KR20030075220A - Apparatus for supplying sheet of ticket - Google Patents

Abstract

PURPOSE: A ticket sheet feeding apparatus is provided to reduce the power consumption and the noise by rotating selectively a roller for transferring a ticket. CONSTITUTION: A ticket sheet feeding apparatus includes the first support cam(54), the first rotation block(62), a bearing(66), a separate roller(68), the second rotation block(70), and the second support cam(56). The first support cam(54) is designed to be rotated in parallel to a rotary shaft of a drum(80). The first rotation block(62) is connected to an outer circumference of the first support cam(54) and rotated by the rotation of the first support cam(54). The bearing(66) is designed to be rotated at the first rotation block(62). The separate roller(68) is located between the bearing(66) and an outer circumference of the drum(80). The second rotation block(70) is used for rotating and supporting the separate roller(68). The second support cam(56) is used for rotating the second rotation block(70).

Description

Apparatus for supplying sheet of ticket}

The present invention relates to a ticket sheet supplying device, and more particularly, is provided between a stacker in which a ticket is accommodated and a ticket transport path, and tickets are always drawn one by one from a stacker to a predetermined path. A ticket sheet feeder is provided.

Background Art [0002] Sheet feeders for feeding and supplying a sheet of paper with a certain thickness, such as a bill or a ticket, are supplied. The sheet feeding method of the sheet feeder may be various, but mostly detects the thickness of the paper to be conveyed, and stops the feeding and takes appropriate measures when the detected thickness is larger than the set value.

The sheet feeder is applied to, for example, an automatic teller machine, a highway pass issue machine or a pass checker, so that two or three bills or tickets are not transferred in an overlapped state.

1 illustrates a conventional ticket sheet supply device installed in a conventional highway pass checker.

As known in the art, a plurality of drums 32, a belt 30 circulating a predetermined path by the drums 32, and a plurality of tickets T are accommodated inside the pass checker 10. A stacker 14 and a ticket sheet feeder 12 which is installed at the side of the stacker 14 to take out a ticket in the stacker 14 and sandwich it between the drum 32 and the belt 30. It is provided.

The ticket passes through the inside of the ticket sheet feeder 12 and is dragged by the conveying roller 26 to the drum 32 side, and is sandwiched between the belt and the outer peripheral surface of the drum and conveyed in a predetermined path.

The conventional ticket sheet feeding device is supported by a roller support bracket 20 and is in contact with a clutch roller 18 that rotates in the direction of arrow a under the rotational force of a motor (not shown), and is in contact with an outer circumferential surface of the clutch roller 18. The separate roller 22 which rotates by rotating the clutch roller 18 and the reverse rotation motor shaft 36 which penetrates the rotation center of the separate roller 22 and the upper end thereof protrudes above the separate roller 22 Include. The separator roller 22 is a hollow roller in which a hole having a predetermined diameter is formed through the central axis of rotation.

The reverse rotation motor shaft 36 is a drive shaft of a reverse rotation motor (not shown) positioned below the separate roller 22. The reverse motor shaft 36 does not normally contact the inner circumferential surface of the hole formed at the center of the separate roller 22. The rotational direction of the reverse rotation motor shaft 36 is rotated in the same rotational direction as the clutch roller 18 in a direction opposite to that of the separate roller 22.

The distance between the outer circumferential surface of the reverse rotation motor shaft 36 and the inner circumferential surface of the separate roller 22 is maintained larger than the thickness of one ticket to be transported and smaller than the thickness of two.

In the ticket sheet supplying device configured as described above, when the withdrawal roller 34 rotates, the ticket T is withdrawn from the stacker 14 and the withdrawn ticket passes through the ticket guide member 24 and then the clutch roller. It is moved to the drum 32 side between the 18 and the separate rollers 22.

At this time, if the ticket (T) is withdrawn, even if the ticket passes between the clutch roller 18 and the separator roller 22, the inner circumferential surface of the separator roller 22 and the reverse rotation motor shaft 36 do not contact each other. You can pass the ticket without any problem.

