KR102181547B1 - Input Belt Protection Device for Deco Tile Press - Google Patents

Abstract

The present invention relates to an input belt protection device for a deco tile press, which enables controlling rotational displacement of an input belt provided for putting a deco tile supplied through a supply unit into a press unit, in order to prevent damage to the input belt caused by pressing of a cutting blade of the press unit to a constant point on an upper surface of the input belt, thereby increasing durability of the input belt.

Description

Input Belt Protection Device for Deco Tile Press}

The present invention relates to a device for protecting an input belt for a deco tile press, and more particularly, to control the rotational displacement of an input belt provided for inputting the decor tile supplied through the supply unit to the press unit, thereby cutting the press unit. It relates to an input belt protection device for deco tile press that prevents damage to the input belt by always pressing a certain place against the upper surface of the input belt, thereby extending its life.

As is well known, the decorative tile refers to a decorative tile made by coating a pattern film such as solid wood, carpet, or stone on a PVC resin, followed by a surface protective coating treatment.

Here, the above-described decorative tile has a generally square shape, and is adhered to the floor one by one to form an overall floor structure.

The method of manufacturing such a decorative tile includes selecting a pattern capable of mass production, developing a roll with the selected patterns, processing the base paper to be printed, and gravure printing to form a print layer on the base paper. It consists of a step, a post-treatment step, and a step of finally packaging the finished product.

The decorated tile manufactured as described above is cut into a size capable of working, for example, in a square or rectangular shape using a Thompson press.

The above-described Thompson press is a trend that is widely spread in the industrial field for cutting fabrics because of the advantages suitable for a mass production system, such as reducing the number of workers compared to production and improving productivity.

In the case of cutting a workpiece such as a sheet material, a number of known techniques using a cutter or a laser are known, but the cutting technique using the Thompson press is widely used because it is excellent in terms of processing speed and cost.

As an example of cutting with the Thompson press, a cutting blade for punching that operates in a belt type is used, and the shape of the mold may be formed not only in a rectangular or circular shape, but also in a desired irregular shape depending on the application.

In such a Thompson press, a transfer table that moves forward and backward is arranged along the rail installed on the work table to mount the workpiece, and the workpiece can be cut by the mutual motion of the frame on the transfer table and the frame middle plate placed on the upper body. There will be.

That is, when the transfer table on which the workpiece is mounted operates and is located in the work area, the middle plate of the frame is lowered and the workpiece is cut into a predetermined shape. Is done.

1 is a view showing a conventional general belt-type Thompson press.

As shown in the conventional conventional belt-type Thompson press, a supply unit provided in which a plurality of supply rollers are rotatably installed on a supply frame by driving a supply driving motor on the upper part so as to supply a decorative tile for cutting, An input unit installed at one side of the supply unit and provided to be transported forward through an input belt rotating in a caterpillar manner corresponding to the driving of the input driving motor, and a decor tile installed at one side of the input unit and inserted into the control unit. It consists of a press part provided to be cut by a cutting blade driven by hydraulic pressure supplied by the control, and a discharge part installed on one side of the press part to discharge the cut product.

However, in the conventional general belt-type Thompson press configured as described above, the decor tile placed on the upper surface of the input belt is put into the space part by rotating the input belt as described above, and the input decor tile is driven by the press part. When cut by, the cutting blade of the press part penetrates the decor tile and damages the surface of the input belt, and eventually the input belt is torn due to repetitive work, thereby shortening the lifespan.

Fig. 1

Accordingly, the present invention was conceived to solve the above-described problems, and the cutting blade of the press part is inserted by controlling the rotational displacement of the input belt provided for inputting the decorative tile supplied through the supply part to the press part. It is an object of the present invention to provide an input belt protection device for a deco tile press that prevents damage to the input belt by always pressing a certain place against the upper surface of the belt and extends its life.

Other objects of the present invention will become apparent as the technology progresses.

