KR100961527B1 - A stage setting system with a field assembling - Google Patents

Abstract

PURPOSE: A field assembly type stage setting system is provided, which can minimize installation time and cost. CONSTITUTION: A field assembly type stage setting system comprises: a plurality of machine frames(50) which are installed in order to prevent shaking by the external shock or vibration; a fixing member to which each machine frame is connected in the horizontal direction; a plurality of pulleys(20) which are installed in the upper part of the machine frame and support a batten; and a driver system(30) driving a cable connected to the batten.

Description

Stage setting system with a field assembling

The present invention can simplify the assembly by standardization by making the desired drive machine and the pulley coupling machine frame to the unit standard in each machine frame to be assembled and installed in the field to have the desired site conditions according to the conditions of the installation site. It is related to a field assembly installation stage machine system.

Commonly known stage equipment includes a fly barton, a lifting barton for attaching lighting fixtures, a lighting fixture, and a stage curtain or sets for installation of fixtures and sets used in various performances and events. Raising and lowering bars used for storing are used.

Then, the barton is connected to the drive motors respectively supported by the frame installed on the ceiling of the stage as a wire is installed so as to move up and down during operation of the drive motor.

The conventional frame related to this technique is shown in Korean Utility Model Model No. 298347. The configuration is to install vertical beams on both sides, and then connect the vertical beams to the upper ends of the vertical beams. A plurality of drive motors for raising and lowering the barton and pulleys in which the wires are wound are mounted.

However, the frame as described above, a separate vertical frame must be installed, the span of the horizontal frame has a disadvantage in that the assembly work is difficult because of a long span.

In addition, there is a problem that the workability is reduced by requiring a separate welding work for adjusting and coupling the length of the vertical frame and the horizontal frame.

In order to improve the above problems, the applicant of the present invention has proposed the technique of the prefabricated grid zinc for stage equipment in the registered patent No. 897400, the configuration is as the connecting plate 510, its longitudinal direction as shown in FIG. A plurality of channels 100 or horizontal beams 200 which are connected to and cut into unit specifications; And,

A bracket 300 to which at least one channel or horizontal beam is connected while the horizontal beam 200 is connected to the bottom to connect the channel 100 spaced apart from each other in the crossing direction; And,

It is made of a configuration including a grid zinc 430 is fixed through the close fixture 450 when inserted between the channel 100 is positioned.

The grid zinc as described above, the channel 100 and the horizontal beam 200 is extended to be disposed throughout the ceiling to prevent movement in space by the interconnected configuration, the pulley or drive motor on the upper side of the channel (100) The machine to which the lamp is connected, the grid zinc, etc. are put up.

However, in the prefabricated grid zinc as described above, only the skilled person should be able to install and connect the channel 100 or the horizontal beam 200 in a desired direction through welding or bolting to the entire ceiling. It is necessary to install the entire ceiling to prevent the movement of the channel 100 or the horizontal beam 200, so that the material cost is increased and the installation time is increased.

An object of the present invention for improving the conventional problems as described above, it is installed on the necessary part of the stage without the need to assemble the grid zinc, etc. on the ceiling as a whole, the field assembly installation stage to minimize the installation time and installation cost It is to provide a mechanical system.

In addition, it is possible to disassemble and assembly in the field, and to assemble the desired drive machine and pulley in each machine frame so that each component can be standardized to simplify the assembly. As a structure, the installation work is completed to provide a field assembly installation stage machine system that can be installed even by inexperienced persons.

In order to achieve the above object, the present invention, a pulley for supporting the barton or a driving machine for driving the barton connecting cable is integrally connected to the upper side of the plurality of machine frames having a unit width and a unit length,

Each machine frame is connected to the ceiling of the room through a connecting means, respectively, to provide a field assembly installation stage machine system consisting of a configuration that is installed to prevent shaking due to external impact.

And, the present invention provides a field assembly type stage machine system consisting of a configuration in which the longitudinal side of the machine frame is coupled to each other by the fixing means in a continuous contact shape.

As described above, according to the present invention, it is possible to install only on the part where the stage device is necessary without assembling the grid zinc on the entire ceiling, thereby minimizing installation time and installation cost.

