Steel wire rope lifting system of lifting transverse moving garage

Abstract

The utility model discloses a steel wire rope lifting system of a lifting and transverse moving garage. The H-shaped steel longitudinal beam at one end is provided with a steel wire rope driving assembly, a fixed pulley and a front reversing pulley, the H-shaped steel longitudinal beam at the other end is provided with a fixed pulley, a front reversing pulley and a rear reversing pulley, a steel wire rope B is wound around the steel wire rope driving assembly, and one end of the steel wire rope B winds around the rear reversing pulley and is connected with the middle of one steel wire rope A through a steel wire rope fixing assembly. The four ends of the two steel wire ropes A are wound around the front reversing pulley and the movable pulleys respectively and then connected with the steel wire rope fixing assemblies respectively, and the movable pulleys are installed on the reference movable pulley vehicle carrying plate. The transmission device is simple in structure, high in transmission efficiency and low in cost.

Description

Technical Field

[0001] The utility model belongs to the technical field of stereo garages, and in particular relates to a wire rope lifting system for a lifting and transversely moving garage. Background Art

[0002] At present, among the mechanical three-dimensional parking equipment on the market, the lifting and transverse type garages are mainly two to seven floors. The wire rope lifting system in the prior art uses a motor to drive a sprocket, which drives a chain transmission to drive a transmission shaft, and then drives the two wire rope drums on the transmission shaft to rotate to realize the wire rope retraction and release to complete the lifting and lowering of the vehicle. Due to the complex structure of the transmission system, the transmission efficiency is low and the cost is high. Summary of the invention

[0003] The purpose of the utility model is to overcome the above-mentioned disadvantages and provide a wire rope lifting system for a lifting and transversely moving garage with a simple structure, high transmission efficiency and low cost.

[0004] The purpose of the utility model and the solution of its main technical problems are achieved by adopting the following technical solutions:

[0005] The utility model discloses a wire rope lifting system for a lifting and transversely shifting garage, comprising a wire rope driving assembly, a fixed pulley, a front reversing pulley, a rear reversing pulley, a wire rope fixing assembly, a wire rope A, a wire rope B, a reference movable pulley vehicle loading plate, an H-shaped steel longitudinal beam, and a movable pulley, and is characterized in that: the H-shaped steel longitudinal beam at one end is respectively equipped with a wire rope driving assembly, a fixed pulley, and a front reversing pulley, and the H-shaped steel longitudinal beam at the other end is respectively equipped with a fixed pulley, a front reversing pulley, and a rear reversing pulley, a wire rope B is wound around the wire rope driving assembly, one end of the wire rope B bypasses the rear reversing pulley and is connected to the middle part of one of the wire ropes A through a wire rope fixing assembly, and the other end is connected to the middle part of another wire rope A through a wire rope fixing assembly, four ends of the two wire ropes A bypass the front reversing pulley and a plurality of movable pulleys respectively and are connected to the wire rope fixing assembly, and a plurality of movable pulleys are installed on the reference movable pulley vehicle loading plate.

[0006] The wire rope drive assembly consists of a motor, a drum, a bearing seat, a wire rope pressure plate, and a wire rope anti-slip frame. The motor output shaft is connected to the drum, the bearing seat is installed on the top of the drum, and the wire rope pressure plate and the wire rope anti-slip frame are installed on the side. The motor and the wire rope anti-slip frame are respectively installed on the H-shaped steel longitudinal beam at one end.

[0007] The fixed pulley is the same as the rear reversing pulley, and is composed of a bent plate A, a bolt shaft A, a spacer, a retaining ring, a solid lubricating bearing A, and a single-groove pulley. The solid lubricating bearing A is placed in the single-groove pulley, and retaining rings and spacers are placed on both sides of the solid lubricating bearing A. The bent plate A is inserted into the bolt shaft A and screwed into the nut. The bent plate A is installed under the H-shaped steel longitudinal beam through bolts.

