KR20140001715A - A module for linking block unit of the smart stage - Google Patents

Abstract

The present invention is to conveniently connect a block unit utilized for installing a smart stage floor which includes a module case formed into an overturned box shape; a movable member in which a pipe bundle to be connected is installed inside and which is installed to be vertically moved inside the module case; a rotation preventing member which closely adheres to the top surface of the movable body and prevents the transmission of the torque of a screw to the movable member; a movable member transport screw which is penetrated through the top surface of the outer case and connected to the rotation preventing member and which enables the vertical movement of the movable member; a joining/separating tool for joining or separating the pipe bundle to be connected to/from a pipe bundle installed on a supporting frame by vertically moving the pipe bundle by the movable member; a pushing member for pushing the joining/separating tool when the pipe bundle to be connected is separated; and a pushing member transport screw which is connected to the pushing member and penetrated through the outer case.

Description

{A module for linking block unit of the smart stage}

The present invention relates to a smart stage block connection module, and more particularly, in order to install a smart stage floor, the square-shaped block units having a length of about 50 cm to 1 m are connected like lego and these block units are centrally controlled. The present invention relates to a simple block unit connection module installed at a corner of each block unit to supply and supply electrical, hydraulic or pneumatic pressure, and communication lines which are basically required to perform various functions transmitted from the device.

In general, the stage is a facility that is distinguished from the audience seats to perform a play, dance, concert, etc. Mainly, the panel panels for stages having a certain height are arranged in series and combined, and the floor or carpet is laid thereon. Form a stage with the audience is installed to more easily watch. A certain space is formed between the floor and the panel member for the stage installation, and the space includes various electric wirings, mist generating devices, equipment or wirings for supplying hydraulic pressure or pneumatic pressure.

1 is a perspective view showing a connection state of a conventional prefabricated stage frame member, and FIG. 2 is a perspective view illustrating a stage apparatus by mounting a panel to such a frame member structure.

Conventional stage flooring facilities as shown in Figures 1 and 2 are mostly made of plywood material based on the panel has been made by dismantling again after the performance after a long time to create a stage for a performance. When using plywood to set up the stage, it takes considerable time to install and dismantle the performance floor.In addition, if the performance equipment needs to be hidden, moved or rotated under the stage floor, the stage floor is partially positioned. There is a disadvantage in that it is necessary to manufacture and install a structure equipped with a separate special device separately. Examples of such special production apparatuses include vertical movement apparatuses used as backgrounds and tools for actors' appearances or acting, and are used as stages for vertical movements in concerts and musicals. In addition, in the case of a domestic performance hall, it is generally designed to perform a performance by changing the floor of the performance, so in most domestic performances, various restrictions and limitations in using the stage space by entering or exiting the equipment necessary for the performance on the left and right sides of the stage. Has been exposed.

In addition, if the props needed for the stage needed electricity, they had to be pulled to the floor and plugged into outlets only at a few designated outlets. Small power consumption accessories can be used as a battery, but most devices are not made of battery power, so many times the power connection is limited.

To solve the above problems, there is a need for a smart stage floor with a stage floor that can be reconfigured, partially altered or even unmanned for a dramatic performance, and a wireless transmission energy system to solve the power supply problem. It became. The smart stage refers to a technology in which various performance device technologies applied to various advanced technologies in the cultural performance field are embodied in the stage device, which satisfies the imagination of the director and enables diversification of expression methods to enhance the completion of the performance.

When the smart stage floor is introduced to the performance hall, natural stage changes are made, which expands the scope of the production and eliminates the obstacles to using the stage electronics through wireless energy transmission, and saves time by the simple separation and assembly. In addition, it will be possible to implement complex function creation.

To construct such a smart stage device, a smart floor block system was developed for various kinds of stages and expression methods as a new stage mechanism. The wireless energy transmission function is for application in stage production according to the flow of the times gradually moving from wire to wireless. In such a block system, a connection device is essential that connects blocks so that the blocks can perform various functions independently or organically. This connection device is a block unit connection module proposed in the present invention.

