KR200276511Y1 - Structure for a rope establishment of an elevator - Google Patents

Abstract

The present invention relates to a rope installation structure of an elevator, and more particularly, in a rope installation structure for elevating an elevator car from a hoistway, the top of the hoistway 110 is fixedly installed horizontally in a diagonal direction and one side of the upper surface thereof. A plurality of upper pulley frames 160 and 160 'spaced apart from each other to be rotatably installed in the plurality of upper pulleys 150a and 150b is provided on the pair of upper pulley frames 160. Spaced apart at a predetermined interval below the 160 'is horizontally fixed to the rear side of the hoistway 110 and a plurality of lower pulleys (170a, 170b) spaced apart so as to be rotatably installed in the center of the upper surface A pair of lower unzipping frames 180, 180 'is provided, one end of which is fixed to an upper portion of the car 120, and the other end of which is an upper pulley 150a, 150b, a hoist 140, and a lower end. Sequential to pulleys 170a and 170b As the rope 190 is connected to be fixed to the upper side of the counterweight 130 by friction contact, the length of the rope is shortened and the efficiency of the rope can be increased while simplifying the structure of the rope. The installation cost is reduced.

Description

Rope installation structure of elevator {STRUCTURE FOR A ROPE ESTABLISHMENT OF AN ELEVATOR}

The present invention relates to a rope installation structure of an elevator, and more specifically, in the rope installation structure for elevating an elevator car from a hoistway, by 1: 1 roping, the elevator structure can increase efficiency while simplifying the rope structure. The rope installation structure of the present invention.

In general, an elevator is a device for elevating passengers or cargo along a hoistway formed along the up and down direction of a building. A so-called rope type elevator equipped with a hoisting machine for elevating and driving a car and a counterweight by frictionally contacting with the wire rope on the upper side and rotating it is widely used.

However, in such a rope type elevator, a separate installation space called a machine room is provided on the upper side of the hoistway so as to install a hoist and a control panel, which increases the occupied space of the elevator and impairs the service capacity per unit space. There is this.

Recently, a so-called machine roomless elevator, which excludes a machine room to improve service capacity per unit space occupied by an elevator, is disclosed in Korean Patent Publication No. 1996-000750 and US Patent No. US 5,566,785.

In an elevator without such a machine room, it is a main concern to reduce the volume of the hoisting machine without degrading the function of the hoisting machine and to move the hoisting machine to an appropriate space in the hoistway.

1 is a view schematically showing an elevator without a conventional machine room, in which the elevator 10 includes a car 1 arranged to be able to move up and down in a hoistway, and a balance weight arranged to be able to move up and down on one side of the car 1. (2), the hoist (3) provided in the upper region of the hoistway corresponding to the car (1) and the counterweight (2), and the car (1) and the counterweight are arranged so as to be in friction contact with the hoist (3) It consists of the rope 4 which raises and lowers (2).

At this time, the bottom region of the car 1 is provided with the first and second pulleys 5a and 5b spaced apart in parallel to each other, and the upper region of the counterweight 2 is integrated with the counterweight 2. The counterweight pulley 6 is provided so that it may be possible. The rope 4 has one end fixed to the upper region of the upper hoistway of the first pulley 5a, the other end thereof being extended downward, and upwardly extended again via friction contact with the first and second pulleys 5a and 5b. After the friction contact with the hoist (3) is extended downward through the balance weight pulley (6) is fixed to the upper area of the hoistway.

By the way, in the conventional elevator 10, the rope installation structure is generally 2: 1 roping, so that the length of the rope is increased, and thus the capacity of the motor required to increase the torque required for moving the car is increased. There was a problem that the installation cost is enormous.

The present invention was devised to solve the above problems, the object of the present invention is to increase the efficiency while simplifying the rope structure by 1: 1 rope in the installation structure of the rope for elevating the elevator car in the hoistway. To provide an elevator rope installation structure that can be.

1 is a view schematically showing an elevator without a conventional machine room

Figure 2 is a schematic perspective view for explaining the rope installation structure of the elevator according to an embodiment of the present invention

3 is a front view of the elevator of FIG.

4 is a plan view of the elevator of FIG.

