CN109775533A - Intellectual double-deck elevator - Google Patents
Intellectual double-deck elevator Download PDFInfo
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- CN109775533A CN109775533A CN201910202457.3A CN201910202457A CN109775533A CN 109775533 A CN109775533 A CN 109775533A CN 201910202457 A CN201910202457 A CN 201910202457A CN 109775533 A CN109775533 A CN 109775533A
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Abstract
The invention discloses a kind of intellectual double-deck elevators, including elevator skeleton, car module is slidably fitted on elevator skeleton, counterweight module, and the traction rope for being connected in series car module and counterweight module, the top of elevator skeleton is equipped with power-equipment, for driving traction rope to move, car module includes the upper carriage being detachably connected by carriage separation system and lower carriage, counterweight module includes the upper balance weight assembly being detachably connected by hanging mechanisms and lower balance weight assembly, car module and counterweight module can be automatically separated in the offpeak period that elevator is run, only retain upper carriage, upper balance weight assembly works independently, to play saving electricity, it economizes on resources, reduce the effect of building management cost.
Description
Technical field
The invention belongs to elevator technical fields, and in particular to a kind of intellectual double-deck elevator.
Background technique
With the development of new science and technology, the continuous improvement of building level builds that have played more and more Super Highs big in city
Building, although these buildings improve land utilization ratio, but this also brings a new problem therewith, that is, elevator in building
Delivery efficiency.
The problem of based on carriage lift efficiency, it is proposed double-deck elevator on the market, and be used in super high-rise building,
Its quantity that can reduce elevator shaft, saves floor occupying area.Double-deck elevator is mainly made of two carriages that are superimposed, on
Lower two carriages stop singular floor and even numbers floor respectively, to promote the delivery efficiency of peak period.But this kind of bilayer
Elevator is still that two carriages are being run in the lesser offpeak period of flow of the people, virtually increases the electricity consumption of elevator, wave
Take resource, the management cost of building is higher.
Summary of the invention
In view of this, the present invention provides a kind of intellectual double-deck elevator, the period is transported in ebb, elevator can divide automatically
From only one car operation of reservation, saves electricity consumption.
To achieve the above object, technical solution of the present invention is as follows:
A kind of intellectual double-deck elevator, including elevator skeleton are slidably fitted with car module on elevator skeleton, with molality
Block, and the traction rope that car module and counterweight module are connected in series, the top of elevator skeleton are equipped with power-equipment, are used for
Traction rope movement is driven, key is:
The car module includes the upper carriage being detachably connected by carriage separation system and lower carriage, carriage segregative line
System includes carriage hitch assembly and locked component, and wherein carriage hitch assembly includes the mounting seat for being installed in cage bottom, work
The dynamic mounting block that lower car top is arranged in, and the driving part that driving mounting block is separated or connected with mounting seat, work as mounting
When block is connected on mounting seat, the locked component can limit mounting block and fall off from mounting seat；
The counterweight module includes the upper balance weight assembly being detachably connected by hanging mechanisms and lower balance weight assembly, upper counterweight
The lower end of component is equipped with fixture block, and the upper end of lower balance weight assembly is equipped with the card slot being adapted with fixture block, and the hanging mechanisms include edge
The locking member that lower balance weight assembly horizontal direction is slidably installed, and the driving assembly of driving locking member sliding, in the driving
Under the action of component, fixture block can be fixed in the card slot by locking member.
Using the above structure, power-equipment drives traction rope movement, and traction rope pulls car module and counterweight module in electricity
It reciprocatingly slides on terraced skeleton, the normal operation of elevator can be realized.
Double-deck elevator is linked together in peak load operation period, upper carriage and lower carriage by carriage separation system, can
Meet the delivery demand of peak load operation.It is transported the period in ebb, mounting block falls off from mounting seat, upper carriage and lower carriage point
From only the upper carriage of reservation works independently, to play the role of saving electricity, economize on resources, reduce building management cost.
Since car module and counterweight module configure according to a certain percentage, in car module separation, counterweight module
It should also be as separating, separation process are as follows: driving assembly drives locking member to slide in the horizontal direction, is detached from fixture block out of card slot
Out, to realize the separation of upper balance weight assembly and lower balance weight assembly, that is, the separation of counterweight module is completed.
