KR100929112B1 - Assembling apparatus for architectural modular unit - Google Patents

Abstract

PURPOSE: A construction modular unit assembly guide apparatus is provided to improve the assembling precision of a modular unit by precisely guiding the position of a column. CONSTITUTION: A construction modular unit assembly guide apparatus is composed of a fixed support device(10), a movable support device(20), a column guide pin(30), a vertical control device(40), a ceiling beam control device(50), and a bottom beam control device(60). A wheel(28) and a rail(29) are installed in the movable support device. The column guide pin is installed in the upper part of a fixed horizontal member(12) and the upper part of the movable horizontal member. The column guide pin sets the bottom part of the column. The vertical control device is installed in a movable vertical member(24) and a fixed vertical member(14). The vertical control device controls the verticality of the column. The ceiling beam control device is fixed to a movable upper connection member(26) and a fixed upper connection member(16). The ceiling beam control device precisely controls the installation position by supporting the side of the ceiling beam. The bottom beam control device is fixed to a movable auxiliary vertical member(25) and the lower part of a fixed auxiliary vertical member(15). The bottom beam control device controls the installation position by supporting the side of the bottom beam.

Description

Building modular unit assembly guide device {ASSEMBLING APPARATUS FOR ARCHITECTURAL MODULAR UNIT}

The present invention relates to a building modular unit assembly guide device to improve the precision of the modular unit by guiding the positions of the pillars, floor beams and ceiling beams accurately when assembling the building modular unit in the factory.

The modular building unit is a structural system for constructing a building through lamination and assembly.

In such a structural system, it is basically composed of four steel pillars arranged in a rectangular shape, a plurality of steel ceiling beams connecting the upper portions of the pillars, and a plurality of steel floor beams connecting the lower pillars.

The main technologies related to the building modular unit are mainly related to the pillars and the connection or connecting plate for simplifying and systemizing the connection part of the beam, but the technology for manufacturing the modular unit has been disclosed. none.

That is, until now, in the modular manufacturing plant, it is a situation to weld and fix columns, ceiling beams, and floor beams by hand.

However, in the modular construction field, a plurality of modulars are connected to each other and thus the pillars, the ceiling beams, and the floor beams of the modular become structural members of the entire building. Therefore, if one modular unit is incorrectly constructed, the entire building cannot be constructed according to the design. May have structural defects.

Therefore, there is a great need for an apparatus for precisely constructing a modular unit.

Building modular unit assembly guide device of the present invention is to solve the problems caused in the prior art as described above, the pillar guide pins in the horizontal member in which the column is loaded in the state of the guide pin insertion hole is formed in the pillar bottom of the modular unit By installing the guide pin insertion hole is inserted into the guide pin insertion hole to accurately guide the position of the bottom of the pillar to improve the accuracy of modular unit assembly.

In addition, by installing a plurality of vertical adjustment device in the vertical member is to precisely adjust the vertical degree of the column inserted into the pillar guide pin.

In addition, by installing a ceiling beam control device and a floor beam control device to be able to set the exact position of the ceiling beams and floor beams when assembling the ceiling beams and floor beams connecting the top and bottom of each fixed column.

In other words, the pillar guide pin and vertical adjustment device, ceiling beam control device, floor beam control device to be able to construct the column, ceiling beam, floor beam of the modular unit as precisely as possible.

In addition, the support device is divided into a movable side support device and a fixed side support device so that the movable side support device is configured to be movable in the horizontal direction, so that various modular units having different lengths can be easily assembled.

In addition, by installing a plurality of floor height adjusting pins having the same height in the horizontal members supporting the floor beam of the modular unit, the scrap generated during the welding and assembly process is spread on the floor beam to make it difficult to adjust the horizontal beam of the floor beam To relieve.

In addition, it is intended to be applicable to the assembly of a modular unit of various lengths of the modular one-way by configuring the auxiliary horizontal member is installed so that the floor beam adjustment device is movable.

