JPS60158019A - Device for banding sheets - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] a. Industrial application field The present invention relates to an apparatus for lifting paper sheets.

b. Prior Art Conventionally, various configurations of this type of paper sheet lifting device have been developed, and a representative example is the one disclosed in Japanese Patent Application Laid-Open No.
A device shown in Qg920 has been proposed.

However, in the above-mentioned conventional configuration, the structure for clamping a plurality of bundles of paper sheets (bundles of bills) is performed using a complicated multi-ply clamping structure. A method using a hydraulic mechanism was also used. In these systems, the hydraulic mechanism and clamping mechanism are extremely complicated, and oil leakage accidents may occur, resulting in fundamental malfunctions.

In addition, when wrapping multiple bundles of paper sheets (bundles of bills) Iζ with vertical and horizontal bands, so-called cross-shaped banding, the horizontal banding and vertical banding are automatically performed consecutively. After the horizontal band wrapping was completed, the sheet bundle had to be turned 90 degrees by hand, and the horizontal band wrapping had to be carried out as the next step.

Also, in the tape winding process, the tightened tape is temporarily bonded and the operation is temporarily stopped, the cutter is activated to cut the tape, and then the heater is restarted and the tape is bonded. As a result, the tape adhesion process was complicated and the tape winding time and tape winding cost increased.

In other words, in financial institutions such as banks, it is extremely important not only to securely wrap banknotes but also to shorten the time for wrapping them, and with the configuration of conventional devices, it is difficult to achieve each of the above-mentioned requirements. was extremely difficult.

C0 Object of the Invention The present invention aims to provide an extremely effective means for quickly eliminating the above-mentioned drawbacks, and in particular, it is an object of the present invention to provide extremely effective means for quickly eliminating the above-mentioned drawbacks. The purpose of this is to automatically wind the tape in a criss-cross pattern by pressing and tightening the tape.

d0 Structure of the Invention In order to achieve the above-mentioned object, the gist of the present invention is to provide a mounting table that is rotatably provided for one rotation and for placing paper sheets, and a mounting table that is rotatably provided together with the aforementioned mounting table and receiving plate. a pair of clamping plates for clamping paper sheets; a paper sheet rotation mechanism provided at an upper position of the placing table for rotating the paper sheets by a predetermined angle; A plurality of bundles of paper sheets placed on the mounting table are clamped by the pair of clamping plates and wound with tape in one direction, and then the paper sheets are wrapped with tape in one direction. The rotary mechanism unit rotates the paper sheets by a predetermined angle, wraps the paper sheets in the other direction with tape, and automatically and continuously performs pressing of one bundle of paper sheets and winding the tape in a vertical and horizontal criss-cross pattern.

θ, Embodiment In FIGS. 1 to y, the reference numeral 1 indicates a base portion having a box shape as a whole, and a drive portion is provided at a lower portion within the base portion.

A first support shaft 3 is rotatably provided inside the base by a support member etc., and a seventh gear 5 provided on the outer periphery of the first support shaft 3 is connected to a first drive provided in the base. By being engaged with the λ-th gear of the motor 6, the seventh support shaft 3 is rotated by the first driving seventh gear 6.

A second support shaft g is provided coaxially within the first support shaft 3 so as to be movable in the vertical direction, and a receiving portion D is fixedly provided at the lower end of the first support shaft g. A pair of elevation levers // are movably supported via holes //a on the pair of protrusions io of the part. 1 Drive motor 6J cam lever 1
3, the elevator lever // is moved up and down in the direction of arrow A, and the λ-th support shaft ζ is also moved up and down. Furthermore, the first support shaft 3 is moved up and down via a third drive motor /Ja, a cam lever /21Q, and a connecting lever /2c.

The upper end of the first support shaft 3 has a clamp arm stand/da bolt 1
5, the upper end of the first support shaft g passes through the guide hole 16 of the clamp arm base/da and protrudes above the clamp arm base/4', and the upper end of the first support shaft A retaining member 17 that engages with the clamp arm base/47 is fixed to the portion.

