Integral elevator compartment
The position of vertical Pan Shangkaiguanmen is corresponding；The chain and all sprocket engagements, and arranged at side "convex" shaped；Work as drive sprocket
When rotation, tension chain drives all sprocket wheels to rotate synchronously.
Preferably, the locking device 7 includes rotational handle, latch segment and locking nut；Rotational handle is " Z " type circle
Shape metal bar, one end end of rotational handle are provided with polygon plug, and on the drive sprocket axle in drive sprocket component
The polygon type hole of setting matches；Polygon plug top has external screw thread, and latch segment and locking nut have internal screw thread,
Latch segment and locking nut are cooperated by the internal screw thread of itself and the external screw thread of rotational handle；On latch segment there are two settings
Latch segment circular hole, and corresponding with two screw thread hole sites being arranged on upper mounting plate in drive sprocket component, by by screw
It is inserted into latch segment circular hole, and is threaded into hole, locking device can be fixed on drive sprocket component.
Preferably, the manual mobile antetheca Integral elevator compartment control handwheel is provided separately within entrance side；Alternatively,
Two manual mobile antetheca Integral elevator compartment control handwheels are arranged in lift car entrance two sides simultaneously.
It is described manual the present invention also provides a kind of application method of manual mobile antetheca Integral elevator compartment control handwheel
When mobile antetheca Integral elevator compartment control handwheel needs mobile, first by lower part guiding tank cover plate from the guide groove ontology of lower part
It removes；Then the switch gate on antetheca integral type car operation board is opened；Back out two screws in locking device on latch segment；
Rotational handle in rotation lock device drives drive sprocket rotation；The power of drive sprocket is transmitted to by chain-drive mechanism
Gear and rack teeth mechanism, so that top and the bottom gear does gear motion respectively along top and the bottom rack gear；And then drive top and the bottom combination rolling
Wheel is rolled respectively along top and the bottom guide groove, to keep antetheca Integral elevator compartment control handwheel mobile relative to carriage.
The beneficial effect of the application method of manual mobile antetheca Integral elevator compartment control handwheel of the present invention is: can
Keep antetheca Integral elevator compartment control handwheel removable relative to lift car according to actual needs, current wall art work is blocked up
When cannot open, it can first allow antetheca Integral elevator compartment control handwheel mobile, cut-through object, then carry out maintenance is opened, so that
Antetheca Integral elevator compartment control handwheel has wider applicability, and elevator Related product is made to have stronger market competition
Power.
Preferably, when the manual mobile antetheca Integral elevator compartment control handwheel is not required to mobile, to prevent manual movement
Antetheca Integral elevator compartment control handwheel need to insert the polygon plug of rotational handle in locking device along guide rail accidental movement
Enter in the polygonal hole into drive sprocket component on drive sprocket axle；Rotation lock block makes two latch segments on latch segment
Threaded hole alignment in circular hole and drive sprocket component on upper mounting plate；And latch segment circular hole is inserted the screws into, and be threaded into
In hole, and then locking device is fixed on drive sprocket component；Locking nut is tightened later, makes the master in drive sprocket component
Movable sprocket axis is not able to rotate；Finally lower part guiding tank cover plate is mounted on the guide groove ontology of lower part.
Detailed description of the invention
The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments.
Fig. 1 is manual mobile antetheca Integral elevator compartment control handwheel structural schematic diagram of the present invention；
Fig. 2 is the Section A-A figure of Fig. 2
Fig. 3 is antetheca Integral elevator compartment control handwheel structural schematic diagram；
Fig. 4 is erecting bed assembling figure in top of the present invention；
Fig. 5 is erecting bed assembling figure in lower part of the present invention；
Fig. 6 is upper roller assembling figure of the present invention；
Fig. 7 is lower rollers assembling figure of the present invention
Fig. 8 is top and the bottom tightener sprocket component drawings and drive sprocket component figure of the present invention；
Fig. 9 is locking device assembling figure of the present invention；
Figure 10 is locking device component diagram of the present invention.