That is, it is to be able to perform the assembly while maintaining the accuracy when assembling the modular unit of the longitudinal and unidirectional lengths using the movable side support device, the auxiliary rail and the auxiliary wheel.

On the other hand, since the column length of the modular unit is at least 2m or more to install the workbench for the operator's convenience, by installing an auxiliary workbench folded inwardly to enable the operator to easily perform the assembly work.

In addition, it is intended to be able to accurately set the position by moving and fixing the moving geodetic device and the auxiliary horizontal member using the cylinder and the arm.

Building modular unit assembly guide device of the present invention, in order to solve the above problems, four steel pillars arranged in a rectangular shape, a plurality of steel ceiling beams connecting the upper portion of each column, and connecting the lower portion of each column In the construction modular unit assembly guide device for assembling a rectangular building modular unit having a plurality of steel beams and a guide pin insertion hole for assembling at the bottom of each column, a plurality of steel frame fixing The lower part of the side support member is installed in the longitudinal direction while being fixed to the ground, and two fixed side horizontal members made of steel are mounted and fixed on both ends of the fixed side supporting members, and between the two fixed side horizontal members. The fixed side auxiliary horizontal member of steel is mounted on both ends of the fixed side support members, and the fixed side of steel The lower part of the vertical member is fixed to the upper side of the fixed side horizontal member, and the fixed side auxiliary vertical member made of steel is mounted and fixed on the upper side of the fixed side horizontal member, and the fixed side upper connecting member made of steel A fixed side support device installed by connecting an upper end of the fixed side vertical member; The movable side supporting member, the movable side horizontal member, the movable side auxiliary horizontal member, the movable side vertical member, the movable side vertical vertical member, and the movable side upper connecting member are connected to each other so that the stationary side supporting apparatus and the stationary side supporting apparatus are opposite to each other. It is installed in the same configuration symmetrically, the lower side of the moving side member is provided with a plurality of wheels, the rail is installed on the lower side of the wheel in the same direction as the moving side member to enable the movement of the wheel, The member is formed to have a height lower than that of the fixed side support member, and the bottom portion of the movable side support device spaced from the bottom while being fixed to the fixed side support member; A projection protruding in the shape of a pin is formed in the upper portion of the central plate of the plate to be inserted into the guide pin insertion hole at the bottom of the column, and the fixed side horizontal member spaced a certain distance from the fixed side vertical member and the movable side vertical member. And a pillar guide pin installed at an upper portion of the movable side member and configured to set the pillar bottom. One side is fixed to the movable side vertical member and the fixed side vertical member, and the other side is protruded toward the center side, but is configured to adjust the protruding length, a plurality of vertical adjustments configured to adjust the verticality of the column set the bottom of the pillar guide pin An apparatus; One side is fixed to the movable upper connection member and the fixed side upper connection member, the other side is protruded toward the center side, but each of the plurality of ceilings configured to support the side of the ceiling beam installed between the unidirectional pillars is configured to adjust the protruding length An auxiliary cutting device; One side is fixed to the lower side of the movable side auxiliary vertical member and the fixed side auxiliary vertical member, and the other side is protruded toward the center side, respectively, the protruding length is configured to adjust the multiple configured to support the side of the floor beam installed between the unidirectional columns Consists of two floor beam control device.

In this case, a plurality of floor height adjusting pins having the same height is installed on the upper side of the movable side member and the fixed side member, the movable side member and the fixed side member.

In addition, an auxiliary rail is installed on the upper side of the movable side support member and the fixed side support member, and an auxiliary wheel is installed at the bottom of the movable side auxiliary member and the fixed side auxiliary member, but the movable side auxiliary member is fixed and fixed. The upper surface of the side auxiliary horizontal member is characterized in that it is configured to be the same height as the upper surface of the movable side member and the fixed side member.