However, for example, when two tickets are withdrawn and overlapped between the clutch roller 18 and the separator roller 22, the separator roller 22 is pushed out by the thickness of the ticket and the separator roller 22 is separated. The inner circumferential surface is in contact with the outer circumferential surface of the reverse rotation motor shaft 36, and at that moment, the separate roller 22 receives the rotational force from the reverse rotation motor shaft 36 to reverse rotation.

When the separate roller 22 rotates in reverse, the tickets on the clutch roller 18 side of the two tickets are continuously transported by the rotation of the clutch roller 18, and the tickets on the separate roller 22 side remain in place. After the clutch roller-side ticket exits, the inner circumferential surface of the separate roller 22 and the reverse rotation motor shaft 36 are separated and then follow.

However, in the conventional ticket sheet supply device made as described above, the clutch roller 18 and the reverse rotation motor shaft 36 continue to rotate even when the ticket is not drawn out. Therefore, power is consumed and noise is generated according to the unnecessary operation of the motor, and the clutch roller 18 and the sustain roller 22 continue to rotate in contact with each other, so that the bearings and gears supporting the rollers as well as the rollers are short. Wears easily in time In addition, even if the distance between the inner circumferential surface of the separate roller 22 and the outer circumferential surface of the reverse rotation motor shaft 36 is made, there is a problem that often two tickets are drawn out.

The present invention was created to solve the above problems, the roller for transporting the ticket does not rotate when the ticket is not withdrawn, and only rotates when the ticket is withdrawn, there is no waste of power for rotating the roller and wear due to the rotation of the roller. It aims to provide a ticket sheet feeder which is configured so that noise is not generated, and in particular, the distance between rollers is simple and the sheet feed capacity of the ticket is high, but the reliability is high.

1 is a plan view showing a conventional ticket sheet supply device installed in a conventional pass checker.

Figure 2 is a plan view showing a ticket sheet supply apparatus according to an embodiment of the present invention installed in the pass checker.

3 is a view partially illustrating the operation mechanism of the ticket sheet supply device of FIG.

4 and 5 are diagrams for explaining the operation of the ticket sheet supply device of FIG.

Figure 6 is an exploded perspective view showing a support cam provided in the ticket sheet supply device according to an embodiment of the present invention.

7 is a plan view showing a cylinder cam constituting the support cam of FIG.

8 is a perspective view of the support cam.

9 is a view showing for explaining the principle of rotation of the support cam.

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

10,50: Pass checker 12, 52: Ticket sheet feeder

14: stacker 18: clutch roller

20: Roller support bracket 22, 68: Separate roller

24, 82: Ticket guide member 26: Feed roller

30: belt 32, 80: drum

34: drawing out roller 36: reverse rotation motor shaft

54: First Support Cam 56: Second Support Cam

60, 72: rotating shaft 62: first rotating block

64,78: Tensile spring 66: Bearing

70: second rotation block 74: extension rod

76,88: support protrusion 84: base plate

86: support pillar 90: female thread hole

92: cylinder cam 94: anti-rotation protrusion

96: divide plate 98: projection insertion hole

101,107: mounting hole 103: pressure washer

105: Pushing jaw 109: Compression spring

111: Pressing bolt 113: Vertical side wall

115: Ground

In order to achieve the above object, the present invention is installed on the side of the pulley-type drum for circulating the belt along a predetermined path and transfers the tickets drawn out from the stacker in which the tickets are accommodated, one by one, between the drum outer peripheral surface and the belt. By inserting the ticket is supported by the belt to be transported along a predetermined path in close contact with the outer peripheral surface of the drum,

A first support cam having an elliptic cylindrical shape parallel to the rotation axis of the drum and rotatably installed on the outer circumferential surface side of the drum, and rotatable about a rotation axis in contact with the outer circumferential surface of the first support cam; A roller-type bearing rotatably mounted to the first rotating block, the first rotating block, and moving forward and backward with respect to the drum outer circumferential surface according to the rotation of the first rotating block, and positioned between the bearing and the outer circumferential surface of the drum A separate roller that is movable toward the outer circumferential side of the roller and passes the ticket between the bearings, a second rotating block which rotatably supports the separate roller and is rotatable about a rotating shaft, and the second rotating block by rotating the second rotating block. Support cams taking the form of an elliptical cylinder by placing them close to the outer peripheral surface of the bearing or drum. It characterized in that it comprises.

