KR102612566B1 - Modular structure assembly with pressure packing module - Google Patents

Abstract

The module structure assembly with the pressurized packing module of the present invention includes a module structure main body in which a module coupling portion is formed, a unit module structure inserted into the module coupling portion to expand the internal space, an inner peripheral surface of the module coupling portion, and a corresponding unit module structure. It is provided with a pressure packing module installed between the outer peripheral surfaces of the and sealing the sealing portion between them,
The pressure packing module is formed along the trace of the inner peripheral surface of the module coupling part of the module structure main body and the outer peripheral surface of the unit module structure. The first and second pressure seals form an internal space and are slidably coupled in the direction in which the internal space is expanded. It includes a member and a pressurizing unit installed in the interior space to pressurize the first and second pressurizing sealants in an expanding direction.

Description

Modular structure assembly with pressure packing module}

The present invention relates to a modular structure assembly having a pressurized packing module, and more specifically, to a modular structure assembly having a pressurized packing module for sealing a joint portion of a modular structure for the assembly of a modular house.

In general, modular homes (simple homes) are houses that are easily moved and used using prefabricated panels or lightweight construction materials, and are used in areas with beautiful natural scenery such as country homes, camping homes, bungalows, and mobile homes, resorts, and construction sites. It can be easily installed and used in the same place.

In order to increase the convenience of installation and movement, these modular homes are manufactured in a simple form using lightweight construction materials for wall panels, roofs, and floors, thereby reducing installation costs and increasing mobility. Additionally, they are equipped with cooling and heating facilities to allow for convenient use during the summer. It provides a comfortable and comfortable resting place in winter.

Meanwhile, in screening clinics, sterile rooms, simple clinics, etc., which have clean spaces inside, the inflow of natural outdoor air is blocked, and indoor air conditioning is maintained by an air conditioning unit.

As described above, module houses, screening centers, simple clinics, etc. are used by connecting modular structures to each other to secure internal space, and sealing means are installed at the connection areas to block the inflow of external air and water leakage.

However, since these sealing means are constructed without considering the dismantling of the module structure during construction, the module structure cannot be smoothly separated, and there is a problem in that the module structure is damaged during separation.

In particular, in the case of temporarily installed selective booths, simple booths, booths for events, and prefabricated houses for events, they must be dismantled after a certain period of time after construction, so workability can be improved during construction and dismantling of the sealing area. I can't.

Republic of Korea Patent No. 10-0671229 lists a prefabricated simple house, and Republic of Korea Patent No. 10-1753881 lists a prefabricated house.

In addition, Republic of Korea Patent No. 10-2097271 and Republic of Korea Patent No. 10-2369468 disclose the prefabricated panel structure and cylindrical unit for which the present inventor applied and registered, and the wall panel assembly for a simple house using the same.

Republic of Korea Patent No. 10-0671229 Republic of Korea Patent No. 10-2097271 Republic of Korea Patent No. 10-2369468

The present invention is intended to improve the problems described above. It can prevent the inflow of external air and the outflow of internal air and prevent water leakage through the joint part of the module structure, and the sealing force can be arbitrarily adjusted, and the adhesive force at the sealing area can be maintained. The purpose is to provide a modular structure assembly with a pressurized packing module that can be raised uniformly.

Another object of the present invention is to provide a module structure assembly with a pressure packing module that can ensure uniform sealing performance even when the width of the gap for sealing the assembly portion of the module structure is non-uniform.

In order to solve the above technical problem, the module structure assembly with the pressurized packing module of the present invention includes a module structure main body in which a module coupling portion is formed, a unit module structure inserted into the module coupling portion to expand the internal space, and the module coupling portion. A pressure packing module is installed between the inner circumferential surface and the outer circumferential surface of the corresponding unit module structure to seal the sealing portion between them,

The pressure packing module is formed along the trace of the inner peripheral surface of the module coupling part of the module structure main body and the outer peripheral surface of the unit module structure. The first and second pressure seals form an internal space and are slidably coupled in the direction in which the internal space is expanded. It is characterized by comprising a member and a pressurizing unit installed in the internal space to pressurize the first and second pressurizing sealing members in an expanding direction.

