KR100795946B1 - Temporary fixing apparatus and method - Google Patents

Abstract

An apparatus and a method for temporarily fixing a roll are provided to improve sheet attaching work by including a supply roller capable of mounting a sheet roll easily. An apparatus for temporarily fixing a roll includes a frame(110), pressing units(120,130), and a supply roller(140). The frame is put on insulations at both sides of a working surface of a working region. The pressing units are mounted on both sides of the frames to provide an attaching force to fix the frames. The supply roller rotatably mounts a roll on which a sheet is wound and is mounted to an upper portion of the frame. The roll is temporarily mounted to attach the sheet to the interior of a cargo tank of a ship.

Description

Temporary Fixing Apparatus and Method

1 is a perspective view of a temporary mounting apparatus according to an embodiment of the present invention.

FIG. 2 is a plan view of the frame unit illustrated in FIG. 1.

3 is a left side view of the temporary mounting apparatus shown in FIG. 1.

4 is a front side cross-sectional view for explaining the installation state of the temporary mounting device shown in FIG.

5 is a right side view of the temporary mounting device shown in FIG. 1.

6A to 6F are state diagrams for explaining a mounting method of the temporary mounting apparatus shown in FIG. 1.

                <Description of the symbols for the main parts of the drawings>

1: Insulation material 2: Work surface

3: sheet 3a: sheet roll

110: frame portion 120: first pressing portion

131: horizontal toggle clamp 130: second pressing portion

141: side toggle clamp 140: feed roller unit

150: clamping module 160: rotary shaft module

170: tension control unit

The present invention relates to a temporary mounting apparatus, and more particularly, to a temporary mounting apparatus used for attaching a triplex when constructing a cargo hold of an LNG carrier, or installing a thermal insulation material of a ship.

The cargo hold of a ship for storage of cryogenic conditions requires the construction of a thermal insulation material that can respond to a wide range of temperature changes, while coping with thermal stress and heat shrinkage, and preventing heat intrusion.

In the prior art, when attaching a sheet to a work surface (hereinafter referred to as a 'work surface') of a thermal insulation work area such as a groove formed in a lattice direction between insulation materials, it is attached using an adhesive such as epoxy metric for complete bonding. Doing.

Here, the sheet is conveyed in the form of a sheet-roll such as a coil strip or a roll wound around the mandrel, and then attached to the work surface in the form of a strip unfolded in actual work.

In particular, the attachment operation of the seat takes almost any of the postures inside the cargo hold, such as flat, horizontal, vertical, vertical, overhead, etc. It is going on. Working in such a posture is difficult and difficult to bring about musculoskeletal disorders to workers, therefore, prompt work is required, and the necessity of concise and easy work is on the rise.

In the conventional sheet temporary fixing operation, there is no means for fixing the roll on which the sheet is wound, that is, the sheet roll, near the work surface while taking the posture of any one of the above-mentioned electric bills.

Accordingly, the worker uncomfortable works by unfolding the sheet from the sheet roll to the sheet attachment work position, or by measuring the length of the work surface, cutting and transporting the sheet as measured, temporarily fixing and temporarily performing the bonding operation. The situation is very inconvenient in a very inefficient and complicated working environment.

In the present invention, in order to overcome the problems of the prior art as described above, to provide a temporary mounting device and method that can be quickly installed and separated between the insulation in the pressurizing method during construction of the insulation inside the cargo hold of the ship. Make it a technical task.

In order to achieve the above technical problem, the temporary mounting apparatus according to the present invention is a frame portion of the cradle shape that is based on the edge portion of the thermal insulation material disposed on both sides with respect to the work surface of the thermal insulation work area; A first pressurizing part configured to apply elastic forces of the plurality of first springs to one side of the insulating material based on one side of the frame part; And a second pressing unit configured to apply an adhesion force corresponding to a force of the tightening force of the horizontal toggle clamp installed on the other side of the frame part and the elastic force of the plurality of second springs to the other side of the insulating material, wherein the first and second It is composed of a mounting body having a weight of less than the payload (payload) obtained through the friction between the pressing portion and the insulating material on the upper surface of the frame portion.

