JPH0551478B2 - - Google Patents

Description

[Detailed Description of the Invention] (a) Industrial Application Field The present invention is applicable to, for example, turning pages of a passbook inserted into a transaction device such as an automatic teller machine or an automatic teller machine. Regarding a page turning device for a passbook.

(b) Conventional technology A conventional page turning device turns the page of an opened passbook by turning the page in a flat position with a turning roller rotating in the turning direction. If so, the tangential turning force when the turning roller contacts the page surface will act in the in-plane direction against the page surface, and the resistance force against the turning force will increase, causing the turning roller to slip. The problem was that the pages could not be turned.

(C) Problems to be Solved by the Invention This invention provides a passbook page that can be turned over reliably by curving the page surface of the passbook steeply so that the turning force of the turning roller can be sufficiently applied to the page surface. The purpose is to provide a turning device.

(d) Means for Solving the Problems This invention provides a pressing member that curves the page surface toward the turning roller when turning the pages of the bankbook on the lower side of the bankbook, and also binds the page from the position of the pressing member. This passbook page turning device is characterized in that a presser bar located on the eye side and pressing the page surface is disposed on the upper side of the page surface.

(E) Effects of the Invention According to this invention, when the pressing member presses the page surface from the bottom side of the passbook to curve it, the presser bar presses the page surface on the binding side from the pressing member, so that the pressing member A steep curve can be obtained with a small amount of pressure, and this steep curve eliminates the tension that acts in the direction of the page surface and acts as a resistance to page turning. ), the contact area of the turning roller with the page surface increases, and the turning force in the circumferential direction of the turning roller reliably acts in the direction of turning up the page surface, making it possible to turn the page reliably.

(F) Embodiment of the Invention An embodiment of the invention will be described in detail below based on the drawings.

The drawings show the page turning device of a passbook, and are shown in Figures 1-
In FIG. 3, the bankbook 10 is of the horizontal opening type shown in FIG. will be stopped.

The above-mentioned page turning device 13 is formed on the upper surface side of the conveyance path 14 of the bankbook 10, and a collection device 15 for the bankbook 10 is formed on the lower surface side of the page turning device 13 across the conveyance path 14.

The above-mentioned page turning device 13 includes a turning roller 1
6, 16, turning lever 17, and pinch roller 1
8, 18, and page press plates 19, 19.

The above-mentioned turning rollers 16, 16
A pair are arranged on the left and right sides of the conveyance path 14, sandwiching the binding 20 of the page, and are normally located at an upper position that does not interfere with page turning, and move toward the page surface 11 side when the page is turned, and the side that corresponds to page turning. The turning roller 16 rotates in the direction of the binding stitch 20, and the page surface 1
1 is rolled up to create a space between it and the next page surface 11, and then rises to its original upper position.

The turning lever 17 is connected to the above-mentioned turning rollers 16,1.
Located at the center of the conveyance path 14 facing 6,
The position indicated by the solid line in Figure 2 is the home position; in forward flipping, the machine moves from position A to B and then returns to the home position; in reverse flipping, it moves to position C, then moves to position B, then A. Then return to the home position. During this movement, the turning roller 1
6 and 16, the page surface 11 is turned over to the opposite position beyond the binding line 20.

The pinch rollers 18, 18 are the binding line 2 of the passbook 10.
It has a pair of left and right sides holding 0 between them, and is located on the conveyance path 14 side when the passbook 10 is conveyed, and faces one set of conveyance rollers 21 that constitute the conveyance path 14, and applies conveyance force to the passbook 10. . When the page is turned, it is moved upward to a position that does not interfere with page turning, thereby making it possible to turn the page.

The above-mentioned conveyance rollers 21 are driven by appropriate driving means, and the pressure rollers 2 disposed opposite thereto are driven by appropriate driving means.
2 and 22 are pressed and biased by appropriate biasing means.

A pair of page press plates 19, 19 are provided on both sides of the conveyance path 14, and regulate the position of both side edges of the page surface 11 of the passbook 10.
The edges of the page surface 11 are controlled by the side walls of the page surface 11, and the lower surface of the bankbook 10 is controlled by the collection device 15 at the bottom.
controls the position of the upper surface portion of the edge portion of the page surface 11. Then, when the page surface 11 is turned over and the pinch rollers 18, 18 press down the page surface 11,
Page surface 11 turned over by one vertical movement
is moved to the lower surface side of the page holding plates 19, 19.