In the present invention for achieving the above object, the input belt protection device for a deco tile press includes a supply unit 210, an alignment unit 220, an input unit 230, a press unit 240, and a discharge unit 250 ) And the supply unit 210 of the deco tile press apparatus 200 consisting of a pressing guide unit 260 has a plurality of supply frames 211 by driving a supply driving motor in the upper portion so as to supply a deco tile for cutting. The supply roller 212 is rotatably installed and provided, and the alignment unit 220 has one end fixed to the left and right sides of the supply frame of the supply unit 210, and each other end is a cylinder driven by the control of the controller. It is provided to align the supplied decor tiles by moving in a direction facing each other by a central part, and the input part 230 is the upper front end and the discharge part 250 of the fixing frame for the input part installed on one side of the supply part 210 First and second rotary rollers (231, 232) rotatably provided on one side of the discharging fixing frame, and a third rotating roller rotatably installed inside the discharging fixing frame of the input fixing frame and the discharging part 250 ( 233) and a fourth rotary roller, and one end of the second rotary roller 232 is installed below the second rotary roller 232 by driving corresponding to the control of the control unit to rotate the second rotary roller 232 via a belt. The input drive motor 234 is provided connected to the second rotary roller 232, and the first, second, and third rotary rollers 231, 232, 233 and the fourth rotary roller are wound to drive the input drive motor 234 It is composed of an input belt 235 provided to allow input of the supplied decor tile to the press unit 240 to rotate in a caterpillar manner corresponding to the driving of the input drive motor 234 It is provided to be transported forward through the belt 235, and the press unit 240 is provided to be cut by driving the inserted decorative tile corresponding to the control of the control unit installed at one side of the input unit 230 , The discharge unit 250 is installed on one side of the press unit 240 to discharge the cut product. The pressure guide unit 260 is provided at one end of the input unit 230 to guide the deco tile supplied through the supply unit 210 while pressing corresponding to the driving of the input unit 230, By being installed at the rear end of the upper surface of the input unit 230, it is positioned at the front end of the press unit 240 to adjust the position of the decoration tile provided to always keep the input position constant before inserting the decoration tile to the press unit side. A third rotary roller 233 rotatably installed on the fixing frame for the input part so as to protect the input belt of the decorative tile press device 200 configured including the means 100 and fixed to the fixing frame for the input part to be located at one side It is possible to control the rotational displacement of the input belt 235 by moving one end of the third rotary roller 233 in one direction and the other direction as the protection driving motor 236e is driven in correspondence with the control of the control unit. The input belt protection means 236 is provided to be installed to be driven by the control of the control unit on one side of the upper mold 243 of the press unit 240 to correspond to the thickness of the decorative tile. It characterized in that it comprises a height correction means 270 provided to prevent damage to the input belt 235 by correcting the height.

As described above, according to the input belt protection device for a deco tile press according to the present invention, since the rotation displacement of the input belt is controlled and rotates, the cutting blade of the press part always presses a certain place with respect to the upper surface of the input belt. It has the effect of prolonging its life by preventing the input belt from being damaged.

1 is a drawing showing a conventional general belt-type Thompson press.
Figure 2 is a view showing the input belt protection means of the input belt protection device for a decor tile press according to the present invention.
3 is a view showing a height correction means of the input belt protection device for a decor tile press according to the present invention.
Figure 4 is a perspective view from the front view of the deco tile press device in which the input belt protection device for a decor tile press is installed according to the present invention.
Figure 5 is a perspective view from the rear of the deco tile press device is installed for a deco tile press input belt protection device according to the present invention.
6 is a plan view showing a deco tile press device installed with a deco tile input belt protection device according to the present invention.
7 is a perspective view showing a deco tile position adjusting means of a deco tile press device in which an input belt protection device for a deco tile press is installed according to the present invention.
Figure 8 is a plan view showing a deco tile position adjustment means of the deco tile press device for the deco tile press input belt protection device is installed according to the present invention.
9 is a photographic view showing a deco tile press device equipped with an input belt protection device for a deco tile press according to the present invention.
10 is a photographic view showing a deco tile press device input unit and a press unit equipped with an input belt protection device for a decor tile press according to the present invention.