Figure 3 is a diagram showing the fastening form of the block used in the smart floor proposed in the present invention, Figure 3 shows a stage floor consisting of 12 blocks, for example. In the figure, a square cell corresponds to one block unit, a part surrounding the outer circumference of each block corresponds to a support frame, and a square-shaped configuration where each corner of the blocks meets crosswise forms a block unit connection module. Corresponding.

Figure 4 is a diagram showing a part of the cut surface cut in the AA line of Figure 3 is a block connection module of the red dotted line is a block connection module corresponding to the present invention is coupled to the stage floor and bolts to support the connection module and the block unit The part that does this corresponds to the support frame. And Figure 5 is a simplified view showing a block unit connection module device proposed by the present invention.

When the smart floor block device is actually used as a performance stage floor, it is possible to control the stage using the integrated console device, transmit data through communication, move the stage according to a given scenario, and adjust the stage by the user in real time. It will be possible to produce a variety of stages.

The present invention contributes to enhancing the completeness of the performance by creating a variety of dramatic effects through the advanced and automated stage equipment, overcome the shortcomings of the existing fixed stage floor, increase the efficiency of limited space and enable unmanned performance and limit the stage use It is to provide a block unit connection module device, which is a basic element for building a smart stage flooring block system that can minimize the disadvantages, widen the scope of stage production and produce various dramatic effects.

Referring to the characteristic configuration of the block unit connection module for achieving the above object is as follows.

Smart stage floor block unit connection module according to the present invention is a box-shaped module case; A moving member installed inside the tube bundle to be connected and movable up and down within the module case; An anti-rotation member which is tightly coupled to the upper surface of the movable member and prevents the rotational force of the screw from being transmitted to the movable member; A transfer screw penetrating the upper surface of the module case and connected to the anti-rotation part to allow the movable member to move up and down; A fastening / separating mechanism for the moving member to connect or separate the tube bundle to be installed on the support frame by moving the tube bundle to be connected in a vertical direction; A pressing member for pressing the fastening mechanism when the connection target tube bundle is separated; It is configured to include a pressing member transfer screw connected to the pressing member and penetrates the outer case.

In addition, the anti-rotation member of the present invention is composed of a main body and a hemispherical member integrally coupled with a transfer screw provided in the main body to move the transfer member downward by rotating the transfer screw to support the tube bundle to be connected. In order to be fastened with the tube bundle installed in the frame, the contact between the hemispherical member and the moving member is in sliding contact so that the vertical force is transmitted but not the rotational force of the screw. Is not formed, and the anti-rotation member is in contact with the sliding bearing type.

The present invention enables simple and organic connection of individual blocks for smart stage flooring, enabling the stage to perform up and down and rotational movements, and to perform wireless power transfer by resonance of the magnetic field and to command the upper integrated console. As a result, the stage can perform the performance as a whole or in part while allowing the fastening and separation between blocks, thereby enabling the construction of a stage suitable for the characteristics of the performance, thereby expanding the scope of production.

1 is a perspective view showing a connection state of a conventional prefabricated stage frame member
FIG. 2 is a perspective view of a stage device made by mounting a panel to the frame structure of FIG. 1. FIG.
Figure 3 is a fastening diagram between blocks of the smart stage floor of the present invention
4 is a cross-sectional view taken along the line AA of FIG. 3.
5 is a view showing the structure of the connection module of the present invention

In order to install the smart stage floor shown in Figure 3 as shown in Figure 4 calculates the required area of the stage and the number of the required block unit (3) and then the support frame (2) where the actual stage will be installed Fix the bottom surface and the fixing bolt (4) and place the block unit (3) on the frame (2).

Block units (3) installed in order to perform a predetermined function electricity supply line, pneumatic / hydraulic line, communication line. If necessary, a water supply line and the like should be provided. For this purpose, a pipe bundle 100 having these lines bundled into a single pipe may be connected to a neighboring block unit and the pipe and connected to the entire block system.

The connection module 1 of the present invention is used to connect the tube bundle 100 with the neighboring block units 3, which will be described below with reference to FIG. 5.