The side toggle clamp or the horizontal toggle clamp mentioned in the present invention will be understood as a pivot type shaft member transfer mechanism device capable of easily and quickly performing clamping operation and unclamping operation only by rotation of the side hand lever or the horizontal hand lever.

For example, the side toggle clamp or the horizontal toggle clamp may include a side hand lever or a horizontal hand lever rotatable within a range of 1 degree to 180 degrees, respectively; An L-shaped bar having an English L-shaped end as a whole, connecting one end with the corresponding side hand held or horizontal hand held and forming the other end open in an English Y shape; A T-shaped hinge bracket mounted on an outer surface of the L-shaped end portion formed in the Y-shape; The T-shaped hinge bracket may have a clamping means having a plurality of hinges or connecting portions provided at each end.

Hereinafter, a temporary mounting apparatus according to a preferred embodiment of the present invention will be described in detail with reference to FIGS. 1 to 6F.

1 is a perspective view of a temporary mounting apparatus according to an embodiment of the present invention, Figure 2 is a plan view of the frame portion shown in FIG. 3 is a left side view of the temporary mounting apparatus illustrated in FIG. 1, and FIG. 4 is a front side cross-sectional view for explaining an installation state of the temporary mounting apparatus illustrated in FIG. 1. 5 is a right side view of the temporary mounting apparatus shown in FIG. 1, and FIGS. 6A to 6F are state diagrams for explaining a mounting method of the temporary mounting apparatus shown in FIG.

As shown in Figure 1, the temporary mounting device of the present invention will be more clearly understood by the following detailed description of the embodiment 100 of the pressing method.

This embodiment 100 is used for attaching the sheet 3 to the work surface 2 of the insulation work area such as a groove formed in the lattice direction between the insulation 1 installed in the cargo hold of the ship.

The present embodiment 100 is a temporary mounting equipment supported by the thermal insulation material (1) disposed on both sides with respect to the work surface (2) of the thermal insulation material work area, by releasing the sheet (3) from the sheet roll (3a) It is configured to parallel the role of the supply equipment to supply.

To this end, the present embodiment 100 has a cradle-shaped frame portion 110 which is disposed on both sides with the work surface 2 of the work area therebetween and spans the insulating material 1 based on the edge portion of the insulating material 1. Has

This embodiment 100 has a pair of pressing portions. The pair of pressing parts means the first pressing part 120 and the second pressing part 130.

The first pressing unit 120 serves to apply elastic forces of the plurality of first springs to one side of the heat insulating material 1 based on one side of the frame unit 110.

The second pressing unit 130 is a thermal insulation material (1) to the adhesion force corresponding to the force of the tightening force of the horizontal toe clamp 131 and the elastic force of the plurality of second springs installed on the other side of the frame portion 110 as a support base It is responsible for applying to the other side of the.

Here, the second pressing unit 130 may generate an adhesive force like the horizontal toggle clamp 131 which will be described in detail below, but may also generate an adhesive force by using a turn buckle commonly known in the art. Of course.

In the present embodiment 100, the first and second pressing parts 120 and 130 generate a payload that can withstand the weight of the mounting to be described below.

This embodiment 100 is characterized in that the attachment is further attached to the upper surface of the frame portion 110.

To this end, a plurality of bolt holes are formed in the upper surface of the frame part 110, and other bolt holes are formed in the corresponding fittings that can be fitted to these bolt holes, and a plurality of bolts, nuts, clamps, etc. Preferably interconnected and installed by means.

For example, the supply roller part 140 of the present embodiment 100 is installed and installed on the basis of the upper surface of the frame part 110, and accommodates and rotates the sheet roll 3a, and the sheet from the sheet roll 3a (3) It is preferable that it is a sheet storage holder type | mold fixture which loosens and supplies, ie, the supply roller part 140. Here, it is preferable that the fitting has a weight less than or equal to the payload obtained through friction of the pressing method between the first and second pressurizing parts 120 and 130 and the heat insulating material 1.

The present embodiment 100 uses not only the supply roller unit 140 but also the first and the second using the structure of the frame unit 110 and the first and second pressing units 120 and 130 which can be temporarily fixed by one touch. It can be used as a device for temporarily fixing any article or items having a payload allowable by the two pressing units 120 and 130 near the work surface.

