KR102574177B1 - Roll toilet paper manufacturing device - Google Patents

Abstract

The present invention discloses an apparatus for manufacturing roll toilet paper. According to one embodiment of the present invention, the supply unit 110 to supply the base paper 10 wound in a roll form, and to form a pattern on the surface of the base paper 10 supplied from the supply unit 110 A forming unit 120, a longitudinal cutting unit 130 for receiving the base paper 10 on which patterns are formed in the forming unit 120 and cutting it in the longitudinal direction to form a plurality of bands, A winding unit 140 that is cut into a strip at the cutting unit 130 so that commercialized toilet paper can be wound on a wick, and the winding unit 140 pressurizes the rolled toilet paper so that it can be discharged to one side The discharge unit 150 and the unrolled strip-shaped toilet paper are cut in the transverse direction, and at the same time, adhesive and air are sprayed to the cut parts on both sides so that the cut part on one side adheres to the other wick, and the toilet paper on the other side is cut The portion is provided with a roll toilet paper manufacturing apparatus characterized in that it includes a transverse cutting portion 160 that is wound in a roll form and adhered to the surface of the commercialized toilet paper so that the molding of the toilet paper product can be completed.

Description

Roll toilet paper manufacturing device {Roll toilet paper manufacturing device}

The present invention relates to an apparatus for manufacturing roll toilet paper, and more particularly, to effectively produce toilet paper by quickly and accurately cutting base paper to a predetermined width when producing roll-type toilet paper products, and at the same time, the cut surface turns yellow due to friction It relates to a roll toilet paper manufacturing device capable of preventing

Typically, roll toilet paper is manufactured by winding the base paper for toilet paper delivered from a paper production company in a roll form around a cylindrical core tube, and cutting it into a desired width according to the purpose of use. Most of the manufacturing processes of this roll toilet paper depend on manual work except for the process of winding the fabric around the core tube.

For example, the work of preventing the separation of the base paper from the core pipe by pasting the ends of the core pipe and the base paper in order to wind the base paper around the core pipe so that the product can be shipped out, or the work of cutting the base paper and the core pipe into a set size are separate Workers carried out the work manually by using facilities and devices.

However, conventionally, in order to wind the base paper around the core pipe, the work of pasting the end of the base paper to adhere to the core pipe, the work of pasting the end of the base paper wound to prevent the unwinding of the base paper, and the roll type There was a problem of requiring a separate device and a large place for installation to perform each task, such as cutting the raw paper and core tube wound by the purpose of use.

Therefore, recently, a roll-type toilet paper product manufacturing apparatus capable of automatically producing toilet paper products, such as automatically winding and cutting them, has been disclosed. That is, Korean Patent Registration No. 10-1352821 has been proposed. Referring to this, a series of work processes from the supply of base paper to the production of the final product made by winding base paper around core tubes can be automated and continuously carried out As the improvement was made, the efficiency of overall product production was improved.

However, although the above-described conventional technology could automatically wind and cut, the cut surface of the base paper was discolored yellow due to friction as the cutting blade, base paper, and core tube were contacted during the work process of cutting the wound base paper and the core. there was. In addition, due to continuous cutting, there is a disadvantage in that the cutting surface is contaminated as dust and foreign substances adhere to the surface of the cutting blade.

That is, in the conventional toilet paper manufacturing apparatus, when cutting toilet paper wound in a roll form, the cut surface is not cut smoothly, the color is discolored, or the cut surface is rough due to foreign substances such as dust, etc. During the cutting process, quality defects occur There are downsides.

Therefore, the present applicant has come up with an apparatus for manufacturing roll toilet paper that can solve the conventional problems as described above.

According to one embodiment of the present invention, in the production of roll-type toilet paper products, it is possible to effectively produce toilet paper that can quickly and accurately cut base paper with a predetermined width and at the same time prevent the cut surface from turning yellow due to friction It is intended to provide a roll toilet paper manufacturing device.