In addition, disassembly and assembly is possible in the field, which assembles the desired driving machine and pulley to each machine frame, and simplifies the assembly by standardizing each component, and installs it as a bolt assembly structure without joining work through separate welding in the field. Since the work is completed, even the inexperienced person can install it, which has the economic effect of minimizing the installation time and installation cost.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2a, b is a perspective view showing an installation state of the field assembly stage machine system according to the present invention, respectively, Figures 3a, b, c are each a main assembly state diagram of the field assembly stage machine system according to the present invention, Figure 4a, b, and c are respectively a perspective view showing a driving machine installation state of the field assembly stage machine system according to the present invention, Figure 5 is a sectional view showing the main portion of the installation state of the field assembly stage machine system according to the present invention. .

The present invention provides a unit width and a unit length of a plurality of pulleys 20 installed to support the barton 10 at a predetermined width, or a drive machine 30 for driving a cable 15 connected to the barton 10. It is integrally connected to the upper side of the plurality of machine frame (50) having.

At this time, the drive machine 30 is made of a combination of the drive motor 31, the reducer 33 and the drum 35.

And, the machine frame 50 is connected to the ceiling (C) of the room through the connecting means 70, respectively, is installed to prevent shaking due to external impact.

At this time, the connecting means 70 is made of a plurality of support brackets 73 having a close contact 73a to prevent movement by being supported by steel structures 25, such as a section steel or a channel, which are fixed to the ceiling (C). .

In addition, the support bracket 73 has a configuration in which a plurality of reinforcing surfaces 73b are formed in different directions, respectively.

In addition, the connecting means 70 is made as a support rod 75 is provided with a stopper 75a and a turnbuckle 75b to prevent movement while being connected to the anchor bolt 27 inserted into the ceiling (C) surface. .

In addition, the machine frame 50 is coupled to each other by the fixing means 55 in a shape in which the longitudinal side is continuously contacted to have a desired length.

At this time, the fixing means 550 is at least one selected from a bolt / nut unit or a female clamp.

In addition, the upper side of the machine frame 50 is further equipped with a grid zinc 90, the upper edge of which is supported.

And, the machine frame 50 is made of a configuration that is installed so as to support through the shock absorbing member 87 on the upper side of the fixing plate 85 is connected to the support 80 supported in the vertical portion of the room.

On the other hand, the drive machine is further connected to a control block (not shown) which is provided with an integrated RS232, RS485 communication unit or RF unit to be controlled by wired or wireless communication in the field or an external remote site.

And, one side of the barton 10 shaped to have a predetermined width and unit length on the lower side of the machine frame 50 is made of a configuration in which a fly duct (not shown) as an illumination power supply unit is integrally connected.

The operation of the present invention made of the above configuration will be described.

As shown in Figures 2 to 5, the present invention is a plurality of mechanical frames having a certain strength by cutting the channel-shaped channel or shaped steel of the metal material on the ground to have a unit width and unit length, and then assembled by welding or bolting Produce 50.

Then, the trolley 20 or the drive machine 30 is mounted on the upper side of the machine frame 50 and then coupled by bolting or welding.

In this case, at least one of the pulley 20 or the driving machine 30 and the machine frame 50 corresponding thereto is provided with a slot (not shown) so that the gap can be adjusted in a predetermined direction when the bolt is engaged.

In addition, the machine frame 50 on which the pulley 20 is raised or the driving machine 30 is raised as described above is supported on the ceiling through the connecting means 70 so as to firmly support the load in space.

And, the connecting means 70, the support brackets 73 through the contact grooves 73a on both sides of the lower end of the steel structure 25 made of I, H-shaped steel or b, c-shaped channel of the ceiling (C), respectively After inserting and coupling them, the support bracket 73 is fixed to the machine frame 50 so that the machine frame is firmly supported while being placed in space.

At this time, the support bracket 73 may be formed in a plate shape, but a plurality of reinforcement surfaces 73b are formed in different directions, respectively, so that bending is prevented, and thus the support bracket 73 can be supported more firmly.

On the other hand, the connecting means 70 according to another embodiment, when the support rod 75 is connected to the anchor bolt 27 is inserted into the ceiling (C) surface of a large area fixed to the end of the support rod 75 The stopper 75a is in close contact with the ceiling to prevent movement of the support rod 75, and a turnbuckle 75b is provided at one side of the support rod 75 to allow height adjustment.

As described above, the machine frame 50 which is suspended from the ceiling in the vertical direction by the connecting means 70 is connected in the horizontal direction to have a constant length through the fixing means 55 to prevent movement in the vertical and horizontal directions. do.