In addition, the movable side work station and the fixed side support device are respectively provided with a movable side work station and a fixed side work station, and an auxiliary work platform which is folded inwards on the basis of the movable side vertical member and the fixed side vertical member, respectively. It is characterized by that.

In addition, the moving device is composed of a pair of cylinders and the arm, the arm is connected to the moving side support device moving side horizontal member to move the moving side support device; characterized in that the further configuration.

According to the present invention, the pillar base of the modular unit is provided with a pillar guide pin in the horizontal member on which the pillar is loaded in a state where the guide pin insertion hole is formed, thereby inserting the pillar guide pin in the guide pin insertion hole to accurately position the pillar bottom. The precision of modular unit assembly is improved by guiding.

In addition, by installing a plurality of vertical adjustment device in the vertical member it is possible to accurately adjust the vertical degree of the column inserted into the pillar guide pin.

In addition, by installing the ceiling beam adjusting device and the floor beam adjusting device, it is possible to set the exact position of the ceiling beam and the floor beam when assembling the ceiling beam and the floor beam connecting the upper and lower portions of each fixed column.

That is, it is possible to construct the column, ceiling beams and floor beams of the modular unit as precisely as possible by using the pillar guide pin and vertical adjustment device, ceiling beam control device, floor beam control device.

In addition, the support device is divided into a movable side support device and a fixed side support device, so that the movable side support device can be moved in the horizontal direction, so that various modular units having different lengths can be easily assembled.

In addition, by installing a plurality of floor height adjustment pin it is possible to maintain the horizontal level of the floor beam even if the scrap generated in the welding and assembly process spread on the floor beam bottom.

In addition, it is possible to apply to the assembly of the modular unit having a variety of modular one-way length by configuring the auxiliary horizontal member is installed so that the floor beam adjustment device is movable.

That is, by using the movable side support device, the auxiliary rail and the auxiliary wheel can be assembled while maintaining the accuracy when assembling the modular unit of various longitudinal and unidirectional length.

On the other hand, since the column length of the modular unit is at least 2m or more to install the workbench for the operator's convenience, by installing an auxiliary workbench folded inwardly, the operator can easily perform the assembly work.

In addition, it is possible to accurately set the position by moving and fixing the moving geodetic device and the auxiliary horizontal member using the cylinder and the arm.

The building modular unit assembly guide device of the present invention includes four steel pillars 2 arranged in a rectangular shape, a plurality of steel ceiling beams 3 connecting upper portions of the pillars 2, and each pillar 2. Consists of a plurality of steel floor beams (4) connecting the lower, and to assemble a rectangular building modular unit (1) having a guide pin insertion hole (2a) for assembly at the bottom of each column (2). It is.

The assembly guide device of the present invention for assembling the building modular unit 1 presupposed as described above is largely a fixed side support device 10, a movable side support device 20, a pillar guide pin 30, a vertical adjustment device ( 40), the ceiling beam control device 50, the floor beam control device (60).

Hereinafter, the detailed configuration of the building modular unit assembly guide device of the present invention through the accompanying drawings will be described.

As shown in the drawing, the fixed side support device 10 includes a fixed side support member 11, a fixed side horizontal member 12, a fixed side auxiliary horizontal member 13, a fixed side vertical member 14, and a fixed side auxiliary vertical. The member 15, the fixed side upper connection member 16, and the fixed side truss member 17 are comprised.

All the members are preferably made of steel, such as H-beams, as shown, may optionally be applied to the member, such as channel or square tube.

As shown in the figure, the fixed side support member 11 is configured in such a way that a plurality of fixed side support members 11 are installed in the vertical direction.

The fixed side support members 11 are mounted on the upper ends of both sides of the fixed side support members 11 in the horizontal direction so that the fixed side horizontal member 12 intersects the direction of the fixed side support members 11. have.

The coupling between the fixed side support member 11 and the fixed side horizontal member 12 is fixed using a high-strength bolt or the like as shown.