In addition, the present embodiment 100 performs the mounting method by assisting the AGM 300 (Auto Gluing Machine) to be described with reference to FIGS. 6A to 6F. The AGM 300 is an automated device that continuously attaches a triplex corresponding to the sheet 3 to the work surface 2 of the thermal insulation work area while applying epoxy or polyurethane glue during the cargo hold construction of the LNG carrier. This AGM 300 is installed in the insulation work area between the insulation (1) for the triplex attachment work.

In addition, the present embodiment 100 further includes a tension adjusting unit 170 to be described below.

As shown in Figures 2 and 3, the frame portion 110 of the present embodiment 100 has a vertical plate member 111 and a horizontal plate member 112 to maintain a right angle.

That is, the frame unit 110 includes a horizontal plate member 112 for installing a feed roller unit 140, which is a fitting; A vertical plate member 111 formed to extend downward from the front of the horizontal plate member 112; A pair of guide rails 113 formed to horizontally move the first pressing part 120 and the second pressing part 130 in a finite stroke range on both sides of the bottom surface of the horizontal plate member 112. 114); A spring support part 115 formed at one side of the horizontal plate member 112 for fastening the first spring 121 for the first pressing part 120; The clamp mounting portion 116 is formed on the other side of the horizontal plate member 112 to fasten the horizontal toggle clamp 131 for the second pressing unit 130.

Here, the horizontal plate member 112 is easy to check the operating state of the horizontal toggle clamp 131 with the naked eye, so that the operator can easily hold the handle of the horizontal toggle clamp 131, the front side from the rear side center It is preferable that the groove part 117 which is dug in the direction is formed.

As shown in FIG. 3, each of the guide rails 113 mentioned in the present embodiment 100 is arranged so as to face each other in cross-section of Hangeul needle-shaped shapes, which are arranged inside the arranged cross-sections. The first pressing block of the first pressing unit or the second pressing block 137 of the second pressing unit 130 can be operated to slide.

In addition, the side feed clamp 140 is provided on the upper surface of the frame portion 110 to generate an actuation force for moving or returning the first circular binding plate 155 toward the second circular binding plate disposed on the opposite side. Has 141.

Here, the side toggle clamp 141 is configured to reciprocate the operating shaft member 144 in the pressing force acting direction corresponding to the clamping or unclamping operation of the side hand lever 143.

Meanwhile, referring again to FIG. 2, the first pressing unit 120 may include a plurality of first springs 121 respectively supported by the spring support portions 115 of the frame portion 110; Forming a plurality of spring seating grooves for accommodating the first spring 121 on one side and having a Hangul translator cross-sectional shape so as to span the edge portion of the thermal insulation material and to be slidable in the guide rail 113 A combined first pressing block 125; In order to induce a finite stroke range of the first pressure block 125 or to prevent the first pressure block 125 from being separated from the guide rail 113, the bolt fastening groove of the first pressure block 125 and The stripper bolt 126 is coupled between the frame 110.

In addition, the second pressing unit 130 is provided with a horizontal toggle clamp 131 by the fixing nut 134 at the clamp mounting portion 116 of the frame unit 110. The horizontal toggle clamp 131 is configured to reciprocate the operating shaft member 133 in the adhesion force action direction corresponding to the clamping operation or the unclamping operation of the horizontal hand lever 132.

A spring pressing plate 135 is connected to the end of the working shaft member 133. Both end portions of the spring pressing plate 135 are slidably coupled to the pair of guide rails 114.

The spring pressing plate 135 forms a plurality of spring seating grooves. One end of each second spring 136 is seated in each spring seating groove. The other end of each of the second springs 136 is seated in the spring seating groove of the second pressing block 137, respectively.

The second pressing block 137 has the same shape as the first pressing block 125 described above, and is arranged in series with the spring pressing plate 135 via the second spring 136 to correspond to the first pressing block 125. A sliding operation is provided along the pair of guide rails 114.

Of course, the second pressing block 137 is also induced by the other stripper bolt 138 to be slidingly operated within a predetermined stroke range. Here, the other stripper bolt 138 is also coupled between the bolt bolt fastening groove of the second pressing block 137 and the frame portion 110.