The above-mentioned collection device 15 includes a guide plate 2 that guides the bankbook 10 to be collected from the conveyance path 14 to the collection device 15.
A pair of guide plates 23 are provided at the left and right positions sandwiching the binding 20 of the bankbook 10, and are located inside the left and right turning rollers 16, 16, and the upper surface side thereof is parallel to the conveyance path 14. is formed.

The guide plates 23, 23 are raised to collect the passbook 10 and to turn the pages.

The rise of the guide plates 23, 23 during the above-mentioned recovery is as follows:
Although the bankbook 10 is raised to a sufficient distance to be collected by the collection device 15, the height for turning the pages is raised by an amount sufficient to slightly curve the page surface 11 of the bankbook 10 upward.

That is, if the page surface 11 of the bankbook 10 is slightly curved, it becomes easier to turn the page by the turning roller 16, and in order to impart this curvature to the page surface 11, the guide plates 23, 23 are slightly raised.

The aforementioned presser bars 24, 24 are used as turning rollers 16, 1
They move up and down in conjunction with the up and down movement of the passbook 10, and are arranged close to each other while sandwiching the binding 20 of the passbook 10.
The turning rollers 16, 16 move downward in conjunction with the downward movement when turning the page, press the vicinity of the binding seam 20, and ensure that the page surface 11 is curved by the lower guide plates 23, 23.

To explain the general operation of the above-mentioned page turning device 13, the pinch rollers 18, 18 are located below, facing the opposing conveyance roller 21, and are in a state where conveyance is possible. When the passbook 10 with the page surface 11 opened is conveyed and stopped at a predetermined position of the page turning device 13, first the left and right turning rollers 16,
16 moves down to the turning position, and at the same time, the guide plates 23, 23 of the collecting device 15 move up to the turning position.

When the turning rollers 16, 16 come into contact with the page surface 11, the presser bars 24, 24 simultaneously press the vicinity of the binding seam 20 on the page surface 11, so the page surface 11 becomes a curved state, and then the page surface 11 is turned into a curved state. In the case of normal turning, the turning roller 16 on the normal turning side is rotated in the turning direction, and the edge of the page surface 11 is turned up.

Next, the turning lever 17 moves from the home position to the A position for normal turning, enters the lower side of the turned-up page surface 11, and separates from the second page surface, and at the same time the turning roller 16 stops rotating. Stop and move up to the original upper position.

Next, the turning lever 17 moves from the A position to the B position and turns the turned up page surface 11 beyond the binding line 20 to the opposite side, and when this page turning is completed, the pinch rollers 18, 18 move down. and press the page surface 11.

Next, the turning lever 17 returns to the hole position, and at the same time, the page holding plates 19, 19 move up and down once, and the turned page surface 11 is moved to the lower surface side of the page holding plates 19, 19. After the page turning is completed, the conveyance rollers 21 are driven in the opposite direction, and the passbook 10 is transferred to the page turning device 13.
more excreted.

Next, each configuration will be explained in order.

(A) Turning Roller To explain the above-mentioned turning rollers 16, 16, in FIG. 5, FIG. 6, and FIG. 7, both the left and right turning rollers 16, 16 have the same configuration, and only one will be explained.

This turning roller 16 consists of two frames 31,
The turning roller 16 is rotatably supported via a one-way clutch 33 by a shaft 32 which is installed between the turning rollers 31 and 31, and the turning roller 16 is inclined at an angle of about 45 degrees with respect to the binding line 20 of the passbook 10. ing.

The above-mentioned one-way clutch 33 is connected to the turning roller 16.
is set to transmit power in the direction of turning up the page surface 11 of the bankbook 10, and to be free from rotation in the opposite direction.

An input gear 34 is fixed to one end of the shaft 32, and this input gear 34 is connected to an output gear 35.
The output gear 35 is fixed to a bearing shaft 36 installed between the frames 31 and 31 located above the shaft 32, and
An input pulley 37 is fixed at a position between 1 and 31.

Two sets of output pulleys 39 are fixed to the input shaft 38 which is installed and bearing at an intermediate position between the frames 31, 31 mentioned above, and this output pulley 39,
A belt 41 is stretched between the input pulley 37 and the idle pulley 40 .