5 is an installation state of the elevator rope according to an embodiment of the present invention

Explanation of symbols on the main parts of the drawings

100: elevator 110: hoistway

120: car 130: balance weight

140: hoisting machine 150a: first upper pulley

150b: second upper pulley 160,160 ': upper unfolding frame

170a: first lower pulley 170b: second lower pulley

180,180 ': Lower unzipping frame 190: Rope

In order to achieve the above object, the present invention, in the installation structure of the rope for elevating the elevator car in the hoistway, is installed horizontally fixed diagonally on the upper part of the hoistway, and a plurality of upper pulleys are rotatable on one side of the upper surface thereof. A pair of upper unfolding frame spaced apart by a predetermined interval to be installed so as to be installed, and is spaced at a predetermined interval in the lower portion of the pair of upper unfolding frame fixed horizontally installed on the rear side of the hoistway and a plurality of upper portion A pair of lower pulley frames spaced at regular intervals so that the lower pulleys are rotatably installed, one end of which is fixed to an upper portion of the car, and the other end thereof is sequentially frictionally contacted with the upper pulley, the hoist and the lower pulley. The rope is connected to be configured to be fixed to the upper side of the counterweight.

And, one end of the upper unfolding frame is fixed to the first fixing bracket for supporting it, one side of the first fixing bracket is fixed to one side wall surface of the hoistway by an anchor bolt and the other side Is fixed to the bottom surface of the upper pulley frame by fixing bolts, and the other end of the upper pulley frame is fixed to the upper end of the lower pulley frame to support it by fixing bolts, the lower pulley The second fixing brackets are fixed to the bottom of both ends of the support frame, respectively, to support them. One side of each second fixing bracket is fixed to both side walls of the hoistway by anchor bolts, and the other side thereof It is preferable to be made to be fixed by a fixing bolt on the bottom of the unzipping frame.

In addition, a plurality of dustproof members are provided between the upper unfolding frame and the first fixing bracket to prevent vibration caused by direct surface contact coupling during operation of the elevator, and the dustproof member is coupled to the fixing bolt. It is preferable to be closely coupled to penetrate the tooth.

In addition, a plurality of dustproof members are provided between the upper ungeage frame and the lower ungeage frame to prevent vibration caused by the direct surface contact coupling of the elevator during operation of the elevator. It is preferable to be closely coupled to penetrate the tooth.

In addition, the material of the vibration isolator is preferably made of rubber to effectively prevent vibration.

And, one end of the rope is fixed to the upper region of the car, the rope fixed to the upper region of the car is extended upward so as to frictionally contact with the upper region of the first and second upper pulleys, the upwardly extended rope is It is extended upward again to be in frictional contact with the lower region of the hoist, and the upwardly extended rope is extended downwardly in frictional contact with the upper regions of the first and second lower pulleys, and the downwardly extended rope is fixed to the upper region of the counterweight. It is preferred that the connection be configured to engage.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. This embodiment is not intended to limit the scope of the present invention, but is presented by way of example only.

Figure 2 is a schematic perspective view for explaining the rope installation structure of the elevator according to an embodiment of the present invention, Figure 3 is a front view showing the elevator of Figure 2, Figure 4 is a plan view showing the elevator of Figure 2, 5 is an installation state of the elevator rope according to an embodiment of the present invention, the elevator 100 according to the present invention, the car 120 is installed to be able to lift and lift in the hoistway 110 formed along the vertical direction of the building; A balance weight (130) installed on the rear region of the car (120) to be elevated; The hoist 140 is installed on one side of the upper part of the hoistway 110 and generates power for moving the car 120 under control of a controller (not shown) that controls the position and speed of the car 120. Wow; A pair of upper unfolding frames 160 spaced apart at regular intervals so as to be horizontally installed and fixed to the upper portion of the hoistway 110 in a diagonal direction so that a plurality of upper pulleys 150a and 150b are rotatably installed on an upper surface thereof. 160 '; It is spaced apart at a predetermined interval in the lower portion of the pair of upper unfolding frame 160, 160 'and installed horizontally fixed to the rear side of the hoistway 110, a plurality of lower pulleys (170a) (170b) on the upper surface A pair of lower unzipping frames 180 and 180 'spaced apart from each other to be rotatably installed; One end thereof is fixed to the upper portion of the car 120, and the other end thereof is frictionally contacted with the upper pulleys 150a and 150b, the hoisting machine 140 and the lower pulleys 170a and 170b, so that the counterweight 130 It is configured to include a rope 190 fixed to the upper side.