As preferred: the side of elevator skeleton upper end is equipped with receiving shell, accommodates shell towards counterweight module
Side be equipped with open end, and holding shell body in sliding be provided with can towards the open end slide retainer component, and
The driving mechanism for driving the sliding of retainer component, when the upper balance weight assembly and lower balance weight assembly separate, which is located at
The downside of lower balance weight assembly.Using the above structure, the lower balance weight assembly separated can be held and be stored to retainer component, to protect
Card double-deck elevator can smoothly complete separation.
As preferred: the lower carriage is equipped with mounting base, and mounting block is rotatably installed in mounting base, on the mounting seat
Equipped with arcuation notch, block is mounted in separate one end with mounting base rotation connection and is equipped with the mounting that can be slid into arcuation notch
Column；The driving part is telescopic rod, and one end is rotatably installed on mounting block, and the other end is rotatably installed in lower carriage.It adopts
With above structure, mounting block rotation is can be driven in telescopic rod stretching motion, and mounting column, which slides into arcuation notch, can be realized sedan-chair
Compartment is connected with lower carriage, and mounting column is detached out of arcuation notch can be realized upper carriage and the separation of lower carriage.
As preferred: the arcuation notch is equipped with mounting groove on the interior bottom far from notch end, and the locked component includes
The locking bushing being rotatably installed in mounting groove, and the power mechanism of driving locking bushing rotation, the side of locking bushing is set
There is arc shaped opening, with the rotation of locking bushing, which can dock with the arcuation notch.Using the above structure,
When arc shaped opening and arcuation notch are in mated condition, mounting column can be slid into arcuation notch, or mount column from arcuation
It is detached in notch, to realize the separation and mounting of upper carriage and lower carriage；When lower carriage is articulated in upper carriage, arc
Shaped opening and arcuation notch are in mated condition in advance, at this time turn to mounting column in the arc shaped opening of locking bushing, then
It is rotated further by locking bushing, docks arc shaped opening with arcuation notch, can prevent mounting column from falling off, is made to play locking
With.
As preferred: the both ends between the upper carriage and lower carriage are equipped with carriage hitch assembly；The mounting seat
Both ends are rotatably equipped with locking bushing, and one end of locking bushing exceeds the side wall of mounting seat, and beyond peace fixed on end
Equipped with first gear, the power mechanism includes first rotating shaft, and the driving motor of driving first rotating shaft rotation, first rotating shaft
Both ends the second shaft is engaged with by bevel gear set, the both ends of the second shaft are mounted on second gear, the second gear point
It is not corresponding to be engaged with the first gear.Using the above structure, it is only necessary to which a driving motor can drive four simultaneously
Locking bushing rotation.
As preferred: being fixedly installed with wheel toothholder on the lower balance weight assembly, the driving component includes being arranged in the gear teeth
In seat and intermeshing third gear, rack gear, and the motor of driving third gear rotation, the rack gear are slidably mounted on
It takes turns on toothholder, and one end of rack gear length direction is fixedly connected in locking member.Using the above structure, the rotation band of motor
The rotation band carry-over bar of dynamic third gear rotation, third gear slides on wheel toothholder, to drive locking member in lower counterweight
The horizontal direction of component is slided.
As preferred: on the fixture block, the side wall of card slot be equipped with the lock hole that is connected in the horizontal direction, the sticking department
Part has the sliding block being slidably matched with the lock hole.Using the above structure, sliding block be applied on fixture block, the locking on card slot side wall
In hole, the mounting of balance weight assembly and lower balance weight assembly can be completed.
As preferred: the retainer component includes retainer bottom plate, and two side baffles positioned at retainer bottom plate both ends, and two
Side between a side baffle is equipped with postive stop baffle, and the other side is equipped with limit assembly, and wherein limit assembly includes being fixedly mounted on
Telescopic cylinder on side baffle, and the limited block being mounted on telescopic cylinder movable end.Using the above structure, retainer bottom plate,
Postive stop baffle and two side baffles surround the holding tank to be formed for balance weight assembly under support, postive stop baffle and limit assembly
The lower balance weight assembly that can be prevented separation on retainer component is arranged to shake, plays the role of storing safely.