An input roller 42 is fixed to one end of the input shaft 38, and when power is input to the input roller 42, the dual output pulley 39, belt 41, input pulley 37, output gear 35, input gear 34 For example, when normal rotation is input to the input roller 42 and one of the turning rollers 16 rotates in the turning direction, the other turning roller 16 is driven by the one-way clutch 33. It is free and cannot be rotated.
Therefore, by controlling the input roller 42 in forward and reverse directions, the left and right turning rollers 16, 16 can be selectively driven to drive the turning roller 16 in the turning direction.

One of the frames 31 mentioned above (left side in Fig. 5)
A support frame 43 having a U-shape on the side is fixed to the lower part of the input shaft 38, and the support frame 43 has a support frame 43 adjacent to the left and right positions sandwiching the binding 20 of the passbook 10. The aforementioned presser bars 24, 24 are supported so as to be slidable in the vertical direction, and are urged downward by springs 45, 45, respectively.

The above-mentioned presser bars 24, 24 are the turning rollers 16,
16 moves downward during page turning, it presses the vicinity of the binding line 20 on the page surface 11 to ensure that the page surface 11 is curved by the guide plates 23, 23 of the lower collection device 15.

One of the frames 31 mentioned above (left side in Fig. 5)
A sliding block 46 and a sliding piece 47 are fixed to one of the fixed walls 48.
(on the right side in FIG. 6) is vertically slidably supported by a guide rod 50 installed in the vertical direction of a support member 49, and a sliding piece 47 is attached to an extension of the support member 49 in the vertical direction. It is vertically slidably supported by a guide rod 51 installed in the
The above-mentioned turning rollers 16, 16 are guided by the above-mentioned guide rods 50, 51 and can slide up and down.

The above-mentioned vertical sliding of the turning rollers 16, 16 is performed by the driving force of the first motor 52.

That is, a fixing member 53 is installed between a pair of fixed walls 48, 48 forming the conveyance width of the conveyance path 14, and a mounting member 54 is fixed to this fixing member 53 at a predetermined distance. The motor 52 is attached to this attachment member 54.

An output gear 55 is fixed to the output shaft of the first motor 52, this output gear 55 meshes with an input gear 56, this input gear 56 is fixed to a rotating shaft 57, and the rotating shaft 57 is connected to the fixed member 5.
3 and the mounting member 54 and are supported by bearings.

A crank disk 58, a position regulation disk 59, and a position detection disk 60 are fixed to the above-mentioned rotating shaft 57,
The position regulating plate 59 is connected to the above-mentioned turning rollers 16, 16.
It is a mechanism source for moving up and down, and the position regulation board 59
regulates the upper and lower positions of the above-mentioned turning rollers 16, 16, respectively, and the position detection board 60 detects the upper and lower positions of the turning rollers 16, 16 with a first sensor 61.

The above-mentioned crank disk 58 has a crank pin 62 installed on its side, and a connecting rod 6 is attached to this pin 62.
The lower end of the connecting rod 63 is fixed, and a long hole 64 is formed at the upper end of the connecting rod 63. A pin 66 implanted in the swing lever 65 passes through this long hole 64, and the connecting rod 63 is connected to the pin 66. pin 67 planted in
By the spring 68 stretched between
The connecting rod 63 and the swing lever 65 are connected.

The base end of the above-mentioned swing lever 65 is connected to a stealth hole (not shown) in one of the fixed walls 48 (lower side in FIG. 5).
It is pivotally connected to a fixing member 69 fixed to the fixing wall 48 via a pin 70 .

The free end side of the swing lever 65 described above is formed into a bifurcated shape and is provided with a locking portion 71.
1 is engaged with a pin 72 implanted in the aforementioned sliding block 46.

When the aforementioned first motor 52 rotates once, this rotation causes the output gear 55, input gear 56, rotating shaft 57, and crank disk 58 to rotate once, and this rotation converts the connecting rod 63 into one reciprocating motion up and down. Then, the swing lever 65 is moved up and down, and this up and down movement moves the turning rollers 16, 16 up and down.

Two recesses 73, 73 at 180 degree positions are formed on the circumferential surface of the position regulation board 59, and rollers 74 fit into these recesses 73, 73 to control the position of the position regulation board 59. regulate.

One end of the roller 74 mentioned above is pivotally supported by the other end of a lever 76 which is pivotally connected to the mounting member 54 via a pin 75, and the lever 76 is supported by a spring 78 stretched between it and the fixing member 53. , the rollers 74 are urged to press against the position regulation plate 59.

