KR101369958B1 - An auto cohesion type waterproof sheet manufacturing machinery - Google Patents

Abstract

The present invention relates to a device for producing the character purse type waterproof sheet, release paper supply section and the stirrer and an ejector mixture of raw material, release paper through the length adjusting section mounting and pressure roller part and the second release paper supply section and mash supply and a film feeding section and fixed section and a blower part and a suction conveyor and first pressure roller part of but also capable of completing the manufacture of a waterproof sheet and bonded to the pressurized while stably conveyed in a state in which in turn resting on the release paper and a film-mash mixture in the upper surface, in addition to the winding can be automatically fixed length of the waterproof sheet is manufactured, and therefore the width adjustment part can take up at a certain width waterproof sheet is wound on a winding installation, to provide a waterproof sheet production device′s purse type can be manufactured in various ways to provide the length and width of waterproof sheet. [Reference numerals] (AA) Thermal medium

Description

Anti-cohesion type waterproof sheet manufacturing machinery

The present invention relates to a self-supporting waterproof sheet production apparatus, and more specifically, to produce a waterproof sheet having a variety of lengths, widths and heights stably without defects can be easily made to the desired specifications, collection of waterproof sheets The present invention relates to a self-adhesive waterproof sheet production apparatus capable of continuously winding a waterproof sheet.

In general, the waterproof sheet is used to cope with the inflow of water in the construction of tunnels and water treatment facilities such as road tunnels, railway tunnels, subway tunnels or waterways and bridge railways.

In addition, in the conventional tunnel waterproofing method, shotcrete is poured after tunnel excavation, and a landel is fixed to the inner surface of the nonwoven fabric for drainage induction. Then, the waterproof sheet of synthetic resin is heat-sealed and attached to the surface of the nonwoven fabric. The connection part of the waterproof sheet was made by continuously connecting by heat fusion and then pouring lining concrete on it.

However, this method has a problem in that the construction work is complicated and takes a long time by attaching the nonwoven fabric to the shotcrete surface, attaching the nonwoven fabric to the wall by using the Landel and tablet nails, and then attaching the waterproof sheet with a hot air gluer. In addition, there is a problem that the stress layer is concentrated due to the stress of the land layer due to the sliding of the waterproof layer when the lining concrete is poured due to the use of the landel.

Accordingly, in order to solve the above problems, an integral waterproof sheet in which a waterproof sheet made of a synthetic resin material and a nonwoven fabric are integrally bonded, such as Utility Model Registration No. 168540, has been proposed and used, and the integrated waterproof sheet is formed on both sides of an intermediate fixed nonwoven fabric and a nonwoven fabric. The end portion is fixed to the shotcrete surface using a tableting nail, and the waterproof sheet and the joint portion of the waterproof sheet are formed by fusion by hot air.

However, in such a conventional tunnel waterproofing method, since pressure is generated at the time of lining concrete pouring, a problem arises in that the head of the tableting nail breaks the waterproof sheet as well as the nonwoven fabric.

In addition, when the waterproof sheet and the non-woven fabric integrated the waterproof sheet along the inner diameter of the tunnel while fixing the waterproof sheet using a washer and tableting nails, there was a problem in that the close contact construction was difficult due to the bending of the shotcrete surface.

The present invention through the raw material stirrer, the mixture discharger, the release paper supply unit, the first press roller unit, the conveyor unit, the adsorption fixing unit, the blower, the mesh supply unit, the film supply unit, the release paper supply unit, the second press roller unit, the gusset unit and the length control unit It is possible to complete the manufacture of waterproof sheet by press-gluing while stably transporting the mixture, mesh, film and release paper on the upper surface of the release paper, and to automatically wind the produced waterproof sheet to a certain length. In addition, the purpose of providing a self-adhesive waterproof sheet production apparatus that can be produced in a variety of length and width of the waterproof sheet because it can be wound to a certain width of the waterproof sheet wound on the winding through the width control unit.

In addition, the present invention prevents the mixture from solidifying until the pressure bonding through the first pressure roller part because the heat medium circulated and supplied through the circulating pump flows into the raw material stirring feeder, the mixture discharger and the second roller of the first pressure roller part. It is possible to lower the temperature of the mixture press-bonded to the release paper through the blower to produce a self-adhesive waterproof sheet that can prevent product defects due to cutting of the waterproof sheet and winding of the waterproof sheet through the length adjusting part and the width adjusting part. The purpose is to provide a device.

In addition, the present invention is a state in which the mesh is installed only on one side of the upper surface of the mixture, the film is attached to the upper surface of the mixture so as to partially overlap the mesh, the release paper is attached to the portion to which the mesh is attached to make the waterproof sheet, the waterproof sheet Self-adhesive waterproof sheet production apparatus that can achieve a strong bond between the same material by detaching the release paper when the bond is attached to each other, as well as through the mesh installed only in the part where the waterproof sheet overlaps each other without deteriorating the waterproof performance The purpose is to provide.

In addition, the present invention is the pressurized body of the first pressurizing roller portion is coupled to the support play by the linear bearing and the lex gear combination, so that the pressurized body can be easily moved in the front and rear direction through the operation of the transfer handle, and the installation interval between the mixture ejector and the conveyor portion. The purpose of providing a self-adhesive waterproof sheet production apparatus that can precisely adjust the distance between the first and second rollers through the lifting control member and height adjustment gauge to easily produce the waterproof sheet to the desired specifications. have.

In addition, the present invention is installed in a pair of winding rods for holding the waterproof sheet is rotated in accordance with the drive of the drive motor, and each winding rod is to be detached through the fastening and separating means to the waterproof sheet wound It is an object of the present invention to provide a self-supporting waterproof sheet production apparatus that can achieve a continuous winding of the waterproof sheet even when collected.

