KR100713715B1 - A cutting machine sandwich panel - Google Patents

Abstract

The present invention relates to a sandwich panel cutter. The present invention is a transport workbench seated sandwich panel; A sandwich panel holding device for holding a sandwich panel on the transfer worktop; A sandwich panel cutting device for vertically and horizontally cutting a panel of the sandwich panel holding device; And a control unit connected to the sandwich panel holding device and the sandwich panel cutting device by wire to control the respective devices.

According to the present invention configured as described above, the vertical cutting and horizontal cutting can be configured according to the standard of the building to which the sandwich panel is to be constructed, and the cutting operation can be performed safely and conveniently, thereby improving the convenience and workability of the workplace. As the dust and foreign substances generated in the workplace are quickly discharged, the working environment provides an excellent effect.

Sandwich Panel, Vertical Saw, Horizontal Saw

Description

Sandwich panel cutting machine {a cutting machine sandwich panel}

1 is a front view showing the overall structure of a sandwich panel cutter according to the present invention.

Figure 2 is a front view showing a panel holding device of the sandwich panel cutter according to the present invention.

Figure 3a, 3b is an operating state diagram showing the panel holding device of the sandwich panel cutter according to the present invention.

Figure 4 is a perspective view as a whole showing a cutting device of the sandwich panel cutter according to the present invention.

Figure 5a, 5b is a perspective view of the panel cutting means constituting the cutting device of the sandwich panel cutter according to the present invention.

Figure 6a, 6b is a cross-sectional view of the operation state of the sandwich panel cutter according to the present invention.

7 is a front view of a horizontal top rotating member of the sandwich panel cutter according to the present invention.

8 is an enlarged sectional view taken along the line A-A of FIG.

Figures 9a, 9b is a cross-sectional view of the operating state of the horizontal saw rotating member of FIG.

10A and 10B are cross-sectional views of an operating state of the horizontal saw rotating member of FIG.

11 is an enlarged sectional view taken along the line B-B in FIG.

12 is a perspective view showing a dust discharge device of the sandwich panel cutter according to the present invention.

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

1: sandwich panel 10: cutting machine

20: transfer work platform 30: sandwich panel holding device

31: vertical frame 32: upper connection frame

33: panel holding frame 34: horizontal fixing bar

35: fixing bracket 36,37: air cylinder

38: piston 40: sandwich panel cutting device

41,42: vertical cutting frame 43: horizontal cutting frame

44: cutting frame 50: pulley

52: drive motor 54: connection pulley

56: connecting belt 60, 61: guide rod

63: guide 65: mounting bracket

66: fitting hole 70,86: first and second upper and lower control member

71,72: Vertical guide 73: Guide

74: vertical connecting piece 75: fixture

76,94: Adjuster 76a: Moving screw

77,95: Lower Fixture 78,99,121: Transfer Screw

79,100,121: handle 80: vertical rotary saw member

81: blade protection case 82: vertical rotary blade

83: rotating bracket 84: rotating motor

87: vertical guide protrusion 88,89: vertical guide piece

90: guide bar 90a: guide groove

91: vertical fixing plate 92: horizontal connection piece

92a: fitting 93: upper fixture

94a: adjusting screw 110: front and rear moving member

111: lower horizontal fixing piece 112,113: horizontal guide

114: horizontal guide bar 115: recessed portion

116: horizontal fixing bracket 117: front fixing sphere

118: horizontal adjustment hole 118a: adjustment screw hole

119: rear adjustment mechanism 130: horizontal rotary saw member

132: rotary motor 133: motor case

134: horizontal blade protection case 135: horizontal rotary blade

200: dust discharge device 210: connection member

211: upper side 212: vertical bar

213: Lower piece 230, 250: First and second dust exhaust member

232: discharge case 233, 262: discharge fan

234,263: discharge motor 235: discharge pipe

261: vertical bracket 264: dust collector

265: inlet and discharge pipe 266: connecting tube

267: dust collecting chamber 300: control unit

The present invention relates to a sandwich panel cutting machine, and in particular, the sandwich panel produced by bonding and laminated by interposing soundproofing, insulating material styrofoam or glass wool or rock wool, urethane, etc. between the upper and lower panels released from the uncoiler. According to the regulations of the building, it is possible to cut vertically and to chamfer horizontally.

In general, a sandwich panel for building (Sandwich Panel) is widely used as a wall plate in factories, warehouses, prefabricated buildings, etc., which is widely used for easy construction and removal. In order to manufacture such sandwich panels, panel cutters are placed at the rear end of the laminating process in which sound insulation, styrofoam, glass wool or rock wool, urethane, etc. are laminated between sound absorbing and insulating materials between upper and lower steel panels released from an uncoiler. It will cut in large quantities.