As preferred: the driving mechanism includes screw rod, and the motor of driving screw rod rotation, and wherein motor is fixedly mounted
In the inside for accommodating shell, the retainer component is equipped with the threaded block cooperated with wire rod thread.Using the above structure, motor work
Retainer component can be driven to slide in holding shell body.
As preferred: the both ends of the retainer component are set there are two the support plate for being directed away from the extension of elevator skeleton direction,
Installation crossbeam is set between two support plates, the threaded block is arranged on the installation crossbeam.Using the above structure, convenient for peace
Dress.
Compared with prior art, the beneficial effects of the present invention are:
Using intellectual double-deck elevator provided by the invention, double-deck elevator is in peak load operation period, upper carriage and lower carriage
It is linked together by carriage separation system, can satisfy the delivery demand of peak load operation.Ebb transport the period, mounting block from
Fall off on mounting seat, upper carriage and the separation of lower carriage only retain upper carriage and work independently, thus play saving electricity, economize on resources,
Reduce the effect of building management cost.Meanwhile in the separation of upper and lower carriage, counterweight module can be automatically performed separation, retainer
Component can be held and store the lower balance weight assembly separated.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention (fracture)；
Fig. 2 is the structural schematic diagram (connection status) of carriage separation system；
Fig. 3 is another structural schematic diagram (discrete state) of carriage separation system；
Fig. 4 is the top view for reacting carriage separation system structure；
Fig. 5 is the partial sectional view for reacting locking bushing and mounting mounting groove matching relationship on seat；
Fig. 6 is the structural schematic diagram for mounting seat；
Fig. 7 is the structural schematic diagram of locking bushing；
Fig. 8 is the partial enlarged view for reacting counterweight module separation hanging mechanisms structure；
Fig. 9 is the structural schematic diagram of counterweight module；
Figure 10 is the decomposition texture schematic diagram of counterweight module；
Figure 11 is the partial sectional view of counterweight module；
Figure 12 is the structural schematic diagram of locking member；
Figure 13 is the open end of receiving shell schematic diagram of internal structure facing forward；
Figure 14 is the schematic diagram of internal structure of the open end of receiving shell backwards；
Figure 15 is the partial enlarged view in Fig. 8 at II；
Figure 16 is the cross-sectional view of elevator structure layout.
Specific embodiment
The invention will be further described with attached drawing with reference to embodiments.
As shown in Fig. 1 and 16, a kind of intellectual double-deck elevator, including elevator skeleton 8 is slidably fitted on elevator skeleton 8
Car module D, counterweight module B, and the traction rope 21 that car module D and counterweight module B are connected in series, elevator skeleton 8
Top is equipped with power-equipment E, and for driving traction rope 21 to move, power-equipment E drives traction rope 21 to move, and traction rope 21 is drawn
Dynamic car module D and counterweight module B reciprocatingly slides on elevator skeleton 8, and the normal operation of elevator can be realized.
As shown in Figures 1 to 3, the period being transported in ebb, car module D can be automatically separated, only retain a car operation,
Save electricity consumption.The specific structure of car module D includes upper carriage 1 and lower carriage 2, passes through sedan-chair between upper carriage 1 and lower carriage 2
Compartment separation system A is detachably connected, and the carriage separation system A includes carriage hitch assembly A1 and locked component A2；Carriage
Hitch assembly A1 includes the mounting seat 3 for being installed in 1 bottom of carriage, the mounting block 4 for being movably arranged on 2 top of lower carriage, and
The driving part 5 that driving mounting block 4 is separated or connected with mounting seat 3, when mounting block 4 is connected on mounting seat 3, the locking
Component A2 can limit mounting block 4 and fall off from mounting seat 3.Double-deck elevator is in peak load operation period, upper carriage 1 and lower carriage 2
It is linked together by carriage separation system A, can satisfy the delivery demand of peak load operation.The period is transported in ebb, mounts block 4
It falls off from mounting seat 3, upper carriage 1 and the separation of lower carriage 2 only retain upper carriage 1 and work independently, to play saving electricity, section
The about effect of resource, reduction building management cost.