Description of symbols in figure:
1 antetheca Integral elevator compartment control handwheel, 11 antetheca Integral elevator compartment control handwheel ontology
114 lower part switch gate 12b erecting beds
Mounting plate in the lower part erecting bed 121b of the top 12t
Mounting plate outside the lower part mounting plate 122b in the top 121t
Mounting plate 123b lower outer shaft holds seat outside the top 122t
123t upper outer shaft holds the lower part a 124b inner pedestal
The top 124t inner pedestal 125b lower bearing
125b upper bearing
2b undergear rackwork 2t upper gear rackwork
21b undergear 21t upper gear
22b lower teeth wheel shaft 22t upper gear axis
23b lower gear rack 23t upper gear rack
The lower part the 3b top guide groove 3t guide groove
The lower part the 31b guide groove lower part ontology 32b is oriented to tank cover plate
It combines the top idler wheel 4t and combines idler wheel in the lower part 4b
41 lower rollers axis, 42 lower rollers
43b lower rollers group 43t upper roller group
44 upper roller axis, 45 upper roller
5 lower part chain-drive mechanism 5ab sprocket wheels
The top the 5at lower part sprocket wheel 5bb tightener sprocket component
The top 5bt tightener sprocket component 5c chain
The lower part the 51b top tightener sprocket 51t tightener sprocket
The lower part the 52b top chain tensioner spindle 52t chain tensioner spindle
The lower part the 53b top tightener sprocket bearing 53t tightener sprocket bearing
The next top 54b tightener sprocket bearing seat 54t upper top tightener sprocket bearing seat
55b lower bottom part tightener sprocket bearing seat 55t upper bottom portion tightener sprocket bearing seat
The next top 56b mounting plate 56t upper top mounting plate
57b lower bottom part mounting plate 57t upper bottom portion mounting plate.
6 drive sprocket component, 61 drive sprocket
62 drive sprocket axle, 63 drive sprocket Zhou Cheng
64 top drive sprocket bearing seat, 65 bottom drive sprocket bearing seat
66 top drive sprocket mounting plate, 67 bottom drive sprocket mounting plate
68 polygonal hole, 69 threaded hole
7 locking device, 71 rotational handle
711 polygon plug, 72 latch segment
721 latch segment circular hole, 73 locking nut
74 screws.
Specific embodiment
As shown in Figure 1, a kind of manual mobile antetheca Integral elevator compartment control handwheel of the present invention, has antetheca one
Idler wheel 4t is combined in formula lift car control handwheel 1, top and the bottom gear and rack teeth mechanism 2t, 2b, top and the bottom guide groove 3t, 3b, top and the bottom,
4b, chain-drive mechanism 5, drive sprocket component 6, locking device 7；Top and the bottom gear and rack teeth mechanism 2t, 2b are respectively arranged at antetheca
1 upper and lower end parts of Integral elevator compartment control handwheel, guide groove 3t setting in top is on entering and leaving epistome, lower part guide groove 3b setting
In car floor, idler wheel 4t is combined in top and the bottom, and 4b is respectively arranged at 1 upper and lower end parts of antetheca Integral elevator compartment control handwheel, chain conveyer
Mechanism 5, drive sprocket component 6 are set to inside antetheca Integral elevator compartment control handwheel 1, and locking device 7 is set to drive chain
On wheel assembly 6.
Antetheca Integral elevator compartment control handwheel includes antetheca Integral elevator compartment control handwheel ontology 11, lift car behaviour
Vertical disk upper and lower end parts hereinafter referred to as top and the bottom erecting bed 12t, 12b, top and the bottom erecting bed 12t, 12b can be respectively set by bolt
11 upper and lower end parts of control handwheel ontology in antetheca Integral elevator compartment, 11 lower part of antetheca Integral elevator compartment control handwheel ontology are set
It is equipped with switch gate 114.
Lower part erecting bed is by mounting plate 122b, lower part inner pedestal 123b outside mounting plate 121b in lower part, lower part, outside lower part
Bearing block 124b and lower bearing 125b is constituted, and lower bearing 125b is symmetrically disposed on the lower part upper and lower portion inner pedestal 123b
On outer bearing carrier 124b, lower part inner pedestal 123b and lower outer shaft hold a 124b be respectively arranged in lower part mounting plate 121b and
Outside lower part on mounting plate 122b；Mounting plate 121b is set to outside lower part in mounting plate 122b in lower part；Lower part inner pedestal 123b
And in lower part between mounting plate 121b, lower outer shaft is held outside a 124b and lower part between mounting plate 122b and mounting plate in lower part
It can be connected between mounting plate 122b outside 121b and lower part.