Thus, in order to assemble a structure such as a low-temperature storage of a sandwich panel cut to an appropriate standard in a large amount is to be cut to the appropriate standard for the structure.

However, since a separate cutter for properly cutting the structure to which the sandwich panel is conventionally assembled is not provided, the cutting operation is performed using a manual cutter, resulting in a large amount of dust generated in the sandwich panel itself. The operator is highly likely to inhale dust, and the risk of a safety accident is increased by the user holding the manual cutter that rotates at a high speed. In addition, various problems such as the deterioration of the workability and the deterioration of the product quality have occurred.

The present invention has been made to solve such a conventional problem, the present invention is configured to enable vertical cutting and horizontal cutting when cutting the sandwich panel continuously supplied to an appropriate standard, safe and convenient assembly work easily It is an object to provide a sandwich panel cutter that can be easy to work.

Technical problem of the present invention as described above, the transfer worktable is seated sandwich panel;

A panel holding frame configured to be installed in both left and right sides of the transfer workbench; An air cylinder fixed to both sides of a horizontal fixing bar fixed to the front surface of the upper connection frame of the panel holding frame at appropriate intervals; A piston coupled to the air cylinder to extend and expand vertically; A sandwich panel holding device which is fixed to the other end of the piston and comprises a horizontal holding plate for holding the sandwich panel; A cutting frame made of a vertical cutting frame and a horizontal cutting frame so as to be installed at a rear side of the panel holding frame of the sandwich panel holding device at a proper interval; A sandwich panel cutting device provided on the horizontal cutting frame so as to be movable from side to side as a moving means, the sandwich panel cutting means for cutting the sandwich panel; And a control unit installed vertically on one side of the transfer work platform and connected to the sandwich panel holding device and the sandwich panel cutting device to control each device.

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

As shown in Figures 1 to 12, the sandwich panel 1 according to the present invention is interposed between the upper and lower panels released from the uncoiler, while interposing soundproof, insulating material styrofoam or glass wool or rock wool, urethane, etc. It is produced by bonding and laminating.

The cutting machine 10 for cutting the sandwich panel 1 to an appropriate standard according to the regulations of the building to be constructed is largely a conveying work table 20, a sandwich panel holding device 30, a sandwich panel cutting device 40, dust emissions The device 200 and the control unit 300.

The conveying work table 20 is a vertical frame 22 installed to maintain the same height; An upper frame 24 made of a rectangular parallelepiped on the vertical frame 22; It consists of a horizontal connecting piece 26 connected to the upper frame 24.

The sandwich panel holding device (30) is a panel holding frame (33) consisting of a vertical frame (31) placed on the left and right sides of the conveying work table (20) and an upper connecting frame (32) connected between the upper part of the vertical frame (31). )and; A horizontal fixing bar 34 horizontally fixed to the front surface of the upper connection frame 32 of the panel holding frame 33; An air cylinder (36) (37) fixed at both sides of the horizontal fixing bar (34) by maintaining an appropriate interval with the fixing bracket (35); A piston 38 coupled to the air cylinders 36 and 37 so as to be extended and expanded; A horizontal holding plate 39 is fixed between the other ends of the piston 38 to selectively hold the sandwich panel.

The sandwich panel cutting device 40 is a vertical cutting frame 41, 42 and a vertical cutting frame 41, which is installed at a suitable interval behind the holding frame 33 of the sandwich panel holding device 30, 42) a cutting frame 44 consisting of a horizontal cutting frame 43 horizontally connected to the upper portion; It is provided on the horizontal cutting frame 43 so as to be movable left and right as a moving means (A), and comprises a sandwich panel cutting means (B) for cutting the sandwich panel.

The moving means (A) is mounted on one side of the horizontal cutting frame 43, the drive motor 52 is provided with a pulley (50); A connection pulley 54 mounted on the other side of the cutting frame 44 and rotatably provided; It is connected between the drive motor 52 and the connection pulley 54, the central region is composed of a connecting belt 56 fixed to one side of the sandwich panel cutting means (B).

The sandwich panel cutting means (B) includes a guide rod (60) (61) formed to protrude in the same height and shape on both sides of the horizontal cutting frame (43); A guide portion 63 to which the outer diameter is inserted to the guide rods 60 and 61 so as to be protruded on both sides of the lower portion, and an installation bracket 65 having the lower and left and right sides open; A vertical rotary saw member 80 which is capable of height adjustment as the first vertical adjustment member 70 in the front lower region of the installation bracket 65 and is rotatably constructed; It is possible to adjust the height as the second vertical adjustment member 90 in the rear of the mounting bracket (65), and to move forward and backward by the front and rear movement member (110), it is made of a horizontal rotary saw member 120 that is rotatably constructed. .