The present invention discloses an apparatus for manufacturing roll toilet paper. According to one embodiment of the present invention, a supply unit capable of supplying the base paper wound in a roll form, a forming unit capable of forming a pattern on the surface of the base paper supplied from the supply unit, and a pattern formed by the forming unit A longitudinal cutting unit that receives the supplied paper and cuts it in the longitudinal direction to form a plurality of strips, and a winding unit that is cut into strips from the longitudinal cutting unit and wound the commercialized toilet paper around a wick, A discharge unit that pressurizes the rolled toilet paper to discharge it to one side, and cuts the unwound strip-shaped toilet paper in the transverse direction and at the same time sprays adhesive and air to the cut parts on both sides to cut toilet paper on one side The cut portion is adhered to the other wick, and the cut portion of the toilet paper on the other side is wound in a roll form and adhered to the surface of the commercialized toilet paper to complete the molding of the toilet paper product. A roll characterized in that it includes a transverse cut portion. A toilet paper manufacturing apparatus is provided.

Roll toilet paper manufacturing apparatus according to the present invention can automatically produce a large amount of roll toilet paper, so that productivity can be improved, and effective toilet paper products can be produced. By allowing oil or water to be applied to minimize friction, yellow discoloration of the cut surface of toilet paper can be prevented, and a small amount of oil or water can be continuously applied to the surface of the cutting blade to prevent foreign matter such as dust. contamination can be minimized.

1 is a view schematically showing an apparatus for manufacturing roll toilet paper according to an embodiment of the present invention.
2 is a view schematically showing a supply unit of a roll toilet paper manufacturing apparatus according to an embodiment of the present invention.
Figure 3 is a view schematically showing a longitudinal cutting portion of the roll toilet paper manufacturing apparatus according to an embodiment of the present invention.
4 and 5 are diagrams schematically showing the winding unit of the roll toilet paper manufacturing apparatus according to an embodiment of the present invention.
6 is a view schematically showing a discharge unit of a roll toilet paper manufacturing apparatus according to an embodiment of the present invention.
7 is a view schematically showing a transverse cutting part of a roll toilet paper manufacturing apparatus according to an embodiment of the present invention.

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

Prior to this, the terms or words used in this specification and claims should not be construed as being limited to the usual or dictionary meaning, and the inventor appropriately uses the concept of the term in order to explain his/her invention in the best way. It should be interpreted as a meaning and concept consistent with the technical idea of the present invention based on the principle that it can be defined.

Therefore, the embodiments described in this specification and the configurations shown in the drawings are only one of the most preferred embodiments of the present invention, and do not represent all the technical ideas of the present invention, so at the time of this application, they can be replaced. It should be understood that there may be many equivalents and variations.

An apparatus for manufacturing toilet paper according to an embodiment of the present invention includes a supply unit 110 capable of supplying base paper 10 wound in a roll form, and a pattern on the surface of the base paper 10 supplied from the supply unit 110. A molding unit 120 for molding, and a longitudinal cutting unit 130 for receiving the base paper 10 on which patterns are formed in the molding unit 120 and cutting it in the longitudinal direction to form a plurality of bands, , The winding unit 140 cut into a band shape by the longitudinal cutting unit 130 to wind the commercialized toilet paper around the wick, and the winding unit 140 pressurizes the rolled toilet paper and discharges it to one side The discharge unit 150 and the unrolled strip-shaped toilet paper are cut in the transverse direction, and at the same time, adhesive and air are sprayed to the cut parts on both sides so that the cut parts on one side adhere to the other wick, The toilet paper cutting portion on the other side may include a transverse cutting portion 160 that is wound in a roll form and adhered to the surface of the commercialized toilet paper to complete the molding of the toilet paper product.

The supply unit 110 rotates and supports the large-sized base paper 10 supplied in the form of a roll to unwind the rolled base paper 10 and supply it to the molding unit 120 to be described later. It may include a supply shaft 112 for rotatably supporting the bonnet, and a rotation unit 114 to rotate in contact with the surface of the base paper 10 rotatably supported by the supply shaft 112. there is.

At this time, the rotating unit 114 is located at the bottom of the base paper 10 rotatably installed by the supply shaft 112 and is selectively in contact with the base paper 10 to be circulated flat belt assembly 114a ) and a rotating shaft 114b rotatably supporting one side of the flat belt assembly 114a. A supply cylinder for selectively contacting the flat belt assembly 114a with the base paper 10 as the rod end is coupled to the rotating shaft 114b for rotationally supporting the flat belt assembly 114a and the end of the rod ( 114c).

