TH85335A - How to build an elevator installation kit And an elevator installation kit for that purpose - Google Patents

Abstract

DC60 This invention relates to a method for constructing a lift assembly (1) consisting of a support plate (3) with a drive unit (4) in the first mounting position (10), a lift box (5) and a counterweight (6), and in which the drive unit (4) can be connected to the lift box (5) and counterweight (6) by a support cable (8), to which a transverse assembly (12) with a chain hoist (14) is mounted above the second mounting position (11). The chain hoist (14) is connected to the support plate (3) by a support chain (15). The support plate (3) is released from the first mounting position (10). The support plate (3) is lifted by the chain hoist (14) from the first mounting position (10) to the second mounting position (11). The second position (11) and, in the final order, the support plate (3) is installed in the second mounting position (11). In addition, this invention relates to the elevator assembly (1) in which at least one slot (19,24,25), which serves to install the support plate (3) in the wall of the elevator shaft (18, 20), is related to mounting positions (10,11). This invention relates to the method of constructing the elevator assembly (1) which consists of a support plate (3) with the drive unit (4) in the first mounting position (10), the elevator box (5) and the counterweight (6), and in which the drive unit (4) can be connected to the elevator box (5) and the counterweight (6) by a support cable (8) over which a transverse assembly (12) with a chain hoist (14) is mounted. At the second mounting position (11), the chain hoist (14) is connected to the support plate (3) using a support chain (15). The support plate (3) is released from the first mounting position (10). The support plate (3) is lifted by the chain hoist (14) from the first mounting position (10) to the second mounting position (11), and finally the support plate (3) is installed in the second mounting position (11). This invention also relates to the elevator mounting assembly (1) in which at least one of the openings (19,24,25), which serve to install the support plate (3) in the wall of the elevator shaft (18, 20), is connected to mounting positions (10,11).

Claims (12)

1. The method of constructing a lift assembly consisting of a support plate (3) with a drive unit (4) in the first mounting position (10), the lift box (5), and the counterweight (6), where the drive unit (4) can be connected to the lift box (5) and the counterweight (6) using support cables (8), which have the following characteristics: - The transverse assembly (12) with a chain hoist (14) is mounted above the second mounting position (11). - The chain hoist (14) is connected to the support plate (3) using support chains (15). - The support plate (3) is released from the first mounting position (10). - The support plate (3) is lifted by the chain hoist (14) from the first mounting position (10) to the second mounting position (11). - The support plate (3) is mounted in the second mounting position (11). 2. The method under claim 1, which is characterized by the elevator box (5) and counterweight (6) being secured before the support plate (3) is released from the first mounting position (10), and after the support plate (3) is installed in the second mounting position (11), the securing is released. 3. The method under claim 2, which is characterized by the disconnection of the lifting cable (8) between the drive unit (4) and the elevator box (5) and counterweight (6) after the securing of the elevator box (5) and counterweight (6), and the re-securing after the support plate (3) is installed in the first mounting position (11). 4. The method under one of the preceding claims, which is characterized by the power supply cable being separated from the drive unit (4) before releasing the support plate (3) from the first mounting position (10) and reconnecting it to the drive unit (4) after installing the support plate (3) in the second mounting position (11). 5. The method under one of the preceding claims, which is characterized by the support plate (3) being released from its first mounting position (10) in such a way that the support plate (3) is moved vertically by a chain hoist (14) and a locking device (26) provided at the end of the support plate (3) and in the mounted position is extended outward from the support plate (3) and rotated in the opposite direction of the movement of the support plate (3). 6. The method under one of the preceding claims, the specific characteristic of which is to install the support plate (3) in the second mounting position (11), causes the locking devices (26) provided at the ends of the support plate (3) to move in such a way that they extend beyond the support plate (3). 7. The method under claim 8, which is characterized by causing the locking device (26) to move by cable or chain (27). 8. The method under any one of the claims in Claims 1 through 4, which is of the nature of which the support plate (3) is removed from its first installation position (10) in such a way that the support plate (3) is raised above the support section (21) which extends from the wall of the elevator shaft (20) into the elevator shaft (2). 9. The method under claim 8, which is characterized by the support plate (3) for raising to the second mounting position (11), is rotated into a sharp turn in such a way that the support plate can move through the elevator shaft (2) without contacting the walls of the elevator shaft (18, 20). 10. The elevator assembly consists of the elevator shaft (2), the support plate (3), the drive unit (4) in the first installation position (10), the elevator box (5), and the counterweight (6). The support plate (3) with the drive unit (4) is connected to the elevator box (5) and the counterweight (6) by a support cable (8) which is characterized by at least one slot (19, 24, 25) which serves to install the support plate (3) in the walls of the elevator shaft (18, 20) in relation to installation positions (10, 11). 11. The elevator installation set under claim 10 is characterized by a supporting section (21) which extends into the elevator shaft (2) in relation to the opening (19) in the opposite wall of the elevator shaft (20). 12. The elevator installation set according to claim 10 is characterized by another (25) slot connected to slot (24) in the opposite wall of the elevator shaft (20), which is provided with a rotatable locking device (26) at the opposite end of the support plate (3), and which the locking device (26) can be installed in each of slots (24, 25).