The present invention for achieving the above object comprises a raw material stirring transfer machine for constituting a hopper to which the raw material is supplied to agitate and transport the raw material in accordance with the power of the drive device; A mixture discharger coupled to the raw material stirring transfer unit for discharging the mixture made by stirring the raw material to a predetermined thickness and width; Release paper supply unit for supplying a release paper so that the mixture discharged through the mixture discharger is seated on the upper surface of the release paper; A first pressurizing roller unit for pressing the mixture seated on the upper surface of the release paper to bond the release paper and the mixture; Conveyor units consisting of first and second conveyors sequentially disposed in front of the first pressure roller unit for moving the release paper to which the mixture is bonded; An adsorption fixing unit for connecting to the first and second conveyors through a connecting hose to respectively adsorb the release paper to the first and second conveyors; A blower configured on an upper side of the first conveyor to cool the mixture adhered to the release paper; A mesh supply unit wound on an upper side of the conveyor unit to seat a mesh on an upper side of the mixture; A film supply unit wound on an upper side of the conveyor unit and seating a film on an upper portion of the mixture such that a part of the mesh is overlapped; A release paper supply unit wound on an upper side of the conveyor unit to seat the release paper on the upper portion of the mesh; A second pressing roller unit installed between the first and second conveyors to pressurize and adhere the mesh and the release paper seated on the upper portion of the mixture to produce a waterproof sheet; A winding unit spaced apart in front of the conveyor unit to wind the waterproof sheet; And a length adjusting unit installed on the conveyor and measuring the length of the waterproof sheet wound around the winding unit, and a cutter disposed between the conveyor unit and the winding unit and cutting the waterproof sheet to a predetermined length. Provides a self-adhesive waterproof sheet production device characterized.

When using the self-adhesive waterproof sheet production apparatus of the present invention, the raw material stirrer, the mixture ejector, the mold release part, the first press roller part, the conveyor part, the adsorption fixing part, the blower, the mesh supply part, the film supply part, the release paper supply part, and the second Through the pressure roller part, the gusset part, and the length adjusting part, the mixture, the mesh, the film, and the release paper are placed on the upper surface of the release paper in a sequential manner while being stably transported and pressure-bonded to complete the production of the waterproof sheet. In addition to being able to automatically wind the waterproof sheet to a certain length, it is possible to wind the waterproof sheet wound around the winding portion to a predetermined width through the width adjusting portion, there is an advantage that can be produced in various lengths and widths of the waterproof sheet.

In addition, the present invention prevents the mixture from solidifying until the pressure bonding through the first pressure roller part because the heat medium circulated and supplied through the circulating pump flows into the raw material stirring feeder, the mixture discharger and the second roller of the first pressure roller part. And it can lower the temperature of the mixture pressure-bonded to the release paper through the blower has the advantage of preventing product defects due to cutting of the waterproof sheet and winding of the waterproof sheet through the length adjusting portion and the width adjusting portion.

In addition, the present invention is a state in which the mesh is installed only on one side of the upper surface of the mixture, the film is attached to the upper surface of the mixture so as to partially overlap the mesh, the release paper is attached to the portion to which the mesh is attached to make the waterproof sheet, the waterproof sheet When the adhesive bond between the detaching the release paper to achieve a solid coupling between the same material, there is an advantage that can be improved through the mesh installed only in the portion where the waterproof sheet overlaps with each other without deteriorating the waterproof performance.

In addition, the present invention is the pressurized body of the first pressurizing roller portion is coupled to the support play by the linear bearing and the lex gear combination, so that the pressurized body can be easily moved in the front and rear direction through the operation of the transfer handle, and the installation interval between the mixture ejector and the conveyor portion. There is an advantage that can be adjusted to the gap between the first and second rollers precisely through the elevating adjustment member and height adjustment gauge can be easily manufactured to the desired specification.

In addition, the present invention is installed in a pair of winding rods for holding the waterproof sheet is rotated in accordance with the drive of the drive motor, and each winding rod is to be detached through the fastening and separating means to the waterproof sheet wound It is a useful invention that can achieve a continuous winding of the waterproof sheet even when collected.

1 is a right side view showing the self-adhesive waterproof sheet production apparatus of the present invention.
Figure 2 is a plan view showing a raw material stirring transporter and a mixture discharger of the present invention.
3 is an enlarged view of a portion A of FIG. 1;
Figure 4 is a perspective view showing a first pressing roller part of the present invention.
5 is a plan view showing a conveyor unit, a blower, a mesh supply unit, a film supply unit, a bale supply unit, and a second pressure roller unit of the present invention.
6 and 7 are perspective views showing the drive unit of the present invention.
8 is an enlarged view of a portion C of FIG. 7;
9 is an enlarged view of a portion B of FIG. 1;
Figure 10 is a perspective view showing a width adjustment portion of the present invention.
FIG. 11 is an enlarged view of a portion D of FIG. 10; FIG.

Hereinafter, the structure of the present invention will be described.