That is, as the supply cylinder 114c is extended or contracted, the flat belt assembly 114a rotatably coupled to the rotating shaft 114b stands upright, and the belt surface supports the lower part of the base paper 10 as if it were supported. After being positioned in the shape, the motor is driven so that the flat belt is circulated, so that the supply shaft 114a is rotated and the wick is unwound.

Here, the flat belt assembly 114a may include a body, a flat belt circulated in the body, and a motor providing power to circulate the flat belt.

The molding unit 120 receives the base paper 10 unwound from the supply unit 110 and forms various patterns on the surface of the base paper 10, and is provided with a pair of forming rollers. That is, while the base paper 10 passes between the pair of forming rollers, the pattern can be engraved by compression.

Accordingly, a pattern to be expressed on the surface of the base paper 10 may be formed on the surface of at least one of the pair of shaping rollers, preferably the lower roller. In addition, the surface of the pair of shaping rollers is formed of a material having elasticity, so that the surface of the base paper 10 can be prevented from being damaged.

In addition, the base paper 10 that has been molded in the forming unit 120 is cut into a plurality of strips at the cutting unit to have a certain width. That is, the longitudinal cutting part 130 may be installed so that the plurality of cutting blades can cut the base paper 10 in the longitudinal direction.

The longitudinal cutting unit 130 is capable of cutting the supplied base paper 10 in the longitudinal direction, and both ends of the frame 131 constituting the roll toilet paper manufacturing apparatus 100 according to an embodiment of the present invention are rotatable. A cutting rotational shaft 132 installed in such a way, a rotational pressure piece 133 having one end fixedly coupled to the cutting rotational shaft 132, and rotatably coupled to the other end of the rotational pressure piece 133, according to extension or contraction A cutting cylinder 134 pressurizing the other end of the rotary pressure piece 133 so that the cutting rotary shaft 132 can be rotated, and fixedly installed at equal intervals on the cutting rotary shaft 132 at regular intervals. A plurality of blade holding members 135, a cutting blade 136 rotatably installed at the end of each blade holding member 135 and capable of cutting the supplied paper 10, and the blade holding member ( 135) has one end fixedly coupled to the other side in contact with the cutting blade 136, and oil or water is applied to the surface of the cutting blade 136 to minimize damage to the cutting surface when cutting the base paper 10 (lubrication unit ( 137) may be included.

That is, in a state in which the cutting rotary shaft 132 is rotatably coupled to the frame 131 constituting the body of the manufacturing apparatus 100, the cutting cylinder 134 does not operate initially, so that the cutting blade 136 is the original paper ( 10) do not come into contact with In this state, when it is desired to cut the base paper 10 into a strip shape, the cutting cylinder 134 is driven to rotate the cutting rotating shaft 132 so that the blade fixing member 135 fixedly coupled with the cutting rotating shaft 132 is While rotating, the cutting blade 136 is brought into contact with the base paper 10.

At this time, the cutting blade 136 has a configuration that can freely rotate with respect to the blade fixing member 135, and presses the base paper 10 located on the upper side of the cutting support roller of the winding unit 140 to be described later. When the cutting support roller rotates while the cutting support roller and the cutting blade 136 are in contact with each other, the cutting blade 136 rotates in the opposite direction to cut the base paper 10.

In addition, the lubrication unit 137 has a fixed support member 137a, one end of which is fixedly coupled to the blade fixing member 135, and a disk-shaped cutting blade that is fixedly installed and rotated at the other end of the fixed support member 137a ( 136) is formed in the bottom so that oil or water can be applied to the blade portion of the cutting blade 136 that rotates. can

The winding unit 140 is to wind the toilet paper 20, which is cut at the longitudinal cutting unit 130 and manufactured into a strip shape, around the wick 30, and the cut toilet paper 20 in the form of a plurality of strips A rotation support rod 141 to which a cover wick 30 is penetrated so as to be wound, and the rotation support rod 141 is seated so that the rotation support rod 141 and the wick 30 can be rotated by rotation As a result, the cutting support roller 143 and the cutting support roller 143 are in contact with the cutting blades 136 of the longitudinal cutting portion 130 and have cut grooves 143a formed in portions where each cutting blade 136 is located. ) and the roll thickness of the support roller 142 composed of the auxiliary support roller 144 positioned on the same horizontal line as the rotation support rod to support the rotation support rod from the bottom, and the toilet paper 20 wound around the wick 30 Along the support roller 142, the rotation support rod 141 and the wick 30 are coupled to one end of the lifting unit 145 and the cutting support roller 143 through a chain to raise the upward direction. A motor (not shown) may be included to provide power so that the cutting support roller 143 can be rotated.