In the present invention, the pressurizing unit is installed along a trajectory in the internal space formed by the first and second pressurizing seal members, is expanded by pneumatic pressure flowing in through the pneumatic injection unit, and is expanded by connecting means in the longitudinal direction of the internal space. It is provided with a plurality of connected tubes.

And the pressing unit includes a first sheet member joined on both sides to one edge in the width direction of the first and second pressure sealing members, and a first sheet member joined on both sides to the other edge in the width direction of the first and second pressure sealing members. It is provided with a first sheet member and a second sheet member forming a pressurizing space for pressing the first and second pressure sealing members toward the sealing surface, and supplying pneumatic pressure to the pressurizing space on at least one side of the first and second sheet members. It is equipped with a pneumatic injection unit for.

The module structure assembly with the pressurized packing module of the present invention to solve the above technical problem includes a module structure main body in which a module coupling portion is formed, a unit module structure inserted into the module coupling portion to expand the internal space, and

It is provided with a pressure packing module installed on the inner peripheral surface of the module coupling portion and the outer peripheral surface of the corresponding unit module structure to seal between them,

The pressure packing module is formed along the trajectory of the corresponding sealing portion of the coupling portion of the module structure, and is installed between the first and second pressure sealing members and the first and second pressure sealing members that are slidably coupled in the sealing direction. A pressurized packing member made of synthetic resin that is flexible and easy to change the shape of the cross section,

It is provided with a gap maintenance means that moves the first and second pressure sealing members in a direction to press the pressure packing members against each other so that the pressure packing members can be extruded to both sides of the pressure sealing member.

As described above, the module structure assembly with the pressurized packing module according to the present invention can arbitrarily adjust the airtightness of the joint portion of the unit module structure to expand the internal space of the module structure body, and the module structure body and the unit module structure can be arbitrarily adjusted. When combining and disassembling, there is an advantage that the pressure packing module can be separated from the connecting part and reused. In particular, it can be used regardless of changes in the spacing of module joints and formation trajectories, and it can prevent the discharge of internal air and the intrusion of external air and moisture by increasing airtightness.

1 is an exploded perspective view showing a module structure assembly with a pressurized packing module according to the present invention;
Figure 2 is a partially cut perspective view showing an excerpt of the pressure packing module shown in Figure 1;
Figure 3 is a partially cut perspective view showing another embodiment of the pressure packing module shown in Figure 1;
Figure 4 is a perspective view showing an excerpt of the position fixing means shown in Figure 2;
Figure 5 is a perspective view showing another embodiment of the position fixing means.
Figure 6 is an exploded perspective view showing another embodiment of the pressure packing module.
Figure 7 is a cross-sectional view of the module structure assembly in which the subscription packing module shown in Figure 6 is installed.

The present invention relates to a modular structure assembly having a pressurized packing module, and an embodiment thereof is shown in Figures 1 and 2.

Referring to the drawing, the module structure assembly 10 with the pressurized packing module according to the present invention is inserted into the module structure main body 20 and the module coupling portion 21 formed with the module coupling portion 21 to expand the internal space. It is provided with unit module structures (30) for. In addition, a pressure packing module 50 for sealing is provided between the inner peripheral surface of the module coupling portion 21 formed in the module structure main body 20 and the outer peripheral surface of the unit module structure 30 inserted therein.

The module structure main body 20 and the unit module structure 30 are published in Republic of Korea Patent No. 10-2097271 (prefabricated panel structure) applied for and registered by the present inventor.

As posted, the module structure main body (corresponding to the core module) of the present invention is provided with a plurality of coupling parts for expansion and expansion of the internal groove, and a structure in which unit expansion module structures (corresponding to the expansion modules) are coupled to the coupling parts. is posted. A plurality of coupling portions may be formed in the module structure body 20 to radially connect the unit module structures. However, it is not limited to this and can be combined into various patterns.