The recesses 73, 73 of the above-mentioned position regulation board 59,
The fitting position with the roller 74 is the turning roller 16,
It is set to be the top dead center and bottom dead center of the movement of No. 16.

The above-mentioned rotation of the turning rollers 16, 16 for turning the page is performed by the driving force of the second motor 79 under forward/reverse control.

That is, the above-mentioned second motor 79 is attached to the mounting member 54 adjacent to the above-mentioned first motor 52, and the output gear 80 is fixed to its drive shaft.

An input gear 81 meshes with the above-mentioned output gear 80, and this input gear 81 is fixed to a shaft 82 which is constructed and supported by the above-mentioned fixing member 53 and mounting member 54, and a pulley 83 is attached to the shaft 82. is fixed, and one end of a movable frame 84 is pivotally connected.

A shaft 85 is provided on the free end side of the movable frame 84 mentioned above.
A pulley 86 is mounted on one end of this shaft 85.
is fixed, and a belt 87 is stretched between it and the pulley 83 mentioned above.

An output roller 88 is fixed to the other end of the shaft 85, and this output roller 88 is connected to the turning roller 1.
When the input rollers 6 and 16 move downward, the input rollers 42
Power is transmitted through contact with the

The above-mentioned movable frame 84 is urged upward by a spring 89 stretched between it and the fixed member 53, and the stopper 9 implanted in the fixed member 53
It is positioned at 0.

The above-mentioned stopper 90 is set at a position where the input roller 42 and the above-mentioned output roller 88 can come into contact with each other due to the biasing force of the spring 89 when the turning rollers 16, 16 move to the bottom dead center. ing.

When the aforementioned second motor 79 rotates forward or reverse, its rotation is caused by the output gear 80, input gear 81, shaft 82, pulleys 83, 86, and belt 8.
7. The output roller 88 is driven forward or reverse via the shaft 85, and the input roller 42 on the side of the turning rollers 16, 16 comes into contact with this output roller 88, so that the turning rollers 16, 16 are driven. Ru.

(B) Turning lever The above-mentioned turning lever 17 will be explained as follows.
As shown in FIGS. 8 and 9, the turning lever 17
is formed in an L-shape, and the upper end of its vertical portion is fixed to a boss member 100, which is fixed to a rotation shaft 101.

The above-mentioned rotation shaft 101 is supported by a bearing member 102, and this bearing member 102 is also supported by a fixed wall 4.
A connecting lever 10 is fixed to a supporting member 104 fixed to a fixed rod 103 installed between 8 and 48, and a connecting lever 10 is mounted on a rotating shaft 101 at an upper position of the bearing member
5 is fixed.

Further, an input pulley 106 is supported on the upper end of the rotation shaft 101 so as to be relatively rotatable, and a connecting lever 107 is provided on the lower surface side of the input pulley 106.
is fixed, and a spring 108 is stretched between it and the aforementioned connecting lever 105.

A third motor 110 for forward/reverse control is attached to the outer surface of one of the aforementioned fixed walls 48 via an attachment member 109, and an output pulley 111 is fixed to the output shaft of this motor 110, and an idle pulley 112, A belt 113 is stretched between the input pulley 106 and the input pulley 106 via a belt 112.

The forward and reverse rotation of the third motor 110 described above is as follows:
By rotating the output pulley 111, the belt 113, and the input pulley 106, the connecting lever 107 of the input pulley 106 is rotated, and further, the rotation of the connecting lever 107 rotates the connecting lever 105 via the spring 108. , with this rotation, rotation axis 1
01, the turning lever 17 via the boss member 100
is rotated.

Note that the spring 108 is included in the rotation transmission path.
is interposed, so if an excessive load is applied to the rotation of the turning lever 17, this spring 10
It can be avoided with 8.

The above-mentioned boss member 100 has a position detection board 11.
4, 115, and 116 are fixed, and these position detection boards 114 to 116 move from the home position to A position, B position, and C position by second, third, and fourth sensors 117, 118, and 119. Detect the moving position of the position.

(C) Pinch Roller The aforementioned pinch rollers 18, 18 will be explained. As shown in FIGS. 10 and 11, the left and right pinch rollers 18, 18 have the same configuration, so one of them will be explained.