Each of these stripper bolts 126, 138 restrains or guides the sliding operation of the first and second pressing blocks 125 and 137 within a finite stroke range of the guide rails 113 and 114. The separate spring guide bolts do not need to be coupled to the inside of the first and second springs 121 and 136 of the first and second pressing parts 120 and 130, and thus, the first and second pressing parts 120. It also plays a role in providing 130 characteristics of configuration simplification.

As shown in FIG. 4, the feed roller unit 140 rotatably houses the sheet roll 3a in a state wound in a shape such as a coil strip, and then releases the sheet 3 from the sheet roll 3a. It is responsible for supply.

The feed roller part 140 has frame-type pedestals 145 and 146 fixed at both upper surfaces of the frame part 110, respectively.

Among the pedestals 145 and 146, one side pedestal 145 serves to support the clamping module 150, and the other pedestal 146 serves to support the rotating shaft module 160.

That is, the supply roller unit 140 is configured to include a clamping module 150 and the rotating shaft module 160. The supply roller 140 is the clamping module 150 through the clamping operation or the unclamping operation by the rotation of the side toggle clamp 141 within a finite angle range (for example, between 1 degree and 180 degrees). To move or return to the rotating shaft module 160.

To this end, the side toggle clamp 141 is coupled at the top of one side pedestal 145. At this time, the end of the operation shaft member 144 of the side toggle clamp 141 is toward the rotary shaft module 160, the side hand lever 143 of the side toggle clamp 141 is disposed on the outside of one side pedestal 145 do.

In this state, the clamping module 150 is connected to the end of the operating shaft member 144.

The clamping module 150 and the correction spring block 151 connected to the operating shaft member 144 of the side toggle clamp 141 to be compressed or relaxed while being moved during the clamping operation or unclamping operation of the side toggle clamp 141 and ; A bearing bush 152 that receives the adhesion of the operating shaft member 144 through the correction spring block 151; A plurality of bearings 153 provided around the bearing bush 152; A first hub protrusion 154 rotatably coupled by the bearing 153; A first circular restraining plate 155 rotatably coupled with the first hub protrusion 154 by coupling the first hub protrusion 154 to the center; An opposite winding shaft member combined stripper bolt 156 is inserted into the center hole formed in the axial direction of the bearing bush 152.

Here, the left screw portion of the stripper bolt 156 is screwed to the center of the pressing plate located on the left side of the correction spring block 151. The spring of the correction spring block 151 is inserted to the outside of the left side screw portion of the stripper bolt 156.

The left end of the spring of the compensating spring block 151 is in contact with the pressing plate of the compensating spring block 151, and the right end of the spring of the compensating spring block 151 is in contact with the left side of the bearing bush 152.

In addition, the first cylindrical protrusion 154 is the second circular binding plate 165 on the inner surface of the first circular binding plate 155 so that the first hub protrusion 154 is easily inserted into the core rod 3b of the sheet roll 3a. It is preferable to have the inclined jaw portion 154a chamfered along the circumferential direction of the corner portion of the end portion projected toward the circumferential direction.

On the other hand, the rotating shaft module 160 is rotatably supported on the upper portion of the other pedestal 146 on the basis of matching with the virtual rotation center line passing through the clamping module 150 described above.

In more detail, the rotating shaft module 160 includes a bearing block 161 installed at an upper portion of one side pedestal 145; A plurality of bearings 162 arranged in the bearing block 161 along the rotation center line; A winding shaft member 163 having one end axially coupled to be rotated by the bearing 162; A second hub protrusion 164 axially coupled to the other end of the winding shaft member 163; The second hub protrusion 164 is coupled to the upper portion of the center to have a second circular binding plate 165 rotatable with the second hub protrusion 164.

Here, the second hub protrusion 164 is also formed in the corner portion of the end of the protrusion that is similar to the inclined jaw portion 154a of the first hub protrusion 154 protruded toward the first circular binding plate 155. It is desirable to do it.

The sheet roll 3a is formed by a first circular binding plate 155 and a second circular binding plate by the first hub protrusion 154 and the second hub protrusion 164 to be inserted into the inner diameter of the mandrel 3b thereof. 165 may be disposed and received between.