At this time, the fitting brackets 66 are formed on both sides of the upper portion of the mounting bracket 65 so that the connecting belts 56 are fitted, and the connecting belts 56 are fixed to the fitting holes 66 so that the cutting means of the sandwich panel as a whole. It will move from side to side.

The first vertical adjustment member 70 includes vertical guides 71 and 72 installed vertically on both front sides of the installation bracket 65; A vertical connection piece 74 having a guide port 73 inserted into the vertical guides 71 and 72 so as to be movable; An upper bracket 75 protruding from the upper end of the installation bracket 65; A control member 76 fixed on the vertical connecting piece 74 between the guides 73 and having a moving screw hole 76a formed thereon; A lower fixing tool 77 fixedly protruding from the mounting bracket 65 below the adjusting member 76; A transfer screw 78 fitted to the upper fixing tool 75, screwed to the moving screw hole 76a of the adjusting tool 76, and having an end fixed to the lower fixing tool 77; Is inserted into the top of the transfer screw 78 is made of a handle 79 to rotate the transfer screw 78 to move the vertical rotary saw member 80 up and down.

The mounting bracket 65 on one side of the vertical guide 71 is provided with a ruler 79a to determine the vertical movement length of the vertical rotary saw member 80.

The vertical rotary saw member 80 is fixed to the front of the vertical connection piece 74, the lower blade protection case 81 is open; A lower portion protruding in the blade protection case 81 and a vertical rotary blade 82 rotatably built; A motor bracket 83 provided at the center of the vertical connection piece 74 and the blade protection case 81; Is mounted on the motor bracket 83 is composed of a rotary motor 84 for rotating the vertical rotary blade 82 at high speed.

The second vertical adjustment member 86 is vertically fixed to maintain both sides of the rear of the mounting bracket (65), the vertical guide piece (88) (89) having a vertical guide projection (87) correspondingly; A vertical fixing plate 91 having guide bars 90 having guide grooves 90a coupled to the vertical guide protrusions 87 of the vertical guide pieces 88 and 89 so as to be movable upward and downward; A horizontal connection piece 92 having one surface fixed to an upper region of the vertical fixing plate 91 and a fitting portion 92a formed at the other side thereof; An upper fixture 93 fixed to the rear upper region of the installation bracket 65; An adjusting hole 94 in close contact with the mounting bracket 65 at the lower part of the upper fixing tool 93 and being vertically fitted to the fitting portion 92a of the horizontal connection piece 92 and having an adjustment screw hole 94a formed therein; A lower fixing tool (95) protruding from the mounting bracket (65) below the adjusting hole (94); A feed screw 99 fitted to the upper fixing tool 93, screwed to the adjusting screw hole 94a of the adjusting tool 94, and having an end fixed to the lower fixing tool 95; Inserted to the top of the conveying screw 99 is made of a handle 100 to rotate the conveying screw 99 to move the horizontal rotary top member 130 up and down.

At this time, the mounting bracket 65 is provided with a ruler 101 vertically, the horizontal connecting piece 96 is provided with an arrow 102 horizontally to determine the vertical movement length of the horizontal rotary saw member 130.

The front and rear movement member 110 and the lower horizontal fixing piece 111 is fixed to the lower portion of the vertical fixing plate 91; Horizontal guides 112 and 113 fixed to the lower horizontal fixing piece 111 at appropriate intervals; A lower horizontal fixing bracket 116 having a horizontal guide bar 114 movably inserted into the horizontal guides 112 and 113 fixed at an upper portion thereof, and having a recessed portion 115 formed therein; A front fixture 117 fixed to the lower horizontal fixing piece 111; A horizontal adjusting unit 118 which is in close contact with the lower horizontal fixing piece 111, is fixed to the horizontal fixing bracket 116, and has an adjustment screw hole 118a formed therein; A rear fixing tool 119 protruding from a lower portion of the horizontal fixing bracket 116 behind the horizontal adjusting tool 118; A transfer screw 120 fitted to the front fixing tool 117 and screwed to the adjustment screw hole 118a of the horizontal adjusting tool 118 and having an end fixed to the rear fixing tool 119; The handle 121 is inserted into the transfer screw 120 to rotate the transfer screw 120 to move the horizontal rotary top member 130 back and forth.