As shown in Figure 2,3, lower carriage 2 is equipped with mounting base 2a, and mounting block 4 is rotatably installed on mounting base 2a, the extension
Joint chair 3 is equipped with arcuation notch 3a, and mounting block 4 is lacked in separate one end with mounting base 2a rotation connection equipped with that can slide into arcuation
The mounting corresponding center of circle column 4a, arcuation notch 3a in mouth 3a is located in the center of rotation of mounting block 4, and the mounting column 4a's turns
Dynamic radius is equal to radius corresponding to arcuation notch 3a；Under the driving of driving part 5, mounting block 4 can be on mounting base 2a
Rotation, and then be able to drive mounting column 4a and slide into arcuation notch 3a, or detach mounting column 4a out of arcuation notch 3a
Come, upper carriage 1 and the connection of lower carriage 2 can be realized when mounting column 4a and sliding into arcuation notch 3a, when mounting column 4a is from arcuation
Carriage 1 and the separation of lower carriage 2 can be realized when detaching in notch 3a.
In the present embodiment, driving part 5 is preferably set to telescopic rod, and one end is rotatably installed on mounting block 4, another
End is rotatably installed in lower carriage 2.The stretching motion of telescopic rod can be driven mounting block 4 and rotate.
As shown in Fig. 3,5,6, arcuation notch 3a is equipped with mounting groove 3b, the locked component on the interior bottom far from notch end
A2 includes the locking bushing 6 being rotatably installed in mounting groove 3b, and the power mechanism 7 that driving locking bushing 6 rotates, locking set
Cylinder 6 is equipped with arc shaped opening 6a, and with the rotation of locking bushing 6, arc shaped opening 6a can be docked with the arcuation notch 3a.
When arc shaped opening 6a and arcuation notch 3a are in mated condition, mounting column 4a can be slid into arcuation notch 3a, or mounting
Column 4a is detached out of arcuation notch 3a, to realize the separation and mounting of upper carriage 1 and lower carriage 2；It is hung by lower carriage 2
It connects in upper carriage 1, arc shaped opening 6a and arcuation notch 3a are in mated condition in advance, and the block 4 of rotation mounting at this time makes to mount column
4a is turned in the arc shaped opening 6a of locking bushing 6, is then rotated further by locking bushing 6, make arc shaped opening 6a not with arcuation notch
3a docking can prevent mounting column 4a from falling off, to play locking effect.
As illustrated in figs. 5-7, the inner wall of mounting groove 3b is equipped with arc groove 3c, and the outer wall of locking bushing 6, which is equipped with, is placed in circle
Protrusion 6b in arc slot 3c, when locking bushing 6 rotates, protrusion 6b is moved in arc groove 3c, can be to locking bushing 6
Slewing area plays restriction effect, when protrusion 6b is abutted with the left side arc groove 3c, arc shaped opening 6a and arcuation notch 3a
In mated condition, i.e. non-locking state；When protrusion 6b is abutted with the right side arc groove 3c, arc shaped opening 6a and arcuation are lacked
Mouth 3a is in non-mated condition, i.e. lock state.
As shown in fig. 6, to be easily installed mounting block 4, mounting seat 3 is equipped in the medium position of corresponding arcuation notch 3a and steps down
Slot 3d.
As shown in Figure 2,3, 4, the both ends between upper carriage 1 and lower carriage 2 are equipped with carriage hitch assembly A1, mount seat 3
Both ends be rotatably equipped with locking bushing 6, one end of locking bushing 6 exceeds the side wall of mounting seat 3, and beyond solid on end
Dingan County is equipped with first gear 7a, and the power mechanism 7 includes first rotating shaft 7c, and the driving electricity of driving first rotating shaft 7c rotation
The both ends of machine 7b, first rotating shaft 7c are engaged with the second shaft 7e by bevel gear set 7d, and the both ends of the second shaft 7e are mounted on
Second gear 7f, second gear 7f are corresponding to be engaged with the first gear 7a.Pass through above structure, it is only necessary to one
Driving motor 7b can drive four locking bushings 6 to rotate simultaneously.