The present invention relates to a machine 200 for manufacturing a waterproof sheet used to cope with the inflow of water in the construction of tunnels and water treatment facilities, such as road tunnels, railway tunnels, subway tunnels and water treatment facilities and bridge railways. 1 and 9, a raw material stirring transfer machine 10 configured to agitate and transfer the raw materials according to the power of the driving device 12 by forming a hopper 11 to which the raw materials are supplied; A mixture discharger 20 coupled to the raw material stirring transfer machine 10 to discharge the mixture 21 made by stirring the raw material to a predetermined thickness and width; Release paper supply unit 30 for supplying a release paper 31 so that the mixture 21 discharged through the mixture discharger 20 is seated on the upper surface of the release paper 31; A first pressurizing roller unit 40 pressurizing the mixture 21 seated on the upper surface of the release paper 31 to bond the release paper 31 to the mixture 21; A conveyor unit (50) comprising first and second conveyors (51, 55) sequentially disposed in front of the first press roller unit (40) to move the release paper (31) to which the mixture (21) is bonded; An adsorption fixing part 60 connected to the first and second conveyors 51 and 55 through a connection hose 61 to adsorb the release paper 31 to the first and second conveyors 51 and 55, respectively; A blower (70) configured to cool the mixture (21) formed on the upper side of the first conveyor (51) and adhered to the release paper (31); A mesh supply unit 80 wound on an upper side of the conveyor unit 50 to seat the mesh 81 on an upper side of the mixture 21; A film supply unit 90 wound on an upper side of the conveyor unit 50 and seating the film 91 on the upper portion of the mixture 21 so that a part of the mesh 81 is overlapped; A release paper supply unit 100 wound on an upper side of the conveyor unit 50 and seating the release paper 101 on an upper portion of the mesh 81; Installed between the first and second conveyors (51, 55), and a pressure-bonding mash 81 and the film 91 and the release paper 101 seated on the upper portion of the mixture 21 to produce a waterproof sheet Two pressure roller unit 110; A winding unit 120 spaced apart from the front of the conveyor unit 50 to wind the waterproof sheet; The sensor 140 is installed on the upper side of the conveyor unit 50 to measure the length of the waterproof sheet wound on the winding unit 120, and disposed between the conveyor unit 50 and the winding unit 120 to be waterproof. Characterized in that consisting of; length adjusting unit (160) consisting of a cutter (150) for cutting to a predetermined length.

Hereinafter, the raw material stirring transfer machine 10, the mixture discharge machine 20, the release paper supply unit 30, the first press roller unit 40, the conveyor unit 50, the adsorption fixing unit 60, , Blower 70, mesh supply unit 80, film supply unit 90, release paper supply unit 100, second press roller unit 110, gusseting unit 120, length adjusting unit ( It will be described in more detail for the self-adhesive waterproof sheet production apparatus consisting of 160).

First, the raw material stirring transfer machine 10 is a device for stirring and transporting the raw material according to the power of the drive device 12 by configuring the hopper 11 is supplied with the raw material as shown in Figs. The transfer case 15 having a screw 14 that rotates according to the driving of the driving device 12 is installed at the lower side of the hopper 11, and the mixture 21 manufactured by stirring the raw materials with the mixture discharger 20. It serves to supply.

Here, the drive device 12 is coupled to the belt pulley 16 for transmitting power to the main gear 17 according to the drive of the motor 13, the main gear 17 is rotated to rotate the screw 14 It can be easily achieved with the driven gear (18).

In addition, the screw 14 is preferably installed in a pair for easy manufacture and transport of the mixture 21 by stirring the raw material, the pair of screw 14 is a gear 19 coupling It is preferable to configure such that it rotates in the opposite direction to each other.

Second, the mixture discharger 20 is coupled to the raw material stirring transfer machine 10 is configured to discharge the mixture 21 made by stirring the raw material at a predetermined thickness and width, the mixture 21 on the front of a constant thickness The control block 23 for discharging with the width is characterized in that it is installed through the bolt (25) coupling.

And, the lower portion of the control block 23 is formed with a discharge groove 22 for discharging the mixture 21 supplied through the raw material stirring transporter 10, the mixture 21 through the discharge groove 22 It is discharged to a certain thickness and width.

Third, the release paper supply unit 30 is a mixture discharge machine to release the release paper 31 so that the mixture 21 discharged through the mixture discharge machine 20 is seated on the upper surface of the release paper 31, as shown in FIGS. In the configuration for supplying between the 20 and the first pressurizing roller portion 40, the roll 32 is wound around the shaft 32 that rotates through a normal motor (not shown) and installed in the installation table 180.

And, the release paper supply unit 30 is preferably further provided with a configuration that can be transported in the left and right directions for easy replacement of the release paper 31 wound on the shaft 32, such a configuration is a motor and The body 33 of the release paper supply unit 30 in which the shaft 32 is installed may be easily achieved by coupling the linear bearing 35 in the left and right directions of the installation table 180.

In addition, it is preferable that the release paper supply unit 30 is further provided with a configuration for preventing the body 33 on which the release paper 31 is wound randomly moved.

This configuration further comprises a bracket 38 bearing the handle 37 is coupled to the installation table 180, the body 33 is such that the bolt shaft (not shown) extending from the handle 37 is screwed It can be easily achieved through the addition of a conventional configuration, through such a configuration, by moving the body 33 to the left and right in accordance with the operation of the handle 37 protrudes to one side of the installation table 180. Since it is possible to make it easy to replace the release paper 31 wound in a roll form on the shaft 32 of the release paper supply unit 30.

Fourth, the first pressure roller unit 40 presses the mixture 21 seated on the upper surface of the release paper 31, as shown in Figure 1, 2 or 4, the release paper 31 and the mixture 21 ) Is installed on the support frame 41, and is disposed between the mixture discharger 20 and the conveyor unit 50.

In addition, the first pressing roller part 40 is composed of a pressing body 49 which is installed to be coupled to the support frame 41 to be transported in the front-rear direction. The pressing body 49 has an upper surface of the release paper 31. The first and second rollers 49c and 49j for adhering the release paper 31 and the mixture 21 to each other by pressing the seated mixture 21 are configured.