That is, the wick 30 on which the toilet paper 20 is wound and the rotary support rod 141 penetrating and coupling the wick 30 are seated between the cutting support roller 143 and the auxiliary support roller 144, and then the motor is driven. By allowing the cutting support roller 143 to rotate, the rotation support rod 141 provided on the upper side of the cutting support roller 143 is rotated while the toilet paper 20 is wound around the wick 30.

At this time, the rotation support rod 141 is placed on the upper side of the support roller 142 and is rotated by the rotation of the cutting support roller 143, so that it can be raised upward by the lifting unit 145. It is configured to correspond to the winding thickness of the toilet paper 20 wound around the wick 30.

Specifically, as shown in FIGS. 4 and 5, the lifting unit 145 is installed in the frame constituting the manufacturing apparatus 100 to be able to move up and down along the rail, and moves forward or backward according to the driving of the actuator 145a. An elevating member 145c provided with a rotational supporting member 145b capable of rotatably supporting both ends of the rotational support bar 141, and is installed upright on one side of the elevating member 145c and has a longitudinal direction on one side. A rack gear 145d having a gear formed thereon, a pinion 145e that is engaged with the gear of the rack gear 145d and moves the rack gear 145d up and down according to rotation, and the pinion ( 145e) and a gear pulley (145f) coupled through a rotational shaft and having a gear formed on the outer circumferential surface, a pressure rack gear (145g) engaged and engaged with the gear pulley (145f), and pressing the pressure rack gear (145g) from the rear A pressure roller 145h that presses in the direction in which the gear pulley 145f is positioned to prevent the pressure rack gear 145g from being separated from the gear pulley 145f, and a pressure roller 145h whose length is increased by driving power. An elevating cylinder 145i, which is expanded and contracted, has an end of the rod coupled to the pressure rack gear 145g.

That is, when the toilet paper 20 is wound around the wick 30, the thickness of the roll of the toilet paper 20 continuously increases, so the position of the rotation support rod 141 penetrating the wick 30 should also be changed. Therefore, in one embodiment of the present invention, the rotation support member 145b and the elevating member 145c rotatably supporting the rotation support rod 141 are moved upward to correspond to the thickness of the rolled toilet paper 20. are doing

For example, the lifting cylinder 145i is driven so that the pressure rack gear 145g provided at the end of the rod is lifted upward, and then the gear pulley 145f engaged with it is rotated while the pinion 145e connected through the rotating shaft rotates. At this time, as the rack gear 145d engaged with the pinion 145e is raised, the lifting member 145c is lifted upward, and as a result, the rotation support rod 141 rotatably coupled by the rotation support member 145b is It is a structure that rises.

In addition, when the winding in the winding part 140 is finished, the rotation support member 145b that rotates and supports the rotation support bar 141 is separated, and then the discharge unit 150 is operated to move the upper side of the support roller 142. A discharge unit 150 capable of discharging the raised toilet paper 20 is provided.

The discharge unit 150 includes a discharge rotation rod 152 having both ends rotatably coupled to a frame constituting the body of the manufacturing apparatus 100, a plurality of discharge pressure rods 154 installed on the discharge rotation rod 152, and , the discharge roller 156 rotatably installed at the end of the discharge pressure rod 154 and contacted with the toilet paper 20 wound in a roll shape located on the upper side of the support roller 142 to press in one direction; and , One side is fixedly coupled to one end of the discharge rotation bar 154 and the other side is rotatably coupled to the rod of the discharge cylinder 157 to pressurize the discharge to rotate the discharge rotation bar 152 according to the extension or contraction of the rod. It may include a piece 158 and a wrapping roller 159 to support the discharged toilet paper from the lower portion.

That is, when the winding operation of winding the toilet paper 20 formed in the form of a strip around each wick 30 is completed, the rotation support rod 141 penetrating the wick 30 is separated from the rotation support member 145b. It is discharged to the packaging roller 159 provided on one side of the manufacturing apparatus 100 so that the operator can wrap it. To this end, when the discharge cylinder 157 is driven, the rod is extended and the discharge pressure piece 158 is rotated. Accordingly, the discharge pressure rod 152 fixedly coupled with the discharge pressure piece 158 is rotated, and the discharge pressure rod ( The discharge roller 156 installed at the end of 154) presses the toilet paper 20 wound on the wick so that the toilet paper 20 wound in the form of a roll is moved to the wrapping roller 159.

