Utility model content
Technical problem to be solved in the utility model is to provide for a kind of spacing and adjusts adjustable pair of quick interlamellar spacing
The car structure of layer elevator.
In order to solve above technical problem, this utility model provides the car of a kind of interlamellar spacing adjustable double-deck elevator
Structure, including sedan-chair frame, upper car, lower car, connecting rod adjusts assembly and hoist engine, described upper car and lower car are logical
Crossing connecting rod adjustment assembly to be bound up, connecting rod adjusts assembly and is arranged on the intermediate beam of sedan-chair frame, and hoist engine is installed on sedan-chair frame
Upper beam, upper car and lower car linkage, with in opposite directions or the motion of reverse direction.
Described hoist engine is two ends shaft, and one end of axle is installed rope sheave and is connected to upper car by steel wire rope, axle another
Outer one end is installed rope sheave and is connected to lower car by steel wire rope, and two rope sheave wirings are in opposite direction.
The quantity of described hoist engine is two.
Described two hoist engines are that diagonal is symmetrical in the respective sling point position of upper car and lower car.
Described connecting rod adjusts the scissors that assembly is parallelogram and adjusts structure, and connecting rod adjusts the upper end of assembly and upper sedan-chair
Connecting at the bottom of the sedan-chair in railway carriage or compartment, connecting rod adjusts the bottom of assembly and is connected with the sedan-chair top of lower car.
Described sedan-chair frame is tower structure.
Superior effect of the present utility model is:
1) the upper and lower car of this utility model two cars when carrying out spacing regulation, all dynamic, compare a car action
Scheme, there is interlamellar spacing and regulate short feature of rapid response time;
2) this utility model adjusts the effect of assembly by connecting rod, the load of the hoist engine that driving car moves during work
For the weight difference of upper and lower car, this weight difference, less than the deadweight of any one car, is compared traditional double-deck elevator and is carried out
When two inter-car distance are reconciled, the scheme of one car of driving, there is the advantage driving load low, contribute to selecting power with outward
The motor that shape size is smaller, and then ensure the economy of double-deck elevator project, energy-conservation.
Accompanying drawing explanation
The Figure of description of the part constituting the application is used for providing being further appreciated by of the present utility model, this practicality
Novel schematic description and description is used for explaining this utility model, is not intended that improper restriction of the present utility model.
In the accompanying drawings:
Fig. 1 is the front view of the car structure of this utility model interlamellar spacing adjustable double-deck elevator;
Fig. 2 is the A direction view of Fig. 1;
Fig. 3 is the B direction view of Fig. 1;
Fig. 4 is the C direction view of Fig. 1;
Fig. 5 is this utility model upper car and the spacing of lower car needs the motion schematic diagram turned down;
Label declaration in figure
1 sedan-chair frame;2 upper car;
3 connecting rods adjust assembly;4 lower car;
5 hoist engine A;
501 rope sheave C;502 rope sheave D;
503 steel wire rope E;504 steel wire rope F;
6 hoist engine B;
601 rope sheave M;602 rope sheave N;
603 steel wire rope P;604 steel wire rope Q.
Detailed description of the invention
Below in conjunction with accompanying drawing, embodiment of the present utility model is described in detail, but this utility model can be by right
Require that the multitude of different ways limiting and covering is implemented.
Describe embodiment of the present utility model below in conjunction with the accompanying drawings in detail.
Fig. 1 shows the front view of the car structure of this utility model interlamellar spacing adjustable double-deck elevator;Fig. 2 shows figure
The A direction view of 1;Fig. 3 shows the B direction view of Fig. 1;Fig. 4 shows the C direction view of Fig. 1.As it is shown in figure 1, this utility model carries
Supply the car structure of a kind of interlamellar spacing adjustable double-deck elevator, adjusted including sedan-chair frame 1, upper car 2, lower car 4, connecting rod
Assembly 3 and hoist engine A5, B6, described upper car 2 and lower car 4 adjust assembly 3 by connecting rod and are bound up, and connecting rod is adjusted
Whole assembly 3 is arranged on the intermediate beam of sedan-chair frame 1, and hoist engine A5, B6 are installed on the upper beam of sedan-chair frame 1, upper car 2 and lower car
4 linkages, with in opposite directions or the motion of reverse direction.
As in figure 2 it is shown, described hoist engine A5 is two ends shaft, rope sheave D502 is installed by steel wire rope F504 even in one end of axle
Being connected to upper car 2, the other end of axle is installed rope sheave C501 and is connected to lower car 4 by steel wire rope E503.Steel wire rope
The end of E503 fag end is fixed on rope sheave C501, and the end of steel wire rope F504 fag end is fixed on rope sheave D502, rope sheave C501
By steel wire rope E503 to the traction of lower car 4 and rope sheave D502 by steel wire rope F504 to the traction of upper car 2
Form is for forcing traction;Steel wire rope E503 wiring direction on rope sheave C501 and steel wire rope F504 wiring on rope sheave D502
In opposite direction.