Hereinafter, an embodiment of an input belt protection device for a deco tile press according to the present invention will be described in detail.

First of all, it should be noted that in the drawings, the same components or parts denote the same reference numerals as possible. In describing the present invention, detailed descriptions of related known functions or configurations are omitted so as not to obscure the subject matter of the invention.

As shown, the input belt protection device for a deco tile press according to the present invention enables the rotational displacement of the input belt to be controlled so that the cutting blade of the press unit always presses a certain place against the upper surface of the input belt. It is configured to be able to prevent damage to the input belt.

That is, the decorative tile press apparatus 200 composed of the supply unit 210, the alignment unit 220, the input unit 230, the press unit 240, the discharge unit 250, and the pressure guide unit 260 A plurality of supply rollers 212 are rotatably installed on the supply frame 211 by the driving of a supply driving motor at the upper part so as to supply decorative tiles for cutting, and the alignment unit 220, each end is fixed to the left and right side of the supply frame of the supply unit 210, and each other end is moved in a direction facing each other by a cylinder driven by the control of the control unit to align the supplied decorative tiles to the center. The first and second rotations are provided so as to be rotatably provided at the upper front end of the fixing frame for the input unit installed on one side of the supply unit 210 and on one side of the fixing frame for discharging the discharge unit 250, respectively. Rollers 231 and 232, a third rotary roller 233 and a fourth rotary roller rotatably installed inside the fixing frame for discharging of the inlet and discharging unit 250, respectively, and the second rotary roller 232 An input drive motor 234 connected to the second rotary roller 232 via a belt so as to rotate the second rotary roller 232 by being installed at the bottom and driving corresponding to the control of the controller. ) And, by winding the first, second, and third rotary rollers (231, 232, 233) and the fourth rotary roller, the supplied decorative tile corresponding to the driving of the input driving motor 234 is put into the press unit 240 It is composed of an input belt 235 that is provided so as to be transportable forward through an input belt 235 that rotates in a caterpillar manner corresponding to the drive of the input driving motor 234, and the press The unit 240 is installed on one side of the input unit 230 and is provided to be cut by driving the inserted decorative tile corresponding to the control of the control unit, and the discharge unit 250 is installed at one side of the press unit 240 Is provided so that the cut product can be discharged, and the pressure guide unit 260 is at one end of the input unit 230 Is provided so as to guide the deco tile supplied through the supply unit 210 while pressing corresponding to the driving of the input unit 230, and installed at the rear end of the upper surface of the input unit 230, the press unit 240 For input of the decorative tile press device 200 configured including a decor tile position adjustment means 100, which is located at the front end of the decor tile and is provided to always keep the input position constant before inserting the decor tile to the press part. The input belt protection device for the deco tile press for protecting the belt is fixedly installed on the fixing frame for the input unit so as to be located on one side of the third rotary roller 233 rotatably installed on the fixing frame for the input unit, so as to correspond to the control of the control unit. Protection of the input belt provided to control the rotational displacement of the input belt 235 by moving one end of the third rotary roller 233 in one direction and the other direction as the protective driving motor 236e is driven The input by correcting the height of the upper mold to correspond to the thickness of the decorative tile by being installed to be driveable under the control of a control unit on one side of the upper mold 243 of the press unit 240 and the means 236 It comprises a height correction means 270 provided to prevent damage to the dragon belt 235.

Hereinafter, before describing the above-described input belt protection device for a decor tile press according to the present invention with reference to the accompanying drawings, the above-described decor tile press device will be described as follows.

First, the supply unit 210 of the deco tile press apparatus 200 is provided to be able to supply the deco tile to the input unit 230 as shown in FIGS. 4 to 10.

That is, the supply unit 210 has a front, left, and right sides of the supply frame 211 formed of a rectangular frame with an openable door installed, and the upper surface of the supply frame 211 can be rotated at regular intervals in the transverse direction. The supply roller 212 is installed inside the supply frame 211 and is driven to correspond to the control of the control unit so that the supply roller 212 can be rotated. ) And a supply drive motor (not shown) equipped with a wound supply belt (not shown).