Top erecting bed is by mounting plate 122t, top inner pedestal 123t outside mounting plate 121t in lower part, top, outside top
Bearing block 124t and upper bearing 125t is constituted, and upper bearing 125t is symmetrically disposed on the inner pedestal 123t of lower part and top
On outer bearing carrier 124t, top inner pedestal 123t and upper outer shaft hold a 124t be respectively arranged in top mounting plate 121t and
Outside top on mounting plate 122t；Mounting plate 121t is set to outside top in mounting plate 122t in top；Top inner pedestal 123t
And in top between mounting plate 121t, upper outer shaft is held outside a 124t and top between mounting plate 122t and mounting plate in top
It can be connected between mounting plate 122t outside 121t and top.
Top and the bottom gear and rack teeth mechanism 2t, 2b include the upper gear rackwork 2t and undergear rackwork of setting
2b；Each gear and rack teeth mechanism is by gear 21t, 21b, gear shaft 22t, 22b, rack gear 23t, 23b composition；Gear 21t, 21b are logical
It crosses key and is set to gear shaft 22t, on 22b, gear shaft 22t, 22b are set to erecting bed 12t by bearing, the bearing block in 12b
On 123,124 and entrance side is leaned on, rack gear 23t, 23b can be set to guide groove 3t by bolt, in 3b；Gear 21t, 21b energy
Enough to do gear motion along rack gear 23t, 23b, top and the bottom gear and rack teeth mechanism 2t, 2b have identical design parameter, and
Meet the requirement of synchro-meshing campaign.
Top and the bottom guide groove 3t, 3b include top guide groove 3t and lower part guide groove 3b, and lower part guide groove includes lower guide
Tank cover plate 32t, 32b are oriented to slot ontology 31t, 31b and lower part；Top guide groove 3t can be integrated with epistome is entered and left, can also
Being arranged individual top guide groove 3t on entering and leaving epistome by bolt；Lower part guide groove ontology 31b can be with car floor bottom
Plate is integrated, and individual lower part guide groove ontology 31b can also be arranged on car floor bottom plate by bolt；Lower part is oriented to slot cover
Plate 32b can be arranged on the guide groove ontology 31b of lower part by bolt, and lower part guiding tank cover plate 32b can prevent foreign matter from calling in
In the guide groove ontology 31b of lower part, while the component in the guide groove ontology 31b of lower part can be prevented to be seen；Lower part is oriented to slot cover
The thickness of plate 32b should be equal with lift car floor thick-ness, so that lower part is oriented to tank cover plate 32b and will not with lift car floor
There is difference of height.
Idler wheel 4t is combined in top and the bottom, and 4b includes top combination idler wheel 4t and lower part combination idler wheel 4b, each combination idler wheel packet
Two identical roller group 43t are included, 43b, lower rollers group is by two coaxial and identical lower rollers 41 and lower rollers
Axis 42 is constituted；Two lower rollers 41 are arranged on lower rollers axis 42, and lower rollers axis 42 is mounted on lower part erecting bed 12b
It is interior；The distance between two lower rollers 41 are slightly larger than rack gear 23b width, and lower part combination idler wheel 4b is able to bear self weight and carriage
The pressure given；Upper roller group is made of upper roller 45 and upper roller axis 44；The setting of upper roller 45 is rolled in lower part
On wheel shaft 44, upper roller axis 44 is mounted in top erecting bed 45；Idler wheel 4t is combined in top and the bottom, and 4b is led respectively along top and the bottom
To slot 3t, when 3b is rolled, antetheca Integral elevator compartment control handwheel 1 can be driven mobile.