Between the two fixed side member 12, the fixed side auxiliary member 13 made of steel is mounted on the upper ends of both sides of the fixed side support members (11).

The fixed side auxiliary horizontal member 13 is for guiding the bottom beams 4 installed between the pillars 2 and the pillars 2, as shown in FIG. It can be configured to be fixed using.

On the other hand, the fixed side vertical member 14 made of steel is installed in the vertical direction with the lower part fixed to the upper side of the fixed side horizontal member 12.

The fixed side auxiliary vertical member 15 made of steel is mounted and fixed on the upper side of the fixed side auxiliary member 13, and has a length of about 10 to 50 cm short as shown.

Since the fixed side auxiliary vertical member 15 is for guiding the position of the floor beams 4 installed between the pillars 2, it is not necessary to form it long to the upper part.

On the other hand, between the two fixed side vertical member 14, the fixed side upper connecting member 16 made of steel is installed to connect both ends of the two fixed side vertical member 14.

In addition, one side of the fixed side truss member 17 made of steel is fixed to the upper end of the fixed side horizontal member 12, the other side is fixed to the top of the fixed side vertical member 14, the fixed side vertical member 14 ) May be configured to support the

On the opposite side of the fixed side support device 10 configured as described above, the movable side support device 20 is configured to be symmetrical with the fixed side support device 10.

Therefore, the movable side support member 21, the movable side horizontal member 22, the movable side auxiliary horizontal member 23, the movable side vertical member 24, and the movement so as to correspond to the respective components of the fixed side support apparatus 10. The side auxiliary vertical member 25, the movable side upper connecting member 26, and the movable side truss member 27 are connected to each other.

At this time, the movable side support device 20 is different from the fixed side support device 10, so that some components are different from the fixed side support device 10, the wheel 28 and the rail 29 This is additionally installed.

Specifically, a plurality of wheels 28 are installed at the lower portion of the moving side horizontal member 22, and the lower side of the wheel 28 in the same direction as the moving side horizontal member 22 to enable the movement of the wheels 28. The rail 29 is provided.

In addition, the movable side support member 21 is formed so that the bottom height is lower than the fixed side support member 11, and the upper part is fixed to the fixed side support member 11, and the bottom part is comprised so that it may be spaced apart from the bottom.

The moving side support device 20 is configured to move the moving side member 22 along the rail 29, and the other components connected to the moving side member 22 are moved side members. It is a structure which can move to the horizontal direction with 22.

In the present invention, the pillar guide pin 30 has a protrusion 32 protruding in the shape of a pin having a size such that the pillar guide pin 30 is inserted into the guide pin insertion hole 2a at the bottom of the pillar 2 at the center of the plate 31. It is formed.

The pillar guide pins 30 are formed on the upper side of the fixed side horizontal member 12 spaced apart from the fixed side vertical member 14 and the movable side horizontal member 22 spaced a predetermined distance from the movable side vertical member 24. It is installed at the top.

Referring to the drawings, each of the pillar guide pins 30 is fixed to the side member 12 and the center so that the center is located at a predetermined distance away from the fixed side vertical member 14 and the moving side vertical member 24 in the direction of the center side. It can be seen that the movable side member 22 is installed above.

At this time, when the scrap generated during operation falls on the plate 31 of the pillar guide pin 30, the bottom portion of the pillar 2 may be leveled so that the position cannot be held. 32 is preferably provided so that the bottom of the pillar 2 is positioned at a position spaced apart from the plate 31 by the protrusion 32.

In the present invention, the vertical adjustment device 40 has one side fixed to the moving side vertical member 24 and the fixed side vertical member 14, as shown in Figure 2, the other side is projected toward the center side, respectively, protruding It is configured to adjust the length of the part.

The vertical adjustment device 40 is installed in at least two places, such as the upper, center, lower, and the like on the moving side vertical member 24 and the fixed side vertical member 14, as shown in FIG. It is desirable to be installed so that it can be adjusted accurately.