A pair of clamp arms /g is rotatably provided at both ends of the clamp arm stand /41 via a shaft support /q, and the first roller 20 formed at one end of each clamp arm /r is connected to the above-mentioned engagement. The first roller 2/, which is joined to the lower surface of the mating member/, and formed at the other end of each clamp arm/g, is attached to the pair of holding shafts 23 of the holding body JJ mounted on the first supporting shaft g. , 23a to the outer surfaces of a pair of clamping plates ul which are slidably held, and when the second support shaft is lowered, each clamp arm /l rotates about the shaft support /9. Then, each clamping plate 2 is slid toward the center relative to each other. Also, as is clear from Figure 2, the base/base has a pivot support 5.
A pair of centering arms 51 are rotatably supported by the centering arm 51. The axis branch! There is a pulley S at O, and there is a motor 53 at the base, and a bell) 65 is stretched between the pulley S4t provided on the output shaft of the motor and the pulley 52. The pair of centering arms j/ can be rotated in mutual directions by driving the motor S3. When the centering arm rotates like this,
The paper sheet on the receiving plate λ6 is pushed by the tip end j/a of the centering arm and placed in the center of the machine.

At the upper position of each holding shaft 3 of the holding body here, there is a clamping plate,
A storage stand S having a cutout 25a for receiving the lower end of the storage stand S is provided, and on this storage stand 3, a dogleg-shaped receiving plate t extends in the direction of the arrow via a shaft support J7. Freely rotatable
Each receiving plate roller is biased by the spring so that one end thereof contacts the inner surface of the clamping plate 2, and moves in the direction of the arrow in conjunction with the clamping plate. rotate in the direction. Assuming that this receiving plate 2B does not exist, when the clamping plate 2+ is opened to the solid line position as shown in FIG. 9, the notch 2. ta will be opened wide, and there is a possibility that an accident may occur in which a sheet of paper falls from the notch 2 or a when the tape breaks, etc.
Clamping plate: A receiving plate 26 that interlocks with the 1 da is used to prevent such accidents.

In FIG. 2, a tape feed roller 2g is disposed outside the left clamping plate 2da to draw out the tape from a tape reel (not shown), and in FIG. A holding plate 29 is disposed, and a sheet rotation mechanism 30 held on the base/top is disposed above each clamping plate 24t.

This paper sheet rotation mechanism section 30 consists of a pair of holding arms 3/ that are configured to be rotatable with respect to each other, and a pair of gears 3 that rotate in mutually opposite directions are attached to one end j/a of each of these holding arms 3/. A drive motor 3/b shown in FIG.
1 opens and closes each holding arm 3/. At the other end 31b of each holding arm 3, a bundle plate 33 for holding a bundle of paper sheets is rotatably provided by a shaft 3D, and at one end of a crank part 3S provided on each shaft 3. A crank rod 36 is attached to the crank rod 36, and an end j4a of the crank rod 36 constituting a rotational drive section is connected to a drive device (not shown) via a link 37.
6 moves in its longitudinal direction, the bundle plate 33
is rotated by a predetermined angle (90 degrees in this embodiment), and the bundle of paper sheets held by each bundle plate 33 is ? Rotated by θ degrees.

Furthermore, a heater cutter section 3g is provided below the holding arm 31. The heater cutter part 3g includes a heater arm 3de rotatably provided on the base/above, and a rotatably provided heater arm 3de at the end of the heater arm 3de, biased in the direction of the arrow by a spring member θ. A heater qi, a cutter body 4'j provided coaxially with the heater arm 3, and a solenoid dog 3 for operating the cutter body 4'J.
The tape feeding roller holder is rotatably provided on the heater arm 3q via a connecting plate 11p.

In the above configuration, when the paper sheet lifting device according to the present invention is operated, for example, io
Place 70 bundles of paper sheets (banknotes) DA 5 wrapped with tape into o sheets/bundle on the receiving plate 26 of the loading pot S so that the front and back surfaces of each sheet are perpendicular to each other. When a start button (not shown) is turned on, a shutter (not shown) is closed, and the centering arm S/ rotates to center the bundle of paper sheets before returning to the home position.

Thereafter, the mounting table S rotates counterclockwise and stops when the tape path formed between the clamping plate J+' and the tape holding plate 2q reaches a tape guide extension line (not shown).

In this state, the tape feed roller 2g is rotated by a drive motor (not shown) to feed out the tape, and the leading edge of the tape passes between the clamping plate kota and the tape holding plate kota, and is directed to the tape exit side (not shown). When the rotation of the tape feed rollers is reached, the rotation of the tape feed rollers is stopped.