Chain-drive mechanism 5 includes top and the bottom sprocket wheel 5at, 5ab, top and the bottom tightener sprocket component 5bt, 5bb and chain 5c；
Top and the bottom sprocket wheel 5at, 5ab are symmetrically arranged in top and the bottom erecting bed 12t, 12b, and respectively with top and the bottom gear 21t,
21b is coaxial, and top and the bottom sprocket wheel 5at, 5ab have identical parameter, and meet the requirement rotated synchronously, top and the bottom sprocket wheel
5at, 5ab and top and the bottom gear 21t, 21b meet the requirement rotated synchronously；Tightener sprocket component 5bt, 5bb can pass through for top and the bottom
Bolt is fixed in antetheca Integral elevator compartment control handwheel 1；Drive sprocket component 6 can be bolted on preceding wall integral
In lift car control handwheel 1, and it is corresponding with the position of 1 upper switch door 114 of antetheca Integral elevator compartment control handwheel；Chain 5c
It engages with all sprocket wheel 5at, 5ab, 51t, 51b, 61, and is arranged at side "convex" shaped；Top and the bottom tightener sprocket component 5bt, 5bb
Meet the requirement of tension chain 5c；When drive sprocket 61 rotates, all sprocket wheel 5at, 5ab, 51t, 51b, 61 can be driven synchronous
Rotation.
Chain wheel assembly in top and the bottom tightener sprocket component 5bt, 5bb and drive sprocket component 6 includes sprocket wheel 51t,
51b, 61, sprocket shaft 52t, 52b, 62, sprocket shaft bearing 53t, 53b, 63, top bearing block 54t, 54b, 64, base bearing seat 55t,
55b, 65, top mounting plate 56t, 56b, 66 and bottom mounting plate 57t, 57b, 67；Sprocket wheel 51t, 51b, 61 are arranged by key in chain
On wheel shaft 52t, 52b, 62, sprocket shaft 52t, 52b, 62 are arranged on bearing block by sprocket shaft bearing 53t, 53b, 63, and apical axis is held
On top mounting plate 56t, 56b, 66, base bearing seat 55t, 55b, 65 are arranged in bottom mounting plate 57t for seat 54t, 54b, 64 setting,
57b, on 67, bottom mounting plate 57t, 57b, 67 setting are in top mounting plate 56t, 56b, 66；Push up bearing block 54t, 54b, 64 and top
Between mounting plate 56t, 56b, 66, between base bearing seat 55t, 55b, 65 and bottom mounting plate 57t, 57b, 67 and top mounting plate
It can be bolted between 56t, 56b, 66 and bottom mounting plate 57t, 57b, 67；Drive sprocket axle in drive sprocket component 6
62 one end are provided with polygonal hole 68.
Locking device 7 includes rotational handle 71, latch segment 72 and locking nut 73；Rotational handle 71 is that " Z " type is round
One end end of metal bar, rotational handle 71 is provided with polygon plug 711, has external screw thread by 711 top of polygon plug,
Latch segment 72 and locking nut 73 have internal screw thread, latch segment 72 and locking nut 73 and pass through the internal screw thread of itself and rotation hand
The external screw thread of handle 71 cooperates；The upper peace in two latch segment circular holes 721 and drive sprocket component 6 being arranged on latch segment 72
Two threaded holes 69 being arranged in loading board 66 are corresponding, screw 74 are inserted into latch segment circular hole 721, and be threaded into hole 69,
Locking device 7 can be fixed on drive sprocket component 6；The polygon plug being arranged in rotational handle 71 in locking device 7
711 match with the polygonal hole 68 being arranged on drive sprocket axle 62 in drive sprocket component 6.
Drive sprocket component 6 and rotational handle 71 are power input point, chain-drive mechanism 5 and top and the bottom gear and rack teeth mechanism
2t, 2b are motivation transfer motion part, and idler wheel 4t is combined in top and the bottom, and 4b is Motor execution part, and locking device 7 is motion control portion
Point, each part is closely connected, the common movement for completing mobile antetheca integral type car operation board manually.