In the present invention, the ceiling beam control device 50 is one side is fixed to the moving side upper connection member 26 and the fixed side upper connection member 16, as shown in Figure 2, the other side is projected toward the center side, respectively However, the length of the protruding portion is configured to be adjusted.

That is, it is configured to support the side of the ceiling beams 3 installed between the unidirectional pillars 2 so as to accurately adjust the installation position of the ceiling beams 3.

Ceiling beam control device 50 is also preferably installed at least two places on the moving side upper connection member 26 and the fixed side upper connection member 16.

In the present invention, as shown in FIG. 2, the bottom adjustment device 60 has one side fixed to the lower side of the movable side auxiliary vertical member 25 and the fixed side auxiliary vertical member 15, and the other side is respectively centered. Protrudes but is configured to adjust the length of the protruding portion.

That is, it is configured to support the side of the floor beams 4 installed between the unidirectional pillars 2 to precisely adjust the installation position.

The configuration of the vertical adjustment device 40, the ceiling beam control device 50, the floor beam control device 60 configured as described above is configured in the same manner as the example of the ceiling beam control device 50 illustrated in FIG.

Looking at the drawings, the ceiling beam control device 50 is fixed to the fixed side upper connection member 16, the fixing plate 51 is provided with a bolt insertion hole (51a) formed therein.

In addition, a screw thread is formed on the outer circumferential surface, so that the body 52a fastened to the bolt insertion hole 51a of the fixing plate 51 and a screwdriver or the like are inserted or held by the hand so as to move the body 52a forward or backward. A bolt member 52 formed of a handle portion 52c having a handle for rotating and a contact portion 52b for pushing and moving the pillar 2 is provided on the opposite side of the handle portion 52c.

That is, after the bolt member 52 is fastened to the bolt insertion hole 51a of the fixing plate 51, the position of the pillar 2 can be adjusted while pushing the pillar 2 forward and backward.

Looking at the drawings, the ceiling beam control device 50, the floor beam control device 60 all have the same configuration as the vertical control device 40, only the fixed position of the fixing plate 51 fixed side upper connection member 16, moving It can be seen that the side upper connecting member 26 or the fixed side auxiliary vertical member 15 and the moving side auxiliary vertical member 25 are installed.

At this time, the configuration of the vertical adjustment device 40, the ceiling beam control device 50 and the floor beam control device 60 as described above, the arm is moved by the hydraulic pressure using a pair of cylinders and arms accurately at a constant interval You can keep it.

In other words, when the bolt is turned by hand, it simply serves to push the column 2, the floor beam 4, and the ceiling beam 3 to one side to be in close contact with each other. By setting the default position, more accurate work is achieved.

In the configuration as described above, when the floor beam 4 is installed, the bottom surface of the moving side member 22 or the fixed side member member 12 that supports the bottom beam 4, or the like, during the work is buried A problem arises in that it is difficult to maintain the horizontality of the beam 4.

In order to solve this problem, as shown in FIG. 2, the upper side of the movable side member 22 and the fixed side member 12, the movable side auxiliary member 23, and the fixed side auxiliary member 13 is shown. A plurality of floor height adjusting pins 70 having the same height can be installed.

That is, when the bottom height adjustment pin 70 is installed in the state in which the top height of the bottom height adjustment pin 70 is the same, all of the bottom height adjustment pins 70 are installed so that the scrap is moved to the side member 22 or the side. Even if stacked on the fixed side member 12, it is possible to continue the operation while maintaining the horizontality of the floor beam (4).

Here, the bottom height adjustment pin 70 may be formed in various forms in addition to the illustrated.

On the other hand, in the configuration as described above, the movable side auxiliary horizontal member 23 and the fixed side auxiliary horizontal member 13 and the moving side auxiliary vertical member 25 and the fixed side auxiliary vertical member 15 connected thereto are the floor beams (4). ) Is installed to adjust the installation position.