At this time, one side of the horizontal fixing bracket 116 is provided with a ruler 123 horizontally, the lower horizontal connection piece 111 is provided with an arrow 124 horizontally to check the horizontal movement length of the horizontal saw member 130. It becomes possible.

The horizontal rotary top member 130 is fitted vertically fixed to the concave portion 115 of the horizontal fixing bracket 116, the motor case 133 has a rotary motor 132 therein; A horizontal blade protection case 134 fixed to the lower portion of the motor case 133 and open at the front thereof; The horizontal blade protection case 134 is rotatably arranged inside, and consists of a horizontal rotary blade 135 that rotates at a high speed by the rotary motor 132.

The dust discharge device 200 has an upper piece 211 connected to the rear of the installation bracket 65, and a lower piece 213 connected to the upper piece 211 and a plurality of vertical bars 212 while maintaining an appropriate interval. Connection member 210 made of; A first dust discharge member 230 fixed to a lower portion 213 of the connection member 210 and provided in a rear region of the vertical rotary saw member 80; The upper piece 211 of the connecting member 210 and the second dust discharge member 250 provided in the upper region of the horizontal rotary saw member 130.

The first dust discharge member 230 is fixed to the lower piece 213 of the connection member 210 to be located in the rear region of the vertical rotary saw member 80, discharge outlet provided with a discharge network 231 on one inner diameter A case 232; A discharge motor 234 mounted inside the discharge case 232 and having a discharge fan 233 at a front end thereof; The discharge case 232 is provided on the other side is composed of a discharge pipe 235 for discharging dust to the outside.

The second dust discharge member 250 includes a vertical bracket 261 fixed to an upper portion 211 of the connection member 210; A discharge motor 263 fixed to an upper portion of the vertical bracket 261 and having a discharge fan 262 rotatably disposed at a front end thereof; A dust collecting container 264 configured to allow the discharge motor 263 to protrude to the outside and to have the discharge fan 262 embedded therein; An inlet discharge pipe 265, one side of which is connected to the dust collector 264; A connecting tube 266 to which the tip of the inlet and outlet pipe 265 is fixed; Is coupled to communicate with the connecting cylinder 266, it consists of a dust collector 267 located in the horizontal rotary saw member 130 region.

And, one side of the dust collecting container 264 is connected to the exhaust discharge pipe 270 for discharging dust to the outside.

The control unit 300 is installed vertically on one side of the conveying work table 20, connected to the sandwich panel holding device 30, the sandwich panel cutting device 40 and the dust discharge device 200 by wire to control each device. do.

Referring to the operating state of the present invention configured as described above, the sandwich panel 1 according to the present invention as shown in Figs. 1 and 2 is styrofoam or glass wool or sound insulation, insulation between the upper and lower panels released from the uncoiler or It is produced by laminating by bonding through rock wool, urethane or the like.

As described above, the sandwich panel cutter 10 performs the cutting operation for the proper length and the edge part by the standard of the building (cold storage) in which the sandwich panel 1 cut to an appropriate standard is to be constructed.

In order to cut the sandwich panel 1 with such a cutter 10, a sandwich panel having an appropriate length is connected to a horizontal connecting piece 26 of the conveying work table 20 formed of a vertical frame 22, an upper frame 24, and a horizontal connecting piece 26. ) The sandwich panel 1 is seated on the top.

In this state it operates the control unit 300 installed vertically on one side of the transfer work 20. Then, each device connected by wire to the controller is sequentially operated at the same time.

First, the sandwich panel holding device 30 is operated as shown in FIGS. 3A and 3B.

Specifically, the air cylinder fixed to the both sides of the horizontal fixing bar 34 fixed to the upper portion of the upper frame 32 of the panel holding frame 33 consisting of a vertical frame and the upper connecting frame (35) As the 36 and 36 are operated, the piston 38 is simultaneously extended downward.

Accordingly, the horizontal holding plate 39 between the lower portion of the piston 38 is moved downward to stably fix one surface of the sandwich panel.

At the same time, the sandwich panel cutting device 40 is operated so that the sandwich panel is completely cut vertically as the sandwich panel cutting means (B), or cut about half, and then cut horizontally to selectively carry out the chamfering operation. The operation of the chamfering operation of the double panel will be described. (See FIGS. 4 to 5A and 5B.)

First, the moving means constituting the sandwich panel cutting device is operated by the control program of the controller. That is, the driving motor 52 mounted on one side of the horizontal cutting frame 43 is operated, and is wound around the pulley 50 of the operation motor 52 and the connection pulley 54 of the other side of the cutting frame 44, and the center region. The sandwich panel cutting means B is fixed to the fitting holes 66 on both sides of the mounting bracket 65, so that the sandwich panel cutting means B moves left and right.