[0008] The front reversing pulley is composed of a bending plate B, a bolt shaft B, a spacer sleeve B, a double-groove pulley, a retaining ring B, a solid-lubricating bearing B, and a travel switch detection swing arm. The solid-lubricating bearing B is placed in the double-groove pulley, and retaining rings B and spacer sleeves B are placed on both sides of the solid-lubricating bearing B. The bending plate B is inserted into the bolt shaft B and screwed into the nut. The bending plate B is installed with a travel switch detection swing arm, and the bending plate B is installed on the side of the H-shaped steel longitudinal beam by bolts.

[0009] The wire rope fixing assembly is composed of a wire rope ring and a wire rope clamp. The wire rope clamp is clamped on the wire rope ring and screwed into a nut.

[0010] A wire rope adjustment assembly is installed on the side of the H-shaped steel longitudinal beam. The wire rope adjustment assembly consists of a fixing seat and a long lifting eye screw. The long lifting eye screw is inserted into the fixing seat and screwed into a nut. The fixing seat is fixedly installed on the side of the H-shaped steel longitudinal beam by bolts, and the long lifting eye screw is connected to the wire rope ring.

[0011] An electromagnet hook, a rope loosening switch, and a position detection travel switch are respectively installed on the H-shaped steel longitudinal beam, and the position detection travel switch is in contact with the travel switch detection swing arm.

[0012] Compared with the prior art, the utility model has obvious beneficial effects; it can be known from the above technical scheme that: a wire rope driving assembly, a fixed pulley and a front reversing pulley are respectively installed on the H-shaped steel longitudinal beam at one end, and a fixed pulley, a front reversing pulley and a rear reversing pulley are respectively installed on the H-shaped steel longitudinal beam at the other end; a wire rope B is wound around the wire rope driving assembly, one end of the wire rope B bypasses the rear reversing pulley and is connected to the middle part of one of the wire ropes A through a wire rope fixing assembly, and the other end is connected to the middle part of another wire rope A through a wire rope fixing assembly, and the four ends of the two wire ropes A bypass the front reversing pulley and several movable pulleys respectively and are connected to the wire rope fixing assemblies respectively, and several movable pulleys are installed on the reference movable pulley carrier plate. The motor drives the drum (1 to rotate, and the wire rope B is retracted and released on the drum, so that the two ends of the wire rope B pull the middle parts of the two wire ropes A to retract and release. The two wire ropes A rotate through a number of movable pulleys to pull the vehicle loading plate and the vehicle up and down, and there is no need for a sprocket to drive the chain transmission. The electromagnet hook is a purchased conventional finished product, which is used to prevent the vehicle loading plate from falling as a safety protection; the loose rope switch is a purchased conventional finished product, which is used to detect the looseness of the wire rope as a safety protection; the vehicle loading plate position detection stroke switch is used for the vehicle loading plate in-place, upper limit, down-place and lower limit detection. Among them, the collision between the stroke switch and the vehicle loading plate side beam can realize the detection of the up-place and upper limit functions; the stroke switch set on the front reversing pulley detects the swing arm. After the reference movable pulley vehicle loading plate falls to the ground, the lifting wire rope at the movable pulley end is in a loose state. At this time, the stroke switch detects that the swing arm falls and hits the stroke switch, completing the detection of the down-place and lower limit functions. It realizes a simple structure, high transmission efficiency and low cost. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 It is a structural schematic diagram of the utility model;

[0014] Figure 2 It is a top view of the utility model;

[0015] Figure 3 yes Figure 2 Sectional view of AA;

[0016] Figure 4 yes Figure 2 Cross-sectional view of BB;

[0017] Figure 5 It is a structural schematic diagram of the steel wire rope drive assembly of the utility model;

[0018] Figure 6 It is a partial cross-sectional view of the wire rope drive assembly of the utility model;

[0019] Figure 7 It is a partial cross-sectional view of the fixed pulley of the utility model;

[0020] Figure 8 It is a partial cross-sectional view of the front reversing pulley of the utility model;

[0021] Fig. 9 It is a schematic diagram of the structure of the utility model wire rope fixing assembly;

[0022] Fig.10 It is a structural schematic diagram of a steel wire rope fixing component and a steel wire rope adjusting component of the utility model.