On the other hand, the supply unit 210 of the above-described deco tile press device is a known configuration hereinafter, a more detailed description will be omitted.

The alignment unit 220 is installed on the upper left and right sides of the supply frame 211 of the supply unit 210, respectively, to control the control unit as the decoration tile supply detection sensor 221 detects the supplied decoration tile. It is configured to be driven correspondingly to push the left and right sides of the decorative tile to be aligned with the center of the upper surface of the supply roller 212 of the supply unit 210.

That is, the alignment unit 220 is installed on the sensor installation bar 221a fixedly installed on the upper side of the supply frame 211 of the supply unit 210 to detect whether or not the decor tile is supplied and apply it to the control unit. Each of the upper left and right sides of the supply frame 211 of the supply unit 210 so as to be located on both sides of the decorative tile supply detection sensor 221 and the decorative tile supply detection sensor 221 provided in a manner Mounted left and right supply fixing brackets (222, 222') and a moving plate installed to be movable by operating a handle (not shown) on the upper surface of the left and right supply fixing brackets (222, 222') (drawing symbols omitted) ), the cylinders 223 and 223' for left and right measuring rows provided with pistons for left and right measuring rows (not shown) so that they are fixedly installed to face each other to face each other to be driven corresponding to the control of the control unit, and the Each end is fixed to the piston for the left and right measuring rows of the left and right measuring row cylinders 223 and 223', and the other end is located above the outer circumferential surface of the supply roller 212 of the supply unit 210, so that the cylinder for the left and right measuring rows It is composed of left and right alignment moving plates 224 and 224 ′ provided to align the supplied decor tile to the central portion of the supply roller 212 corresponding to the driving of (223,223').

When the input unit 230 is installed at one side of the supply unit 210, that is, at the rear end, and is aligned through the alignment unit 220, the inflow driving motor drives the supplied decorative tile by the control of the control unit. It is provided so as to be able to be inserted into the press unit through an input belt rotating in a caterpillar manner corresponding to the.

That is, the input unit 230 is rotated at the top of the front end of the fixing frame for the input unit (not shown in the drawing) installed on one side of the supply unit 210 and on one side of the discharge fixing frame for the discharge unit installed on one side of the press unit 240 The first and second rotary rollers 231 and 232 are provided to be possible, and a third rotary roller 233 and a fourth rotary roller (not shown) that are rotatably installed inside the fixing frame for the input part and the fixing frame for the discharge part, respectively. And, the second rotary roller 232 is installed below one end of the second rotary roller 232 via a belt to rotate the second rotary roller 232 by driving corresponding to the control of the controller. By winding the input drive motor 234 connected and provided, the first, second, and third rotary rollers (231, 232, 233) and the fourth rotary roller to penetrate between the upper and lower molds of the press unit 240 It is installed and is composed of an input belt 235 provided so as to be able to insert the supplied decor tile corresponding to the driving of the input drive motor 234 to the press unit 240.

The press unit 240 is installed between the input unit 230 and the discharge unit 250 to press the decorative tile input through the input belt 235 of the input unit 230 by the control of the control unit. By driving the hydraulic cylinder, the upper mold installed on the bottom surface of the cutting blade moves downward toward the lower mold, thereby enabling cutting the decorative tile.

That is, the press unit 240 is for a press unit provided with an upper and a lower portion spaced apart through a plurality of guide bars 241a installed at the corners between the input unit 230 and the discharge unit 250 The fixing frame 241 and the lower mold 242 provided to be fixedly installed by passing a plurality of guide bars 241a through the corners of the lower part of the fixing frame 241 for the press part, so that the input belt 235 is wound toward the upper surface. And, the plurality of guide bars (241a) are penetrated to the corners to be installed to be movable upward and downward on the upper part of the lower mold 242, and the upper mold provided with a cutting blade (not shown) on the bottom surface ( 243), and a hydraulic piston for a press that is fixedly installed on the upper upper surface of the fixing frame 241 for the press unit and is driven by hydraulic pressure supplied corresponding to the control of the control unit to move the upper mold 243 in the vertical direction. It consists of a press hydraulic cylinder 244 provided to be fixedly connected to the upper mold.