Specifically, the guide 63 of the lower mounting bracket 65 is moved left and right along the outer diameters of the guide rods 60 and 61 on both sides of the horizontal cutting frame 43 to the sandwich panel cutting position. do.

Accordingly, the vertical rotary saw member having a height adjustment such that the lower portion thereof can be cut about half of the panel by the first vertical adjustment member 70 in the front lower region of the installation bracket 65 whose strength is reinforced by the connecting bar 64. 80) is operated to cut the panel vertically in half.

That is, in the state in which the vertical rotary blade 84 constituting the vertical rotary saw member 80 is vertically positioned on the sandwich panel, the rotary motor 84 mounted on the motor bracket 83 in the center area of the blade protection case 81. As the vertical rotation blade 82 is moved left and right by the high-speed rotation and movement of the means to cut the vertical half of the panel.

When half of the vertical cutting is completed as described above, the operation of the vertical rotary saw blade member 80 is stopped, and then the vertical rotary saw blade member 80 is moved to the upper portion by operating the first vertical adjustment member 70 to rotate horizontally. The interference of the saw member 130 during operation is prevented from occurring.

In this state, the horizontal rotary saw member 130 is moved up and down and the length of the front and rear movement length so as to be suitable for the horizontal cutting length of the vertically cut panel as the second vertical adjustment member 86 and the front and rear movement member 110 as described above. After adjusting appropriately, when the horizontal rotary saw member 130 is operated, it is cut horizontally to complete the chamfering operation for the sandwich panel 1.

That is, the horizontal rotary blade 135 constituting the horizontal rotary saw member 130 by the high-speed rotation of the rotary motor 132 inside the horizontal blade protection case 134 and the movement means in a state that is horizontally positioned on the panel The horizontal rotary blade 134 is moved to the left and right while cutting the panel horizontally to the chamfering process.

Then, in order to completely cut the sandwich panel 1 by the above operation, the height is adjusted so that the vertical rotary saw member 80 with the first vertical adjustment member 70 can completely cut the panel, and then the moving means. By moving the panel is completely cut by the rotational force of the vertical rotary saw member (80).

When the chamfering of the panel and the cutting to the vertical are completed as described above, the operation of each device is completed by the program of the controller, and the panel having the cutting operation is taken out to the outside, and then waits for the next step.

Meanwhile, during the cutting operation of the sandwich panel, the dust discharge device 200 for discharging dust and foreign substances generated by the metal plate constituting the sandwich panel and the filling therein to the outside is operated.

First, referring to the operation state of the first dust discharge member for discharging dust and foreign substances generated in the vertical rotary saw member 80, the discharge case 232 fixed to the lower side 213 of the connection member 210 The discharge motor 234 of the operation of the discharging fan 233 of the tip is operated by the dust and foreign matter generated from the vertical rotary blade of the vertical rotary saw member 80 to the discharge net 231 by the discharge fan 233 After being introduced into the discharge case 232 is discharged to the outside through the discharge pipe 235 on the other side of the discharge case 232 is collected in an external dust collecting device not shown is processed collectively.

In addition, the operation state of the second dust discharge member 250 provided in the upper region 211 of the connecting member 210 and the upper region of the horizontal rotary saw member 130 will be described. As the discharge motor 263 provided at the upper portion of the bracket 261 is operated to operate the discharge fan 262 inside the dust collecting container 264, dust and foreign substances are passed through the dust collecting hole 267, and the connecting cylinder 266 is provided. Inflow to the dust collector 264 through the inlet and outlet pipe 265, discharged to the outside through the exhaust discharge pipe 270 connected to the dust collector 264 is made to process (see Fig. 12).

6A and 6B, the operating state of the first vertical adjustment member 70 for adjusting the vertical height of the vertical rotary saw member 80 is to rotate the handle 79 to the right. Then, the feed screw 78, the end of which is fixed to the lower fixture 77 is rotated along the moving screw hole 76a of the adjusting device 76, the feed screw 78 does not move, the adjusting device 76 The moving screw hole 76a of the c) moves upward along the feed screw 78.

Accordingly, the guide port 73 at the rear of the vertical connecting piece 74 is moved upward along the vertical guides 71 and 72 of the mounting bracket 65, and the vertical connecting piece 74 is moved upwards, thereby increasing the vertical connecting piece ( 74) the vertical rotary top member 80 of the front is moved upward to adjust the length of the upper movement relative to the vertical rotary member (80).