[0023] Marking in the figure

[0024] 1. Wire rope drive assembly, 2. Fixed pulley, 3. Front reversing pulley, 4. Rear reversing pulley, 5. Wire rope fixing assembly, 6. Wire rope A, 7. Wire rope B, 8. Reference movable pulley carrier plate, 9. H-beam longitudinal beam, 10. Electromagnet hook, 11. Loose rope switch, 12. Position detection travel switch, 13. Wire rope adjustment assembly, 14. Movable pulley, 101. Motor, 102. Drum, 103. Bearing seat, 104. Wire rope pressure plate, 105. Wire rope anti-drop frame, 201. Bending plate A, 202. Bolt shaft A, 203. Spacer, 204. Retaining ring, 205. Solid-lubricating bearing A, 206. Single-groove pulley, 301. Bending plate B, 302. Bolt shaft B, 303. Spacer B, 304. Double-groove pulley, 305. Retaining ring B, 306. Solid-lubricating bearing B, 307. Travel switch detection swing arm, 501. Wire rope ring, 502. Wire rope clamp, 1301. Fixed seat, 1302. Long lifting eye screw. DETAILED DESCRIPTION

[0025] The specific implementation methods, structures, features and functions of the present invention are described in detail below in conjunction with the accompanying drawings and preferred embodiments.

[0026] The utility model is a wire rope lifting system for a lifting and transversely shifting garage, comprising a wire rope driving assembly 1, a fixed pulley 2, a front reversing pulley 3, a rear reversing pulley 4, a wire rope fixing assembly 5, a wire rope A6, a wire rope B7, a reference movable pulley vehicle loading plate 8, an H-shaped steel longitudinal beam 9, an electromagnet hook 10, a loose rope switch 11, a position detection travel switch 12, a wire rope adjustment assembly 13, and a movable pulley 14, characterized in that;A wire rope drive assembly 1, a fixed pulley 2, and a front reversing pulley 3 are installed on the H-shaped steel longitudinal beam 9 at one end, and a fixed pulley 2, a front reversing pulley 3, and a rear reversing pulley 4 are installed on the H-shaped steel longitudinal beam 9 at the other end. A wire rope B7 is wound around the wire rope drive assembly 1, and one end of the wire rope B7 passes around the rear reversing pulley 4 and is connected to the middle of one of the wire ropes A6 through a wire rope fixing assembly 5, and the other end is connected to the middle of another wire rope A6 through a wire rope fixing assembly 5. The four ends of the two wire ropes A6 pass around the front reversing pulley 3 and a plurality of movable pulleys 14 and are connected to the wire rope fixing assembly 5 respectively. The plurality of movable pulleys 14 are installed on the reference movable pulley carrier plate 8. The wire rope drive assembly 1 is driven by a motor 101, a winding The output shaft of the motor 101 is connected to the drum 102, the top of the drum 102 is equipped with a bearing seat 103, the side is equipped with a wire rope pressure plate 104 and a wire rope anti-detachment frame 105, the motor 101 and the wire rope anti-detachment frame 105 are respectively installed on the H-shaped steel longitudinal beam 9 at one end, the fixed pulley 2 is the same as the rear reversing pulley 4, and is composed of a bending plate A201, a bolt shaft A202, a spacer 203, a retaining ring 204, a solid lubricating bearing A205, and a single groove pulley 206. The solid lubricating bearing A205 is placed in the single groove pulley 206, and retaining rings 204 and spacers 204 are placed on both sides of the solid lubricating bearing A205. 03. The bending plate A201 is inserted into the bolt shaft A202 and screwed into the nut. The bending plate A201 is installed under the H-shaped steel longitudinal beam 9 by bolts. The front reversing pulley 3 is composed of a bending plate B301, a bolt shaft B302, a spacer B303, a double-groove pulley 304, a retaining ring B305, a solid lubricating bearing B306, and a travel switch detection swing arm 307. The solid lubricating bearing B306 is placed in the double-groove pulley 304. The retaining rings B305 and the spacer B303 are placed on both sides of the solid lubricating bearing B306. The bending plate B301 is inserted into the bolt shaft B302 and screwed into the nut. The bending plate B301 is installed with a travel switch detection swing arm 307. The bending plate B301 is installed on the side of the H-shaped steel longitudinal beam 9 by bolts The steel wire rope fixing assembly 5 is composed of a steel wire rope ring 501 and a steel wire rope clamp 502. The steel wire rope clamp 502 is clamped on the steel wire rope ring 501 and screwed into a nut. A steel wire rope adjusting assembly 13 is installed on the side of the H-shaped steel longitudinal beam 9. The steel wire rope adjusting assembly 13 is composed of a fixing seat 1301 and a long eye screw 1302. The long eye screw 1302 is inserted into the fixing seat 1301 and screwed into a nut. The fixing seat 1301 is fixedly installed on the side of the H-shaped steel longitudinal beam 9 by bolts. The long eye screw 1302 is connected to the steel wire rope ring 501. The H-shaped steel longitudinal beam 9 is respectively installed with an electromagnet hook 10, a loose rope switch 11, and a position detection travel switch 12. The position detection travel switch 12 is in contact with the travel switch detection swing arm 307. ;

