CN203767802U - Special device for elevator installation - Google Patents

Abstract

A special equipment for elevator installation. A set of guide rail lifting system for vertically lifting the elevator guide rail and a set of personnel operation lifting system are set in the special equipment for elevator installation. The guide rail lifting system can easily lift the elevator guide rail and translate it to the installation position for installation work. When the elevator guide rail is lifted, it can pass through the through hole of the working platform of the personnel lifting system smoothly without being restricted by the working platform. Using this special equipment for elevator installation to install elevators can avoid the heavy work of manually transporting elevator guide rails to high-rise buildings, and improve work efficiency and project progress. The special equipment for elevator installation of the utility model is also suitable for elevator installation operations requiring counterweight installation.

Description

Special equipment for elevator installation

technical field

The utility model relates to the technical field of elevator installation, in particular to a special equipment for elevator installation.

Background technique

In the field of elevator installation engineering, more and more attention has been paid to the installation without scaffolding. However, the installation without scaffolding in China mainly uses the bottom of the car as a working platform to complete the installation work inside the elevator guide rail and other wells. During the operation, the brand-new car equipment, traction machine, traction wire rope and other components that should be provided to customers As an on-site construction tool, this practice of detrimental to the interests of users is controversial. Adopting special equipment to complete the elevator installation for this reason is the development direction of elevator installation work.

In the elevator installation work, the installation of the elevator guide rail is the work with the largest workload and the most relevant work safety in the elevator installation project. However, the traditional elevator installation technology basically does not consider the continuous installation of the elevator guide rails. For the important work of transporting elevator guide rails to higher floors, the elevator guide rails (including counterweight guide rails) are transported layer by layer manually. Manual handling is labor-intensive, the operation time is long, and the progress of the project is slow.

Due to structural reasons, the hanging basket in the traditional elevator installation project can only be used as a working platform for moving up and down, and it cannot transport the elevator guide rails to higher floors. As a result, in the elevator installation work, the practice of manually transporting the elevator guide rails has not been improved for a long time and cannot be adapted to the elevator. The actual needs of rail installation work.

Utility model content

The purpose of this utility model is to address the deficiencies of traditional elevator installation technology, and provide an elevator guide rail or counterweight guide rail that does not require manual handling and does not use elevator accessories in advance to damage the interests of customers in the project, which can reduce the labor intensity of workers, and is safe and practical. Special equipment for elevator installation with high working efficiency.

The purpose of this utility model can be achieved. The special equipment for elevator installation of the utility model includes a personnel operation lifting system, a working platform with an upper and lower communication structure in the personnel operation lifting system, and a lifting drive device. The special equipment for elevator installation of the utility model is characterized in that: the special equipment for elevator installation There is also a guide rail hoisting system suspended on the top of the hoistway, the guide rail hoisting system includes a horizontal track installed on the top of the elevator hoistway and parallel to the connecting direction of the two elevator guide rails and a lifting translation device hooked on the horizontal track.

The special equipment for elevator installation of the utility model, wherein the guide rail lifting and translation device is composed of two parts: a lifting mechanism and a translation mechanism, and the guide rail lifting and translation device has a linear reciprocating motion track on the horizontal track through the translation mechanism, and the guide rail The two ends of the traction wire rope or chain of the hoisting mechanism of the lifting translation device are respectively connected to a guide rail spreader, and each of the two guide rail spreaders has a rectilinear lifting motion track opposite to each other along the height direction of the hoistway.

The special equipment for elevator installation of the utility model, wherein the center parts of the upper and lower working platforms in the personnel operation lifting system are respectively opened with a through hole symmetrically, and the movement track of the traction steel wire rope or chain is in the through hole, The lifting drive device in the personnel operation lifting system is arranged in the vertical direction of the car guide rail connecting line center.

The difference between the special equipment for elevator installation of the utility model and the prior art is that the special equipment for elevator installation of the utility model is equipped with a set of guide rail lifting that can carry out vertical lifting and horizontal moving operations on the elevator guide rails on the horizontal track. Translation device. When the elevator guide rail is lifted, it can smoothly pass through the through hole of the work platform without being restricted by the work platform. The guide rail lifting and translation device can be used to easily lift and translate the elevator guide rail to the installation position and carry out the installation work easily and smoothly, which reduces the heavy labor of manually transporting the elevator guide rail to the high-rise building, and improves work efficiency and project progress. The special equipment for elevator installation is also suitable for elevator installation operations that require installation of counterweights.

Below in conjunction with accompanying drawing, elevator installation special equipment of the present utility model is further described.