In more detail, the tension adjusting unit 170 applies frictional force to the frictional portion 174 of the winding shaft member 163 based on the rotation shaft module 160 and the second circular binding plate 165. It is supposed to be.

As shown in FIG. 5, one end of the tension adjusting unit 170 is fastened to surround the friction part 174 of the winding shaft member 163, and the other end of the tension adjusting unit 170 is connected to the other side of the pedestal 146. It is coupled to the pin member 179 (see Fig. 4 parallel) of the tension bracket formed on the top.

The tension adjusting unit 170 is fastened in a hinged manner by the pin member 179 of the tension bracket, and has a fixed friction part 172 and a rotating friction part 171 made of engineering plastic.

Each of the fixed friction part 172 and the rotary friction part 171 forms a friction recessed groove 173 having a size corresponding to the diameter of the friction part 174, thereby jaws the friction part 174. It is fastened so as to enclose it, and has a spring tightening shaft member 175 which penetrates through the lower ends of each of the fixed friction part 172 and the rotary friction part 171 in a close or mutually close direction.

The spring tightening shaft member 175 tightens the butterfly nut 177 to press the lower end of the rotating friction part 171 toward the lower end of the fixed friction part 172 by the elastic repulsive force of the spring 176, and at this time, the friction The recessed groove 173 makes contact with the friction portion 174.

The tension control unit 170 maintains a constant tension when pulling or releasing the sheet to prevent the sheet from loosening itself by the weight of itself or other forces.

Hereinafter, the "clamping operation of the supply roller part 140" for mounting the sheet roll 3a will be described.

The worker brings the sheet roll 3a towards this embodiment 100.

When the operator mounts the sheet roll 3a in the present embodiment 100 or replaces a new one after removing an existing one, the operator moves the side hand lever 143 of the side toggle clamp 141 upward.

In this case, since the first circular restraining plate 155 moves backward in the direction away from the second circular restraining plate 165 within the toggle stroke range M of FIG. 4, the sheet roll 3a can be easily inserted. Sufficient sheet roll loading space is formed between the first circular restraint plate 155 and the second circular restraint plate 165.

Therefore, the operator arranges the sheet roll 3a in the loading space between the first circular binding plate 155 and the second circular binding plate 165. Thereafter, the first hub protrusion 154 and the second hub protrusion 164 are inserted so as to be caught in the inner diameter of the core rod 3b of the sheet roll 3a.

Thereafter, the operator turns the side hand lever 143 of the side toggle clamp 141 upward to perform the clamping operation. The actuating shaft member 144 connected to the side hand lever 143 moves the correction spring block 151 within the toggle stroke range M, and the first of the clamping module 150 connected to the correction spring block 151. The circular binding plate 155 is brought into close contact with the second circular binding plate 165.

At this time, the correction spring block 151 compresses or relaxes its spring within a finite compression relaxation range (L), thereby compressing the elastic force when the first circular binding plate 155 is in close contact with the second circular binding plate 165. It acts to correct the adhesion of the clamping module 150.

As a result, the first circular restraint plate 155 adheres the side surface of the core rod 3b of the seat roll 3a toward the second circular restraint plate 165, and the first and second hub protrusions 154 and 164. ) To support the core rod (3b), and is eventually rotatably locked together with the winding shaft member (163). That is, the sheet roll 3a is stored without being separated in the present embodiment 100.

The unclamping operation of the feed roller part 140 for the release of the sheet roll 3a according to the present embodiment 100 proceeds in the reverse order of the clamping operation.

In particular, in the unclamping operation of the supply roller 140, the first and second circular restraining plates 155 and 165 are released to the original position by using the elastic repulsion force generated when the compression state of the correction spring block 151 is released. As it can be quickly returned, it is possible to quickly remove only the mandrel 3b remaining after use and to mount a new sheet roll 3a.

For example, the operator may be a corner portion of the thermal insulation material arranged on the left side of the first pressing portion 120 coupled to the left side of the frame portion 110 in FIG. 4, and a second pressing portion coupled to the right side of the frame portion 110 ( 130) so as to span each corner of the insulation arranged on the right side.

In this state, the operator simply rotates the horizontal hand lever of the horizontal toggle clamp 131 to perform the clamping operation.