The pinch roller 18 is supported by a shaft 121 cantilevered at the free end of a lever 120, and the base end of the lever 120 is fixed to the inner end of a rotating shaft 122, which is connected to a fixed wall. The rotation shaft 1 is supported by a bearing member 123 attached to the
A gear 124 is fixed to the outer end of 22.

On the outer surface of the fixed wall 48 facing the gear 124 described above, a fan-shaped gear 125 that meshes with the gear 124 is supported by a shaft 126, and a pin 127 is implanted in the side surface of the fan-shaped gear 125. .

A fourth motor 128 with forward/reverse control that moves the pinch roller 18 up and down is attached to a suitable mounting member between the left and right fixed walls 48, 48, and an output gear 129 is fixed to its output shaft. An input gear 1 fixed to a rotating shaft 130 installed between fixed walls 48 and bearing a bearing.
It meshes with 31.

A crank disk 132 is fixed to both ends of the rotation shaft 130, and a connecting rod 134 is attached to a clamp pin 133 implanted in the crank disk 132.
The upper end of the connecting rod 134 is pivoted, and a vertically elongated hole 135 is formed at the lower end of the connecting rod 134.
The pin 127 of the fan-shaped gear 125 described above is inserted through the pin 35, and the pin 127 and the connection rod 13 described above are connected to each other.
A spring 136 is stretched between the lower end of the 4 and the lower end of the 4, and the spring 136 connects the lower end of the 4 with the spring 136.

Note that the spring 136 described above applies a pressing force to the pinch roller 18 when the pinch roller 18 comes into contact with the page surface 11 of the bankbook 10.

One rotation of the fourth motor 128 described above causes the crank disk 132 to rotate once through the output gear 129, input gear 131, and rotating shaft 130, and one rotation of the crank disk 132 causes the connecting rod 134 to reciprocate once. The fan-shaped gear 125 is oscillated once up and down. This swing causes the gear 124 to rotate in the forward and reverse directions, and this rotation causes the pinch roller 18 to move up and down once via the rotation shaft 122 and the lever 120.

Note that the pinch roller 18 is stopped at the top dead center and bottom dead center positions by the 1/2 rotation control of the fourth motor 128.

A position detection board 137 is fixed to the aforementioned rotation shaft 130, and this position detection board 137 uses a fifth sensor 138 to detect the positions of the top dead center and bottom dead center of the pinch roller 18.

(D) Page presser plate To explain the above-mentioned page presser plates 19, 19, as shown in Figs. 12, 13, and 14, the left and right page presser plates 19, 19 have the same configuration. One side will be explained.

The above-mentioned page press plate 19 has a lower end surface that is similar to the passbook 1.
The vertical connecting portion 140 is formed in an L-shape with a horizontal surface facing the edge of the page surface 11 of 0.
is fixed to the sliding block 141.

The above-mentioned sliding block 141 is vertically slidably supported by guide rods 142, 142 arranged vertically in parallel on the inner surface of the above-mentioned fixed wall 48, and the guide rods 142, 142 are connected to the fixed wall 4
The upper and lower end portions are held by support members 143, 143 attached to the upper and lower positions of the inner surfaces of 8, 48, respectively.

Further, a pin 144 is installed on the outer side of the above-mentioned sliding block 141, and this pin 144 extends to the outer side of the fixed wall 48 through a hole formed in the fixed wall 48 as appropriate. .

On the other hand, a fifth motor 145 that drives the page holding plate 19 is attached to the outer surface of one of the fixed walls 48 (upper side in FIG. 12), and outputs an output to its output shaft at a position on the inner surface of the fixed wall 48. gear 146
is fixed, and this output gear 146 is connected to the rotating shaft 1
It meshes with an input gear 148 fixed to 47.

The above-mentioned rotation shaft 147 is installed between the fixed walls 48 and 48 and is supported by a bearing, and a crank disk 149 is fixed to both ends extending outside the fixed wall 48, and the rotating shaft 147 is installed in the crank disk 149. The upper end of a connecting rod 151 is connected to the crank pin 150, and the lower end of this connecting rod 151 is connected to the pin 144 of the aforementioned sliding block 141.

When the aforementioned fifth motor 145 rotates once, this rotation causes the output gear 146 and the input gear 14 to rotate.
8. The crank disk 149 is rotated via the rotation shaft 147, and the rotation of the crank disk 149 causes the connecting rod 151 to perform one vertical reciprocating motion, and this vertical movement is The page holding plate 19 is caused to move up and down once.