In addition, the side of the first support cam is provided with a first elastic support means for elastically supporting the first pivot block toward the outer peripheral surface side of the first support cam, the second support cam on the side of the second support cam second support cam It characterized in that the second elastic support means for elastically supporting the outer peripheral surface side of the.

In addition, the side of the drum is provided with a plane perpendicular to the axis of rotation of the drum and the base plate for supporting the first and second support cams and the first and second rotation blocks are installed, the first elastic support means is one end A tension spring that pulls the first pivot block toward the first support cam in a fixed state to the base frame, wherein one end of the second pivot block and the second support cam is fixed to the second pivot block, and the other end is 2 is provided with an extension rod extending toward the support cam and in contact with the outer circumferential surface of the second support cam, wherein the second elastic support means is a tension spring for pulling the extension rod toward the second support cam with one end fixed to the base frame. It is characterized by.

In addition, the first support cam and the second support cam have the same configuration as each other,

A cylindrical support pillar having a circular outer circumferential surface and having a lower end fixed to the base frame and having a support protrusion protruding from the upper end thereof; A cylinder cam including the support pillar therein and rotatable in a state supported by an outer circumferential surface of the support pillar, the upper portion of which is open and the outer circumferential surface of which has an elliptical cross-section, and at least one protrusion formed on the upper end thereof; The support protrusion passes through the center thereof and is mounted on the upper end of the cylinder cam, and is supported so as not to rotate relative to the support pillar. Possible divide plates; It characterized in that it comprises a pressing means for elastically seating the divide plate on the upper end of the cylinder cam.

In addition, the support protrusion is a cylindrical protrusion having at least one flat vertical side wall on its outer circumferential surface and a female screw sphere is formed on an upper surface thereof, wherein the pressing means comprises: The inner circumferential surface is supported by the vertical side wall so as not to rotate relative to the support protrusion, and a pressure washer coupled to the divide plate to support the divide plate downward and screwed to the female threaded mouth. And a spring that wraps the support protrusion and is installed between the bolt head and the pressure washer to elastically press the divide plate downward through the pressure washer.

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

Basically, the sheet feeder of the present invention can be applied to various devices such as an automatic teller machine or a printing apparatus that requires a paper sheet feeder, and this embodiment has been described by applying to a highway pass checker.

Figure 2 is a plan view showing a ticket sheet supplying device according to an embodiment of the present invention installed in the pass checker.

Referring to the drawings, the drum 80 is provided inside the passage checker 50 to be rotatable. The drum 80 rotates only when the ticket is inserted into the passage checker 50 or the ticket is withdrawn from the inside of the stacker 14 by circulating the belt 30 in a predetermined path.

The stacker 14 is provided at the side of the drum 80, and the ticket sheet feeding device 52 of the present embodiment is provided at the sides of the stacker 14 and the drum 80. A plurality of tickets T are filled in the stacker 14.

Basically, the ticket sheet supplying device 52 guides the ticket withdrawn from the stacker 14 by the withdrawal roller 34 and supplies the sheet to the belt 30 and the drum 80 one by one, and the drum 80 It is installed on the base plate (84 of FIG. 3) fixed to the lower part of the) to form a unit. The base plate 84 is a support plate which is installed under the drum 80 and provides a flat installation surface.