In addition, the configuration in which the pressing body 49 is conveyed in the front and rear directions of the supporting frame 41 can be easily achieved by coupling the pressing body 49 to the supporting frame 41 with the linear bearing 43. The pressure body 49 is coupled to the pressure body 49 and the support frame 41 by the rack gear 45 so that the pressure body 49 can be accurately disposed as much as necessary. It is preferable to further include a transfer handle 47 is connected to the gear (45).

Hereinafter, the pressure body 49 will be described in more detail.

The pressurizing body 49 consists of an installation moving part 49a, the 1st roller 49c, the elevation adjusting member 49h, and the 2nd roller 49j.

First, the installation moving part 49a of the pressurizing body 49 is coupled to the support frame 41 and is conveyed in the front-rear direction according to the operation of the transfer handle 47. It is made of a pair of plate material, as described above is coupled to the support frame 41 by a linear bearing 43 and a rack gear 45.

In addition, the first roller 49c of the pressurized body is configured to be bearing-coupled to both lower sides of the installation moving part 49a to rotate in accordance with the operation of the first motor 49b.

In addition, the elevating control member (49h) of the pressing body 49 is a configuration for adjusting the height of the installation of the second roller is installed on the pressing body, the fixing stand (49d) respectively coupled to both upper surfaces of the installation moving part (49a) And both of the first adjusting handle 49f constituting the screw shaft 49e screwed to the fixing base 49d, and the upper both sides of the installation moving part 49a in a state in which the screw shaft 49e is bearing-coupled to the end of the screw shaft 49e. It consists of a lifting platform (49g) installed in contact with each other.

Accordingly, when the first adjustment handle 49f is rotated, the screw shaft 49e screwed with the fixing stand 49d is moved up and down so as to be in contact with the installation moving part while being bearing-coupled to the screw shaft 49e. Height adjustment of the lifting platform 49g is made, and changing the installation height of the second roller 49j installed on the lifting platform 49g according to the height adjustment of the lifting platform 49g.

Although not shown in the drawing, the installation moving part 49a or the lifting platform 49g may further include a general guide for preventing the movement of the lifting platform 49g from moving forward, backward, left, and right. .

In addition, the second roller (49j) is a bearing coupled to the lifting platform (49g) configured in the lifting control member (49h) is configured to rotate in accordance with the operation of the second motor (49i), the lifting control member (49h) The height of the installation is controlled by the pressure-sensitive adhesive to the release paper 31 and the mixture 21, it is preferable to be made of a conventional metal material so that the heat transfer is good.

In addition, the installation moving portion (49a) of the present invention is configured to further comprise a mounting rod (49l) is installed height adjustment gauge (49k), the height adjustment gauge (49k) on the lifting table (49g) of the lifting adjustment member (49h). It is preferable to further include a contact plate (49m) that is in contact with, according to this configuration, the height adjustment gauge (49k) when adjusting the lifting height of the second roller (49j) according to the first adjustment handle (49f). Since it is easy to check the adjustment amount through), there is an advantage that the second roller (49j) can be easily installed at a desired height.

On the other hand, the present invention is preferably configured to further include a configuration to facilitate the production and delivery of the mixture 21 and pressure bonding as shown in Figure 1 to 2, such a configuration is the raw material After connecting the usual hose (H) to the stirring feeder (10), the mixture discharger (20), and the second roller (49j) of the first pressure roller part (40), the heat medium is supplied, and the circulation pump ( It can be easily achieved by allowing the heat medium supplied through P) to circulate.

Fifth, the conveyor unit 50 is disposed in front of the first pressure roller unit 40 as shown in Figs. 1, 3, 5 or move the release paper 31 to which the mixture 21 is adhered forward. In this configuration, it is divided into first and second conveyors 51 and 55 and sequentially disposed in front of the first pressing roller part 40, and is fixedly installed on the upper portion of the installation table 180.

Each of the first and second conveyors 51 and 55 is bearing-coupled to a pair of ordinary frames 50a, respectively, and is disposed in the front and rear spaces of the roller 50b and the spaced rollers 50b. ) Is composed of a belt (50c) to drive indefinitely and a normal motor (not shown) connected to the roller (50b) to drive the roller (50b), the suction groove (50d) in the belt (50c) Is formed.

Sixth, the adsorption fixing part 60 is connected to the first and second conveyors 51 and 55 through connecting hoses 61, respectively, to release the release paper 31 to the first and second conveyors 51 and 55, respectively. In a configuration for adsorbing, a conventional air intake device 63 for adsorbing air is connected to the frame 50a by a connecting hose 61 to adsorb air through the adsorption groove 50d formed in the belt 50c. To work.

Accordingly, the release paper 31 seated on the first and second conveyors 51 and 55 is fixed to the respective belts 53c through the suction grooves 50d so that no distortion occurs during movement.

Seventh, the blower 70 is configured to cool the mixture 21 formed on the upper side of the first conveyor 51 and adhered to the release paper 31, and is fixed to the frame 50a of the first conveyor 51. Bracket 71 is provided and installed in a pair, a common rod 73 is installed on the bracket 71, and a conventional blowing fan 75 is coupled to the rod 73.

In addition, the blowing fan 75 is preferably installed in a plurality of rods to effectively lower the temperature of the mixture 21, it may be arranged in a plurality of rows.