As shown in Figure 1, since car module D and counterweight module B are configured according to a certain percentage, at car module D points
From when, counterweight module B should also be as separating.
As shown in Figures 8 to 10 again, counterweight module B realizes the specific structure of separation, mounting are as follows: including passing through hanging mechanisms C
The lower end of the upper balance weight assembly 13 and lower balance weight assembly 14 being detachably connected, upper balance weight assembly 13 is equipped with fixture block 13a, lower weight set
It includes along lower 14 level side of balance weight assembly that the upper end of part 14, which is equipped with fixture block 13a the card slot 14a, the hanging mechanisms C being adapted,
To the locking member 15 being slidably installed, and the driving assembly C1 that driving locking member 15 is slided, in the work of driving assembly C1
Under, fixture block 13a can be fixed in the card slot 14a by locking member 15.
Driving assembly C1 drives locking member 15 to slide in the horizontal direction, and fixture block 13a can be made to be articulated in card slot 14a, or
Person detaches fixture block 13a out of card slot 14a, to realize separation and the extension of upper balance weight assembly 13 and lower balance weight assembly 14
It connects, i.e. the separation mounting of completion counterweight module B.
As shown in Fig. 9,10,11, wheel toothholder 14a is fixedly installed on lower balance weight assembly 14, driving assembly C1 includes setting
Wheel toothholder 14a in and intermeshing third gear 16, rack gear 17, and driving third gear 16 rotate motor 18,
The rack gear 17 is slidably mounted on wheel toothholder 14a, and one end of 17 length direction of rack gear is fixedly connected in locking member 15.
The rotation of motor 18 drives third gear 16 to rotate, and the rotation band carry-over bar 17 of third gear 16 slides on wheel toothholder 14a,
To drive locking member 15 to slide in the horizontal direction of lower balance weight assembly.
Locking member 15 is symmetrically distributed in the two sides of lower balance weight assembly 14, and the radial both ends of the third gear 16 are equipped with
The rack gear 17, two rack gears 17 are corresponding to be fixedly connected in two locking members 15.The rotation energy of third gear 16
Move two rack gears 17 in the opposite direction, thus lock hanging mechanisms C in the two sides of lower balance weight assembly 14,
Play that distribution of force is symmetrical, mounting is firm, firm effect.
As shown in Figure 10,12, on fixture block 13a, the side wall of card slot 14a be equipped with the lock hole a that is connected in the horizontal direction, and
Lock hole a arranges that locking member 15 has matches with lock hole a sliding on fixture block 13a, on the side wall of card slot 14a in two rows of
The sliding block 15a of conjunction.Under upper balance weight assembly 13 and lower 14 discrete state of balance weight assembly, sliding block 15a is only on card slot 14a side wall
In lock hole a, when being mounted, rack gear 17 pushes sliding block 15a to enter in the lock hole a on fixture block 13a, i.e. sliding block 15a is same
When be applied on fixture block 13a, in the lock hole a on card slot 14a side wall, at this point, upper balance weight assembly 13 and lower balance weight assembly 14 are complete
At mounting.
As shown in Figure 11,12, to be easily installed, locking member 15 is equipped with support plate in the position of the corresponding end sliding block 15a
15b, support plate 15b are equipped with interconnecting piece 15c, and one end of 17 length direction of rack gear is fixedly mounted on interconnecting piece 15c；
Support plate 15b is equipped with extension 15d in one end far from sliding block 15a, and the setting of extension 15d can adjust interconnecting piece 15c's
Center of gravity, i.e. adjusting gear rack 17 push the focus point of locking member 15, keep the sliding of locking member 15 more steady.
As shown in Fig. 1,9, upper balance weight assembly 13 and lower balance weight assembly 14 by the combination of counterweight fritter 20 of array arrangement and
At for convenient for winding traction rope 21, the upper end of upper balance weight assembly 13 is additionally provided with traction wheel 19.