However, when assembling the unit 1 having a short width in the unidirectional direction of the modular unit 1, the width of the fixed side upper connecting member 16 or the moving side upper connecting member 26 cannot be reduced in the above structure. A problem arises in that it is difficult to cope actively with the unidirectional length change of (1).

As a method for solving this problem, as shown in FIG. 3, an auxiliary rail 80 is installed on the upper side of the movable side support member 21 and the fixed side support member 11, and the movable side auxiliary horizontal member ( 23) and the bottom of the fixed side auxiliary horizontal member 13 can be configured so that the auxiliary wheel 81 is installed.

At this time, the upper surface of the movable side auxiliary member 23 and the fixed side auxiliary member 13 is preferably configured to be the same height as the upper surface of the movable side member 22 and the fixed side member (12).

That is, the auxiliary wheels (23) and the fixed side auxiliary member (13) is not fixed to the moving side support member 21 or the fixed side support member 11 as shown in FIG. Since the 81 is configured to move on the auxiliary rail 80, when the modular unit 1 having a short width in one direction is assembled, the movable side auxiliary member 23 and the fixed side auxiliary member 13 are moved easily. I can assemble it.

At this time, the movable side auxiliary vertical member 25 and the fixed side auxiliary vertical member 15 are formed to have a high height, and in this case, the vertical degree of the pillar 2 is accurately adjusted by installing the vertical adjusting device 40 therein. You can do that.

On the other hand, the assembly guide device of the present invention configured as described above is a height of the modular unit is at least 2 m or more, it is preferable to install a workbench as shown in Figure 2 around the upper portion for the convenience of workers.

At this time, the work table basically consists of the movable work bench 90 positioned on the side of the movable side support device 20 and the fixed work bench 91 positioned on the side of the fixed side support apparatus 10, and if necessary, the movable side. What is necessary is just to install the connection bench 93 which connects the bench 90 and the fixed side bench 91 further.

By the way, when welding the column 2 and the ceiling beams 3 by welding, the movable side work table 90 installed at the outer circumference of the movable side support device 20 or the outer side of the fixed side support device 10 is installed. The welding work on the outer side where the column 2 and the ceiling beam 3 meet during the welding work on the fixed side work platform 91 becomes inconvenient.

As a method for solving this problem, as shown in FIGS. 3 and 7, the movable work vertical member 24 and the fixed work vertical member 14 face each other, that is, the auxiliary work bench 92 which is folded inward. It is preferable to install additionally.

At this time, the folding method is to install the auxiliary work platform 92 using a chain, a hinge, etc. as shown, to fix the position of the auxiliary work platform 92 is to install a chain at both ends of the auxiliary work table 92, What is necessary is just to apply a method, such as connecting a chain to one side, such as the fixed side vertical member 14 and the moving side vertical member 24.

On the other hand, in the configuration as described above, the movable side support device 20 has a problem that it is difficult for a person to move manually because the weight is heavy because the components are all made of steel.

In order to solve such a problem, a pair of cylinders 100 and a moving device composed of an arm 101 are provided, and the arm 101 is connected to the moving side support member 20 of the moving side horizontal member 22. , The cylinder 100 is preferably fixed to the ground or rail 29 using a bracket 102 or the like to move the movable side support device 20 by the operation of the cylinder 100 and the arm 101. Do.

In this case, the movable device serves to fix the position of the movable side support device 20.

In addition, the auxiliary cylinder 82 is installed on the movable side horizontal member 22 and the fixed side horizontal member 12 with reference to such a mobile device, and the auxiliary arm 83 connected to the auxiliary cylinder 82 is moved to the side. By connecting the auxiliary side member 23 and the fixed side auxiliary member 13, the moving side auxiliary member 23 and the fixed side auxiliary member 13 can be moved and their positions can be adjusted.

On the other hand, as shown in the above configuration, it is preferable to additionally install the connecting members in the lower portion of each of the upper side connecting member 26, the fixed side upper connecting member (16).