On the contrary, when the handle 79 is rotated to the left side, the transfer screw 78 whose end is fixed to the lower fixture 77 is rotated along the moving screw hole 76a of the adjusting mechanism 76, and the transfer screw 78 ) Is not moved, and the moving screw hole 76a of the adjusting mechanism 76 moves downward along the transfer screw 78.

Accordingly, the guide port 73 on the rear side of the vertical connecting piece 74 is moved downward along the vertical guides 71 and 72 of the mounting bracket 65, and the vertical connecting piece 74 is moved upwards. 74) the front vertical rotary saw member 80 is moved downward.

At this time, the mounting bracket 65 on one side of the vertical guide 71 is provided with a ruler (79a) it is possible to determine the vertical movement length of the vertical rotary saw member (80). That is, by looking at the ruler (79a) to adjust the cutting length of the sandwich panel.

9A and 9B, when the operation state of the second vertical adjustment member 86 for adjusting the vertical height of the horizontal rotary saw member 110 is explained, the handle 100 is rotated to the right. Then, the feed screw 99 whose end is fixed to the lower fixing tool 95 is rotated along the adjustment screw hole 94a of the adjuster 94, so that the feed screw 99 is not moved, and the adjuster 94 The adjustment screw hole (94a) of the) is moved upward along the transfer screw (99).

Accordingly, the guide bar 90 at the rear of the vertical fixing plate 91 moves upward along the guide protrusion 87 of the vertical guide pieces 88 and 89 as the guide groove 90a, and at the same time, The horizontal connecting piece 92, one surface of which is fixed to the upper region, and the adjusting device 94 fixed to the fitting portion 92a on the other side of the horizontal connecting piece 92 to move upwards, so that the upper portion of the horizontal rotary saw member 110 It will control the movement.

On the contrary, when the handle 100 is rotated to the left side, the feed screw 99 whose end is fixed to the lower fixture 95 is rotated along the adjusting screw hole 94a of the adjuster 94, and the feed screw 99 ) Is not moved, the adjustment screw hole (94a) of the adjustment port 94 is moved downward along the transfer screw (99).

Accordingly, the guide bar 90 on the rear side of the vertical fixing plate 91 moves downward along the guide protrusion 87 of the vertical guide pieces 88 and 89 as the guide groove 90a, and at the same time, the vertical fixing plate 95 The horizontal connection piece 92 having one surface fixed to the upper region and the adjusting device 94 fixed to the fitting portion 92a on the other side of the horizontal connection piece 92 move downward, so that the horizontal rotary saw member 110 is lowered. To control the movement.

At this time, the mounting bracket 65 is provided with a ruler 101 vertically, and the horizontal connecting piece 92 is provided with an arrow 102 horizontally, which indicates the ruler 101 when the horizontal connecting piece 92 is moved up and down. Looking at the arrow 102 it is possible to determine the vertical movement length of the horizontal rotary saw member 130.

10A and 10B, the operation state of the front and rear movement member 110 for adjusting the front and rear movement length of the horizontal rotary saw member 110 will be described. When the handle 121 is rotated to the right, the rear fixture 119 The end of the feed screw 120 is fixed is rotated along the adjustment screw hole 118a of the horizontal adjustment sphere 118, the transfer screw 120 is not moved, the adjustment of the horizontal adjustment sphere 118 The hole 118a moves forward along the transfer screw 120.

Accordingly, the horizontal guide 114 is moved forward along the horizontal guides 112 and 113 at the bottom of the lower horizontal fixing piece 111, and the recesses of the horizontal fixing bracket 116 and the horizontal fixing bracket 116 ( The horizontal rotary top member 130 fixed to the 115 is moved to the front to adjust the length of movement forward to the horizontal rotary toe member 130.

On the contrary, when the handle 121 is rotated to the left side, the conveying screw 120 is not moved, and the adjusting screw hole 118a of the horizontal adjusting tool 118 is moved backward along the conveying screw 120. Accordingly, the horizontal guide 114 is moved rearward along the horizontal guides 112 and 113 at the bottom of the lower horizontal fixing piece 111, and the recesses of the horizontal fixing bracket 116 and the horizontal fixing bracket 116 ( The horizontal rotary top member 130 fixed to the 115 is moved to the rear to adjust the moving length of the front of the horizontal rotary toe member 130.

At this time, one side of the horizontal fixing bracket 116 is provided with a ruler 123 horizontally, the lower horizontal connection piece 111 is provided with an arrow 124 horizontally, the ruler 123 of one surface of the horizontal fixing bracket 116 ) Is moved to the front and rear to determine the length of the front and rear movement of the horizontal rotary saw member 130.