In this case, while the operating shaft member 133 connected to the horizontal toggle clam 131 moves toward the heat insulating material arranged on the right side, the spring pressing plate 135 connected to the operating shaft member 133 opens the second spring 136. Compression and in conjunction with this, the second pressure block 137 is in close contact with the other side of the insulation.

The adhesive force used for such closeness is transmitted to the first spring 121 of the first pressing part 120 on the opposite side through the frame 110 as a kind of repulsive force, and thus to the repulsive force transmitted to the first spring 121. By the corresponding elastic force, the first pressing portion 120 is in close contact with one side of the insulation.

With only one clamping operation like this, the frame part 110 is fixed as if it is interposed between the heat insulating material relatively quickly and stably.

In this situation, the operator performs the 'clamping operation of the supply roller 140' as described above in detail.

Thereafter, the operator pulls the sheet of the sheet roll 3a or rotates the first and second circular restraining plates 155 and 165 by hand so that the sheet is positioned on the work surface.

Desorption work order of this embodiment 100 may be performed in the reverse order of the mounting work order.

6a to 6f will be described a triplex temporary mounting method for the cargo hold construction of the LNG carrier using the temporary mounting device of the present invention.

The sheet roll 3a on which the sheet 3, such as a triplex, is wound is temporarily mounted in the present embodiment 100, and then moved to the AGM 300, where the entire work used together with the sheet holding device 200 is performed. The order is as follows.

As shown in FIG. 6A, the temporary mounting device of the present embodiment 100 is provided at one end of the work surface 2 of the insulation work area such as a groove formed between the insulation materials 1 in the lattice direction (for example, on the right side in the drawing). Temporarily installed by the clamping operation method described above.

As shown in FIG. 6B, the sheet holding device 200 is temporarily installed at the other end of the work surface 2 so as to fix the end of the triplex, which is the seat 3, to hold the end of the triplex on the work surface 2. .

As shown in FIG. 6C, the AGM 300 is installed at an intermediate portion of the work surface 2 corresponding to the sheet holding device 200 and the present embodiment 100.

Then, as shown in FIG. 6D, the sheet roll 3a is moved from the present embodiment 100 to the AGM 300 to be mounted.

As shown in FIG. 6E, this embodiment 100 is removed from the installation position before the operation of the AGM 300.

Finally, as shown in FIG. 6F, when the AGM 300 is driven and driven, a constant tension is generated because the end of the triplex, which is the seat 3, is fixed by the seat gripping apparatus 200, thereby driving the driving. The triplex is naturally unscrewed and supplied from the sheet roll 3a of the AGM 300 to make it possible to complete a precise triplex attachment operation.

On the other hand, in the case of a flat position (flat) corresponding to the bottom view posture as shown in Figure 6a to 6f is not a big problem, but the horizontal, vertical (vertical), suspended posture (overhead) on the influence of the self-weight This embodiment 100 can be usefully used because the sheet roll 3a itself cannot be placed near the work surface 2.

As described above, according to the temporary mounting apparatus according to the present invention, it provides an advantage that one-touch can be used while being quickly press-fixed between the insulating material near the work surface only by clamping or unclamping operation such as simple rotation.

In addition, the temporary mounting apparatus according to the present invention is also provided with a feed roller that can be mounted on the sheet roll in a one-touch manner, can improve the work environment with the seat, shorten the working time, increase the productivity of the vessel It provides the benefits.

Claims (11)