When mobile antetheca Integral elevator compartment control handwheel needs mobile manually, first by lower part be oriented to tank cover plate 32b from
It is removed on the guide groove ontology 31b of lower part, then opens the switch gate 114 on antetheca integral type car operation board, back out locking dress
Two screws 74 in 7 on latch segment 72 are set, the rotational handle 71 in rotation lock device 7 drives drive sprocket 61 to rotate, main
The power of movable sprocket 61 is transmitted to gear and rack teeth mechanism 2t, 2b by chain-drive mechanism 5, so that top and the bottom gear 21t, 21b points
Gear motion is not done along top and the bottom rack gear 23t, 23b, and then top and the bottom is driven to combine idler wheel 43t, 43b distinguishes top and the bottom in edge
Guide groove 3t, 3b is rolled, to keep antetheca Integral elevator compartment control handwheel 1 mobile relative to carriage
When mobile antetheca Integral elevator compartment control handwheel is not required to mobile manually, to prevent wall integral electricity before movement manually
The polygon forming head of rotational handle 71 in locking device 7 need to be inserted into drive chain along guide rail accidental movement by terraced car operation board
In polygonal hole 68 in wheel assembly 6 on drive sprocket axle 62, rotation lock block 72 makes the screw 74 and active on latch segment 72
69 hole of screw thread alignment in chain wheel assembly 6 on upper mounting plate 66, and screw 74 is screwed into upper mounting plate 66 in drive sprocket component 6
On threaded hole in, and then locking device 7 is fixed on the upper mounting plate 66 in drive sprocket component 6, then tightens locking
Nut 73 is able to rotate the sprocket shaft 68 in drive sprocket component 6 not, turns off the switch door 114 later, finally by lower part guide groove
Cover board 32b is installed on the guide groove ontology 31b of lower part, so that antetheca integral type car operation board 1 will not accidental movement.
Mobile antetheca Integral elevator compartment control handwheel can be provided separately within entrance side manually, can also be simultaneously by two
A manual mobile antetheca Integral elevator compartment control handwheel is arranged in lift car entrance two sides.
The present invention is not limited to embodiment discussed above, the above description to specific embodiment is intended to retouch
State and illustrate technical solution of the present invention.The obvious transformation or substitution enlightened based on the present invention should also be as being recognized
To fall into protection scope of the present invention.Above specific embodiment is used to disclose best implementation method of the invention, so that
Those skilled in the art can reach the present invention using numerous embodiments of the invention and a variety of alternatives
Purpose.
Claims (9)
1. a kind of manual mobile antetheca Integral elevator compartment control handwheel, it is characterised in that: including antetheca Integral elevator compartment
Control handwheel (1), top and the bottom gear and rack teeth mechanism (2t, 2b), top and the bottom guide groove (3t, 3b), top and the bottom combination idler wheel (4t,
4b), chain-drive mechanism (5), drive sprocket component (6), locking device (7)；
The top and the bottom gear and rack teeth mechanism (2t, 2b) is respectively arranged at antetheca Integral elevator compartment control handwheel (1) upper and lower side
Portion；
On entering and leaving epistome, the lower part guide groove (31b) is arranged in car floor for top guide groove (3t) setting；
Top and the bottom combination idler wheel (4t, 4b) is respectively arranged at antetheca Integral elevator compartment control handwheel (1) upper and lower end parts；
It is internal that the chain-drive mechanism (5), drive sprocket component (6) are set to antetheca Integral elevator compartment control handwheel (1)；
The locking device (7) is set on drive sprocket component (6).
2. manual mobile antetheca Integral elevator compartment control handwheel according to claim 1, it is characterised in that: the antetheca one
Body formula lift car control handwheel includes antetheca Integral elevator compartment control handwheel ontology (11), lift car control handwheel top and the bottom peace
It fills platform (12t, 12b)；
Top and the bottom erecting bed (12t, 12b) is separately positioned on antetheca Integral elevator compartment control handwheel ontology (11) upper and lower end parts；
Antetheca Integral elevator compartment control handwheel ontology (11) lower part is provided with switch gate (114).
3. manual mobile antetheca Integral elevator compartment control handwheel according to claim 2, it is characterised in that: the top and the bottom
Gear and rack teeth mechanism (2t, 2b) includes upper gear rackwork (2t) and undergear rackwork (2b)；
Each gear and rack teeth mechanism is made of gear (21t, 21b), rack gear (23t, 23b)；
Gear (21t, 21b) is set in top and the bottom erecting bed (12t, 12b), and leans on entrance side, rack gear (23t, 23b) setting
In guide groove (3t, 3b)；
Gear (21t, 21b) does gear motion along rack gear (23t, 23b), and top and the bottom gear and rack teeth mechanism (2t, 2b), which synchronizes, to be nibbled
It closes.