At this time, each machine frame is firmly connected to any one or more selected from bolts / nut units or magnetic clamps fastened through the bolt holes formed in the machine frame.

A plurality of pulleys 20 or a drive machine 30 is installed in the machine frame 50 connected as described above to install only a machine frame or a machine frame to which a pulley or drive machine is connected to a desired length to operate a barton. You can do it.

Accordingly, by installing only the desired portion without installing the machine frame throughout the ceiling to minimize the time and construction costs associated with the installation.

On the other hand, the upper side of the machine frame 50 is further equipped with a grid zinc 90, the upper edge of the edge is supported is easy to work on the upper side.

In addition, the machine frame 50 is installed on the upper side of the fixing plate 85 connected to the support 80 supported by the vertical portion of the room via the shock absorbing member 87 to support the interconnection of the machine frame When supported by the support 80 on one side to minimize the deflection in the horizontal direction while easily absorbing the vibration by the drive machine (30).

On the other hand, the drive machine, RS485 communication unit or a control block (not shown) that is provided integrally with the RF unit is further connected to be controlled by wired or wireless communication in the field or an external remote.

In addition, a fly duct (not shown), which is a lighting power supply, is integrally connected to one side of the barton 10 shaped to have a predetermined width and a unit length on the lower side of the machine frame 50, thereby installing the lighting power supply. It is possible.

1A and 1B are a plan view and a side view of a conventional grid zinc.

Figure 2a, b is a perspective view showing an installation state of the field assembly stage machine system according to the present invention, respectively.

Figures 3a, b, c is a main assembly state diagram of the field assembly stage machine system according to the present invention, respectively.

Figure 4a, b, c is a perspective view showing a drive machine installation state of the field assembly stage machine system according to the present invention, respectively.

Figure 5 is a sectional view showing the main part showing the installation state of the field assembly stage machine system according to the present invention.

* Description of the symbols for the main parts of the drawings *

10 ... Barton 20 ... Pulley

15 Cable 30 Drive Machine

50 ... machine frame 73 ... support bracket

75 ... support rod

Claims (10)

A plurality of machine frames 50 are connected in the vertical direction to the ceiling C of the room in the vertical direction, respectively, and are installed to prevent shaking due to external shock or vibration in the horizontal direction through the fixing means 55. Each connected, The machine frame 50 is shaped to have a unit width and a unit length, the longitudinal side is continuously contacted to have a desired length, On the upper side of the machine frame 50, a plurality of pulleys 20 installed to support the barton 10 at a predetermined width or a drive machine 30 for driving the cables 15 connected to the barton 10 are selectively On-site assembly-type stage machine system consisting of installed components According to claim 1, wherein the drive machine is a field assembly type stage machine system, characterized in that made of a combination of the drive motor 31, the reducer 33 and the drum (35). The method of claim 1, wherein the connecting means 70 is supported by the steel structure 25 of the ceiling (C) is characterized in that consisting of a plurality of support brackets 73 having a close groove 73a to prevent movement. On-site stage installation system According to claim 3, wherein the support bracket 73, a plurality of reinforcement surface (73b) is a field assembly type stage machine system, characterized in that each formed in a different direction. The support rod (75) of claim 1, wherein the connecting means (70) is connected to an anchor bolt (27) inserted into the ceiling (C) surface and is provided with a stopper (75a) and a turnbuckle (75b) to prevent movement. Field assembly installation stage machine system characterized in that the The method of claim 1, wherein the fixing means 550 is a field assembly type stage machine system, characterized in that any one or more selected from a bolt / nut unit or a clamp. According to claim 1, On the upper side of the machine frame 50, on-site assembly type stage machine system, characterized in that the grid zinc 90 is further mounted to support the upper edge According to claim 1, wherein the machine frame 50 is installed on the upper side of the fixing plate 85 connected to the support 80 supported in the vertical portion of the room via the shock absorbing member 87, characterized in that installed to support. Assembly type stage machine system According to claim 1, wherein the drive machine is a field assembly type stage machine system characterized in that the control is made by wired or wireless communication at a remote location. According to claim 1, On-site assembly type stage machine system consisting of a configuration that is further installed integrally a fly duct of the lighting power supply to one side of the barton (10) connected to the lower side of the machine frame (50).

Images