Meanwhile, the pressure packing module 50 installed in the module coupling portion 21 is installed along the trajectory between the outer peripheral surfaces of the unit module structure 30 coupled to the module coupling portion 21 of the module structure main body 20. That is, it is provided with first and second pressure sealing members 55 and 56 that form the internal space 51. First and second sliding side wall portions 55a and 56a are formed on both corresponding edges of the first and second pressure sealing members 55 and 56 in corresponding directions and slide against each other, so that an internal space is formed between them. A space 51 is formed.

And the outer peripheral surface of the first pressure sealing member 55 corresponding to the inner peripheral surface of the coupling portion formed in the module structure main body 20, and the second seal corresponding to the outer peripheral surface of the unit module structure 30 inserted into the module coupling portion 21. First and second buffer members 57 and 58 for sealing are installed on the outer peripheral surface of the pressing member 56.

The first and second buffer members 57 and 58 may be made of rubber, soft synthetic resin, artificial leather, etc., and are in close contact with the inner peripheral surface of the module coupling portion 21 and the outer peripheral surface of the unit module structure 30. First and second curved portions 57a and 58a are formed on the side surfaces, respectively.

In addition, the first and second pressure sealing members 55 and 56 may be formed continuously or divided in the longitudinal direction. In order to maintain airtightness, the buffer member 57 at the divided portion is within a thickness range. It may be composed of a nested structure.

And in the internal space 51 formed by the first and second pressure sealing members 55 and 56, a pressing unit 60 is provided for pressing the first and second pressure sealing members 55 and 56 in the sealing direction. It is installed. This pressurizing unit 60 is expanded by the pneumatic pressure supplied to the pneumatic injection unit 62 to expand the first and second pressurizing sealing members 55 and 56 in a direction away from each other, that is, to expand the internal space 51. It will be done.

The tube 61 may be formed continuously or discontinuously in the internal space. When formed discontinuously, the divided tubes 61 are connected by connecting means 65. As shown in FIG. 2, the connecting means 65 has first and second connecting brackets 66 and 67 formed on opposite sides of the divided tubes 61, respectively, by their pins or coupling bolts. It has a connected configuration. Although not shown in the drawing, the first and second connecting brackets 66 and 67 may be surrounded by end tubes. That is, inlet portions may be formed at the ends of the tubes, and first and second connection brackets 66 and 67 may be formed inside the inlet portions.

And the pneumatic injection unit 62 provided on the side of the tube 61 can be pulled out through the outlets 62a formed in the first and second sliding side walls 55a and 56a, respectively.

Meanwhile, as shown in FIG. 3, the pressure packing module pressing unit 70 includes a first sheet member ( 71) and a second pressure sealing member (55), (56) on both sides joined to the other edge in the width direction to form a pressure space for pressing the first and second pressure sealing members (55) and (56) toward the sealing surface. It is provided with a sheet member 72, and a pneumatic injection part 73 for supplying pneumatic pressure to the pressurized space may be provided on at least one side of the first and second sheet members 71 and 72. Although not shown in the drawing, an auxiliary partition plate may be further provided between the first and second pressure sealing members 55 and 56.

And, as shown in FIG. 4, when the pneumatic pressure supplied to the tube 61 of the pressurizing unit 60 leaks, the first and second sliding side walls or the internal space 51 are provided with the first and second pressure sealing members 55. It is further provided with position fixing means (80) to maintain the expanded state of (56).

The position fixing means 80 has a threaded portion formed on the outer peripheral surface of the first sliding side wall portion 55a of the first pressure sealing member 55, and the position fixing bolt 81 to which the position fixing nut 82 is screwed is hinged. It is installed rotatably on an axis. And the corresponding second pressure sealing member 56 is provided with a support hole 83 with one side open so that the position fixing bolt 81 can be inserted and supported, and a fixing bracket supporting the position fixing nut 82. (84) is installed.