Next, when the first drive motor/co operates, the cam lever 1
3 operates the lift lever l/, pushing down the third support shaft, and at the same time, the clamping plate 2'l is slid by each clamp arm/I, and the clamping plate 24 (mounted between The placed paper sheet bundle aS is pressed together with the tape.

Further, in this state, the mounting table 2S is rotated clockwise by the operation of the first drive motor 6, and the tape is transferred to the sheet stacker 3.
When the mounting table 2S rotates twice and reaches the tape bonding position, the heater cutter 3g rotates, and the heater f presses the tape against the clamping plate 21I, and at the same time, the cutter lI2 is activated by the solenoid. The cutter body 41. is projected by lI3 to cut the tape. l retreats.

On the other hand, the heater 4'/ further slides on the tape, reaches the cut end, and adheres to the cut end. In this way, the horizontal banding is completed.

The mounting table 3 continued to rotate, and the cut end of the tape was adhered, so that the surface of the bundle plate 33 of the paper sheet rotation mechanism 30 and the bundle direction of the paper sheet bundle xis became parallel. In this state, the rotation of the mounting table S is stopped by a detector (not shown), and the clamping state of each clamping plate J41 is determined by the reverse rotation of the No. 1 driving motor/J, which causes the lift lever// to move upward, and the The support shaft S is returned to its original position and released.

Next, by driving the third drive motor/core a,
When the seventh support shaft 3 is raised via the cam lever/Jl) and the connecting lever LC, and the sheet bundle US is no longer connected to each clamping plate 2'l, a drive motor (not shown) is activated. Then, the paper sheet bundle lI! is held by the bundle plate 33 of each holding arm 3/. is pinched. When the crank rod 36 is operated in this state, one of the bundle plates 33 is driven and 90
degree, and together with the other binding plate 33, the paper sheet bundle <it is also rotated 90 degrees and held in the vertical banding position, and then the loading table 2! is returned to its original position and the same tape winding work as described above is repeated, and the tape winding work is completed.
It is pushed out from the device main body by a pusher (not shown).

Furthermore, the configurations shown in FIGS. S and 6 show other embodiments of the paper sheet rotation mechanism used in the present invention, and the same parts as the paper sheet rotation mechanism shown in FIG. The explanation will be omitted and the same number will be given.

One shaft, 74, of the bundle plate 33 in each holding arm 3/ of the sheet rotation mechanism 30 is provided with a pulley 6,
The end of the bell) 417 suspended from this boob IJIIA is connected to the guide boob IJl formed at one end of the holding arm 3
It is suspended in g. By rotating the L-shaped lever dub provided coaxially with this guide pulley, the bundle plate 33 is rotated 90 degrees via the belt guide, and the paper sheet bundle +1 held by each bundle plate 33 is rotated by 90 degrees. It is a device that can be rotated by a degree, and the belt guar and pulley lI
6 and the L-shaped lever dub constitute a rotational drive section 3Ab of the bundle plate 33.

f1 Effects of the Invention The paper sheet banding device according to the present invention has the configuration and operation described above, so that when a bundle of paper sheets is set upright on the receiving plate, horizontal banding, Cross-hanging of tape by vertical banding and tape cutting can be performed without interruption in a completely automatic process, and in the banknote processing process such as banks, highly reliable and reliable banding can be performed automatically. It can be done quickly.

[Brief explanation of drawings]