A position detection board 152 is fixed to the aforementioned rotation shaft 147, and this position detection board 152 uses a sixth sensor 153 to detect one vertical movement of the page holding plate 19.

(E) Collection device To explain the collection device 15 described above, in FIGS.
4 to the recovery device 15.
A pair of guide plates 23 are provided at the left and right positions sandwiching the binding 20 of the bankbook 10, and are located inside the left and right turning rollers 16, 16, and the upper surface side thereof is parallel to the conveyance path 14. It is formed. The guide plates 23, 23 are raised to collect the passbook 10 and to turn the pages.

In addition to the above-mentioned guide plates 23, 23, guide plates 160, 160 are also provided at positions facing the horizontal surfaces of the page holding plates 19, 19 provided on the left and right sides, and these guide plates 23, 23, 160, 1
60 is integrally movable.

The above-mentioned guide plates 23 and 160 have an upper edge formed as a parallel edge parallel to the conveyance path 14, and a lower edge formed as an inclined edge that guides the bankbook 10 downward.

The base ends of the central guide plates 23, 23 are fixed to a sliding block 161, and these guide plates 2
Fixing rods 162, 162 extending outward are fixed to the upper and lower positions of 3 and 23, and the fixing rods 16
Guide plates 160, 160 on both sides are fixed to 2,162.

A bottom plate 163 is installed between the fixed walls 48 and 48 below these guide plates 23 and 160, and the bankbooks 10 to be collected are accumulated on this bottom plate 163.

Pressing plates 164, 164 are located on the outer surfaces of the aforementioned center guide plates 23, 23 at positions facing the turning rollers 16, 16, and these pressing plates 164, 164 have the same configuration. One side will be explained.

The pressing plate 164 is positioned in an inclined manner corresponding to the direction of the turning roller 16, the portion facing the turning roller 16 forms a horizontal surface, and the base end portion 165 is located at an angle corresponding to the direction of the turning roller 16.
66, and two tongue pieces 167 and 168 are connected to the base end portion 165.

The above-mentioned pin 166 is implanted in a support plate 169 fixed to the outer surface of the guide plate 23, and between this support plate 169 and the above-mentioned one tongue piece 167, a press plate 164 is urged upward. A stopper 171 to which a spring 170 is tensioned and which is implanted in the support plate 169 comes into contact with the other tongue piece 168 and pushes the horizontal surface of the pressing plate 164 towards the guide plate 23.
Regulate the position so that it matches the upper edge of.

When the above-mentioned turning roller 16 moves down to turn the page surface 11, the guide plate 23 rises by a slight amount to curve the page surface 11.
The lower peripheral surface of the turning roller 16 is located slightly below the upper edge of the guide plate 23. Therefore, the pressing plate 164 is pushed down below the position regulated by the stopper 171, and the urging force of the spring 170 can press the bankbook 10 toward the turning roller 16 side.

The sliding block 161 to which the aforementioned guide plates 23, 23 are fixed is vertically slidably supported by two parallel guide rods 172, 172 disposed in the vertical direction, and the upper and lower ends of the guide rods 172, 172 are fixed to support members 173, 173, and support members 173, 173 are fixed to one fixed wall 48.
It is fixed to fixing members 175, 175 installed between the mounting member 174 (on the right side in FIG. 17) and the mounting member 174.

A pin 176 is implanted in the lower part of the back side of the sliding block 161, and a bifurcated locking portion 178 formed at one end of a swing lever 177 is locked to this pin 176.

The middle part of the swing lever 177 described above is pivotally connected to a pin 180 implanted in a support member 179 fixed to the fixed wall 48, and a roller 181 is attached to the other end.
It is pivoted.

The aforementioned guide plates 23, 23, 160, 160
A sixth motor 182 that moves up and down is attached to a mounting member 183 on the outside of one fixed wall 48 (on the right side in FIG. 17), and an output gear 184 is fixed to its output shaft.
4 meshes with input gear 185.

The above-mentioned input gear 185 is fixed to a rotation shaft 186, and this rotation shaft 186 is installed and bearing between the above-mentioned mounting member 183 and a member 187 installed opposite thereto, and the above-mentioned swing lever 17
A cam 188 is fixed at the end of the shaft facing the roller 181 of No. 7.