The ticket sheet feeding device 52 is installed at a position spaced apart from the outer circumferential surface of the drum 80 and is in contact with an outer circumferential surface of the first support cam 54 and an outer circumferential surface of the ellipse. A first pivot block 62 rotatable about the rotation shaft 60 and a rotatable portion at one end of the first pivot block 62 and the drum according to the rotational motion of the first pivot block 62. A roller-shaped bearing 66 capable of advancing and retracting with respect to the outer circumferential surface of the 80, a separate roller 68 corresponding to the bearing 66, and installed between the bearing 66 and the outer circumferential surface of the drum 80, and the separate roller. A second pivot block 70 which supports 68 and is rotatable about a pivot shaft 72 and one end thereof is fixed to the second pivot block 70 and extends in the direction of the center axis of the drum 80. Extension rod 74 and the second support cam 56 in contact with the extension rod 74 and rotating the extension rod 74 in the direction of the arrow g (56) It is configured to include).

The first support cam 54 and the second support cam 56 have the same configuration. In addition, the first and second support cams 54 and 56 have a lower end fixed to the base plate (84 of FIG. 3) and extend in a direction parallel to the rotation axis of the drum 80.

The side of the first support cam 54 is provided with a tension spring 64 for elastically supporting the first pivot block 62 toward the first support cam 54. In addition, a tension spring 78 for elastically supporting the extension rod 74 toward the second support cam 56 is also provided at the side of the second support cam 56. The two tension springs 64 and 78 each have a first pivot block 62 and an extension rod 74 with one end fixed to the support protrusion 76 formed on the base plate 84 of FIG. 3. Pulls.

As shown in FIG. 8, the first support cam 54 rotates in the direction of an arrow h as it rotates in the shape of an elliptic cylinder.

In addition, as described above, since the second support cam 56 has the same configuration as the first support cam 54, the extension rod 74 rotates in the direction of the arrow g as the second support cam 56 is rotated. By rotating, the distance of the separate roller 68 with respect to the bearing 66 and the drum 80 can be adjusted.

As a result, the ticket sheet feeding device 52 of the present embodiment rotates the first and second support cams 54 and 56 appropriately so that the gap between the bearing 66 and the separate roller 68 and the separate roller 68 and the drum 80 is reduced. The distance from the outer circumference is adjusted so that two or more tickets are not discharged at one time according to the operation mechanism described later.

Reference numeral 82 is a ticket guide member. The ticket guide member 82 guides the transfer of the ticket passing between the bearing 66 and the separate roller 68.

FIG. 3 is a view partially illustrating the operation mechanism of the ticket sheet supply device of FIG. 2. For convenience of description, the pressure washers 103 and the divider plate 96 of the first and second support cams 54 and 56 are illustrated. The spring 109 and the pressure bolt 111 are not shown.

As will be described later, the first and second support cams 54 and 56 are fixed to the base plate 84 and receive a support pillar 86 having a cylindrical shape, and the support pillar 86 therein. A cylinder cam 92 rotatably supported on an outer circumferential surface of the support pillar 86, a pressure washer (103 in FIG. 6) and a divider plate (FIG. 6) for fixing the cylinder cam 92 with respect to the support pillar 86 96).

The outer circumferential surface of the cylinder cam 92 has an elliptical cross section. Therefore, as the cylinder cam 92 rotates, the first pivot block 62 may rotate in the direction of the arrow h to adjust the distance d1 from the separate roller 68. The shape of the outer circumferential surface of the cylinder cam 92 may vary depending on the embodiment.

Likewise, when the cylinder cam 92 of the second support cam 56 is rotated, the second pivot block 70 rotates about the rotation shaft 72 in the direction of the arrow g, and the bearing 66 and the drum 80 are rotated. The distance d1 and d2 between the outer peripheral surfaces can be adjusted.

The intervals d1 and d2 are appropriately adjusted according to the thickness of the ticket to be withdrawn. D1 should be smaller than the ticket thickness, and d2 should be wider than the thickness of one ticket and narrower than the thickness of two tickets.