The upper unfolding frame 160, 160 'has a cross-section of each of the "c" shape bar, the first fixing bracket for supporting it on one end of the upper unfolding frame 160, 160' (200) is coupled and fixed, the first fixing bracket 200 is made of a cross-section "a" shape, one side of which is fixed to the anchor bolt 210, such as one side wall surface of the hoistway 110 It is fixed by means, and the other side is fixed to the bottom of the upper unfolding frame 160, 160 'by a fixing means such as fixing bolts 220.

In addition, between the upper unfolding frame 160, 160 'and the first fixing bracket 200 to prevent the vibration caused by the direct surface contact coupling of each other during operation of the elevator 100 Dustproof members 230 and 230 'are provided. At this time, the dustproof members 230 and 230 'are preferably tightly coupled through the fixing bolt 220 when the upper release frame 160, 160' and the first fixing bracket 200 are coupled to each other.

On the other end bottom of the upper unfolding frame 160, 160 ', one upper surface of the lower unfolding frame 180, 180' is fixed by the fixing bolt 240 to support it, these upper pulleys Between the support frame 160, 160 'and the lower unzipping frame 180, 180', a plurality of dust-proof to prevent the vibration generated by the direct surface contact coupling of each other during operation of the elevator 100 Members 250 and 250 'are provided. At this time, the dustproof members 250 and 250 ′ are preferably tightly coupled to penetrate the fixing bolts 240.

In addition, the dustproof members 230, 230 ′, 250, 250 ′ are preferably made of a rubber material to effectively prevent vibration.

One side of the upper surface of the upper unfolding frame 160, 160 'is fixed by the "∪" shaped fixing bolt 151 so that the central axis of the first upper pulley 150a is rotatable, the first upper pulley The center axis of the second upper pulley (150b) is spaced apart from the (150a) is fixed to the upper surface of the upper unfolding frame 160 by the "상기" shaped fixing bolt 152 to be rotatable.

The lower unfolding frame 180, 180 ′ has a cross-section formed in a “c” shape, respectively, and a second portion for supporting the lower unfolding frame 180, 180 ′ is provided on both bottom surfaces of the lower unfolding frame 180, 180 ′. Fixed brackets 260 and 260 'are fixed and coupled, and the second fixed brackets 260 and 260' have a cross-section of the shape of “a”, each of which has one side of the hoistway 110. It is fixed to both sides of the wall by fixing means such as anchor bolts 270, and the other side is fixed to the bottom of the lower unfolding frame 180, 180 'by fixing means such as fixing bolts 280 do.

In addition, the center portion of the upper surface of the lower pulley frame 180, 180 'is coupled and fixed by the "∪" shaped fixing bolt 171 so that the central axis of the first lower pulley 170a is rotatable, the first It is spaced apart from the lower pulley 170a by a "∪" -shaped fixing bolt 172 is fixed to the upper surface of the lower pulley frame 180 so that the central axis of the second lower pulley 170b is rotatable.

One end of the rope 190 is fixed to the upper region of the car 120, and the rope 190 is in contact with the upper regions of the first and second upper pulleys 150a and 150b to be extended upwards and thereafter. After the frictional contact with the lower region of the 140 is extended again. The upwardly extending rope 190 is frictionally contacted with the upper regions of the first and second lower pulleys 170a and 170b and then extended downward, and is fixedly coupled to the upper region of the counterweight 130.

Meanwhile, in the present invention, the first fixing bracket 200 and the second fixing bracket are fixed to the upper and lower ridge frames 160 and 160 ′ and the lifting path 110 of the lower ledge frame 180 and 180 ′. Although brackets 260 and 260 'were used, the present invention is not limited thereto, and the upper and lower ridge frames 160 and 160 ′ and the lower ledge frame 180 and 180 ′ are directly lifted by the elevating path 110. It can also be fixed to the wall surface by means of fastening such as anchor bolts.

In addition, although not shown in the present invention, in general, both sides of the car 120 and the balance weight 130 of the elevator to move through a guide rail (not shown) fixed to the wall surface of the hoistway 110 so as not to shake during operation. do.

Referring to the operation of the elevator 100 according to the present invention configured as described above are as follows.

First, when the car 120 is to be elevated, the hoist 140 is controlled by the controller (not shown) to rotate in the corresponding direction, and when the hoist 140 rotates in the corresponding direction, the rope 190 is attached to the rope 190. As a result, the first upper pulley 150a and the second upper pulley 150b rotate in the same direction. When the upper pulleys 150a and 150b rotate relative to the rope 190 frictionally contacted with the first upper pulley 150a and the second upper pulley 150b, the car 120 is raised or lowered. In response to the rising or falling of the car 120, the balance weight 130 connected in frictional contact with the first and second lower pulleys 170a and 170b is moved in the opposite direction.