As described above, according to the present invention, it is configured to enable vertical cutting and horizontal cutting in accordance with the standard of the building to be sandwich panel construction, it is possible to proceed cutting safely and conveniently to improve the convenience and workability of the workplace In addition, the working environment is provided with an excellent effect by quickly discharging dust and foreign substances generated in the workplace during the work.

Although the present invention has been illustrated and described with respect to specific preferred embodiments, the invention is not limited to the above-described embodiments, and the claims are normally defined in the field to which the invention pertains without departing from the spirit of the invention as claimed. Anyone with knowledge of the can be a variety of variations.

Claims (10)

A transfer work platform 20 on which the sandwich panel 1 is seated; A panel holding frame (33) configured to be placed in both left and right sides of the transfer work table (20); An air cylinder (36) (37) fixed at appropriate intervals on both sides of the horizontal fixing bar (34) fixed to the front surface of the upper connecting frame (32) of the panel holding frame (33); A piston 38 coupled to the air cylinders 36 and 37 so as to extend and expand vertically; A sandwich panel holding device (30) fixed to the other end of the piston (38) and formed of a horizontal holding plate for holding the sandwich panel (1); A cutting frame made of a vertical cutting frame (41) 42 and a horizontal cutting frame (43) is formed so as to be placed in the rear side of the panel holding frame (33) of the sandwich panel holding device (30). 44); A sandwich panel cutting device 40 provided on the horizontal cutting frame 43 so as to be movable left and right as a moving means, the sandwich panel cutting means for cutting the sandwich panel 1; And A control unit 300 installed vertically on one side of the conveying work table 20 and connected to the sandwich panel holding device 30 and the sandwich panel cutting device 40 to control each device; Sandwich panel cutter, characterized in that configured to include. The method of claim 1, wherein the means for moving A drive motor 52 mounted to one side of the horizontal cutting frame 43 and provided with a pulley 50; And A connection pulley mounted on the other side of the horizontal cutting frame 43 and rotatably provided; A connection belt 56 connected between the driving motor 52 and the connection pulley 54 and having a central area fixed to one side of the sandwich panel cutting means; Sandwich panel cutter, characterized in that consisting of. According to claim 1, wherein the sandwich panel cutting means Guide rods 60 and 61 formed to protrude in the same height and shape on both sides of the horizontal cutting frame 43; An installation bracket (65) formed to protrude on both lower sides of the guide parts (63), the outer diameter of which is movable to the guide rods (60) and (61), and the lower and left and right sides thereof are open; A vertical rotary saw member 80 which is capable of height adjustment as a first vertical adjustment member 70 in the front lower region of the installation bracket 65 and is rotatably constructed; And A horizontal rotary saw member 120 that is capable of height adjustment as a second vertical adjustment member 90 at the rear of the installation bracket 65, movable forward and backward as a front and rear movement member 110, and rotatably constructed; Sandwich panel cutter, characterized in that consisting of. According to claim 3, Both sides of the upper mounting bracket 65 is formed fitting holes 66 to which the connecting belt 56 is correspondingly formed, Sandwich panel cutter, characterized in that the fitting belt (56) is fixed to move the sandwich panel cutting means to the left and right as a whole. The method of claim 3, wherein the first vertical adjustment member 70 Vertical guides 71 and 72 installed vertically on both front sides of the mounting bracket 65; A vertical connection piece 74 having a guide hole 73 inserted into the vertical guides 71 and 72 so as to be movable; An upper fixture 75 fixed to protrude from the upper front of the installation bracket 65; A control mechanism (76) fixed on the vertical connection piece (74) between the guides (73) and having a moving screw hole (76a); A lower fixing tool (77) fixed to protrude from the mounting bracket (65) below the control member (76); A transfer screw 78 fitted to the upper fixing tool 75, screwed to the moving screw hole 76a of the adjusting tool 76, and having an end fixed to the lower fixing tool 77; And A handle 79 inserted into an upper portion of the transfer screw 78 to rotate the transfer screw 78 to move the vertical rotary saw member 80 up and down; Sandwich panel cutter, characterized in that consisting of. The method of claim 5, wherein the vertical rotary saw member 80 A blade protection case 81 fixed to the front of the vertical connection piece 74 and having an open bottom; A lower portion protruding in the blade protection case 81 and vertically rotated to be rotatable; A motor bracket (83) provided at the center of the vertical connection piece (74) and the blade