The drawings show a paper sheet lifting device according to the present invention, and FIG. 1 is a side view showing the overall configuration, FIG. 1 is an enlarged front sectional view of the main part of FIG. 1, and FIG. An enlarged sectional view of the main part of the figure,
FIG. 9 is an enlarged plan view of FIG. 1, FIG. S is a plan view showing another embodiment of FIG. 9, and FIG. 6 is a side view of FIG. / is the base, λ is the drive part, 3 is the first support shaft, l is the support part, 3
is the first gear, 6 is the first drive motor, 7 is the first gear, t is the second support shaft, Te is the receiving part, IO is the protrusion, l/ is the lift lever, //a is the hole, /ko is the ff, 2 drive motors, I3 is the cam lever, /Ua is the third drive motor, /, 2b is the cam lever, /jc is the connecting lever, /g is the clamp arm base, /S is the bolt, I6 is the guide hole, l') is an engaging member, 1
g is clamp arm, l? is the shaft support, 20 is the first roller, 1 is the first roller, 22 is the holding body, 3 is the holding shaft,
! ,? a is the spring, 2'l is the clamping plate 1.25 is the mounting table, 26
is the receiving plate, the core is the shaft support, 2g is the tape feed roller 1.2
9 is a tape holding plate, 30 is a paper sheet rotation mechanism, 31 is a holding arm, 3 are gears, 33 is a bundle plate, 3 is a shaft, 3S
Reference numeral 1 indicates a crank portion, and 36 indicates a crank rod 1 as a rotational drive portion. ygb is a rotation drive unit, 37 is a link, 3g is a heater cutter unit, 39 is a heater arm, da/ is a heater, lI
2 is the cutter body, G3 is the solenoid, +p is the connecting plate, Hiroshi3
is a bundle of paper sheets, 'It is a pulley, q7 is a belt, gig is a guide pulley, and da9 is an L-shaped lever. 1, Ward 2, Figure 3, Procedural Amendment 1, 713J, Showa 6n, April 1cj, Mr. Commissioner of the Japan Patent Office, 1, Indication of the case, Patent Application No. 7612, filed in 1982, 2, Name of the invention, Paper sheet obiage is Device 3: Relationship with the person making the amendment Case Patent applicant 4: Corrected by the agent. Description (Full text by KJ) ■Name of the invention Paper sheet lifting device 2, Claims A rotatable loading table (2) for placing paper sheets.
5), a pair of movable clamping plates (24) that are rotatably provided together with the mounting table (25) and configured to be able to clamp the paper sheets; a pair of holding arms (31) for holding the paper sheets;
a sheet rotation mechanism (30) consisting of a sheet rotation mechanism (30), and a bundle plate (33) rotatably provided at the tip of each holding arm (31).
), and a rotation drive unit (
36 or 66b) and a heater cutter section (68) provided above the placement table (25), and the plurality of bundles of paper sheets placed on the placement table (25) are After being clamped by the tightening plate (24) and horizontally or vertically banded, the plurality of bundles of paper sheets are rotated by a predetermined angle in the paper sheet rotation mechanism (3o) to form vertical or horizontal banding. What is claimed is: 1. A paper sheet lifting device, characterized in that it is configured to automatically and continuously perform the pressing of a bundle of paper sheets and the cross-shaped banding of a tape. 3. Detailed Description of the Invention a. Field of Industrial Application The present invention relates to an apparatus for lifting paper sheets. Structures have been developed, and a representative example is JP-A-56-
A device shown in Japanese Patent No. 48920 has been proposed. However, in the above-mentioned conventional configuration, the structure for clamping a plurality of bundles of paper sheets (bundles of bills) was performed using a complicated multi-ply clamping structure. A method using a hydraulic mechanism was also used. In these systems, the hydraulic mechanism 8 and the clamping mechanism are extremely complicated, and oil leakage accidents may occur, resulting in fundamental malfunctions. Also, wrapping multiple bundles of paper sheets (bundles of bills) with vertical and horizontal bands,
When wrapping tape in a so-called criss-cross pattern, it is not possible to automatically perform horizontal and vertical banding in succession, and after the horizontal banding is completed, it is necessary to manually wrap the bundle of paper sheets into 9 sheets.