A frame part disposed on both sides with the work surface of the work area interposed therebetween and covering the insulating material; Providing adhesion to fix the frame portion, the pressing portion mounted to both sides of the frame portion; By rotatably mounting the roll rolled sheet, the supply roller unit mounted to the upper portion of the frame; Temporary mounting device, characterized in that for temporarily mounting the roll to attach the seat inside the cargo hold of the ship. The method of claim 1, The feed roller part It is installed standing on the upper surface of the frame portion, the temporary mounting apparatus, characterized in that the sheet storage holder type supply roller portion for releasing and supplying the sheet as the roll is accommodated and rotated. The method of claim 1, The frame portion A horizontal plate member for installing the feed roller portion; A vertical plate member extending downward from the front of the horizontal plate member; A plurality of guide rails configured to horizontally move the first pressing part and the second pressing part in a finite stroke range on both sides of the bottom surface of the horizontal plate member; A spring support portion formed on one side of the horizontal plate member for fastening the first spring for the first pressing portion; Clamp mounting portion formed on the other side of the horizontal plate member for fastening the horizontal toggle clamp for the second pressing portion; A groove portion recessed in the forward direction from the center of the rear side of the horizontal plate member; Temporary mounting apparatus comprising a. The method of claim 1, The first pressing portion of the pressing portion A first spring supported at a spring support portion formed at the frame portion; A first pressurizing block formed at one side of a spring seating groove for accommodating the first spring and slidably coupled to the guide rail; A stripper bolt coupled between the bolt coupling groove of the first pressing block and the frame portion; Temporary mounting apparatus comprising a. The method of claim 1, The second pressing portion of the pressing portion A horizontal toggle clamp installed on the clamp mounting portion of the frame portion; A spring pressing plate connected to an end of an operating shaft member of the horizontal toggle clamp and slidably coupled to the guide rail; A second spring compressed by the spring pressing plate; A second pressing block arranged in series with the second spring and the spring pressing plate and slidably coupled to the guide rail; Another stripper bolt coupled between the bolt bolt fastening groove of the second pressing block and the frame portion; Temporary mounting apparatus comprising a. The method according to any one of claims 1 to 5, The temporary mounting device is a temporary mounting device, characterized in that for temporarily mounting the roll rolled the triplex in front of the AGM (Auto Glue Machine), which is a device for attaching a triplex during the cargo hold construction of the LNG carrier. The method of claim 1, The feed roller part One side pedestal fixed on the upper surface of one side of the frame portion; A clamp module which is moved to be caught or released from the mandrel of the roll according to a clamping or unclamping operation of the side toggle clamp fastened by the one side pedestal; The other side pedestal fixed on the other upper surface of the frame portion corresponding to the opposite side of the clamp module; Rotation axis module rotatably coupled to the other side; Temporary mounting apparatus characterized in that for receiving the roll between the clamp module and the rotating shaft module. The method of claim 7, wherein The clamp module A correction spring block connected to an operating shaft member of the side toggle clamp to be compressed or relaxed while being moved during a clamping operation or an unclamping operation of the side toggle clamp; A bearing bush receiving the close contact force of the operating shaft member through the correction spring block; A plurality of bearings provided around the bearing bush; A first hub protrusion rotatably coupled by the bearing; A first circular restraining plate which is rotatable with the first hub protrusion by coupling the first hub protrusion on the center portion; Winding shaft member combined stripper bolt inserted into the center hole formed in the axial direction of the bearing bush; Temporary mounting apparatus comprising a. The method of claim 7, wherein The rotating shaft module A bearing block installed at an upper portion of the one side pedestal; A plurality of bearings arranged inside the bearing block; A winding shaft member having one end axially coupled to be rotated by the bearing; A second hub protrusion axially coupled to the other end of the winding shaft member; A second circular restraining plate which is rotatable with the second hub protrusion by coupling the second hub protrusion on the center; Temporary mounting apparatus comprising a. The method of claim 9, Temporary mounting apparatus characterized in that it further comprises a tension control unit having one end coupled to surround the frictional portion of the winding shaft member and the other end coupled to the pin member of the tension bracket formed on the upper portion of the other side support. In the temporary mounting method using an AGM (Auto Gluing Machine) for the construction of the cargo hold of the ship, a temporary mounting device for temporarily storing a roll for a triplex, a sheet holding device for holding the end of the triplex on the work surface, Installing the temporary mounting device at one end of the working area so as to be disposed on both sides with the working surface of the working area interposed therebetween and covering the insulating material; Installing the sheet holding device on the other end of the work area: Unfolding and spreading the end of the triplex on the work surface from the roll of the temporary mounting device; Placing the AGM above the triplex so as to be positioned between the seat holding device and the temporary mounting device; Removing the roll from the temporary mounting device and mounting the roll to the AGM; Removing the temporary mounting device from the installation position; Operating the AGM so that a triplex is supplied from the roll when the vehicle is driven; Temporary mounting method comprising a.

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