protection case (81); A rotating motor (84) mounted on the motor bracket (83) for rotating the vertical rotary blade (82) at high speed; Sandwich panel cutter, characterized in that consisting of. The method of claim 3, wherein the second vertical adjustment member 86 Vertical guide pieces 88 and 89 which are vertically fixed on both sides of the rear surface of the installation bracket 65 and correspondingly provided with vertical guide protrusions 87; A vertical fixing plate 91 having guide bars 90 formed with guide grooves 90a coupled to the vertical guide protrusions 87 of the vertical guide pieces 88 and 89 so as to be movable upward and downward; A horizontal connection piece 92 having one surface fixed to an upper region of the vertical fixing plate 91 and a fitting portion 92a formed at the other side thereof; An upper fixture 93 fixed to the rear upper region of the installation bracket 65; An adjusting hole 94 in close contact with the mounting bracket 65 at the lower portion of the upper fixing tool 93 and fitted vertically to the fitting portion 92a of the horizontal connection piece 92 and having an adjustment screw hole 94a formed therein; A lower fixing tool (95) protruding from the mounting bracket (65) below the control member (94); A feed screw 99 fitted to the upper fixing tool 93, screwed to the adjusting screw hole 94a of the adjusting tool 94, and having an end fixed to the lower fixing tool 95; And A handle 100 inserted into an upper end of the transfer screw 99 to rotate the transfer screw 99 to move the horizontal rotary top member 130 up and down; Sandwich panel cutter, characterized in that consisting of. The method of claim 7, wherein the front and rear movement member 110 is A lower horizontal fixing piece 111 to which a lower portion of the vertical fixing plate 91 is fastened and fixed; Horizontal guides 112 and 113 fixed at appropriate intervals below the lower horizontal fixing piece 111; A lower horizontal fixing bracket 116 having a horizontal guide bar 114 movably inserted into the horizontal guides 112 and 113 and having a concave inlet 115 formed thereon; A front fixture 117 fixed to the lower horizontal fixing piece 111; A horizontal adjusting tool 118 that is in close contact with the lower horizontal fixing piece 111 and is fixed to an upper portion of the horizontal fixing bracket 116 and has an adjustment screw hole 118a formed therein; A rear fixing tool 119 protruding from the horizontal fixing bracket 116 at the rear of the horizontal adjusting tool 118; A transfer screw 120 fitted to the front fixing tool 117, screwed to the adjustment screw hole 118a of the horizontal adjusting tool 118, and having an end fixed to the rear fixing tool 119; And A handle 121 inserted into the transfer screw 120 to rotate the transfer screw 120 to move the horizontal rotary top member 130 back and forth; Sandwich panel cutter, characterized in that consisting of. According to claim 8, wherein the horizontal rotary saw member 130 A motor case 133 that is vertically inserted into the concave inlet 115 of the horizontal fixing bracket 116 and has a rotary motor 132 built therein; A horizontal blade protection case 134 fixed to the lower portion of the motor case 133 and open at the front thereof; A horizontal rotary blade 135 rotatably arranged inside the horizontal blade protection case 134 and rotating at a high speed by the rotary motor 132; Sandwich panel cutter, characterized in that consisting of. The method of claim 1, A dust discharge device 200 for discharging dust and foreign substances generated when cutting the sandwich panel 1 to an adjacent area of the sandwich panel cutting device 40 to the outside, The dust discharge device 200 is A connecting member consisting of an upper piece 211 connected to the rear of the installation bracket 65 and a lower piece 213 connected to the upper piece 211 and a plurality of vertical bars 212 at appropriate intervals. 210); A discharge case 232 fixed to the lower piece 213 of the connection member 210 and provided with a discharge network 231 at one inner diameter thereof; A discharge motor 234 mounted inside the discharge case 232 and having a discharge fan 233 at a front end thereof; A first dust discharge member 230 provided at the other side of the discharge case 232 and disposed at a rear region of the vertical rotary saw member 80, including a discharge pipe 235 for discharging dust to the outside; And A vertical bracket 261 fixed to an upper portion of the upper member 211 of the connection member 210; A discharge motor 263 fixed to an upper portion of the vertical bracket 261 and having a discharge fan 262 rotatably disposed at a front end thereof; A dust collecting container 264 configured to allow the discharge motor 263 to protrude to the outside and to have a discharge fan 262 embedded therein; An inlet discharge pipe 265 having one side connected to the dust collector 264; A connecting tube 266 to which a tip of the inlet and outlet pipe 265 is fixed; A second dust discharge member 250 coupled to the connection cylinder 266 and formed of a dust collector 267 positioned in the horizontal rotary saw member 130; Sandwich panel cutter, characterized in that consisting of.

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