And, as shown in Figure 5, another embodiment of the position fixing means 90 is supported on the inner surface of the second pressure sealing member 56 in the internal space as shown in Figure 4 and includes a pressure member ( 91) is screw-coupled with a fixed body 92 installed to be withdrawable and retractable and the pressing member 91, and has a worm wheel 93 rotatably installed on the fixed body 92. And a worm rotatably installed on the fixed body and installed on the draw-out shaft 96, one side of which is drawn out through the draw-out hole 95 formed in the first and second sliding side walls on the front side, and coupled to the worm wheel 93. (94) is provided.

The position fixing means is not limited to the above-described embodiments, and can be any structure capable of maintaining the expanded state of the first and second pressure sealing members.

Meanwhile, as shown in FIG. 8 in an expanded state in which the position is fixed by the position fixing means, the first and second sliding side walls 55a ( A sealing cover 120 attached to the surface of 56a) may be further provided. The sealing cover 120 may be made of a stretchable silicone pad.

The pressure packing module 50 configured as described above expands the tube by supplying pneumatic pressure through the pneumatic injection part 62 of the tube 61, thereby expanding the pressure surface of the first and second pressure sealing members 55 and 56. That is, the first and second buffer members 57 and 58 attached to the outer surface are pressed and sealed against the inner peripheral surface of the module coupling portion 21 and the outer peripheral surface of the corresponding unit module structure 30. The pressure packing module can increase the sealing force according to the pressure supplied to the tube 61, and increases the pressure of the tube 61 to connect the first and second pressure sealing members 55 and 56 to the module coupling portion 21. It can be modified to fit the shape of the gap between the inner peripheral surface and the outer peripheral surface of the unit module structure 30.

In the state where the sealing is performed as described above, the pressurized state of the first and second joining sealing members 55 and 56 is fixed using the position fixing means 80 or 90.

This fixation is performed by tightening the position fixing nut 82 while supporting the end of the fixing bolt 81 in the support hole 83 of the fixing bracket 84, as shown in FIG. 4. This can be achieved by being in close contact with the fixing bracket 84.

And, as shown in FIG. 5, the draw-out shaft 96 protruding from the draw-out hole 95 is rotated to rotate the worm wheel 93 supported on the fixed body 92, and the end of the pressing member 91 screwed thereto is rotated. This can be achieved by bringing it into close contact with the outer peripheral surface of the first pressure sealing member 55.

Also, when separating the module structure main body 20 and the unit module structure, the unit module structure can be easily separated from the coupling portion by removing the pressure within the tube.

Figures 6 and 7 show another embodiment of the pressure packing module according to the present invention. In this embodiment, the same reference numerals as in the above embodiment indicate the same components.

Referring to the drawing, the pressure packing module includes first and second pressure sealing members 101 and 102 installed on the front and rear sides along the trajectory of the sealing portion corresponding to the module coupling portion 21 of the module structure main body 20. ) is installed. A pressure packing member 105 that is flexible and whose cross-sectional shape can be easily changed is installed between the first and second pressure sealing members 101 and 102. The pressure packing member 105 may be made of synthetic resin or soft rubber. This pressure packing member 105 may be made of silicone material.

And the first and second pressure sealing members 101 and 102 have a gap between them so that the pressure packing member 105 installed between them can be moved in the pressing direction so that the pressure packing member 105 can be extruded on both sides. A holding means 110 is installed. The gap maintenance means 110 is fixed to the first pressure sealing member 101 and includes a fixing member 111 that protrudes through the through hole 103 formed in the second pressure sealing member 102 and the fixing member ( It is provided with a fastening member 112 that is screwed to 111).

The pressure packing module configured in this way is pressurized between the first and second pressure sealing members 101 and 102 along the sealing portion with the unit module structure 30 inserted into the coupling portion of the module structure main body 20. Insert the pressure packing module with member 105 interposed therein. In this state, the fastening member 112 coupled with the fixing member 111 of the gap maintenance means 110 is tightened to move the first and second pressure sealing members 101 and 102 in opposite directions, thereby forming the pressure packing module ( 105) is pressurized.

In this way, as shown in FIG. 7, the pressure packing module 105 is pressed and both sides of the pressure sealing members 101 and 102 are extruded, thereby forming the inner peripheral surface of the module coupling portion of the module structure main body 20 and the corresponding unit. It is in close contact with the outer peripheral surface of the module structure 30 and maintains a sealed state.