When applying the rope installation structure of the elevator according to the present invention as described above, it is possible to increase the efficiency while simplifying the structure of the rope.

Therefore, the present invention, as described above, by 1: 1 rope in the installation structure of the rope for elevating the elevator car in the hoistway, the length of the rope can be shortened and the efficiency of the rope can be simplified and the efficiency can be further increased. In addition, the capacity of the drive motor of the hoist is reduced, there is an advantage that the installation cost is reduced.

In the above description of the preferred embodiment of the rope installation structure of the elevator according to the present invention, the present invention is not limited to this and various modifications within the scope of the utility model registration claim and the detailed description of the invention and the accompanying drawings. It is possible to carry out by this also belongs to the present invention.

Claims (6)

In the installation structure of the rope for lifting the car of the elevator in the hoistway, A pair of upper unfolding frames 160 spaced at regular intervals so as to be horizontally installed and fixed to the upper portion of the hoistway 110 and a plurality of upper pulleys 150a and 150b rotatably installed on one side thereof. 160 'is provided, and is fixed to the rear side of the hoistway 110 to be horizontally spaced apart at a predetermined distance from the lower portion of the pair of upper unfolding frame 160, 160' and a plurality of upper portion in the center of the upper surface A pair of lower pulley frames 180 and 180 'spaced apart from each other so that the lower pulleys 170a and 170b are rotatably installed, one end of which is fixed to an upper portion of the car 120 The other end thereof is characterized in that the rope 190 is configured to be connected to the upper pulley 150a, 150b, the hoist 140 and the lower pulley 170a, 170b in sequence by frictional contact and fixed to the upper side of the counterweight 130. Rope installation structure of elevator. According to claim 1, One end of the upper unfolding frame 160, 160 'is fixed to the first fixing bracket 200 for supporting it, one side of the first fixing bracket 200 The anchor bolt 210 is fixedly installed on one side wall surface of the hoistway 110, and the other side thereof is coupled and fixed to the bottom surface of the upper unfolding frame 160, 160 ′ by the fixing bolt 220. The other end surface of the upper pulley frame 160, 160 'is fixed to the upper end of one end of the lower pulley frame 180, 180' by the fixing bolt 240 to support it, the lower pulley The second fixing brackets 260 and 260 'are coupled to the bottom surfaces of both ends of the support frames 180 and 180', respectively, to respectively support the second fixing brackets 260 and 260 '. The side is fixed to both side walls of the hoistway 110 by anchor bolts 270, and the other side thereof is the lower pull-out jeep. Im 180 Rope installation structure of the elevator, characterized in that formed fixedly coupled by the fixing bolt 280 to the bottom surface (180 '). According to claim 2, Between the upper unfolding frame 160, 160 'and the first fixing bracket 200 to prevent the vibration caused by the direct surface contact coupling of the elevator 100 during operation In order to provide a plurality of dustproof members 230, 230 ', the dustproof member 230, 230' is a rope installation structure of the elevator, characterized in that the tight coupling so as to penetrate it when the fixing bolt 260 is coupled. According to claim 2, Between the upper ridge frame 160, 160 'and the lower ledge frame 180, 180' is generated by the direct surface contact coupling of the elevator 100 during operation A plurality of anti-vibration members 250 and 250 ′ are provided to prevent vibration, and the anti-vibration members 250 and 250 ′ are tightly coupled to penetrate the fixing bolts 240 when the fixing bolts 240 are coupled thereto. Rope mounting structure. The rope installation structure of an elevator according to claim 3 or 4, wherein the material of the dustproof members (230) (230 ') (250) (250') is made of rubber to effectively prevent vibration. The upper end of the rope 190 is fixed to the upper region of the car 120, the rope 180 is fixed to the upper region of the car 120, the first and second upper pulley (150a) Is extended upwards in friction contact with the upper region of the 150b, and the upwardly extended rope 180 is upwardly extended again in frictional contact with the lower region of the hoist 140, and the upwardly extended rope 190 is The first and second lower pulleys (170a, 170b) is extended downwards in friction contact with the upper region, characterized in that the downwardly extended rope (190) is configured to be fixedly coupled to the upper region of the balance weight (130) Rope installation structure of elevator.