Looking at the method of assembling the building modular unit 1 using the building modular unit assembly guide device of the present invention configured as described above is as shown in Figs.

First, referring to FIG. 4, the pillars 2 are installed at four corners so that the guide pins are inserted into the lower guide pin insertion holes 2a of the pillars 2 of the modular unit 1.

At this time, the protruding portion of the vertical adjusting device 40 by using the vertical adjusting device 40 is in contact with the surface of the pillar (2).

This is because when the pillar 2 is shaken in an upright state, the positions of the floor beams 4 and the ceiling beams 3 installed between the pillars 2 cannot be set accurately.

After setting the positions of the pillars 2 using the vertical adjustment device 40 and the guide pins, the bottom beams 4 are connected to the bottom of each pillar 2 as shown in FIG. 5.

First, the unidirectional floor beams 4 are first installed. At this time, the unidirectional floor beams 4 are precisely installed using the floor beam control device 60 installed in the movable side auxiliary vertical member 25 and the fixed side auxiliary vertical member 15. Assemble in place.

After installing the unidirectional floor beams 4, the remaining long-length floor beams 4 are connected to each other.

After installing the lower floor beams 4, the ceiling beams 3 are installed as shown in FIG.

When installing the ceiling beams (3) to be in close contact with the one side of the ceiling beams (3) by using the ceiling beam control device 50 installed on the upper connection member 26 and the fixed side upper connection member 16, respectively. When the assembly is performed by fixing the unidirectional ceiling beams 3 at the correct position and then fixing the longitudinal beams 3, the assembly of a series of modular units 1 is completed.

In the above process, the installation order of the floor beams 4 and the ceiling beams 3 may be selectively changed.

1 is a perspective view showing a building modular unit to be assembled using the building modular unit assembly guide device of the present invention.

Figure 2 is a perspective view showing one embodiment of the building modular unit assembly guide device of the present invention.

Figure 3 is a perspective view showing another embodiment of the building modular unit assembly guide device of the present invention.

4 to 6 is a perspective view showing a state of assembling the building modular unit using the building modular unit assembly guide device of the present invention.

7 is a perspective view showing a state in which the auxiliary workbench is installed in the building modular unit assembly guide device of the present invention.

<Detailed Description of Major Symbols in Drawing>

1 unit 2 pillar

2a: guide pin insertion hole 3: ceiling beam

4: floor beam 10: fixed side support device

11: fixed side supporting member 12: fixed side horizontal member

13 fixed side auxiliary horizontal member 14 fixed side vertical member

15: fixed side auxiliary vertical member 16: fixed side upper connecting member

17: fixed side truss member 20: moving side support device

21: moving side supporting member 22: moving side horizontal member

23: moving side auxiliary horizontal member 24: moving side vertical member

25: movable side auxiliary vertical member 26: movable side upper connecting member

27: moving side truss member 28: wheel

29: rail 30: pillar guide pin

31: plate 32: projection

40: vertical adjusting device 50: ceiling beam adjusting device

51: fixing plate 51a: bolt insertion hole

52 bolt member 52a body

52b: contact portion 52c: handle portion

60: floor beam adjustment device 70: floor height adjustment pin

80: auxiliary rail 81: auxiliary wheel

82: auxiliary cylinder 83: auxiliary arm

90: mobile side workbench 91: fixed side workbench

92: work bench 93: work bench

100: cylinder 101: arm

102: bracket

Claims (5)