The deco tile position adjusting means 100 is spaced apart from each other in the front and rear directions on the left and right sides of the other end of the upper surface of the input unit 210, and each one end is fixed to the left side by means of a plurality of fixing screws. The fixing member 110 and the right fixing member 110 ′, and a left guide bar 120 and a right guide bar each provided with one end fixed to the pair of left and right fixing members 110 and 110 ′ It is fixedly installed on the upper surface of (120') and the left and right moving members (130, 130') movably installed on the left and right guide bars (120, 120') and rotated left and right to correspond to the supply of hydraulic pressure. Each one end is rotatably connected to the left and right rotation cylinders 140 and 140 ′ in which the pistons 141 and 141 ′ are provided to be driven, and the left and right rotational pistons 140 and 140 ′, and the other end is the left, Position moving means 150 provided to be able to block one end of the decor tile by rotating toward the upper surface of the input belt corresponding to the drive of the right pivoting cylinder (140, 140'), and on the left and right guide bars (120, 120') Each of the deco tiles supplied with the position moving means 150 are always constant by moving the left and right moving members 130 and 130 ′ in one direction and the other direction by being fixedly installed in each of them and driving corresponding to the supply of hydraulic pressure. Left and right positioning pistons (161, 161') are moved in the opposite direction to be inserted so that they can be cut according to the pattern designed on the surface of the decor tile as it is inserted into the press unit 240 through the input unit 210 and cut. ) Is provided, including left and right positioning cylinders (160, 160').

Here, the position moving part 150 is connected to each of the left and right rotation pistons (141, 141') rotatably, and the other end is input corresponding to the driving of the left and right rotation cylinders (140, 140') The belt 235 is rotated toward the upper surface to block one end of the decorative tile supplied through the supply unit 210 to move the decorative tile in the opposite direction in response to the driving of the left and right positioning cylinders 160 and 160'. It is equipped to be able to.

That is, the position moving part 150 is provided with one end rotatably connected to the left and right rotation pistons 141 and 141 ′ of the left and right rotation cylinders 140 and 140 ′. 151, 151'), and a bar-shaped position movement rotation bar 152 provided with one end and the other end rotatably connected to each other end of the left and right connection links 151 and 151', and the position movement rotation bar 152 ) It is fixedly connected via the fixed connection bar 153 fixed on the upper end, that is, the front end of the decorative tile supplied through the supply unit 210 to be jammed, and the left and right positioning cylinders 160 and 160 ′ are It is configured to include a position-moving blocking member 154 provided with a "b" shape having a horizontal portion and a vertical portion so as to move the decor tile in the direction opposite to the input in correspondence to the driving.

In addition, one end and the other end are fixed to the left and right movable members 130 and 130 ′, and a fixed piece 155a with bearings installed therein to rotatably penetrate the rotational bar 152 for position movement is provided at a predetermined interval. A plurality of rotational bar fixing members 155 are further provided to minimize the oscillation of the rotational bar 152 when the positional movement blocking member 154 rotates.

In addition, the vertical end of the blocking member 154 for position movement minimizes the contact area with the upper surface of the decor tile to prevent the decor tile from being moved in the opposite direction to input, and then the decor tile sticks to change its position. A tapered portion 154a inclined to be prevented is further formed and provided.

Returning again, with reference to the accompanying drawings for the deco tile press input belt protection device according to the present invention will be described in more detail as follows.