It was necessary to make a 0 degree turn and perform horizontal band wrapping as the next step. Also, in the tape winding process, after temporarily adhering the tightened tape and temporarily stopping the operation, the cutter is activated to cut the tape, and then the heater is restarted to wrap the tape. Since the tape was bonded, the tape bonding process was complicated, and the tape winding time and tape winding cost were increased. In other words, in financial institutions such as banks, it is extremely important not only to securely wrap banknotes but also to shorten the time for wrapping them, and with the configuration of conventional devices, it is difficult to achieve each of the above-mentioned requirements. was extremely difficult. C2 Purpose of the Invention The purpose of the present invention is to provide an extremely effective means for quickly eliminating the above-mentioned drawbacks. The purpose of this is to automatically wind the tape in a criss-cross pattern by pressing and tightening the tape. d9 Structure of the Invention In order to achieve the above object, the gist of the present invention is to provide a mounting table that is rotatably provided for placing paper sheets, and a mounting table that is rotatably provided together with the aforementioned mounting table and receiving plate. a pair of clamping plates for clamping paper sheets; a paper sheet rotation mechanism provided at an upper position of the placing table for rotating the paper sheets by a predetermined angle; A plurality of bundles of paper sheets placed on the mounting table are clamped by the pair of clamping plates and wound with tape in one direction, and then the paper sheets are wrapped with tape in one direction. The rotation mechanism unit rotates the paper sheet by a predetermined angle, wraps the paper sheet in the other direction with tape, and automatically and continuously performs the pressing of the paper sheet bundle and the vertical and horizontal cross-shaped winding of the tape. e. Example 1 In FIGS. 1 to 4, the reference numeral 1 indicates the base of the device body (not shown), which is box-shaped as a whole;
A drive unit 2 is provided at a lower portion within this base 1 . A first support shaft 6 is rotatably provided in the base 1 by a bearing case 12g in the support part 4, etc.
The first gear 5 provided on the outer periphery of the support shaft B meshes with the second gear 7 of the first drive motor 6 provided on the outer surface of the base 1. It is rotationally driven by a drive motor 6. A second support shaft 8 is provided coaxially within the first support shaft 3 so as to be movable in the vertical direction, and a receiving portion 9 is fixedly provided at the lower end of the second support shaft 8. A stopper 9a is screwed together, and a pair of elevating levers 11 are rotatably supported on the pair of left and right protrusions 10 of the receiving portion 9 through holes 1ja. By engaging with the cam 16, the second drive motor 12 provided below moves up and down in the direction of the arrow A.
The support shaft 8 is also driven up and down. Further, the first support shaft 3 is rotatable when the third drive motor 12a1 cam 12b and one end thereof is engaged with the worm 12θ and the worm wheel 12f, and the other end is provided on the lower outer periphery of the first support shaft 6. The table boss M2d is moved up and down via the holding lever 12G. A guide body 1 on the support member 1a is attached to the upper end of the first support @6.
A clamp arm stand 14 is fixedly provided with bolts 15 while being guided by b, and the upper end of the second support shaft 8 passes through a guide hole 16 of the clamp arm stand 14 and protrudes above t.
A retaining member 17 that engages with a clamp arm 18, which will be described later, is screwed and fixed to the upper part of the second support shaft 8. A table support 56 is attached to the upper end of the table post 12 (L), and a pair of slide rods 57 are attached to the table support 56, and the slide rods 57 pass through the clamp arm base 14 and are fixed to a mounting base 25, which will be described later. The mounting table 25 and the table support 56 (!:) are configured to be rotatable together with the table post 12d. A pair of clamp arms 18 are rotatably provided via a shaft support 19, and a tenth lug 20 formed at one end of each clamp arm 18 is joined to the lower surface of the engaging member 17, and each 20-) 21 formed at the other end of the clamp arm 18
A spring 23a is attached to a pair of holding shafts 23 that pass through a rod holding body 22 mounted on the upper surface of the clamp arm base 14 and bridged at right angles over the limb support 14a.
When the second support shaft 8 is pushed down, the engagement member 17 similarly moves downward, and the engagement member Each clamp arm 18 located on the lower surface of the clamp arm 17 rotates around the pivot support 19 when the 10th lug is pushed down, and the clamping plates 24 are moved toward the center by the 20th lug 21. be slid. Further, as is clear from FIG. 2, the base 1 is provided with a pair of six-pronged arms 51 which are rotatably supported by a shaft support 5o and are used to strike both ends of the bundle of paper sheets 45 to align them. . A pulley 52 is provided on the shaft support 50, and