As it is shown on figure 3, described hoist engine B6 is two ends shaft, rope sheave M601 is installed by steel wire rope P603 even in one end of axle
Being connected to upper car 2, the other end of axle is installed rope sheave N602 and is connected to lower car 4 by steel wire rope Q604.Steel wire rope
The end of P603 fag end is fixed on rope sheave M601, and the end of steel wire rope Q604 fag end is fixed on rope sheave N602, rope sheave M601
By steel wire rope P603 to the traction of upper car 2 and rope sheave N602 by steel wire rope Q604 to the traction of lower car 4
Form is for forcing traction;Steel wire rope P603 wiring direction on rope sheave M601 and steel wire rope Q604 wiring on rope sheave N602
In opposite direction.
As shown in Figure 4, described two hoist engines A5, B6 in the respective sling point position of upper car 2 and lower car 4 are
Diagonal is symmetrical.
As it is shown in figure 1, described connecting rod adjusts the scissors that assembly 3 is parallelogram adjusts structure, connecting rod adjusts assembly 3
Upper end is connected at the bottom of the sedan-chair of upper car 2, and connecting rod adjusts the bottom of assembly 3 and is connected with the sedan-chair top of lower car 4.
As it is shown in figure 1, described sedan-chair frame 1 is tower structure.
Need to turn down work process of the present utility model is carried out with the distance between lower car 4 and upper car 2
Illustrate, as shown in Figure 5:
1) lower car 4 gross weight is more than the situation of upper car 2 gross weight: according to the stressing conditions of upper and lower car, steel
Cord E503 and the steel wire rope for main stress of steel wire rope P603, the pulling force of steel wire rope F504 and steel wire rope Q604 is less than steel
Pulling force suffered by cord E503 and steel wire rope P603, during upper and lower car adjusts, the direction of rotation of hoist engine A5 is clockwise
Direction, along with rotation, steel wire rope E503 screws in rope sheave C501, steel wire rope F504 and screws out rope sheave D502, the rotation of hoist engine B6
Direction is counterclockwise, and along with rotation, steel wire rope P603 screws in rope sheave M601, steel wire rope Q604 and screws out rope sheave N602, steel wire
Rope E503 and steel wire rope P603 length shorten, and traction lower car 4 moves upward, and is adjusted the effect of assembly 3, top by connecting rod
Car 2 moves downward, it is achieved that the spacing of upper car 2 and lower car 4 is turned down.
2) lower car 4 gross weight is less than the situation of upper car 2 gross weight: according to the stressing conditions of upper and lower car, steel
Cord F504 and the steel wire rope for main stress of steel wire rope Q604, the pulling force of steel wire rope E503 and steel wire rope P603 is less than steel wire
Rope F504 and the pulling force of steel wire rope Q604, during upper and lower car adjusts, the direction of rotation of hoist engine A5 is clockwise,
Along with rotation, steel wire rope F504 rotates rope sheave D502, steel wire rope E503 and screws in rope sheave C501, the rotation side of hoist engine B6
To for counterclockwise, along with rotation, steel wire rope Q604 screws out rope sheave N602, steel wire rope P603 and screws in rope sheave M601, steel wire rope
F504 and steel wire rope Q604 length, upper car 2 moves downward under gravity, is adjusted the work of assembly 3 by connecting rod
With, lower car 4 moves upward, it is achieved that the spacing of upper car 2 and lower car 4 is turned down.
3) lower car 4 gross weight is equal to the situation of upper car 2 gross weight: hoist engine A5 rotates clockwise,
Steel wire rope F504 screws out rope sheave D502, steel wire rope E503 screw-in rope sheave C501, hoist engine B6 and rotates counterclockwise, steel wire rope
Q604 screws out rope sheave N602, steel wire rope P603 screw-in rope sheave M601, steel wire rope E503 and steel wire rope P603 length shortens, under traction
Portion's car 4 moves upward, and is adjusted the effect of assembly 3 by connecting rod, and upper car 2 moves downward, it is achieved that upper car 2 with
The spacing of lower car 4 is turned down.
The foregoing is only preferred embodiments of the present utility model, be not limited to this utility model, for this
For the technical staff in field, this utility model can have various modifications and variations.All in spirit of the present utility model and principle
Within, any modification, equivalent substitution and improvement etc. made, within should be included in protection domain of the present utility model.