First, the input belt protection means 236 of the input belt protection device for a deco tile press according to the present invention, as shown in the accompanying drawing Figure 2, allows a plurality of fixing members to be fixed to the fixing frame for the input unit. A plurality of fixing holes (not shown) are formed at both ends, a receiving groove 236a' is formed on one side, and a through hole (not shown) is perforated on one side of the receiving groove. 236a) and the receiving groove (236a') of the protective fixing bracket (236a) is installed so as to be movable in one direction and the other direction, and one end of the third rotary roller 233 is installed through a bearing (236b). An installation hole (not shown) is formed so that the installation hole (not shown) is formed, and screw grooves (not shown) are formed to communicate with the installation hole on both sides, and the protective moving member 236c is provided, and the receiving groove of the protective fixing bracket 236a (236a') A threaded portion 236d' is formed on the outer circumferential surface so that one end passes through the through hole formed on one side and the screw groove of the protective moving member 236c can be coupled in a screw manner, and the other end is the protective fixing bracket ( The protective rotating member 236d protruding outward of 236a) and the other end of the protective rotating member 236d are connected through a reducer by being fixed to the protective fixing bracket 236a to correspond to the control of the controller. A protective driving motor 236e provided to move the protective moving member 236c in one direction and the other direction within the receiving groove 236a' by driving in the forward and reverse directions, and at one side of both ends of the first rotary roller. Input belts that are respectively fixedly installed on both sides of the upper surface of the fixing frame for the input part through the fixing bracket so as to be positioned, and gradually rotated while eccentric gradually corresponding to the movement of the third rotary roller 233 by the driving of the protective driving motor 236e ( It is composed of left and right input belt detection sensors (236f, 236f') provided to detect 235).

In addition, the height correction means 270, as shown in Figure 3, the outer circumferential surface so that each end is coupled to the screw grooves respectively formed on one side of the corner portion of the upper mold 243 of the press unit 240 A height adjustment screw is formed on the other end, and a worm wheel is formed on the outer circumferential surface of the other end, and a height adjustment rotary member 271 is provided, and the other end of the height adjustment rotary member 271 is rotatably fixed and installed through a bearing. Each of the upper mold 243 of 240 is fixed to one side of the corner, and has a through hole perforated on each side of the height adjustment fixing member 272 and the through hole of the height adjustment fixing member 272 at one end. A worm gear is formed on one outer circumferential surface of one end and one side of the other end so as to be able to be engaged with the worm wheel by passing through, and a pair of rotational force transmission bars 273 for height adjustment provided rotatably by forming a gear unit on one side of each of the worm gears, and , The upper mold 243 of the press unit 240 is fixedly installed on one side of the upper surface and driven in the forward and reverse directions corresponding to the control of the control unit, but the drive motor 274 for height correction is provided with a drive shaft having a gear unit formed on the outer circumferential surface, and , By rotating the drive shaft of the height correction drive motor 274 and a gear unit formed at one end of the height adjustment rotational force transmission bar 273, the height correction drive motor 274 is driven to rotate the height adjustment rotary member 271 The driving timing belt 275 provided to adjust the height of the upper mold 243 and the gear formed at the other end of the height adjustment rotational force transmission bar 273 are wound to rotate the rotational force transmission bar 273 for height adjustment. It consists of a timing belt 276 for the driven is provided to be rotatable together.

When the deco tile press device 200 is driven by the control of the control unit, as shown in Figs. 2 to 8, the driving of the input belt protection device for a deco tile press according to the present invention is made as described above. After the decoration tile for cutting through) is aligned through the alignment unit 220, it is supplied to the input unit 230, and at the same time as the decoration tile is supplied to the input unit 230, the decoration tile position adjustment means 100 By this driving, the position-moving blocking member 154 is moved in the rear direction while engaging the front end of the decor tile located on the upper surface of the input belt 235.

When the decor tile moves in the rear direction as described above, the input belt 235 is driven by driving the input driving motor 234.

By driving the input belt 235, the deco tile is input to the press unit 250, and the upper mold is cut by the cutting blade by moving downward and then discharged to the discharge unit.

As described above, in order to protect the input belt 235 while the decoration tile is being cut through a series of processes, the protection driving motor 236e of the input belt protection means 236 is driven in the forward direction.

The protective rotating member 236d is rotated by the driving of the protective driving motor 236e, thereby moving the protective moving member 236c accommodated in the receiving groove 236a' of the protective fixing bracket 236a.