Eighth, the mesh supply unit 80 is wound to the upper side of the conveyor unit 50 to seat the mesh 81 on the upper side of the mixture 21, the left frame (50a) configured in the first conveyor (51) Mesh bracket (83) fixedly coupled to the), the normal rotating shaft (85) installed on the mesh bracket (83) and rotating, and wound around the rotating shaft (85) and the mixture according to the rotating operation of the rotating shaft (85). It may be composed of a mesh 81 that is seated on the upper left side of the 21, the rotating shaft 85 may be made of a conventional spindle.

In addition, the mesh 81 is configured to prevent damage by increasing the strength of the waterproof sheet is overlapped and bonded when the construction of the completed waterproof sheet, the mixture of the waterproof sheet overlaps the mesh 81 ( 21 is installed only on one side of the mixture 21, the waterproofing performance is reduced by weakening the adhesive force with the asphalt (not shown) or the wall (not shown) to form the adhesive when the mash 81 is overcontained Because.

Ninth, the film supply unit 90 is wound on the upper side of the conveyor unit 50 to seat the film 91 on the upper portion of the mixture 21, and partially overlaps the film 91 with the mesh 81. It serves to seat on the upper portion of the mixture 21 to be built, wound and installed in the form of a roll on the rotating shaft 95 that rotates through a conventional motor (93).

In addition, the film supply unit 90 is preferably further provided with a configuration to be transported in the left and right directions for easy replacement of the film 91 wound on the rotary shaft 95, such a configuration is a motor ( 93 and the body 97 of the film supply unit 90, the rotation shaft 95 is installed it can be easily achieved by coupling the linear bearing 96 in the left and right directions of the mounting table 180, the film 81 Positioning the wound rotary shaft 95 on the upper side of the conveyor unit 50, after installing the normal film bracket 99 on the left and right sides of the body 81, the rotary shaft 95 on the film bracket 99 It can be easily achieved by mounting the bearings respectively.

In addition, the film supply unit 90 preferably further comprises a configuration to prevent the body (91) wound around the film 91 to be moved arbitrarily, such a configuration is the above-described release paper supply unit 30 and Since the same can be achieved, detailed description thereof will be omitted.

Tenth, the release paper supply unit 100 is wound on the upper side of the conveyor unit 50 to seat the release paper 101 on the upper portion of the mesh 81, and is made in the same configuration as the above-described mesh supply unit Description is omitted.

Then, the release paper 101 supplied from the release paper supply unit 100 is preferably formed in a slightly wider width than the mesh 81 seated on the mixture 21, which is to be constructed by overlapping the completed waterproof sheet This is to facilitate the detachment of the release paper 101 at the time.

Eleventh, the second press roller part 110 is installed between the first and second conveyors 51 and 55 as shown in FIG. 1 or 5, and the mesh seated on the upper portion of the mixture 21. The pressure-sensitive adhesive of the 81, the film 91, and the release paper 101 serves to produce a waterproof sheet.

To this end, the second press roller part 110 is disposed on the lower roller 111 formed on the lower side and the upper side of the lower roller 111 to elevate through the normal cylinder 112 to release paper 31. It consists of an upper roller 113 for pressure-bonding the bonded mixture 21, the mesh 81, the film 91 and the release paper 101 at the same time.

The twelfth, winding unit 120 is spaced apart in front of the conveyor unit 50 as shown in Figure 1 or 6 to 8 to recommend the completed waterproof sheet through the second pressure roller unit 110 In the configuration, the installation frame 121, the rotation driving unit 125, and the winding rod (128).

First, the installation frame 121 of the winding unit 120 is configured to be spaced apart from the front of the conveyor unit 50, is installed to rotate the drive through the rotary drive unit 125, the rotary drive unit 125 Drive motor 122 for rotating the drive is installed on the installation frame 121 of one side.

In addition, the rotary drive unit 125 of the winding unit 120 is installed in the installation frame 121 as described above, and is configured to rotate in accordance with the driving of the drive motor 122, the bearing coupling to the installation frame 121 It consists of a drive shaft 123 and the installation bracket 124 coupled to the drive shaft 123.

Here, the mounting bracket 124 is configured to be coupled to each other on both sides of the drive shaft 123, is installed to connect and install the winding rods 128 for winding the waterproof sheet, the drive shaft 123 of One side is formed with a conventional gear is connected to the drive motor 122 and the normal chain.

In addition, the winding rods 128 of the winding unit 120 is installed in a pair of mounting brackets 124, each of which is configured to operate in rotation, each of the mounting bracket 124 through each fastening and separating means 130 Installed in pairs, the first and second winding motors 126 and 127 are connected to the chain and gear coupling, respectively, and configured to rotate respectively.

Here, the winding rods 128 are installed at both ends of the mounting bracket 124, respectively, and are formed at an angle of about 180 °, and the first and second winding motors 126 and 127 are installed on the other side of the installation frame 121. ) Is connected to the take-up rods 128 through chains and gears, respectively.

In addition, the chain and the gear coupling between the winding rod 128 and the first winding motor 126 of the one side is the first connecting means coupled to the first winding motor 126 by the chain (C1) in a slide-coupled state to the drive shaft ( L1a and a plurality of connections provided to the mounting bracket 124 to connect the gear L1a formed on the first connecting means L1 and the gear 128a formed on the winding rod 128 on one side to each other. It may be easily achieved through the gear 124a.

In addition, the chain and gear coupling between the winding rod 128 and the second winding motor 127 on the other side is coupled to the second winding motor 127 by a chain (C2) in a slide-coupled state to the first connecting means (L1). The second connecting means (L2) to be installed on the mounting bracket 124, the gear (L2a) formed on the second connecting means (L2) and the gear 128b formed on the winding rod (128) of the other side; It may be easily achieved through a plurality of connecting gears (124b) connected to each other.