4. manual mobile antetheca Integral elevator compartment control handwheel according to claim 3, it is characterised in that: the top and the bottom
Combination idler wheel (4t, 4b) includes top combination idler wheel (4t) and lower part combination idler wheel (4b)；
Top and the bottom combination idler wheel (4t, 4b) is separately positioned in top and the bottom erecting bed (12t, 12b)；
The pressure that self weight is born in lower part combination idler wheel (4b) and carriage is given；
When idler wheel (4t, 4b) is combined respectively along top and the bottom guide groove (3t, 3b) rolling in top and the bottom, wall integral electricity before can driving
Terraced car operation board (1) is mobile.
5. manual mobile antetheca Integral elevator compartment control handwheel according to claim 4, it is characterised in that: the chain conveyer
Mechanism (5) includes top and the bottom sprocket wheel (5at, 5ab), top and the bottom tightener sprocket component (5bt, 5bb) and chain (5c)；
Top and the bottom sprocket wheel (5at, 5ab) is symmetrically arranged in the top and the bottom erecting bed (12t, 12b), and respectively with top and the bottom tooth
Take turns (21t, 21b) coaxially, top and the bottom sprocket wheel (5at, 5ab) rotates synchronously, top and the bottom sprocket wheel (5at, 5ab) and top and the bottom gear
(21t, 21b) is rotated synchronously；
Top and the bottom tightener sprocket component (5bt, 5bb) are set in the control handwheel of antetheca Integral elevator compartment (1)；The drive chain
Wheel assembly (6) is set in antetheca Integral elevator compartment control handwheel (1), and with antetheca Integral elevator compartment control handwheel (1)
The position of upper switch door (114) is corresponding；
The chain (5c) and all sprocket wheels (5at, 5ab, 51t, 51b, 61) are engaged, and are arranged at side "convex" shaped；
When drive sprocket (61) rotation, tension chain (5c) drives all sprocket wheels (5at, 5ab, 51t, 51b, 61) are synchronous to turn
It is dynamic.
6. manual mobile antetheca Integral elevator compartment control handwheel according to claim 5, it is characterised in that: the locking
Device (7) includes rotational handle (71), latch segment (72) and locking nut (73)；
Rotational handle (71) is " Z " type circular metal stick, and one end end of rotational handle (71) is provided with polygon plug
(711), it and with the polygon type hole (68) being arranged on the drive sprocket axle (62) in drive sprocket component (6) matches；
Polygon plug (711) top has external screw thread, and latch segment (72) and locking nut (73) have internal screw thread, latch segment
(72) it is cooperated with locking nut (73) by the internal screw thread of itself and the external screw thread of rotational handle (71)；
Setting is there are two latch segment circular hole (721) on latch segment (72), and on upper mounting plate (66) in drive sprocket component (6)
Two threaded hole (69) positions being arranged are corresponding, by the way that screw (74) are inserted into latch segment circular hole (721), and are threaded into hole
(69) in, locking device (7) can be fixed on drive sprocket component (6).
7. manual mobile antetheca Integral elevator compartment control handwheel, feature described in any one of -6 according to claim 1
Be: the manual mobile antetheca Integral elevator compartment control handwheel is provided separately within entrance side；
Alternatively, two manual mobile antetheca Integral elevator compartment control handwheels are arranged in lift car entrance two sides simultaneously.