First, in order to connect the tube bundle, the case 10 of the connection module 1 is placed on the support frame 2, and the right side screw moving member feed screw 60 is rotated to the right so that the tube bundle 100 is installed. Lower 30). In this case, the vertical force of the screw is transmitted, but the rotation preventing hemisphere member 50 coupled with the end of the moving member transfer screw 60 is interposed between the moving member 30 so that the rotational force is not transmitted. 30) and the hemisphere 50 is in sliding contact. The tube bundle 100 installed in the movable member 30 by the lowering of the movable member 30 is connected to the other tube bundles 100-installed in the support frame 20 by a one-touch fitting method through the fastening / separating device 90. 1, 100-2).

When the stage is used and the stage is dismantled, the dismantling process of the tube bundle (100, 100-1, 100-2) is as follows. In order for the coupling of the tube bundles coupled through the fastening / separating device 90 to be separated, the one-touch fitting device in the fastening / separating device 90 must be released, and the pressing member 70 is used for this release. Done.

That is, by pressing the left end of the pressing member transfer screw 80 to the left side by pressing the pressing member 70 both ends of the fastening / separating device 90 until the connection device is released and the connection is released, the moving member Turn the transfer screw 60 to the left to raise the movable member 30 to separate the coupling of the tube bundle 100. At this time, it is preferable that the pressing member feed screw 80 adopts a left screw for the consistency of work because in this case, the tubular bundle is separated when both screws are turned to the left.

Therefore, if the block connection module proposed by the present invention is used, the installation and dismantling of the smart stage floor is easy, regardless of the number of block units, and even once used block unit can be reused at any time, thereby bringing the effect of cost reduction. In addition, by implementing a reconfigurable advanced stage device, it is possible to implement a variety of stage directing techniques by overcoming the limitations of the existing performance hall.

1: connection module 2: support frame
3: Block unit 4: Frame fixing bolt
10: connection module case 20: support frame
30: moving member 40: rotation preventing member
50: anti-rotation hemisphere member 60: moving member feed screw
70: pressing member 80: pressing member feed screw
90: fastening / separating device 100: bundle of connection pipe

Claims (4)

A module case 10 in the form of a stacked box; Connecting member pipe bundle 100 is installed therein and a movable member 30 installed to be moved up and down in the module case 10; An anti-rotation member 40 in close contact with the upper surface of the movable member 30 and preventing the rotational force of the screw from being transmitted to the movable member 30; A moving member feed screw (60) penetrating the upper surface of the module case (10) and connected to the anti-rotation member (40) to enable the moving member (30) to move up and down; Fastening / separating device for the movable member 30 to fasten or separate the pipe bundle 100 to be connected to the other tube bundles (100-1, 100-2) installed in the support frame 20 by moving in the vertical direction 90; Pressing member 70 for pressing the fastening / separating device 90 when the connection target tube bundle 100 is separated to loosen the coupling; Block unit connection module is connected to the pressing member 70 and configured to include a pressing member transfer screw (80) penetrating through the module case (10). The block unit connection module according to claim 1, wherein the anti-rotation member (40) includes an anti-rotation hemisphere member (50) therein.      The block unit connection module according to claim 1, wherein the moving member feed screw (60) is composed of a right screw, and the pressing member feed screw (80) is composed of a left screw. In the case of installing the floor, the moving member 30 provided in the box-shaped module case 10 having passed through the upper surface of the module case 10 and the moving member transfer screw 60 connected to the anti-rotation member 40 The tube bundle 100 installed in the movable member 30 by moving downward by the rotation of the other tube bundles 100-1 and 100-2 installed on the support frame 20 and the fastening / separating device 90 By means of fastening in a one-touch manner;
When dismantling the floor, the pressing member 70 moving downward by the pressing member transfer screw 80 installed to penetrate the upper surface of the module case 10 presses the fastening / removing device 90 to release the fastening. After the moving member transfer screw 60 is rotated in reverse to raise the movable member 30, the block unit connection, characterized in that to completely separate the coupling of the tube bundle (100, 100-1, 100-2) Way.

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