In addition, it is preferable that the center of gravity rod 129 is further installed on the installation bracket 124 so as to easily grasp the center of gravity of the winding rod 128 installed at an angle of 180 ° to easily rotate the drive shaft 123.

On the other hand, the fastening separation means 130 is installed so that the winding rod 128 is removed, coupled to the mounting bracket 124, the first seating groove 131 and fixed, for easy removal, coupling of the winding rod 128 Bracket 133, and the fixed coupler 136.

Here, the first mounting groove 131 is formed in the mounting bracket 124 of the rotary drive unit 125 for the mounting of the winding rod 128, the arc shape so that the winding rod 128 can be easily rotated Characterized in that formed.

The fixing bracket 133 is hinged to the installation bracket 124 and installed in the first mounting groove 131 to wrap the winding rod 128 inserted into the first mounting groove 131. A corresponding second seating groove 132 is formed.

In addition, the fixing coupler 136 is composed of a fixing bolt 134 hinged to the end of the mounting bracket 124, and a fixed handle 135 screwed to the upper portion of the fixing bolt 134.

Therefore, when the fixing knob 135 is rotated, the height of the fixing knob 135 which is screwed to the fixing bolt 134 is variable, so that the fixing bracket 133 can be opened and closed. Decoupling of the winding rod 128 is made, there is an effect that can easily achieve the collection of the waterproof sheet wound on the winding rod 128.

In addition, since the gears 128a and 128b formed on the winding rod 128 have a coupling structure that is engaged with the connecting gears 124a and 124b, the removal of the winding rod 128 for the collection of the waterproof sheet is easily performed. There are also effects that can be achieved.

Thirteenth, the length adjusting unit 160 is configured as shown in Figure 1 or 5 and 9 and configured to be wound by cutting a predetermined length of the waterproof sheet to be wound, of the conveyor unit 50 It is disposed between the common sensor 140 and the conveyor unit 50 and the winding unit 120 to measure the length of the waterproof sheet to be wound on the winding unit 120 is installed on the upper side to cut the waterproof sheet to a certain length It is composed of a cutter (150).

Here, the sensor 140 may be easily installed through being coupled to the frame 50a configured in the conveyor unit 50.

In addition, the cutter 150 is a conventional cutting device for cutting the waterproof sheet, the cutting blade 153 is fixedly coupled to the conventional frame 151 for cutting the waterproof sheet according to the operation of the lifting cylinder 152. Is made of, the front of the cutter 150 is a conventional conveyor belt 159 for transferring the waterproof sheet to the winding unit 120 is connected to the frame 151 is configured.

In addition, the conveyor belt 159 connected to the frame 151 of the cutter 150 is preferably installed in a configuration that is moved back and forth so as to adjust the distance between the conveyor unit 50 and the winding unit 120. However, such a configuration may be easily achieved by coupling the cutter 150 with the linear bearing 156 to a conventional mounting table 155 installed on the floor.

In addition, when the mounting table 155 and the conveyor belt 159 are connected and installed by the normal operation cylinder 157, the cutter 150 and the conveyor belt 159 move before and after the operation of the operation cylinder 157. And fixed installation can be easily achieved.

On the other hand, in the present invention, as shown in Figure 1 or 10 to 11 further includes a width adjusting unit 170 for cutting the waterproof sheet to a predetermined width between the conveyor unit 50 and the cutter 140. It is preferable that the width adjusting unit 170 is configured such that the fixed installation bar 172, the fastener 174, the fastener 175, the housing 176, the lifting shaft 178, Circular saw 179 can be easily configured.

First, the fixed installation bar 172 of the width adjusting unit 170 constitutes a guide protrusion 171 formed in the left and right directions, is installed between the conveyor unit 50 and the cutter 140, the conventional bracket ( It is connected to the frame 170a coupled to the installation table 180 through 171a.

In addition, the fixture 174 is configured to be inserted into the fixed installation bar 172 by forming a guide groove 173 corresponding to the guide protrusion 171, the slide can be moved along the fixed installation bar 172. The width of the waterproof sheet can be adjusted.

 In addition, the fastening fastener 175 is screwed to the fastener 174 in a configuration for fixing the fastener 174 to the fixed installation bar 172, the bolt screwed to the fastener 174, the end of the bolt It consists of a handle formed on the part.

In addition, the housing 176 is configured to be connected to the fixture 174 by a conventional coupling method such as welding to elevate the circular saw 179 for cutting the waterproof sheet.

In addition, the lifting shaft 178 is bolted to the inner diameter of the housing 176, the upper constituting the second control handle 177.

Therefore, when the second adjustment handle 177 is operated, the lifting operation of the lifting shaft 178 is performed.

The lifting shaft 178 further includes a general guide groove 178a, and the housing 176 further includes a guide bolt 176a fitted to the guide groove 178a, thereby combining the second guide shaft 178a. It may be necessary to prevent the lifting shaft 178 from rotating in the housing 176 when the adjustment handle 177 is operated.

In addition, the circular saw 179 is coupled to the lifting shaft 178 is configured to rotate, is connected to the lifting shaft 178 through a conventional spindle is configured to rotate.

In addition, in the present invention, a plurality of waterproof seats are installed by fixing a plurality of fasteners 174 and a housing 176 and a lifting shaft 178 and a circular saw 179 installed on the fixed installation bar 172. You can cut it with

Hereinafter, the operation according to the above configuration will be described.

First, when the power is turned on, the heat medium through the operation of the circulation pump (P) is a second roller (composed of the raw material stirring transfer machine 10, the mixture discharge machine 20, and the first pressure roller unit 40) 49j) is supplied to circulate.