The above-mentioned cam 188 is at the home position P.
1, a curving position P2 for curving the passbook 10,
The passbook 10 has a circumferential surface corresponding to the movable amount of each collection position P3.

At the other end of the aforementioned rotation shaft 186, there is a position detection board 1.
89 is fixed, and this position detection board 189
The sensor 190 detects the above-mentioned positions P1, P2,
Detect P3.

The aforementioned guide plates 23, 23, 160, 160
In order to curve the page surface 11 of the passbook 10,
When moving up, the sixth motor 1 moves to a position where the curved position P2 of the cam 188 faces the roller 181.
82 is controlled to rotate forward, and this rotation is controlled by output gear 1.
84, the curved position P2 of the cam 188 is brought into contact with the roller 181 via the input gear 185.

With this contact, the roller 181 of the swinging lever 177
As the other end of the swing lever 177 moves upward, the swing block 161 moves upward by a predetermined amount, and the guide plates 23, 23 can move upward by the amount that the passbook 10 curves.

Note that the curvature necessary for page turning is provided by raising the central guide plates 23, 23, and there is no need for the left and right guide plates 160, 160 to rise, but even if these guide plates 160, 160 rise, There is no problem in turning the pages.

When returning from the above-mentioned curved position P2 to the home position P1, this is done by controlling the sixth motor 182 in the reverse direction.The above-mentioned guide plates 23, 23, 160, 160
When the cam 188 rises to collect the passbook 10, the collection position P3 of the cam 188 is located at the roller 181.
The sixth motor 182 is controlled to rotate in the normal direction until it reaches a position facing the .

With this rotation, the cam 188 moves the roller 181 downward by a predetermined amount, so the other end of the swing lever 177 moves upward, the sliding block 161 is raised by a predetermined amount, and the guide plates 23, 23, 160, 160 move upward. The passbook 10 is moved up to a position where it can be collected.

The above guide plates 23, 23, 160, 160
When returning to the original position, the sixth motor 182 is controlled to rotate forward until the home position P1 of the cam 188 faces the roller 181.

(F) Related operations of each configuration The related operations of each configuration will be explained with reference to FIG.

The above-mentioned time chart in FIG. 18 shows the case where the turning direction shown in FIG. 1 is forward turning, and the imaginary line shows reverse turning.

To explain the above-mentioned forward turning operation, when the bankbook 10 is conveyed on the conveyance path 14 and reaches the position of the page turning device 13, the conveyance of the bankbook 10 is stopped and the first motor 52 and the fourth motor 12
8. The sixth motor 182 is driven at the same time.

Based on the drive of the fourth motor 128 described above,
When the pinch rollers 18, 18 move upward and the fifth sensor 138 detects the top dead center movement position, the fourth
The motor 128 is stopped and the pinch rollers 18,1
8 waits at a position at the top that does not interfere with page turning.

Further, based on the rotation of the sixth motor 182, the guide plates 23, 23 move upward, and when the seventh sensor 190 detects the bending position P2, the sixth
The motor 182 stops, and the guide plates 23, 23 stop at a raised position that is, for example, about 2 mm higher than the normal position, causing the portion of the passbook 10 near the binding 20 to curve upward.

Further, based on the rotation of the first motor 52, the turning rollers 16, 16 move downward as a unit, and when the first sensor 61 detects movement of the bottom dead center, the first motor 52 stops, and the turning roller 1
6 and 16 reach the page turning position.

When the above-mentioned turning rollers 16, 16 reach the turning position, the input roller 42 of this unit comes into contact with the output roller 88, and the presser bar 24 presses the binding line 20 of the passbook 10 inside the above-mentioned guide plates 23, 23. By pressing down the vicinity, the page surface 11 is more reliably curved.

Based on the above-mentioned first sensor 61 detecting the movement of the turning rollers 16, 16 to the bottom dead center, the second motor 79 is rotated in the normal rotation direction, and the output roller 88 is rotated in the normal rotation direction. The paper is rotated in the winding direction, and the winding roller 16 (lower side in FIG. 5) corresponding to forward winding is rotated in the winding direction via the input roller 42.

The passbook 1 is rotated by the above-mentioned turning roller 16.
The page surface 11 of page 0 is turned up, and a gap is created between it and the next page. Further, when the rotation amount necessary for this winding is completed, the second motor 79 is stopped.