A motor 56 is provided on the base 1 . A belt 55 is stretched between the pulley 54 provided on the output shaft of the motor 53 and the pulley 52, and the pair of six-pronged arms 51 are moved inwardly by the drive of the motor 56. It is designed to be able to rotate back and forth. When each of the six arms 51 rotates as described above, paper sheets on the receiving plate 26 (to be described later) are pushed by the tips 51a of the six arms and placed in the center of the machine. In other words, each of the six arms 51
has the function of aligning both ends of the bundle of paper sheets 45. At a position above each holding shaft 23 bridged with respect to the rod holder 22, a mounting table 25 is provided which is attached to the upper end of the slide rod 57 and has a notch 25a for receiving the lower end of the clamping plate 24. On this mounting table 25, four dogleg-shaped receiving plates 26 are rotatable in the direction of the arrow about a shaft support 27, and supported by a spring (not shown) so as to be able to return to rotation. Each receiving plate 26 is biased by the spring so that one end thereof comes into contact with the inner surface of the clamping plate 24, and rotates in the direction of the arrow in conjunction with the clamping plate 24. For example, assuming that this receiving plate 26 does not exist, when the clamping plate 24 is opened to the solid line position as shown in FIG. There is a possibility that an accident may occur in which a sheet of paper falls from the notch 25a when it is torn, but the receiving plate 26 interlocking with the closing plate 24 has the function of preventing such an accident. Incidentally, reference numeral 58 is a bundle stopper plate for preventing over-insertion of paper sheets. In FIGS. 2 and 4, a tape feed roller 28 is disposed outside the left clamping plate 24 for pulling out the tape 28b from the tape reel 59 and guiding it to the tape guide 28a. In FIG. 4, a tape holding plate 29 is disposed outside the right-hand clamping plate 24, and a paper sheet rotation mechanism 3 held on the base 1 is disposed above each clamping plate 24.゜ is arranged. This paper sheet rotation mechanism 3o consists of a pair of holding arms 31 that are configured to be rotatable with respect to each other, and one end 31a of each of these holding arms 31 is provided with mutually engaged gears 32, as shown in FIG. Each holding arm 31 is opened and closed in opposite directions by a drive motor 3+b+ shown in FIG. At the other end 31b of each holding arm 31, a holding plate 53 for holding a bundle of paper sheets 45 is provided rotatably around a shaft 34, and at one end of a crank part 35 provided on one shaft 34, A crank rod 36 is attached, and an end 36a of the crank rod 36 constituting a rotational drive section is connected to a drive device (not shown) via a link 37, and when the crank rod 36 moves in its longitudinal direction, The bundle plate 33 is rotated by a predetermined angle (90 degrees in this embodiment), and the paper sheet bundles held by each bundle plate 63 are rotated by 90 degrees. Further, a heater cutter section 38 is provided below the other holding arm 61. This heater cutter section 68 is
A heater arm 69 is rotatably provided above the base 1, and a spring member 4 is attached to the end of the heater arm 39.
A heater 41 rotatably provided and energized by
The heater arm drive roller 39a rotates the heater arm 39, a cutter body 42 is provided coaxially with the heater arm 39, and a solenoid 43 operates the cutter body 42. The tape guide 28a used by the tape feed roller 28 is configured to be able to rotate in conjunction with the heater arm 39 via a connecting plate 44, and is connected to the heater arm and the driving roller 5.
9a and the tape feed roller 28 are driven by a drive motor 28Q provided on the base 1. Next, a case will be described in which the paper sheet lifting device according to the present invention is operated in the above configuration. Now, for example, 1
45 bundles of paper sheets (bundles) of 00 sheets wrapped with tape
Place 10 bundles of paper sheets, with the front and back sides of each sheet perpendicular, on the receiving plate 26 of the mounting table 25 shown in FIG. (not shown) is turned on, the second drive motor 12 is activated, the second support shaft 8 is lowered by the cam 13 and the lifting lever 11, and the paper sheets are removed by each clamp arm 18 and each clamping plate 24. The bundle 45 is lightly clamped, and then the first