In this state, the worker inputs the raw material through the hopper 11 configured in the raw material stirring transfer machine 10. When the raw material is introduced as described above, the raw material is supplied by the screw 14 configured in the raw material stirring transfer machine 10. The mixture 21 is made through the process of being transported while stirring, and the mixture 21 thus produced is discharged to a certain thickness and width through the mixture ejector 20.

Therefore, the discharged mixture 21 is seated on the upper surface of the release paper 31 supplied through the release paper supply unit 30, and then by the first and second rollers 49c and 49j of the first pressure roller unit 40. The pressure-adhesive action is performed to complete the pressure-adhesion of the release paper 31 and the mixture 21.

As described above, the release paper 31 and the mixture 21 passing through the first pressing roller part 40 are transferred to the next process through the conveyor part 50, at which time, the belt 50c of the conveyor part 50. Since the suction groove (50d) is formed to suck the air through the adsorption fixing portion 60, there is no distortion during the transfer of the release paper 31 to which the mixture 21 is bonded, the blower 70 in this state By passing through the operation is performed to lower the temperature of the mixture (21) that is hot.

In addition, an operation in which the mesh 81 is seated through the mesh supply part 80 is performed on the upper left side of the mixture 21 having a lowered temperature, and then, a part of the mesh 81 is overlapped through the film supply part 90. Film 91 is seated on top of the mixture 21.

Then, the release paper 101 is supplied from the release paper supply unit 100 to the portion where the mesh 81 is seated, and is seated. The mesh 81, the film 91, and the release paper 101 seated as described above are seated. Since the state becomes welded by the heat of the mixture 21, there is no distortion caused by external factors.

As such, the mixture 21 on which the mash 81, the film 91, and the release paper 101 are seated is press-bonded while passing through the second pressing roller part 110, thereby completing the production of the waterproof sheet. Production is completed waterproof sheet is wound on a winding rod (128) configured in the winding unit (120).

On the other hand, since the length adjusting unit 160 is configured in the present invention, after measuring the length of the waterproof sheet wound on the winding rod 128 with the sensor 140, the cutting sheet 150 to cut the waterproof sheet to the desired length It can be produced, through the width control unit 170 can cut the waterproof sheet to the desired width has the advantage that can be produced in various sizes to the waterproof sheet.

In addition, since the winding rods 128 to wind the waterproof sheet to the winding unit 120 are installed in two, and can be easily detached and coupled through the fastening and separating means 130, the waterproof sheet wound on the winding rods 128. There is also an advantage that can continue to achieve the work of the present invention at the time of collection.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.

H: Hose P: Circulation Pump
DESCRIPTION OF SYMBOLS 10 Raw material stirring transfer machine 11 Hopper 12 Drive device 13 Motor 14 Screw 15 Transfer case 16 Belt pulley 17 Main gear 18 Follow gear 19 Gear
20: mixture discharger 21: mixture 22: discharge groove 23: control block 25: bolt
30: release paper supply unit 31: release paper 32: shaft 33: body 35: linear bearing 37: handle 38: bracket
40: Pressing roller portion 41: Support frame 43: Linear bearing 45: Rec gear 47: Transfer handle 49: Pressing body 49a: Mounting moving parts 49b, 49i: 1st, 2nd motor 49c, 49j: 1st, 2nd roller 49d: Fixture 49e: Screw shaft 49f: First adjustment handle 49g: Lifting platform 49h: Lifting adjusting member 49k: Height adjusting gauge 49l: Mounting rod 49m: Contact plate
50: conveyor 50a: frame 50b: roller 50c: belt 50d: adsorption groove 51, 55: first and second conveyor
60: adsorption fixing portion 61: connection hose 63: air intake device
70: blower 71: bracket 73: rod 75: blowing fan
80: mesh supply unit 81: mesh 83: mesh bracket 85: rotating shaft
90: film supply portion 91: film 93: motor 95: rotating shaft 97: body 99: film bracket
100: release paper supply unit 101: release paper
110: second press roller section 111: lower roller 112: cylinder 113: upper roller
120: winding part 121: mounting frame 122: drive motor 123: drive shaft 124: mounting bracket 124a, 124b: connecting gear 125: rotary drive parts 126, 127: first, two winding motors C1, C2: chain L1, L2: first , 2 connection means L1a, L2a: gear 128: winding rod 128a, 128b: gear 129: center of gravity rod
130: fastening separation means 131: first seating groove 132: second seating groove 133: fixing bracket 134: fixing bolt 135: fixing handle 136: fixing coupler
140: sensor 150: cutter 151: frame 152: lifting cylinder 153: cutting blade 155: mounting table 156: linear bearing 157: operating cylinder 159: conveyor belt 160: length adjusting part
170: width adjustment section 170a: frame 171: guide protrusion 171a: bracket 172: fixed installation bar 173: guide groove 174: fastener 175: fastening hole 176: housing 176a: guide bolt 177: second adjustment handle 178: lifting shaft 178a : Guide groove 179: Circular saw
180: installation table 200: self-adhesive waterproof sheet production apparatus

Claims (8)