Additionally, in order to separate the pressure packing module 105, it can be easily separated from the sealing portion by widening the gap between the first and second pressure sealing members 101 and 102 using the space maintaining means 110.

As described above, the module structure assembly with the pressurized packing module according to the present invention allows outflow of internal air and inflow of external air through the coupling portion of the unit module structure 30, where one side is coupled to the module coupling portion of the module structure main body 20. It can easily block water leaks and is easy to install and remove.

The present invention described above has been described with reference to an example shown in the drawings, but this is merely illustrative, and those skilled in the art will understand that various modifications and other equivalent embodiments are possible therefrom. will be. Therefore, the true scope of technical protection of the present invention should be determined by the technical spirit of the appended claims.

Claims (7)

It is installed between the module structure main body in which the module coupling part is formed and the unit module structure to be inserted into the module coupling part to expand the internal space, and the inner peripheral surface of the module coupling part and the outer peripheral surface of the corresponding unit module structure to provide a seal between them. Equipped with a pressure packing module for sealing the unit,
The pressure packing module is formed along the trace of the inner peripheral surface of the module coupling part of the module structure main body and the outer peripheral surface of the unit module structure. The first and second pressure seals form an internal space and are slidably coupled in the direction in which the internal space is expanded. A member and a pressurizing unit installed in the internal space to press the first and second pressurizing sealants in an expanding direction,
The side walls or inner space of the first and second pressure sealing members are further provided with position fixing means for maintaining the expanded state of the first and second pressure sealing members in the event of leakage of pneumatic pressure supplied to the tube of the pressure unit. A modular structure assembly with a pressurized packing module. According to clause 1,
The pressurizing unit is installed along a trajectory in the internal space formed by the first and second pressurizing sealing members, is expanded by pneumatic pressure flowing in through the pneumatic injection unit, and includes a plurality of tubes connected by connecting means in the longitudinal direction of the internal space. A modular structure assembly having a pressurized packing module, characterized in that it is provided with. According to clause 1,
The pressing unit includes a first sheet member joined on both sides to one edge in the width direction of the first and second pressure sealing members, and a first sheet member joined on both sides to the other edge in the width direction of the first and second pressure sealing members. It is provided with a first sheet member and a second sheet member forming a pressure space for pressing the first and second pressure seal members toward the sealing surface, and a device for supplying pneumatic pressure to the pressure space on at least one side of the first and second sheet members. A module structure assembly having a pressurized packing module, characterized by having a pneumatic injection unit. delete According to clause 1,
The position fixing means has a threaded portion formed on the outer peripheral surface of the first sliding side wall of the first pressure sealing member, and a position fixing bolt to which a position fixing nut is screwed is installed to be rotatable by a hinge axis, and a second pressurizing unit corresponding thereto is installed. A modular structure assembly with a pressurized packing module, characterized in that the sealing member is provided with a support hole open on one side so that a position fixing bolt can be inserted and supported, and a fixing bracket supporting the position fixing nut is installed. According to clause 1,
A module structure assembly with a pressure packing module, characterized in that it is further provided with a sealing cover attached to the surfaces of the first and second sliding side walls of the first and second pressure sealing members fixed by the position fixing means. A module structure main body formed with a coupling portion and a unit module structure inserted into the coupling portion to expand the internal space,
A pressure packing module is installed on the inner peripheral surface of the coupling portion and the outer peripheral surface of the corresponding unit module structure to seal the space between them,
The pressure packing module is formed along the trajectory of the corresponding sealing portion of the coupling portion of the module structure, and is installed between the first and second pressure sealing members that are slidably coupled in the sealing direction, and the first and second pressure sealing members. A pressurized packing member made of synthetic resin that is flexible and easy to change the shape of the cross section,
Having a pressurized packing module, characterized in that it is provided with a gap maintenance means that moves the first and second pressurized sealing members in a direction to pressurize the pressurized packing members with each other so that the pressurized packing members can be extruded on both sides of the pressurized sealing member. Modular structure assembly.

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