At this time, the wrapping roller 159 is a pair of rollers installed on one front side of the winding unit 140, and the discharging roller 156 of the discharging unit 150 is a wick on which the toilet paper 20 is wound ( 30) and the rotation support rod 141 are pressed forward so that the wick 30 and the rotation support rod 141 can be moved to the upper side of the wrapping roller 159.

Since the toilet paper 20 moved by the wrapping roller 159 is wound at a set length, a transverse cutting unit 160 is provided to cut the unrolled strip-shaped toilet paper in the width direction to finish manufacturing the product. .

The transverse cutting unit 160, which is capable of cutting the band-shaped toilet paper that is not wound around the wick 30 in the width direction, includes a transfer member 161 movably installed along a rail (not shown), and the transfer member ( 161) to move the cutting blade 162 rotatably installed on the wick 30 to cut the strip-shaped toilet paper in the width direction and the conveying member 161 forward or backward along the rail A transfer means 163 that allows the cutting blade 162 to come into contact with the tissue 20 to be cut, and a transfer unit 161 installed on one side of the upper portion of the transfer member 161 to apply glue to the cut portion on one side of the cut toilet paper A first grass spraying member 164 for spraying, and an agent installed in the opposite direction of the first grass spraying member 164 to spray grass on the other cut portion of the cut toilet paper 20 2Air is sprayed on one end of the toilet paper 20 on which the glue is sprayed by the glue spraying member 165 and the first glue spraying member 164 so that one side cut portion where the glue is sprayed by the first glue spraying member 164 is It may include an air blowing member 166 that can be attached to the wick.

Here, the transfer means 163 is connected to one of a wire 163a, a pair of pulleys 163b installed to circulate the wire 163a, and the pair of pulleys 163b to provide power. It consists of a motor (not shown) that allows the transfer member 161 to move forward or backward by forward or reverse rotation of the pulley 163b.

Therefore, when the winding of the toilet paper 20 is finished on the wick 30, the transverse cutting part 160 having the above configuration is the wick 30 in which the toilet paper 20 is wound in a roll form by the discharge unit 150 ) and the rotation support bar 141 are discharged to the wrapping roller 159, and then the transfer unit 163 of the transverse cutting unit 160 is operated to move the transfer member 161 forward.

At this time, the cutting blade 162 cuts the band-shaped toilet paper 20 that is not wound around the wick in the width direction, and the first pool spray member 164 and the second pool are provided at each end of the cut toilet paper 20. Grass is sprayed from the spray member 165 . That is, glue is sprayed on each cut portion of the toilet paper 20 cut by the cutting blade 162 .

In addition, the toilet paper 20 on which glue is sprayed at one end by the first glue spray member 164 is another so that the band-shaped toilet paper 20 cut by the transverse cutting unit 160 can be re-wound. In a state in which the wick is seated on the upper side of the support roller 142, air is blown from the air blowing member 166, so that the wick is adsorbed to the other wick and wound up.

On the other hand, the roll toilet paper manufacturing apparatus 100 according to an embodiment of the present invention penetrates a plurality of wicks 30 on which the toilet paper 20 is to be wound in advance using the rotation support rod 141 to allow them to stand by A waiting unit 170 may be further included.

The waiting unit 170 has a supporting member 172 having a predetermined length and having a groove formed in a "V" shape, and a plurality of supporting members 172 installed on the supporting member 172 and fitted to the rotation support rod 141. It consists of a setting member 174 for setting the number of wicks 30 of the dog.

That is, in a state in which a plurality of wicks 30 are placed in a row on the upper side of the supporting member 172 on which the setting member 174 is installed, the rotation support rod 141 is inserted and coupled to penetrate the plurality of wicks 30 It is so that it can be installed in the winding unit 140 later.