4 and 5 are diagrams for explaining the operation of the ticket sheet supply device in the state that the intervals d1 and d2 are properly adjusted.

4 is a view in which one ticket is normally transported, and FIG. 5 is a view in which two tickets are drawn out from the stacker (14 of FIG. 2) in an overlapping state and entered between the bearing 66 and the separate roller 68. .

Referring to FIG. 4, it can be seen that one ticket T drawn out from the stacker 14 enters between the bearing 66 and the separate roller 68. As described above, since the distance d1 between the bearing 66 and the separate roller 68 is narrower than the thickness of the ticket T, the ticket is conveyed while being supported on the outer circumferential surfaces of the bearing 66 and the separate roller 68.

The drum 80 rotates in the direction of arrow A when the ticket is transferred. However, since the distance d2 between the outer circumferential surface of the drum 80 and the separate roller 68 is larger than the thickness of one ticket, the drum 80 and the separate roller 68 remain separated while the ticket passes.

On the other hand, as shown in Figure 5, when entering between the bearing 66 and the separate roller 68 in a state where two tickets are overlapping, the separate roller 68 rotates in the direction of the arrow A (80) Pushed toward the outer circumferential surface side and eventually contacted the outer circumferential surface of the drum 80. When the separate roller 68 is in contact with the outer circumferential surface of the drum 80, at that moment, the separate roller 68 rotates in reverse, and the ticket on the separate roller 68 cannot proceed any further. The principle that the ticket does not proceed according to the reverse rotation of the separate roller 68 is the same as the conventional case.

The reverse rotation of the separate roller 68 continues until the first entered ticket passes through the bearing 66 and the separate roller 68. That is, when one ticket entered first exits, the separator roller 68 moves back to the bearing 66 by the tension force of the tension spring (78 of FIG. 3) and transfers the ticket which has stopped.

6 is an exploded perspective view illustrating a support cam provided in the ticket sheet supplying device according to an embodiment of the present invention for supporting the first and second pivot blocks.

As shown, the support cams (54, 56) is fixed to the base plate 84, the lower end of the support pillar (86) extending perpendicular to the base plate 84, and surrounds the support column (86) A cylinder cam 92 providing an elliptical outer circumferential surface, a pressure washer 103 and a divider plate 96 for fixing the cylinder cam 92 to the support pillar 86, and the pressure washer 103 and a divide plate. Compression spring 109 and the pressure bolt 111 for elastically supporting the 96 is made.

The support pillar 86 is a cylindrical column having a constant outer diameter, and a support protrusion 88 is integrally formed at an upper end thereof. The support protrusion 88 is a cylindrical protrusion having the same central axis as the support pillar 86, and vertical side walls 113 are provided on both outer peripheral surfaces thereof.

The vertical side wall 113 is formed by machining flat, it may be formed only one according to the embodiment. The two vertical side walls 113 are in contact with the inner circumferential surface of the mounting hole 107 of the pressure washer 103 to be described later to prevent the pressure washer 103 from rotating in a state of being fitted to the support protrusion 88.

A female screw hole 90 is formed in the upper surface of the support protrusion 88. The pressure bolt 111 is coupled to the female screw hole 90.

The cylinder cam 92 has a constant inner diameter and its inner circumferential surface is in contact with the outer circumferential surface of the support pillar 86 and is rotatable about the support pillar 86. The cylinder cam 92 may have an elliptical outer circumferential surface as shown in FIG. 7 to rotate the first and second rotation blocks to the outer circumferential surface.

An anti-rotation protrusion 94 protrudes from an upper end surface of the cylinder cam 92. The anti-rotation protrusion 94 is fixed to the cylinder cam 92 and is fitted into the protrusion insertion hole 98 when the divide plate 96 is seated on the top surface of the cylinder cam 92. In addition, the height h1 of the cylinder cam 92 is higher than the height h2 of the support column 86.