As shown in figure 9, counterweight module B is located at the top of elevator shaft since double-deck elevator is when separation, so this
Invention is equipped in the upper end of elevator skeleton 8 and accommodates shell 9, is mainly used to hold and stores the lower balance weight assembly separated
14。
As shown in Fig. 8,13,14, the specific structure that shell 9 is used to hold and store lower balance weight assembly 14 is accommodated are as follows: accommodate
Shell 9 is equipped with open end 9a in the side towards counterweight module B, and accommodates sliding in shell 9 and be provided with and can open towards described
The retainer component 10 of mouth end 9a sliding, and the driving mechanism 11 that driving retainer component 10 slides, in the upper balance weight assembly 13
When with the separation of lower balance weight assembly 14, which is located at the downside of lower balance weight assembly 14.In counterweight module B separation, drive
Motivation structure 11 drives retainer component 10 to slide in and out, and is located at the retainer bottom plate 10a of retainer component 10 under lower balance weight assembly 14
Side, then descends balance weight assembly 14 to be automatically separated and falls off on retainer component 10, then will divide under the driving of driving mechanism 11 again
The lower balance weight assembly 14 come is separated out to withdraw and be stored in receiving shell 9.
As shown in Fig. 8,12, the retainer component 10 includes retainer bottom plate 10a, and positioned at the both ends retainer bottom plate 10a
Side between two side baffles 10k, two side baffle 10k is equipped with postive stop baffle 10b, and the other side is equipped with limit assembly 10c.Support
Material bottom plate 10a, postive stop baffle 10b and two side baffle 10k surround the holding tank to be formed for balance weight assembly 14 under support, limit
Hyte part 10c includes the telescopic cylinder 10c1 being fixedly mounted on side baffle 10k, and is mounted on telescopic cylinder 10c1 movable end
On limited block 10c2.After the lower balance weight assembly 14 separated is placed on retainer component 10, telescopic cylinder 10c1 work is pushed
Limited block 10c2 is mobile and blocks lower balance weight assembly 14, to play the role of storing safely.
Again as shown in figure 8, driving mechanism 11 includes screw rod 11a, and the motor 11b of driving screw rod 11a rotation, wherein electricity
Machine 11b is fixedly mounted on the inside for accommodating shell 9, and the retainer component 10 is equipped with the threaded block being threadedly engaged with screw rod 11a
10d.Motor 11b rotation can be driven retainer component 10 and slide in receiving shell 9.
As shown in figure 14, for convenient for threaded block 10d is arranged, the both ends of retainer component 10 are set there are two being directed away from elevator bone
Installation crossbeam 10g is set between the support plate 10f, two support plate 10f that 8 direction of frame extends, the threaded block 10d setting exists
On installation crossbeam 10g.
Again as shown in figure 14, support plate 10f is equipped with guide part 10h, and the inner wall for accommodating shell 9 is equipped with and guide part
10h adaptable guide post 9b.It is designed in this way, retainer component 10 can be reduced and shaken in moving process, guarantee retainer component 10
The stability of sliding.
As shown in Fig. 8,15, it is installed with mounting plate 8a on elevator skeleton 8, electromagnetic adsorption device is installed on the inside of mounting plate 8a
12.In counterweight module B separation, electromagnetic adsorption device 12 starts and balance weight assembly 13 is sucked, and keeps balance weight assembly 13 fixed, keeps away
Exempt from its shaking, to guarantee that lower balance weight assembly 14 not will shake left and right in separation, can accurately separate to retainer portion
On part 10.
As shown in figure 8, the inner wall for accommodating shell 9 is equipped with sliding slot 9c, retainer component 10 is equipped with to be slided with sliding slot 9c
The slide 10e of cooperation.
As shown in figure 16, to guarantee that elevator operates normally, 21 one end of traction rope is fixed on the left side on 8 top of elevator skeleton,
The other end sequentially pass through the traction wheel 19 on balance weight assembly 13, the guide wheel 23 on power-equipment E and upper carriage 1 and under
Guide wheel 22 between carriage 2, is then fixed on the right side on 8 top of elevator skeleton again, and wherein guide wheel 22 is rotatably arranged
On upper 1 bottom of carriage.
Finally, it should be noted that foregoing description is only the preferred embodiment of the present invention, the ordinary skill people of this field
Member under the inspiration of the present invention, without prejudice to the purpose of the present invention and the claims, can make multiple similar tables
Show, such transformation is fallen within the scope of protection of the present invention.