A raw material stirring transfer device 10 configured to agitate and transfer raw materials according to the power of the driving device 12 by constituting a hopper 11 to which raw materials are supplied;
A mixture discharger 20 coupled to the raw material stirring transfer machine 10 to discharge the mixture 21 made by stirring the raw material to a predetermined thickness and width;
Release paper supply unit 30 for supplying a release paper 31 so that the mixture 21 discharged through the mixture discharger 20 is seated on the upper surface of the release paper 31;
A first pressurizing roller unit 40 pressurizing the mixture 21 seated on the upper surface of the release paper 31 to bond the release paper 31 to the mixture 21;
A conveyor unit (50) comprising first and second conveyors (51, 55) sequentially disposed in front of the first press roller unit (40) to move the release paper (31) to which the mixture (21) is bonded;
An adsorption fixing part 60 connected to the first and second conveyors 51 and 55 through a connection hose 61 to adsorb the release paper 31 to the first and second conveyors 51 and 55, respectively;
A blower (70) configured to cool the mixture (21) formed on the upper side of the first conveyor (51) and adhered to the release paper (31);
A mesh supply unit 80 wound on an upper side of the conveyor unit 50 to seat the mesh 81 on an upper side of the mixture 21;
A film supply unit 90 wound on an upper side of the conveyor unit 50 and seating the film 91 on the upper portion of the mixture 21 so that a part of the mesh 81 is overlapped;
A release paper supply unit 100 wound on an upper side of the conveyor unit 50 and seating the release paper 101 on an upper portion of the mesh 81;
Installed between the first and second conveyors (51, 55), and a pressure-bonding mash 81 and the film 91 and the release paper 101 seated on the upper portion of the mixture 21 to produce a waterproof sheet Two pressure roller unit 110;
A winding unit 120 spaced apart from the front of the conveyor unit 50 to wind the waterproof sheet;
The sensor 140 is installed on the upper side of the conveyor unit 50 to measure the length of the waterproof sheet wound on the winding unit 120, and disposed between the conveyor unit 50 and the winding unit 120 to be waterproof. Self-adhesive waterproof sheet production apparatus characterized in that consisting of; length adjusting unit (160) consisting of a cutter (150) for cutting to a predetermined length. The method of claim 1, wherein the first press roller portion 40,
Support frame 41;
The pressing body 49 is coupled to the support frame 41 by a linear bearing 43 and at the same time is coupled to the rack gear 45 is conveyed in the front and rear direction through the transfer handle 47 connected to the rack gear 45. Consisting of;
The pressurized body 49 is a self-adhesive waterproof sheet production apparatus characterized in that it further comprises a first, second rollers (49c, 49j) for pressure-bonding the release paper 31 and the mixture (21). The method of claim 2, wherein the pressure body 49,
An installation moving part (49a) coupled to the support frame (41) and transferred in the front-rear direction according to the operation of the transfer handle (47);
A first roller (49c) which is bearing-coupled to both lower sides of the installation moving part (49a) and rotates according to the operation of the first motor (49b);
A first adjusting handle 49f constituting a fixing stand 49d coupled to both upper surfaces of the installation moving part 49a, a screw shaft 49e screwed to the fixing stand 49d, and the screw shaft 49e. Lifting control member (49h) consisting of a lifting platform (49g) is installed in contact with the upper both sides of the installation moving portion (49a) in a bearing coupled state at the end of the;
A second roller (49j) which is bearing-coupled to the lifting platform (49g) configured in the lifting control member (49h) and rotates according to the operation of the second motor (49i);
The installation moving part (49a) is further configured to include an installation rod (49l) is installed height adjustment gauge (49k),
The lifting table 49g of the lifting control member 49h further includes a contact plate 49m to which the height adjusting gauge 49k contacts, so that the lifting height of the second roller 49j can be adjusted. Self-adhesive waterproof sheet production device. The self-supporting waterproof according to claim 1, wherein a heating medium is supplied to the raw material stirring transporter 10, the mixture ejecting machine 20, and the first pressurizing roller part 40 to circulate the heating medium. Sheet production equipment. The method of claim 1, wherein the guinea pig unit 120,
An installation frame 121 spaced apart from the front of the conveyor unit 50;
A rotating drive part 125 including a driving shaft 123 coupled to the bearing of the installation frame 121 to rotate according to the driving of the driving motor 122, and an installation bracket 124 coupled to the driving shaft 123;
It is installed in a pair to the installation bracket 124 through each fastening and separating means 130, and is connected to the first and second winding motors (126, 127), respectively, winding rods 128 to rotate; Self-adhesive waterproof sheet production apparatus characterized by According to claim 5, The fastening separating means 130,
A first seating groove 131 formed on the mounting bracket 124 of the rotation driving unit 125 and on which both sides of the winding rod 128 are seated;
It is hinged to the mounting bracket 124, and fixed to form a second seating groove 132 corresponding to the first seating groove 131 to surround the take-up rod 128 fitted in the first seating groove 131 Bracket 133;
The fixing bolt 134 which is hinged to the end of the mounting bracket 124 and the fixing handle 135 is screwed to the upper portion of the fixing bolt 134 to secure the fixing bracket 133 Self-adhesive waterproof sheet production apparatus characterized in that consisting of (136); According to claim 1, The self-adhesive waterproof sheet production apparatus characterized in that the conveyor unit 50 and the cutter 140 is further comprised of a width adjusting unit 170 for cutting the waterproof sheet to a predetermined width. The method of claim 7, wherein the width adjusting unit 170,
A fixed installation bar 172 formed between the conveyor unit 50 and the cutter 140 by constituting the guide protrusion 171 formed in the left and right directions;
A fastener 174 that is formed in the guide groove 173 corresponding to the guide protrusion 171 and fitted into the fixed installation bar 172;
A fastening tool 175 which is screwed to the fastener 174 to fix the fastener 174 to the fixed installation bar 172;
A housing 176 connected to the fixture 174;
A lifting shaft 178 that is bolted to the housing 176 to move up and down according to the operation of the second adjustment handle 177;
Self-adhesive waterproof sheet production apparatus characterized in that consisting of; circular saw 179 is coupled to the lifting shaft 178 to rotate.

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