8. a kind of application method of manual mobile antetheca Integral elevator compartment control handwheel, it is characterised in that: the manual movement
When antetheca Integral elevator compartment control handwheel needs mobile, lower part is oriented to tank cover plate (32b) from lower part guide groove ontology first
It is removed on (31b)；
Open the switch gate (114) on antetheca integral type car operation board；
Back out two screws (74) in locking device (7) on latch segment (72)；
Rotational handle (71) in rotation lock device (7) drives drive sprocket (61) rotation；
The power of drive sprocket (61) is transmitted to gear and rack teeth mechanism (2t, 2b) by chain-drive mechanism (5), so that top and the bottom tooth
It takes turns (21t, 21b) and does gear motion respectively along top and the bottom rack gear (23t, 23b)；
Top and the bottom combination idler wheel (4t, 4b) is driven to roll respectively along top and the bottom guide groove (3t, 3b), to make preceding wall integral
Lift car control handwheel (1) is mobile relative to carriage.
9. the application method of manual mobile antetheca Integral elevator compartment control handwheel according to claim 8, feature exist
In: when the manual mobile antetheca Integral elevator compartment control handwheel is not required to mobile, to prevent mobile preceding wall integral electricity manually
Terraced car operation board need to insert the polygon plug (711) of rotational handle (71) in locking device (7) along guide rail accidental movement
Enter in the polygonal hole (68) in drive sprocket component (6) on drive sprocket axle (62)；
Rotation lock block (72) makes upper peace in two latch segment circular holes (721) and the drive sprocket component (6) on latch segment (72)
Screw thread (69) hole alignment in loading board (66)；
Screw (74) are inserted into latch segment circular hole (721), and are threaded into hole (69), and then locking device (7) is fixed on
On drive sprocket component (6)；
Locking nut (73) are tightened, are able to rotate the drive sprocket axle (62) in drive sprocket component (6) not；
Lower part guiding tank cover plate (32b) is mounted on lower part guide groove ontology (31b).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710542070.3A CN109205418B (en) | 2017-07-05 | 2017-07-05 | Integrated elevator car steering wheel and method for manually moving front wall |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710542070.3A CN109205418B (en) | 2017-07-05 | 2017-07-05 | Integrated elevator car steering wheel and method for manually moving front wall |
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| Publication Number | Publication Date |
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| CN109205418A true CN109205418A (en) | 2019-01-15 |
| CN109205418B CN109205418B (en) | 2023-09-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710542070.3A Active CN109205418B (en) | 2017-07-05 | 2017-07-05 | Integrated elevator car steering wheel and method for manually moving front wall |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20210155457A1 (en) * | 2019-11-26 | 2021-05-27 | Man Hay Pong | Elevator system with multiple independent cars in a 2-dimensional hoistway |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007168954A (en) * | 2005-12-21 | 2007-07-05 | Mitsubishi Electric Corp | Elevator device |
| JP2011173710A (en) * | 2010-02-25 | 2011-09-08 | Mitsubishi Electric Corp | Car operation panel of elevator |
| CN204980742U (en) * | 2015-10-08 | 2016-01-20 | 陈国安 | Single balanced elevator of many cars of chain that revolves |
| CN106429668A (en) * | 2016-08-31 | 2017-02-22 | 重庆威斯特电梯有限公司 | Operation panel for car |
| CN207001929U (en) * | 2017-07-05 | 2018-02-13 | 三菱电机上海机电电梯有限公司 | Mobile antetheca Integral elevator railway carriage or compartment control handwheel manually |
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2017
- 2017-07-05 CN CN201710542070.3A patent/CN109205418B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007168954A (en) * | 2005-12-21 | 2007-07-05 | Mitsubishi Electric Corp | Elevator device |
| JP2011173710A (en) * | 2010-02-25 | 2011-09-08 | Mitsubishi Electric Corp | Car operation panel of elevator |
| CN204980742U (en) * | 2015-10-08 | 2016-01-20 | 陈国安 | Single balanced elevator of many cars of chain that revolves |
| CN106429668A (en) * | 2016-08-31 | 2017-02-22 | 重庆威斯特电梯有限公司 | Operation panel for car |
| CN207001929U (en) * | 2017-07-05 | 2018-02-13 | 三菱电机上海机电电梯有限公司 | Mobile antetheca Integral elevator railway carriage or compartment control handwheel manually |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20210155457A1 (en) * | 2019-11-26 | 2021-05-27 | Man Hay Pong | Elevator system with multiple independent cars in a 2-dimensional hoistway |
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|---|---|
| CN109205418B (en) | 2023-09-01 |
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