Claims (10)
1. a kind of intellectual double-deck elevator, including elevator skeleton (8), be slidably fitted on elevator skeleton (8) car module (D),
Counterweight module (B), and the traction rope (21) that car module (D) and counterweight module (B) are connected in series, elevator skeleton (8)
Top is equipped with power-equipment (E), for driving traction rope (21) to move, it is characterised in that:
The car module (D) includes the upper carriage (1) and lower carriage (2) being detachably connected by carriage separation system (A), sedan-chair
Compartment separation system (A) includes carriage hitch assembly (A1) and locked component (A2), and wherein carriage hitch assembly (A1) includes fixed
Mounting seat (3), the mounting block (4) that is movably arranged at the top of lower carriage (2) in upper carriage (1) bottom, and driving mounting block
(4) driving part (5) for separating or connecting with mounting seat (3), when mounting block (4) is connected in mounting seat (3), the locking
Component (A2) can limit mounting block (4) and fall off from mounting seat (3)；
The counterweight module (B) includes the upper balance weight assembly (13) and lower balance weight assembly being detachably connected by hanging mechanisms (C)
(14), the lower end of upper balance weight assembly (13) is equipped with fixture block (13a), and the upper end of lower balance weight assembly (14) is equipped with and fixture block (13a) phase
The card slot (14a) of adaptation, the hanging mechanisms (C) include the locking member being slidably installed along lower balance weight assembly (14) horizontal direction
(15), and driving locking member (15) sliding driving assembly (C1), under the action of driving assembly (C1), locking member
(15) fixture block (13a) can be fixed in the card slot (14a).
2. the side of intellectual double-deck elevator according to claim 1, elevator skeleton (8) upper end is equipped with holding shell
Body (9) accommodates shell (9) in the side towards counterweight module (B) and is equipped with open end (9a), and accommodates sliding in shell (9) and set
It is equipped with the retainer component (10) that can be slided towards the open end (9a), and the driving machine of driving retainer component (10) sliding
Structure (11), when the upper balance weight assembly (13) and lower balance weight assembly (14) separate, which is located at lower weight set
The downside of part (14).
3. intellectual double-deck elevator according to claim 2, it is characterised in that: the lower carriage (2) is equipped with mounting base
(2a), mounting block (4) are rotatably installed on mounting base (2a), and the mounting seat (3) is equipped with arcuation notch (3a), mount block
(4) the mounting column (4a) that can be slid into arcuation notch (3a) is equipped in separate one end with mounting base (2a) rotation connection；Institute
Stating driving part (5) is telescopic rod, and one end is rotatably installed in mounting block (4), and the other end is rotatably installed in lower carriage (2)
On.
4. intellectual double-deck elevator according to claim 3, it is characterised in that: the arcuation notch (3a) is far from notch
The interior bottom at end is equipped with mounting groove (3b), and the locked component (A2) includes the locking bushing being rotatably installed in mounting groove (3b)
(6), and the power mechanism (7) of driving locking bushing (6) rotation, the side of locking bushing (6) are equipped with arc shaped opening (6a), with
The rotation of locking bushing (6), the arc shaped opening (6a) can be docked with the arcuation notch (3a).
5. intellectual double-deck elevator according to claim 4, it is characterised in that: the upper carriage (1) and lower carriage (2) it
Between both ends be equipped with carriage hitch assembly (A1)；
The both ends of mounting seat (3) are rotatably equipped with locking bushing (6), and one end of locking bushing (6) exceeds mounting seat
(3) side wall, and beyond being fixedly installed with first gear (7a) on end, the power mechanism (7) includes first rotating shaft (7c),
And the driving motor (7b) of driving first rotating shaft (7c) rotation, the both ends of first rotating shaft (7c) are engaged by bevel gear set (7d)
Have the second shaft (7e), the both ends of the second shaft (7e) are mounted on second gear (7f), which respectively corresponds
Engaged with the first gear (7a).
6. intellectual double-deck elevator according to any one of claim 1 to 5, it is characterised in that: the lower balance weight assembly
(14) wheel toothholder (14a) is fixedly installed on, the driving component (C1) includes setting in wheel toothholder (14a) and intermeshes
Third gear (16), rack gear (17), and the motor (18) of driving third gear (16) rotation, the rack gear (17) sliding
It is mounted on wheel toothholder (14a), and one end of rack gear (17) length direction is fixedly connected on locking member (15).