The pressure washer 103 is supported by the support protrusion 88 in a state of being fitted into the mounting hole 101 of the divide plate 96 in the form of a disk of a predetermined thickness. The outer diameter of the pressure washer 103 is smaller than the inner diameter of the cylinder cam 92, the lower end thereof can be inserted into the cylinder cam 92.

The pressure washer 103 has a mounting hole 107 through which the support protrusion 88 passes. The inner circumferential surface of the mounting hole 107 is in contact with the outer circumferential surface of the support protrusion 88. Accordingly, the pressure washer 103 cannot rotate while the support protrusion 88 is fitted into the mounting hole 107 of the pressure washer 103.

A portion of the outer circumferential surface of the pressure washer 103 is machined flat to form the support surface 115. The support surface 115 is formed parallel to each other on both sides of the pressure washer 103, the outer circumferential surface does not process to form a pressing jaw 105.

The divide plate 96 is a member seated on an upper end surface of the cylinder cam 92. In the central portion of the divide plate 96, a mounting hole 101 is formed in which the pressure washer 103 is fitted from top to bottom. The edge shape of the mounting hole 101 corresponds to the shape of the pressure washer 103 and the support wall 115.

Accordingly, when the pressure washer 103 is inserted into the mounting hole 101, both pressure jaw 105 of the pressure washer 103 may be caught by the mounting hole 101 to support the divide plate 96 downward.

In addition, the divide plate 96 has a plurality of projection insertion holes 98 formed therein. The projection insertion hole 98 is a hole into which the rotation preventing projection 94 is fitted. The projection insertion hole 98 is spaced apart from the center of the divide plate 96 by a predetermined distance.

As a result, the divide plate 96 is mounted on the upper surface of the cylinder cam 92 together with the pressure washer 103 while being supported by the pressure washer 103.

As shown in FIG. 8, the compression spring 109 has a lower end supported on the upper surface of the pressure washer 103 with the support protrusion 88 included therein, and an upper end supported by the head of the pressure bolt 111. .

The pressure bolt 111 is coupled to the female screw hole (90) and lifted in accordance with the degree of engagement with the female screw hole (90) to adjust the elastic force provided by the compression spring (109).

7 is a plan view illustrating the cylinder cam of FIG. 6.

As shown in the figure, the cylinder cam 92 has an ellipse in its outer circumferential surface as compared with a perfectly circular inner diameter. As described above, the shape of the outer circumferential surface of the cylinder cam 92 may be variously modified according to the embodiment.

8 is a perspective view illustrating the support cam.

The same reference numerals refer to the same members having the same functions.

As shown in the drawing, the pressure washer 103 supports the divide plate 96 downward and is supported by the support protrusion 88. The divide plate 96 is mounted on the upper surface of the cylinder cam 92, and the anti-rotation protrusion 94 is fitted into the projection insertion hole 98 of the divide plate 96. In addition, as described above, since the pressure washer 103 is elastically supported downward by the compression spring 109, the divide plate 96 is also elastically supported on the seating surface of the cylinder cam 92.

As a result, the divide plate 96 is supported by the support column 86 through the pressure washer 103 and cannot rotate about the support column 86. In addition, the cylinder cam 92 may not rotate relative to the divide plate 96 by the anti-rotation protrusion 94. Therefore, as long as the divide plate 96 is seated on the upper surface of the cylinder cam 92, the cylinder cam 92 cannot rotate with respect to the support pillar 86.

In order to rotate the cylinder cam 92, as shown in FIG. 9, the divide plate 96 should be lifted upward to remove the anti-rotation protrusion 94 from the protrusion insertion hole 98.

When the anti-rotation protrusion 94 is separated from the protrusion insertion hole 98, the cylinder cam 92 is rotatable from side to side without any interference.

As a result, the ticket sheet supplying device of the present invention, by appropriately manipulating the first and second support cams 54 and 56, allows the gap between the bearing (66 in FIG. 2), the separate roller 68, and the drum 80 to a necessary extent. You can keep it so that two or more tickets are not transported in an overlapped state.