The third rotary roller 233 is moved by moving one end of the third rotary roller 233 by moving the protective moving member 236c in one direction, that is, in the rearward direction in the receiving groove 236a'. It is inclined, and the input belt 235 is gradually eccentric and rotates as the third rotary roller 233 rotates in an inclined state.

Therefore, the cutting blade provided in the upper mold 243 of the press unit 240 does not always cut a certain place with respect to the input belt 235, so that the life of the input belt 235 can be extended. .

In addition, when the thickness of the deco tile to be cut is thin, the cutting blade provided in the upper mold 243 can penetrate the deco tile to cut the input belt 235, in this case, the height correction means 270 By adjusting the height of the upper mold 243 through ), the input belt 235 can be protected from the cutting blade.

That is, by driving the height correction drive motor 274 of the height correction means 270, a pair of height adjustment rotational force transmission bars 273 and a follower timing belt 276 through the driving timing belt 275 Will rotate.

With the rotation of the height adjustment rotational force transmission bar 273 and the driven timing belt 276, the height adjustment rotation member 271 rotatably provided on one side of the corner of the upper mold 243 rotates at the same time.

Accordingly, the upper mold 243 is raised, so that the input belt 235 can be protected from the cutting blade.

In this way, the input belt 235 can be protected from the cutting blade through the input belt protection means 236 and the height correction means 270, thereby extending the life of the input belt 235.

The above description is merely illustrative of the technical idea of the present invention, and those of ordinary skill in the art to which the present invention pertains will be able to make various modifications and variations without departing from the essential characteristics of the present invention. Accordingly, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention, but to explain the technical idea, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be interpreted as being included in the scope of the present invention.

100; Deco tile position adjustment means 110; Fixing member for left
110'; Right fixing member 120; Guide bar for left
120'; Right guide bar 130; Moving member for left
130'; Right moving member 140; Left-hand turning piston
140'; Right pivot piston 150; Location means of transportation
160; Left positioning cylinder 160'; Cylinder for right positioning
200; Deco tile press device 210; Supply
220; Alignment unit 230; Input
240; Press unit 250; Discharge
260; Pressure guide 270; Height correction means

Claims (3)