Therefore, the roll toilet paper manufacturing apparatus 100 according to an embodiment of the present invention can quickly and accurately manufacture toilet paper products, such as automatically manufacturing roll toilet paper 20. In addition, the toilet paper manufacturing apparatus 100 according to an embodiment of the present invention is a state in which the toilet paper 20 is not wound around the wick 30 rather than cutting in a state in which all of the toilet paper 20 is wound around the wick 30 Since it is cut at, it is possible to prevent the cut surface of the toilet paper 20 from being discolored yellow due to existing friction, and furthermore, friction with the toilet paper can be minimized because oil or water is applied to the cutting blade 162 even during cutting. .

In the above, the spirit of the present invention should not be limited to the described embodiments and should not be determined, and it will be said that not only the claims to be described later, but also all modifications equivalent or equivalent to these claims fall within the scope of the present invention. .

10: base paper 20: toilet paper
30: wick 100: roll toilet paper manufacturing device
110: supply unit 112: supply shaft
114: rotation unit 114a: flat belt assembly
114b: rotation shaft 114c: supply cylinder
120: forming part 130: longitudinal cutting part
131: frame 132: cutting axis of rotation
133: rotary pressure piece 134: cutting cylinder
135: blade fixing member 136: cutting blade
137: lubrication unit 137a: fixed support member
137b: application member 140: winding unit
141: rotation support rod 142: support roller
143: cutting support roller 143a: cutting groove
144: auxiliary support roller 145: lifting unit
145a: actuator 145b: rotation support member
145c: lifting member 145d: rack gear
145e: pinion 145f: gear pulley
145g: pressure rack gear 145h: pressure roller
145i: lift cylinder 150: discharge unit
152: discharge rotation bar 154: discharge pressure bar
156: discharge roller 157: discharge cylinder
158: discharge pressure piece 159: packing roller
160: transverse cutting part 161: conveying member
162: cutting blade 163: transfer means
163a: wire 163b: pulley
164: first pool spraying member 165: second pool spraying member
166: air blowing member 170: atmospheric part
172: supporting member 174: setting member

Claims (9)