The drive motor 6 operates, the first support shaft 3 rotates via the second gear 7 and the first gear 5, the clamp arm base 14 fixed to the first support shaft 3 rotates, and each slide The mounting table 25, table support 56, guide post 12d, etc. connected to the rod 57 are also rotated at the same time, and the mounting table 25 is controlled to stop when it is rotated 90 degrees clockwise. In this state, when the motor 53 is next driven, its rotation is transmitted to each Ishikawa arm 51 via the belt 55, and as each Ishikawa arm 51 rotates, the paper sheet bundle on the receiving plate 26 is 45 is struck two to six times by the tip end 51a of each Ishikawa arm 51, and is positioned at the center of the placement table 25, and both ends of the paper sheet bundle 45 are aligned and Ishikawa will be held. After that, the motor 53
rotates in the opposite direction, and each Ishikawa arm 51 returns to its original position (home position). Thereafter, the first drive motor 6 rotates in the reverse direction, the mounting table 25 rotates counterclockwise, and the clamping plate 2
4 and the tape holding plate 29
9& reaches the extension line of the tape guide 28a and stops. In the above state, the tape feed roller 28 is driven by the drive motor 28.
The tape 28 from the tape reel 59 is rotated by C.
b is sent out from the tape guide 28a, and the tape 281
) passes through the tape passage 29a between the clamping plate 24 and the tape holding plate 29 and reaches the tape exit side (not shown), the tape feed roller 28 stops, and the tape hanging operation is in standby state. becomes. Furthermore, the second drive motor 12 is activated, the cam 13 operates the elevator lever 11, and the second support shaft 8 is pushed down below the above-mentioned state, and the second support shaft 8 is The fixed retaining member 17 also descends, and each clamp arm 18 located on the lower surface thereof rotates toward the center, causing each clamping plate 24 to slide, thereby removing the paper sheets clamped between each clamping plate 24. Bundle 45 is clamped together with tape 28b. In the above-mentioned state l, the mounting table 25 is rotated clockwise by the operation of the first drive motor 6, and the tape 28b is rotated clockwise by the operation of the first drive motor 6.
is wound around the bundle of paper sheets 45 together with each of the clamping plates 24, and the mounting table 25 rotates approximately twice to complete the winding of the tape 281). The heater cutter section 68 is rotated clockwise by the drive motor, and at the same time the heater 41 presses the tape 281) against the clamping plate 24, the cutter body 42 is driven by the solenoid 43 to protrude and cut the tape 281). At the same time, the solenoid 43 is brought into a non-driving state, and the cutter body 42 is controlled to retreat. Further, in this state, the heater 41 comes into sliding contact with the tape 28b and reaches the cut end of the tape, and by adhering up to the cut end of the tape, horizontal banding of the tape on the bundle of paper sheets 45 is completed. Furthermore, even after the above-mentioned horizontal obi hanging is completed, the mounting table 2
5 continues to rotate, and when the surface of the bundle plate 33 of the paper sheet rotation mechanism 30 and the bundle direction of the paper sheet bundle 45 are parallel, the paper sheet stack 45 is loaded by the operation of a detector (not shown). The rotation of the mounting table 25 is stopped. Next, the clamping state by each clamping plate 24 is as follows:
As the second drive motor 12 rotates in the opposite direction, the lift lever 11 moves slightly upward, and the second support shaft 8 returns to its original position to hold the bundle of paper sheets 45 in a weakly clamped state. is controlled by. In the above state, by driving the third drive motor +2a, the table post 112d is raised via the cam +21) and the connecting lever 12G, and the mounting table 25 is raised via the slide rod 57.
Each of the clamping plates 24 placed horizontally on the mounting table 25 and holding the bundle of paper sheets 45 slips between the bundle of paper sheets 45 and the tape 28b because the clamping plates 24 do not rise and remain in this state. As the second drive motor 12 further rotates in the reverse direction, the second support shaft 8 completely returns to its original position, and each clamping plate 24 completely returns to its original position. With this mounting table 25 raised, the drive motor 31b' is operated and the paper sheet bundle 45 is clamped by each gripping plate 35 of each holding arm 31.Furthermore, in this state, the crank rod 66 is operated. Then, one of the bundle plates 66 is driven and rotated approximately 90 degrees, and the paper sheet bundle 45 is rotated 90 degrees and placed on the mounting table 25 from a horizontally long shape to a vertically long shape, and is hung with a vertical band. Next, by driving the third drive motor 12a again, the table post 12d is lowered via the cam 12b and the connecting lever 120, and the mounting