The supply unit of the decorative tile press apparatus 200 consisting of a supply unit 210, an alignment unit 220, an input unit 230, a press unit 240, a discharge unit 250, and a pressure guide unit 260 210 is provided with a plurality of supply rollers 212 rotatably installed on the supply frame 211 by the driving of the supply driving motor at the upper portion so as to supply the decorative tile for cutting, and the alignment unit 220 ), each end is fixed to the left and right side of the supply frame of the supply unit 210, and each other end is moved in a direction facing each other by a cylinder driven by the control of the control unit to align the supplied decorative tiles to the center. Is provided, and the input unit 230 includes first and second rotary rollers rotatably provided at the front end of the fixing frame for the input unit installed on one side of the supply unit 210 and on one side of the fixing frame for discharging the discharge unit 250. 231 and 232, a third rotary roller 233 and a fourth rotary roller that are respectively rotatably installed inside the holding frame for discharge of the inlet and discharge unit 250, and one end of the second rotary roller 232 is lower The input drive motor 234 is installed in and is connected to the second rotary roller 232 via a belt so as to rotate the second rotary roller 232 by driving corresponding to the control of the controller. , By winding the first, second, and third rotary rollers (231, 232, 233) and the fourth rotary roller, the decorative tile supplied corresponding to the driving of the input driving motor 234 can be put into the press unit 240 It is composed of an input belt 235 provided and is provided to be transported forward through an input belt 235 rotating in a caterpillar manner corresponding to the drive of the input driving motor 234, and the press unit ( 240 is provided to be cut by driving the decorated tile installed at one side of the input unit 230 corresponding to the control of the control unit, and the discharge unit 250 is installed at one side of the press unit 240 to cut It is provided to be able to discharge the product, the pressure guide portion 260 is a ball at one end of the input unit 230 The deco tile supplied through the feeding part 210 is provided to be guided while pressing corresponding to the driving of the input unit 230, and the press unit 240 is installed at the rear end of the upper surface of the input unit 230. A belt for inputting the decor tile press device 200, which is located at the front end of the decor tile and includes a decor tile position adjusting means 100 provided to always keep the input position constant before putting the decor tile into the press section. The input belt protection device for the deco tile press to protect
The third rotary roller (23) is fixedly installed on the fixed frame for the input unit to be located on one side of the third rotary roller 233 rotatably installed on the fixed frame for the input unit, and the protective driving motor 236e is driven to correspond to the control of the control unit. An input belt protection means 236 provided to control the rotational displacement of the input belt 235 by moving one end of the input belt 233 in one direction and the other direction;
The upper mold 243 of the press unit 240 is installed to be driven under the control of a control unit, and the height of the upper mold is corrected to correspond to the thickness of the decoration tile. Height correction means 270 provided to prevent damage
Deco tile press for input belt protection device comprising a.
The method of claim 1,
The input belt protection means 236 has a plurality of fixing holes formed at both ends so as to fix a plurality of fixing members to a fixing frame for an input part, and a receiving groove 236a' is formed on one surface thereof, and one of the receiving grooves It is installed to be movable in one direction and in the other direction in the protective fixing bracket (236a) provided with a through hole perforated on the side, and the receiving groove (236a') of the protective fixing bracket (236a), but on one side, a third rotary roller ( An installation hole is formed so that one end of the 233 can be installed through a bearing 236b, and a protective moving member 236c provided with screw grooves formed in communication with the installation hole on both sides, and the protective fixing bracket 236a A threaded portion (236d') is formed on the outer circumferential surface so that one end passes through the through hole formed on one side of the receiving groove (236a') of the protective moving member (236c) in a screw manner, and the other end is for the protection. A protective rotating member (236d) protruding outward from the fixing bracket (236a) and the other end of the protective rotating member (236d) by being fixed to the protective fixing bracket (236a) is connected through a reducer to control the control unit A protective driving motor 236e provided to move the protective moving member 236c in one direction and the other direction in the receiving groove 236a' by driving in the forward and reverse directions corresponding to the, and the first rotary roller It is installed on both sides of the upper surface of the fixing frame for the input part through a fixing bracket so that it is located at one side of both ends, and gradually rotates while eccentric in response to the movement of the third rotary roller 233 by the driving of the protection driving motor 236e. An input belt protection device for a decor tile press, characterized in that consisting of left and right input belt detection sensors (236f, 236f') provided to detect the belt 235.
The method of claim 1,
The height correction means 270 has a height adjustment screw portion formed on the outer circumferential surface so that each one end is coupled in a screw groove respectively formed on one side of the corner portion of the upper mold 243 of the press portion 240, and the other end The outer circumferential surface of the upper mold 243 of the press unit 240 so that the other end of the height adjustment rotary member 271 is provided with a worm wheel formed rotatably through a bearing. The worm wheel is engaged with the worm wheel by being fixed to one side of the unit, but having a through hole perforated on each side thereof, and a through hole of the height-adjusting fixing member 272 through each end Worm gears are formed on one outer circumferential surface of one end and the other end so as to be possible, and a gear unit is formed on one side of each of the worm gears to rotatably provide a pair of rotational force transmission bars 273 for height adjustment, and an upper mold of the press unit 240 (243) A height correction drive motor 274 provided with a drive shaft fixedly installed on one side of the upper surface and driven in the forward and reverse directions corresponding to the control of the control unit, and a gear part formed on the outer circumferential surface, and the height correction drive motor 274 The height of the upper mold 243 can be adjusted by rotating the height adjustment rotary member 271 by winding the drive shaft and the gear unit formed at one end of the height adjustment rotational force transmission bar 273 and the height adjustment driving motor 274 driving. A timing belt for driving 275 provided so as to be provided so as to be rotatable with the rotation of the height adjustment rotational force transmission bar 273 by winding a gear formed at the other end of the height adjustment rotational force transmission bar 273 Deco tile press input belt protection device, characterized in that consisting of (276).

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