Next, the third motor 110 is rotated in the normal rotation direction, and the turning lever 17 is rotated in the A position direction.
When the third sensor 118 detects movement of the A position, the third motor 110 is temporarily stopped.

By rotating the above-mentioned turning lever 17 to the A position,
The tip of the lever 17 is the turned-up page surface 11
It invades the bottom side of the page and separates it from the second page.

Further, the third motor 110 is rotated in the normal rotation direction, and the turning lever 17 is rotated in the B position direction.
When the fourth sensor 119 detects movement of the B position, the third motor 110 is stopped again.

By rotating the above-mentioned turning lever 17 to the B position,
The lever 17 moves the turned-up page surface 11 to the binding surface 2.
0 and overlap it on the opposite page surface 11. In this state, the edge of the turned page surface 11 is
It is placed on the upper surface side of the corresponding page holding plate 19.

Based on the aforementioned fourth sensor 119 detecting the movement of the turning lever 17 to the B position, the fourth motor 128 rotates, and the pinch roller 18,
18 moves downward. When the fifth sensor 138 detects movement to the bottom dead center, the fourth motor 128
is stopped, and the pinch rollers 18, 18 press the newly turned page surface 11.

Further, based on the detection of the bottom dead center of the fifth sensor 138 described above, the fifth motor 145 is controlled by one rotation, and this rotation causes the page holding plates 19, 19 to move up and down once.

By this vertical movement, the turned-up page surface 11 riding on the page holding plate 19 is moved to the lower surface side of the page holding plate 19.

When the above-mentioned vertical movement of the page holding plates 19, 19 is detected by the sixth sensor 153, page turning is completed.

Thereafter, the conveyance path 14 is driven in reverse and the bankbook 10 is sent out from the page turning device 13.

Note that the page turning mentioned above is sequential turning, but
In the case of reverse flipping, the flipping lever 17 is first moved to position C, then to position B and then to position A, and the second motor 79 is rotated in the reverse direction to rotate the lever on the side corresponding to reverse flipping. The turning roller 16 is rotated in the turning direction, and the other mechanisms are driven in the same manner as in the forward turning described above.

On the other hand, when collecting the passbook 10, the cam 18
The guide plates 23, 23, 160, 160 are raised to the collection position by controlling the sixth motor 182 to rotate forward until the collection position P3 of 8 faces the roller 181, and the passbook 10 is transported in this state. So, passbook 10 has guide plate 23,160
It is guided by the lower edge of , falls onto the bottom plate 163 and is collected.

When returning to the home position,
This is done by continuously controlling the sixth motor 182 to rotate forward.

In the correspondence between the structure of this invention and the above-described embodiment, the pressing member corresponds to the presser bar 24 of the embodiment, and the other parts correspond to the same component names of the embodiment.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, in which Fig. 1 is a schematic perspective view of a page turning device, Fig. 2 is a schematic plan view thereof, Fig. 3 is a schematic side view thereof, and Fig. 4 is a perspective view of an open bankbook. 5 is a plan view of the turning roller portion, FIG. 6 is a rear view of the same, FIG. 7 is a side view of the same, FIG. 8 is a plan view of the turning lever portion, FIG. 9 is a side view of the same, and
Fig. 0 is a plan view of the pinch roller portion, Fig. 11 is a side view of the same, Fig. 12 is a plan view of the page holding plate portion,
Fig. 13 is a side view of the same, Fig. 14 is a rear view of the same part, Fig. 15 is a plan view of the recovery device, Fig. 16 is a side view of the same, Fig. 17 is a rear view of the same, Fig. 18 is a timing diagram of each mechanism. It's a chat. 10... Passbook, 11... Page surface, 13... Page turning device, 15... Collection device, 16... Turning roller, 20... Binding, 23... Guide plate, 2
4... Presser bar, 42... Input roller, 46... Sliding block, 52... First motor, 65... Rocking lever, 79... Second motor, 88... Output roller, 161... Sliding Moving block, 177... Swinging lever, 182... Sixth motor.

Claims (1)

[Scope of Claims] 1. A page-turning device for a passbook that turns over the pages of an opened passbook by turning them toward the seam side using a turning roller, which rollers turn the pages of an opened passbook when turning the pages of the passbook. Page turning of a bankbook in which a pressing member that curves sideways is placed on the bottom side of the bankbook, and a presser bar that presses the page surface is placed on the binding side from the position of the pressing member on the top side of the page surface. Device.