As mentioned above, although this invention was demonstrated in detail through the specific Example, this invention is not limited to the said Example, A various deformation | transformation is possible for a person with ordinary knowledge within the scope of the technical idea of this invention.

The ticket sheet feeding apparatus of the present invention made as described above does not rotate when the roller for conveying the ticket does not rotate when the ticket is not withdrawn, so there is no waste of electric power for rotating the roller, and according to the rotation of the roller. No abrasion or noise In particular, the clearance between rollers is simple and the ticket supply ability of the ticket is excellent.

Claims (5)

It is installed on the side of pulley-type drum which circulates the belt along a predetermined path and transfers the ticket drawn out from the stacker in which the ticket is accommodated one by one so as to be sandwiched between the drum outer peripheral surface and the belt so that the ticket is supported by the drum. To be transported along a predetermined path in close contact with the outer peripheral surface of the, A first support cam of an elliptic cylindrical shape installed on the outer circumferential side of the drum in parallel with the rotation axis of the drum; A first pivot block in contact with an outer circumferential surface of the first support cam and rotatable about a rotation axis according to the rotation of the first support cam; A roller-type bearing rotatably installed on the first pivot block and moving forward and backward with respect to the drum outer circumferential surface according to the rotation of the first pivot block; A separate roller positioned between the bearing and the outer circumferential surface of the bearing and movable to the outer circumferential surface of the bearing or drum and passing a ticket between the bearings; A second rotating block rotatably supporting the separate roller and rotatable about a rotating shaft; And a second support cam which takes the form of an elliptic cylinder by rotating the second pivot block to bring the separate roller closer to the outer circumferential surface side of the bearing or drum. The method of claim 1, A first elastic support means for elastically supporting the first pivotal block toward the outer circumferential surface side of the first support cam is provided on the side of the first support cam, and the second circumferential surface of the second support cam is provided on the side of the second support cam. Ticket sheet supply device, characterized in that the second elastic support means for supporting the elastic side. The method of claim 2, A side plate of the drum is provided with a base plate orthogonal to the rotation axis of the drum and supporting the first and second support cams and the first and second rotation blocks, The first elastic support means is a tension spring that pulls the first pivot block toward the first support cam side with its one end fixed to the base frame, Between the second rotation block and the second support cam, one end thereof is fixed to the second rotation block, and the other end is extended to the second support cam side and provided with an extension rod contacting the outer circumferential surface of the second support cam, And the second elastic support means is a tension spring for pulling the extension rod toward the second support cam with one end fixed to the base frame. The method of claim 3, The first support cam and the second support cam have the same configuration as each other, A cylindrical support pillar having a circular outer circumferential surface and having a lower end fixed to the base frame and having a support protrusion protruding from the upper end thereof; A cylinder cam including the support pillar therein and rotatable in a state supported by an outer circumferential surface of the support pillar, the upper portion of which is open and the outer circumferential surface of which has an elliptical cross-section, and at least one protrusion formed on the upper end thereof; The support protrusion passes through the center thereof and is mounted on the upper end of the cylinder cam, and is supported so as not to rotate relative to the support pillar. Possible divide plates; Ticket sheet supply device characterized in that it comprises a pressing means for elastically seating the divide plate on the upper end of the cylinder cam. The method of claim 4, wherein The support protrusion is a cylindrical protrusion having at least one flat vertical side wall on its outer circumferential surface and a female threaded ball is formed on the upper surface thereof. The pressing means is; A pressure washer that passes through the protrusion insertion hole but has an inner circumferential surface supported by the vertical side wall so as not to rotate relative to the support protrusion, while being coupled to the divide plate to support the divide plate downward; A bolt screwed to the female threaded sphere, Wrapping the support protrusion is installed between the bolt head and the pressure washer ticket sheet supply device comprising a spring for elastically pressing the divide plate downward through the pressure washer.