[0027] When in use, first fix two H-shaped steel longitudinal beams 9 and one end of the bearing seat 103 on the wall respectively. After the car is inverted onto the loading plate 8 and stopped steadily, the driver gets off the car and leaves, starts the motor 101, and the motor 101 drives the drum 102 to rotate. The drum 102 drives the lifting wire rope B7 to roll on the drum 102, and the lifting wire rope B7 pulls the middle of the two wire ropes A6 to move respectively. The fixed pulleys 2, the front reversing pulley 3, and the rear reversing pulley 4 on the two H-shaped steel longitudinal beams 9 rotate, and the four movable pulleys on the loading plate 8 refer to the movable pulleys. The pulley 14 rotates, and the wire rope A6 pulls the reference movable pulley vehicle loading plate 8 upward to lift the vehicle on the reference movable pulley vehicle loading plate 8. When the side beam of the reference movable pulley vehicle loading plate 8 contacts the vehicle loading plate position detection travel switch 12, the motor 101 stops after detecting that it is in place, and the electromagnet hook 10 is energized to generate suction to hook the reference movable pulley vehicle loading plate 8. The loose rope switch 11 is powered off to clamp the wire rope A6, which is used to detect the looseness of the wire rope as a safety protection; when descending, the loose rope switch 11 is energized to loosen the wire rope A6. The electromagnet hook 10 is energized to generate suction to detach from the reference movable pulley loading plate 8, and the motor 101 is started. The motor 101 drives the drum 102 to rotate, driving the lifting wire rope 7 on the drum 102 to extend, releasing the lifting wire rope B7, and moving the middle of the two wire ropes A6. The fixed pulleys 2, the front reversing pulley 3, and the rear reversing pulley 4 on the two H-shaped steel longitudinal beams 9 rotate, and the four movable pulleys 14 on the reference movable pulley loading plate 8 rotate. The wire rope A6 drives the reference movable pulley loading plate 8 to move downward, and the car on the reference movable pulley loading plate 8 is put down. When the side beam of the reference movable pulley loading plate 8 contacts the loading plate position detection travel switch 12, the motor 101 stops after detecting that it is in place, and the car can be driven away.

[0028] The above description is only a preferred embodiment of the present invention and does not constitute any form of limitation to the present invention. Any simple modification, equivalent change and modification made to the above embodiment based on the technical essence of the present invention without departing from the technical solution of the present invention still fall within the scope of the technical solution of the present invention.