Description of drawings

Fig. 1 is a structural schematic diagram of the special equipment for elevator installation of the present invention.

Fig. 2 is a schematic diagram of the section K-K in Fig. 1 (installation position of the lifting drive device).

Detailed ways

As shown in Figure 1, the special equipment for elevator installation of the utility model includes a personnel operation lifting system, working platforms 7 and 9 with upper and lower communication structures in the personnel operation lifting system, and a lifting drive device 8. The special equipment for elevator installation is also equipped with a guide rail lifting system suspended on the top of the hoistway. The guide rail hoisting system includes a horizontal rail 1 installed on the top of the elevator shaft and parallel to the connecting direction of the two elevator guide rails, and a lifting and translation device 2 hooked on the horizontal rail 1 .

The guide rail lifting translation device 2 is composed of a lifting mechanism and a translation mechanism. The guide rail lifting translation device 2 has a linear reciprocating motion track on the horizontal track 1 through a translation mechanism, and can move in parallel on the horizontal track 1 . The hoisting mechanism is a traction type hoisting mechanism that lifts the elevator guide rail 5 by traction wire ropes or chains 3 . The two ends of the traction wire rope or the chain 3 of the hoisting mechanism of the guide rail lifting translation device 2 are respectively connected with a guide rail hanger 4 . The two guide rail hangers 4 each have opposite linear lifting motion trajectories along the height direction of the hoistway. When one end of the traction wire rope or chain 3 lifts the elevator guide rail 5 upward, the other end that is not loaded moves downward.

The upper and lower working platforms 7 and 9 in the personnel operation lifting system can provide 2 work stations up and down simultaneously when the elevator guide rail is installed, so as to improve work efficiency. The central parts of the upper and lower working platforms 7 and 9 are respectively provided with a through hole 11 symmetrically. The trajectory of the traction wire rope or chain 3 is in the through hole 11, the through hole 11 is the passage of the traction wire rope or chain 3, and the traction wire rope or chain 3 can move up and down in the through hole 11, so as to pass through the guide rail. Tool 4 promotes elevator guide rail 5. In the personnel operation lifting system, a ceiling 6 is provided on the top of the upper working platform 7, and the middle part of the ceiling 6 also has a through hole similar to the working platform. After removing roof 6, working platform can be used for assembling car.

As shown in Figures 1 and 2, the bottom of the lower working platform 9 is at least provided with a guide wheel 10 on both sides of the elevator guide rail 5 direction, and the guide wheels 10 are fitted with the elevator guide rail 5 and roll along the elevator guide rail 5. The lifting drive device 8 in the personnel operation lifting system is arranged in the vertical direction of the car guide rail connecting line center.

As a special case, according to the cross-sectional size of the hoistway, the guide rail lifting system can remove the translation mechanism in the horizontal track 1 and the lifting translation device 2, and only retain the guide rail lifting mechanism and hang it on the top of the hoistway.

The above-mentioned embodiments are only described to the preferred implementation of the utility model, and are not limited to the scope of the utility model. Various modifications and improvements made should fall within the scope of protection determined by the claims of the utility model.

Claims (3)

1. A special equipment for elevator installation, including a personnel operation lifting system, a working platform (7, 9) with an upper and lower communication structure in the personnel operation lifting system, and a lifting drive device (8), the special equipment for elevator installation of the utility model The feature is that: the special equipment for elevator installation is also equipped with a guide rail lifting system suspended on the top of the well, and the guide rail lifting system includes a horizontal track (1) installed on the top of the elevator well and parallel to the direction of the line connecting the two elevator guide rails And the lifting translation device (2) that is hooked on the horizontal track (1). 2. The special equipment for elevator installation according to claim 1, characterized in that: the guide rail lifting and translation device (2) is composed of two parts: a lifting mechanism and a translation mechanism, and the guide rail lifting and translation device (2) is The horizontal track (1) has a linear back-and-forth motion track, and the two ends of the traction wire rope or chain (3) of the lifting mechanism of the guide rail lifting and translation device (2) are respectively connected to a guide rail spreader (4). The guide rail hangers (4) each have mutually opposite linear lifting motion trajectories along the height direction of the hoistway. 3. The special equipment for elevator installation according to claim 2, characterized in that: the central parts of the upper and lower working platforms (7, 9) in the personnel operation lifting system are each symmetrically opened with a through hole (11) , the movement trajectory of the traction wire rope or chain (3) is in the through hole (11), and the lifting drive device (8) in the personnel operation lifting system is arranged in the vertical direction of the center of the car guide rail line.