A supply unit 110 capable of supplying the base paper 10 wound in a roll form;
A molding unit 120 to form a pattern on the surface of the base paper 10 supplied from the supply unit 110;
A longitudinal cutting unit 130 for receiving the base paper 10 on which the pattern is formed from the forming unit 120 and cutting it in the longitudinal direction to form a plurality of bands;
A winding unit 140 for winding the toilet paper cut into a strip in the longitudinal cutting unit 130 around a wick in a roll shape;
A discharge unit 150 configured to pressurize the roll-type toilet paper wound by the winding unit 140 and discharge it to one side;
Unwound strip-shaped toilet paper is cut in the transverse direction, and at the same time, adhesive and air are sprayed on the cut parts on both sides so that the cut part on one side adheres to the other wick, and the cut part on the other side is wound in a roll form. Roll toilet paper manufacturing apparatus characterized in that it comprises a transverse cutting portion 160 that is adhered to the surface of the commercialized toilet paper to complete the molding of the toilet paper product. The method according to claim 1, wherein the supply unit 110 rotates and supports the large-sized base paper 10 supplied in the form of a roll so that the rolled base paper 10 can be unwound and supplied to the molding unit 120 to be described later. A supply shaft 112 for rotatably supporting the bonnet on which (10) is wound, and a rotating unit so that it can be rotated in contact with the surface of the base paper 10 rotatably supported by the supply shaft 112 ( 114),
The rotating unit 114 is located at the bottom of the base paper 10 rotatably installed by the supply shaft 112 and is selectively in contact with the base paper 10 to be circulated with a flat belt assembly 114a and , a rotating shaft 114b rotatably supporting one side of the flat belt assembly 114a. A supply cylinder for selectively contacting the flat belt assembly 114a with the base paper 10 as the rod end is coupled to the rotating shaft 114b for rotationally supporting the flat belt assembly 114a and the end of the rod ( 114c) roll toilet paper manufacturing apparatus characterized in that consisting of. The method according to claim 1, wherein the winding unit 140
The toilet paper 20 cut at the longitudinal cutting part 130 and manufactured in the form of a strip can be wound around the wick 30, so that a plurality of cut strips of toilet paper 20 can be wound. A rotation support bar 141 through which the wick 30 is coupled,
The rotation support rod 141 is seated and the rotation support rod 141 and the wick 30 can be rotated by rotation, and is in contact with the cutting blade 136 of the longitudinal cutting part 130 and each cutting A cutting support roller 143 in which a cutting groove 143a is formed at the portion where the blade 136 is located, and an auxiliary support positioned on the same horizontal line as the cutting support roller 143 to support the rotation support rod from the bottom. A support roller 142 made of rollers 144;
An elevation unit 145 capable of lifting the rotary support rod 141 and the wick 30 upward on the support roller 142 according to the winding thickness of the toilet paper 20 wound around the wick 30, and ,
A roll toilet paper manufacturing apparatus including a motor coupled to one end of the cut support roller 143 through a chain to provide power so that the cut support roller 143 can be rotated. The method according to claim 3, wherein the lifting unit (145)
A rotation support member that is installed to be able to move up and down along a rail in a frame constituting the manufacturing apparatus 100 and moves forward or backward according to the driving of the actuator 145a to rotatably support both ends of the rotation support bar 141 ( 145b) provided with a lifting member (145c),
A rack gear 145d installed upright and fixed to one side of the elevating member 145c and having a gear along one side along the longitudinal direction, and meshingly coupled with the gear of the rack gear 145d to rotate the rack gear 145d ) And a pinion (145e) capable of raising and lowering in the vertical direction,
a gear pulley (145f) coupled to the pinion (145e) through a rotating shaft and having gears formed on an outer circumferential surface thereof, and a pressurized rack gear (145g) meshingly coupled with the gear pulley (145f);
A pressure roller to prevent the pressure rack gear 145g from being separated from the gear pulley 145f by pressing the pressure rack gear 145g from the rear in the direction where the gear pulley 145f is located. (145h) and,
Roll toilet paper manufacturing apparatus including an elevating cylinder (145i) whose length is expanded and contracted according to the driving of the power source and the end of the rod is coupled to the pressure rack gear (145g). The method according to claim 1, wherein the discharge unit 150
A discharge rotating rod 152 having both ends rotatably coupled to a frame constituting the body of the manufacturing apparatus 100;
A plurality of discharge pressing rods 154 installed on the discharge rotating rod 152,
A discharge roller 156 rotatably installed at an end of the discharge pressure rod 154 and pressurized in one direction by contacting the toilet paper 20 wound by the winding unit 140;
One end is fixedly coupled to one end of the discharge rotation bar 154 and the other side is rotatably coupled to the rod of the discharge cylinder 157 to rotate the discharge rotation bar 152 according to the extension or contraction of the rod. (158) and
Roll toilet paper manufacturing apparatus including a wrapping roller 159 to support the discharged toilet paper from the lower portion. The method according to claim 1, wherein the transverse cut (160)
A transfer member 161 installed to be movable along the rail;
A cutting blade 162 rotatably installed on the transfer member 161 to cut toilet paper not wound around the wick 30 in the width direction;
A conveying means 163 for moving the conveying member 161 forward or backward along the rail so that the cutting blade 162 can come into contact with the toilet paper 20 to be cut;
A first paste spraying member 164 installed on one side of the upper portion of the conveying member 161 to spray glue to a cut portion of one side of the cut toilet paper;
A second grass spraying member 165 installed in the opposite direction of the first grass spraying member 164 to spray grass on the other cut portion of the cut toilet paper 20, and
Air is sprayed on one end of the toilet paper 20 on which the glue is sprayed by the first glue spray member 164 so that the cut portion on one side to which the glue is sprayed by the first glue spray member 164 can be adhered to the wick. Includes a spray member 166
The transfer means 163 includes a wire 163a and a pair of pulleys 163b installed to circulate the wire 163a,
It is connected to one of the pair of pulleys 163b to provide power, and the roll toilet paper composed of a motor that rotates the pulley 163b forward or backward so that the transfer member 161 moves forward or backward. manufacturing device. The method according to claim 1, wherein the manufacturing apparatus 100 passes through the plurality of wicks 30 to wind the plurality of toilet paper 20 cut in a strip shape in advance using the rotation support rod 141 to wait Including one standby unit 170,
The waiting unit 170
A supporting member 172 having a predetermined length and having a "V" shaped groove formed thereon, and a plurality of supporting members 172 installed on the supporting member 172 and fitted to the rotation support rod 141 of the winding unit 140. Roll toilet paper manufacturing apparatus, characterized in that consisting of a setting member 174 for setting the number of wicks (30). delete delete

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