Claims

1. A wire rope lifting system for a lifting and transversely moving garage, comprising a wire rope driving assembly (1), a fixed pulley (2), a front reversing pulley (3), a rear reversing pulley (4), a wire rope fixing assembly (5), a wire rope A (6), a wire rope B (7), a reference movable pulley vehicle loading plate (8), an H-shaped steel longitudinal beam (9), and a movable pulley (14), characterized in that; A wire rope drive assembly (1), a fixed pulley (2), and a front reversing pulley (3) are respectively installed on the H-shaped steel longitudinal beam (9) at one end, and a fixed pulley (2), a front reversing pulley (3), and a rear reversing pulley (4) are respectively installed on the H-shaped steel longitudinal beam (9) at the other end. A wire rope B (7) is wound around the wire rope drive assembly (1). One end of the wire rope B (7) passes around the rear reversing pulley (4) and is connected to the middle of one of the wire ropes A (6) through a wire rope fixing assembly (5). The other end of the wire rope B (7) is connected to the middle of another wire rope A (6) through a wire rope fixing assembly (5). The four ends of the two wire ropes A (6) pass around the front reversing pulley (3) and a plurality of movable pulleys (14) and are respectively connected to the wire rope fixing assembly (5). The plurality of movable pulleys (14) are installed on a reference movable pulley carrier plate (8).

2. A wire rope lifting system for a lifting and transversely shifting garage as claimed in claim 1, characterized in that; The wire rope drive assembly (1) is composed of a motor (101), a drum (102), a bearing seat (103), a wire rope pressure plate (104), and a wire rope anti-slip frame (105). The output shaft of the motor (101) is connected to the drum (102). The bearing seat (103) is installed on the top of the drum (102). The wire rope pressure plate (104) and the wire rope anti-slip frame (105) are installed on the side. The motor (101) and the wire rope anti-slip frame (105) are respectively installed on an H-shaped steel longitudinal beam (9) at one end.

3. A wire rope lifting system for a lifting and transversely moving garage as claimed in claim 1, characterized in that; The fixed pulley (2) is the same as the rear reversing pulley (4), and is composed of a bent plate A (201), a bolt shaft A (202), a spacer (203), a retaining ring (204), a solid lubricating bearing A (205), and a single groove pulley (206). The solid lubricating bearing A (205) is placed in the single groove pulley (206), and retaining rings (204) and spacer (203) are placed on both sides of the solid lubricating bearing A (205). The bent plate A (201) is inserted into the bolt shaft A (202) and screwed into a nut. The bent plate A (201) is installed under the H-shaped steel longitudinal beam (9) by bolts.

4. A wire rope lifting system for a lifting and transversely moving garage as claimed in claim 1, characterized in that; The front reversing pulley (3) is composed of a bending plate B (301), a bolt shaft B (302), a spacer sleeve B (303), a double-groove pulley (304), a retaining ring B (305), a solid lubricating bearing B (306), and a travel switch detection swing arm (307). The solid lubricating bearing B (306) is placed in the double-groove pulley (304). The retaining rings B (305) and the spacer sleeve B (303) are placed on both sides of the solid lubricating bearing B (306). The bending plate B (301) is inserted into the bolt shaft B (302) and screwed into a nut. The bending plate B (301) is installed with a travel switch detection swing arm (307). The bending plate B (301) is installed on the side of the H-shaped steel longitudinal beam (9) by bolts.

5. The wire rope lifting system of a lifting and transversely moving garage as claimed in claim 1, characterized in that; The wire rope fixing assembly (5) is composed of a wire rope ring (501) and a wire rope clamp (502). The wire rope ring (501) is clamped with the wire rope clamp (502) and a nut is screwed into it.

6. A wire rope lifting system for a lifting and transversely moving garage as claimed in claim 1, characterized in that; A wire rope adjustment assembly (13) is installed on the side of the H-shaped steel longitudinal beam (9). The wire rope adjustment assembly (13) consists of a fixing seat (1301) and a long eye screw (1302). The long eye screw (1302) is inserted into the fixing seat (1301) and a nut is screwed into the fixing seat (1301). The fixing seat (1301) is fixed to the side of the H-shaped steel longitudinal beam (9) by bolts, and the long eye screw (1302) is connected to the wire rope ring (501).

7. A wire rope lifting system for a lifting and transversely moving garage as claimed in claim 1, characterized in that; An electromagnet hook (10), a rope loosening switch (11), and a position detection travel switch (12) are respectively mounted on the H-shaped steel longitudinal beam (9), and the position detection travel switch (12) is in contact with a travel switch detection swing arm (307).

Images