table 25 is lowered. The tape hook similar to the above-mentioned horizontal band hook is placed in a state, and then, after the centering operation is performed in the same manner as described above, it is tightened by each tightening plate 24, and the tape hook similar to the above-mentioned one is also glued etc. The operation is performed, and the vertical banding is completed. After this tape is vertically banded, the clamping pressure of each clamping plate 24 is slightly loosened as described above, and when the mounting table 25 rises again, The bundle of paper sheets 45 is released from the connection with each clamping plate 24, and the mounting table 25 is lowered and returned to its original position, thereby completing a series of strapping operations, and this horizontal writing and vertical hanging. The paper sheet bundle 45 that has completed the process is pushed outward by a pusher (not shown).Furthermore, the configuration shown in FIGS. This shows an embodiment of the paper sheet rotation mechanism, and the same parts as the paper sheet rotation mechanism shown in FIG. A pulley 46 is provided on one shaft 34 of the bundle plate 36, and the end of a belt 47 suspended on this pulley 46 is suspended on a guide pulley 48 formed at one end of a holding arm 61. When the L-shaped lever 49 provided coaxially with the guide pulley 48 is rotated, the bundle plate 36 is rotated by 90 degrees via the belt 47, and the sheet bundle 45 held by each bundle plate 63 is rotated. The belt 47, the pulley 46, and the L-shaped lever 49 constitute the rotation drive section 36b of the bundle plate 63. f1 Effects of the invention Paper sheets according to the invention The sashing device has the above-mentioned structure and function, so when a bundle of paper sheets is set upright on the receiving plate, the tape can be hung horizontally, vertically, and horizontally. and tape capturing can be carried out in a completely automatic process without interruption, and in banknote handling processes, it is possible to automatically and quickly perform highly reliable and reliable banding. 4. Brief description of the drawings The drawings show the paper sheet lifting device according to the present invention. Fig. 1 is a side view showing the schematic structure, and Fig. 2 is an enlarged front sectional view of the main part of Fig. 1. , Figure 3 is an enlarged sectional view of the main part of Figure 1,
4 is an enlarged plan view of FIG. 2, FIG. 5 is a plan view showing another embodiment of FIG. 4, and FIG. 6 is a side view of FIG. 5. 1 is a base, 2 is a drive part, 3 is a first support shaft, 4 is a support part, 5
is the first gear, 6 is the first drive motor, 7 is the second gear, 8 is the second support shaft, 9 is the receiving part, 10 is the protrusion, 11 is the lift lever, +1a is the hole, 12 is the second drive Motor, 13 is a cam lever, 12a is a third drive motor, 121) is a cam lever, 12C is a connecting lever, 14 is a clamp arm stand, 1
5 is a bolt, 16 is a guide hole, 17 is an engaging member, 18 is a clamp arm, 19 is a shaft support, 2o is a 10th-ra, 21
is the 20th rack, 22 is the holding body, 26 is the holding shaft, 23a is the spring, 24 is the clamping plate, 25 is the mounting table, 26 is the receiving plate, 27 is the shaft support, 28 is the tape feeding roller, and 29 is the tape holding The plate 30 is a paper sheet rotation mechanism, 61 is a holding arm, 32 is a gear, 36 is a binding plate, 34 is a shaft, 65 is a crank part, 56
36b is a rotational drive unit, 67 is a link 38, a heater cutter unit, 69 is a heater arm, 41 is a heater, 42 is a cutter body, 43 is a solenoid, 44 is a connecting plate, and 45 is a paper sheet. 46 is a pulley, 47 is a belt, 48 is a guide pulley, and 49 is an L-shaped lever. Patent applicant Musashi Engineering Co., Ltd. Figure 1

Claims (1)

[Claims] A mounting table (2) which is rotatably provided for placing paper sheets, and a pair of movable clamps which are rotatably provided together with the above-mentioned placing table (2) and configured to be able to clamp the paper sheets. Board (2
a paper sheet rotating mechanism section (3), which is provided at a position above the placing table (8) and includes a pair of holding arms (3/) for holding the paper sheets; /)
a binding plate (33) rotatably provided at the tip of the paper sheet rotating mechanism section (3);
A rotation drive unit (36 or 36
b) and a heater cutter section (3g) provided above the mounting table (1-t), and the plurality of bundles of paper sheets placed on the mounting table (J) are The clamping plate (2) is pressed to prevent horizontal or vertical banding, and is configured so that it can automatically and continuously perform the clamping of paper sheet bundles and the cross-shaped banding of tape. Features and paper leaf lifting device.