Four steel pillars 2 arranged in a rectangular shape, a plurality of steel ceiling beams 3 connecting upper portions of the pillars 2, and a plurality of steel floor beams connecting lower portions of the pillars 2. In the building modular unit assembly guide device, which is composed of 4) and for assembling a rectangular building modular unit 1 having a guide pin insertion hole 2a for assembling at the bottom of each column 2, Lower parts of the plurality of fixed side support members 11 made of steel are installed in the longitudinal direction while being fixed to the ground, and two fixed side horizontal members 12 made of steel are both ends of the fixed side support members 11. It is loaded and fixed on the upper side, between the two fixed side horizontal member 12, the fixed side auxiliary horizontal member 13 made of steel is mounted on both ends of the fixed side supporting members 11, and installed The lower side of the fixed side vertical member 14 is fixed to the upper side of the fixed side horizontal member 12, and the fixed side secondary vertical member 15 made of steel is on the upper side of the fixed side secondary member 13 A fixed side support device (10) mounted and fixed and having a fixed side upper connecting member (16) made of steel to connect upper ends of two fixed side vertical members (14); Moving side supporting member 21, moving side horizontal member 22, moving side auxiliary horizontal member 23, moving side vertical member 24, moving side auxiliary vertical member 25, moving side upper connecting member 26 Are connected to each other is installed in the same configuration symmetrically to the fixed side support device 10 on the opposite side of the fixed side support device 10, a plurality of wheels 28 on the lower side of the movable side member 22 It is installed, the rail 29 is installed under the wheel 28 in the same direction as the moving side member 22 so that the movement of the wheel 28, the moving side support member 21 is fixed side A lower side than the supporting member 11 so that the upper portion is fixed to the fixed side supporting member 11 and the bottom portion is moved from the bottom side of the supporting device 20; On the center of the plate-shaped plate 31, a projection 32 is formed in the shape of a pin having a size enough to be inserted into the guide pin insertion hole 2a at the bottom of the column 2, and the fixed side vertical member 14 is formed. And pillar guide pins 30 installed on the fixed side horizontal member 12 and the movable side horizontal member 22 spaced apart from the vertical side moving member 24 to set the bottom of the column 2. ; One side is fixed to the movable side vertical member 24 and the fixed side vertical member 14, and the other side is protruded toward the center side, respectively, but is configured to adjust the protruding length of the pillar (2) A plurality of vertical adjustment devices (40) configured to adjust the vertical degree of; One side is fixed to the moving side upper connecting member 26 and the fixed side upper connecting member 16, the other side is protruded to the center side, respectively, the protruding length is configured to adjust the ceiling beam installed between the unidirectional column (2) (3) a plurality of ceiling beam control devices 50 configured to support the sides; One side is fixed to the lower side of the movable side auxiliary vertical member 25 and the fixed side auxiliary vertical member 15, and the other side is protruded toward the center side, but is configured between the protruding length is installed between the unidirectional pillars (2) It comprises a; a plurality of foot adjustment device 60 configured to support the side of the foot beam (4), Building modular unit assembly guide device. The method of claim 1, The plurality of bottom height adjusting pins 70 having the same height on the upper side of the movable side member 22 and the fixed side member 12, the movable side auxiliary member 23 and the fixed side auxiliary member 13 (13). Characterized in that the Building modular unit assembly guide device. The method of claim 1, An auxiliary rail 80 is provided on the upper side of the movable side supporting member 21 and the fixed side supporting member 11, and is provided at the bottom of the movable side auxiliary horizontal member 23 and the fixed side auxiliary horizontal member 13. The wheel 81 is provided, but the upper surface of the moving side auxiliary member 23 and the fixed side auxiliary member 13 is the same height as the upper surface of the movable side member 22 and the fixed side member 12. Characterized in that to be configured, Building modular unit assembly guide device. The method of claim 1, The movable side support device 20 and the fixed side support device 10 are provided with a movable side work table 90 and a fixed side work platform 91 on the outer periphery, respectively, the movable side vertical member 24 and the fixed side vertical device. It characterized in that the auxiliary work platform 92 which is folded inward with respect to the member 14, respectively, is installed, Building modular unit assembly guide device. The method of claim 1, Consists of a pair of cylinders 100 and the arm, the arm is connected to the moving side support device 20, the moving side member 22, a moving device for moving the moving side support device 20; Characterized by Building modular unit assembly guide device.

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