7. intellectual double-deck elevator according to claim 6, it is characterised in that: on the fixture block (13a), card slot (14a)
Side wall be equipped with the lock hole (a) that is connected in the horizontal direction, the locking member (15) has matches with the lock hole (a) sliding
The sliding block (15a) of conjunction.
8. the intellectual double-deck elevator according to Claims 2 or 3 or 4 or 5, it is characterised in that: the retainer component (10)
Including retainer bottom plate (10a), and it is located at two side baffles (10k) at the both ends retainer bottom plate (10a), two side baffles (10k)
Between side be equipped with postive stop baffle (10b), the other side be equipped with limit assembly (10c), wherein limit assembly (10c) include fix
The telescopic cylinder (10c1) being mounted on side baffle (10k), and the limited block being mounted on telescopic cylinder (10c1) movable end
(10c2)。
9. intellectual double-deck elevator according to claim 8, it is characterised in that: the driving mechanism (11) includes screw rod
(11a), and the motor (11b) of driving screw rod (11a) rotation, wherein motor (11b), which is fixedly mounted on, accommodates the interior of shell (9)
Portion, the retainer component (10) are equipped with the threaded block (10d) being threadedly engaged with screw rod (11a).
10. intellectual double-deck elevator according to claim 9, it is characterised in that: the both ends of the retainer component (10) are set
There are two the support plate (10f) for being directed away from the extension of elevator skeleton (8) direction, installation is set between two support plates (10f)
Crossbeam (10g), the threaded block (10d) are arranged on the installation crossbeam (10g).
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| CN201910202457.3A CN109775533B (en) | 2019-03-11 | 2019-03-11 | Intelligent double-deck elevator |
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| CN201910202457.3A CN109775533B (en) | 2019-03-11 | 2019-03-11 | Intelligent double-deck elevator |
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| CN109775533A true CN109775533A (en) | 2019-05-21 |
| CN109775533B CN109775533B (en) | 2020-10-16 |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1394187A (en) * | 2000-10-20 | 2003-01-29 | 株式会社东芝 | Elevator without machine room |
| CN1796237A (en) * | 2004-12-27 | 2006-07-05 | 精工爱普生株式会社 | Printing machine comprising stripper mechanism |
| JP2015081191A (en) * | 2013-10-24 | 2015-04-27 | 株式会社日立ビルシステム | Protection device of elevator |
| CN204416849U (en) * | 2015-02-04 | 2015-06-24 | 山东昊骏机电工程有限公司 | Multi-storied garage double-decker live ladder |
| CN204755484U (en) * | 2015-06-23 | 2015-11-11 | 辽宁陆发机械装备制造有限公司 | Independent straining device that articulates who equips within a definite time |
| CN206783045U (en) * | 2017-06-09 | 2017-12-22 | 叶毅华 | The anti-accidental movement device of Elevator landing |
-
2019
- 2019-03-11 CN CN201910202457.3A patent/CN109775533B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1394187A (en) * | 2000-10-20 | 2003-01-29 | 株式会社东芝 | Elevator without machine room |
| CN1796237A (en) * | 2004-12-27 | 2006-07-05 | 精工爱普生株式会社 | Printing machine comprising stripper mechanism |
| JP2015081191A (en) * | 2013-10-24 | 2015-04-27 | 株式会社日立ビルシステム | Protection device of elevator |
| CN204416849U (en) * | 2015-02-04 | 2015-06-24 | 山东昊骏机电工程有限公司 | Multi-storied garage double-decker live ladder |
| CN204755484U (en) * | 2015-06-23 | 2015-11-11 | 辽宁陆发机械装备制造有限公司 | Independent straining device that articulates who equips within a definite time |
| CN206783045U (en) * | 2017-06-09 | 2017-12-22 | 叶毅华 | The anti-accidental movement device of Elevator landing |
Also Published As
| Publication number | Publication date |
|---|---|
| CN109775533B (en) | 2020-10-16 |
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