CN113524941A

CN113524941A - Binding method of financial bills

Info

Publication number: CN113524941A
Application number: CN202110725219.8A
Authority: CN
Inventors: 祁舒慧; 祁舒荀; 徐嘉骐; 樊传博
Original assignee: Zhejiang Industry Polytechnic College
Current assignee: Zhejiang Industry Polytechnic College
Priority date: 2021-06-29
Filing date: 2021-06-29
Publication date: 2021-10-22
Anticipated expiration: 2041-06-29
Also published as: CN113524941B

Abstract

The invention provides a binding method of financial bills, and belongs to the technical field of financial bill management. The method comprises the following steps: A. a positioning hole is arranged at the upper left corner of the bills which are orderly stacked in a penetrating way; B. the bills are rotated around the positioning holes until the adjacent bills form an inclination angle, and then a noncircular glue injection hole which is coaxial with the positioning holes is formed in each bill; C. all the bills are arranged to be in the same state as the bill stacking state in the step A; D. glue is injected into the glue injection hole, and notes stacked orderly are bound in a mode that the anchoring piece is inserted into the glue injection hole. The invention has the advantages of higher strength of the bound bills to be checked and the like.

Description

Binding method of financial bills

Technical Field

The invention belongs to the technical field of financial bill management, and relates to a binding method of financial bills.

Background

The financial invoices and the like are required to be stored in a long storage period as the invoices to be checked, the conventional mode generally adopts a glue stick binding mode, namely, a hole is formed in the upper left corner of the sorted bills firstly, then the glue stick is inserted, end sealing and fixing are realized by hot melting two ends of the glue stick, equipment for finishing the binding operation is called a punching gluing machine which is relatively mature and convenient to use, but has the defect of 'untwisting', and the glue stick is used as the invoices to be checked.

Disclosure of Invention

The invention aims to provide a financial bill binding method aiming at the problems in the prior art, and the technical problem to be solved by the invention is how to improve the strength of the bound financial bills and make the bills not easy to loosen and separate.

The purpose of the invention can be realized by the following technical scheme: the binding method of the financial bill is characterized by comprising the following steps: A. a positioning hole is arranged at the upper left corner of the bills which are orderly stacked in a penetrating way; B. the bills are rotated around the positioning holes until the adjacent bills form an inclination angle, and then a noncircular glue injection hole which is coaxial with the positioning holes is formed in each bill; C. all the bills are arranged to be in the same state as the bill stacking state in the step A; D. glue is injected into the glue injection hole, and notes stacked orderly are bound in a mode that the anchoring piece is inserted into the glue injection hole.

Furthermore, the bills are punched through a binding machine, the binding machine comprises a base, a placing plate and punching through nails, the placing plate is spaced from the base, the punching through nails are longitudinally and slidably connected to the placing plate, the punching through nails are of hollow rod-shaped structures, and positioning needles are longitudinally and slidably connected in the punching through nails.

Furthermore, a first reset spring is arranged between the punching through nail and the placing plate, a sliding sleeve is connected to the lower end of the punching through nail in a sliding mode, and a second reset spring is arranged between the sliding sleeve and the placing plate.

The sliding sleeve can compress tightly the bill when punching, improves the precision of punching.

Furthermore, a collecting box is detachably connected to the base, and a feeding hole allowing the punching and nailing to pass through is formed in the collecting box.

Furthermore, the cross section of the punching through nail is circular, the lower end of the punching through nail is provided with an arc-shaped cutting edge with the radian ranging from 270 degrees to 350 degrees and a second cutting edge positioned in the punching through nail, and the middle part of the second cutting edge protrudes to the outer side far away from the punching through nail and forms an avoiding part of the positioning needle.

Further, the radian of the arc-shaped cutting edge is 320 degrees.

Furthermore, the base is connected with the placing plate through a side plate, and an alignment plate is connected to the side plate in a sliding mode.

Further, the anchoring part comprises an anchor rod and an inserting rod, wherein a first limiting head is arranged at one end of the anchor rod, a non-return hole penetrating through the other end of the anchor rod is formed in the anchor rod, the inserting rod can be inserted into the non-return hole, a second limiting head is arranged at one end of the inserting rod, a liquid storage corrugated pipe is sleeved on the inserting rod, glue is stored in the liquid storage corrugated pipe, an easily-broken piece is arranged at the end part of the liquid storage corrugated pipe, and one end, far away from the second limiting head, of the liquid storage corrugated pipe is connected with a glue overflow supporting block; when the anchoring piece is not used, the end part of the insertion rod is fixed on the breakable piece; when the anchoring piece is inserted into the non-return hole through the inserted rod, the breakable piece is damaged, and the glue in the liquid storage corrugated pipe can be discharged from the overflow glue supporting block when the liquid storage corrugated pipe is pressed.

Furthermore, a plurality of inverted tooth-shaped non-return bulges are arranged on the inserted rod, and a plurality of convex ribs are arranged in the non-return holes.

The purpose of the scheme can be achieved as long as the shape of the glue injection hole is not circular, such as an ellipse, a polygon or an abnormity, and the matching of the punching through nail and the hole forming hole is a conventional means, which is not repeated; if the shape in injecting glue hole is oval or quadrangle, the structure of punching the drift nail will be simple a lot, also easily processing, but, comparatively speaking, this scheme has better effect, specifically as follows:

the cutting part of punching the drift bolt is divided into two parts, partly is curved arc cutting edge, the circular that has the breach promptly, can make the scraps of paper that is cut "inlay even" after trompil on the paper, and not break away from, cooperation second cutting edge, the scraps of paper that can make the notes gluey hole correspond divide into and breaks away from piece and inlay even piece, break away from the mode release notes gluey hole of piece accessible upper and lower pull pilot pin, inlay even between piece and the paper even, and the radian at connection position is less, correspond with the breach of arc cutting edge promptly, inlay even piece can be better when receiving the thrust along injecting glue hole circumferencial direction on the inner wall in injecting glue hole attached, and the area of inlaying even piece is then great, can be in the downthehole attached injecting glue hole great area of injecting glue hole, thereby improve the firm degree after the bill is bound.

The principle that this scheme improves firm degree is bound to the bill is: under the condition that bills are stacked orderly, a positioning needle with a smaller diameter is used for punching holes in the bills, namely, all the bills are positioned in a puncturing mode, then the bills are stirred to be scattered on the premise of keeping positioning aiming at the bills, namely, from top to bottom, the side edge of each bill is in a spiral state, if playing cards are opened to be similar to an umbrella shape, all the bills are punched in the state, the special-shaped holes are punched, after the holes are punched, the separation sheet can be pushed out to the collection box through the positioning needle, the embedded connection sheet at the moment is remained in the glue injection hole and is stacked orderly in the longitudinal direction; then, the punching through nail is moved upwards to be separated from the glue injection hole, but the positioning needle can not be pulled out of the positioning hole, so that all the bills are rearranged to be in a neatly stacked state, at the moment, the embedded sheets which are originally neatly and longitudinally stacked are randomly distributed in the glue injection hole, the embedded sheets are not difficult to bend due to being neatly stacked, after the anchoring piece is inserted and injected with glue, a part of the embedded sheets are separated from the paper which is originally connected with the son and are remained in the glue injection hole, and a part of the embedded sheets are kept connected with the manufactured embedded sheets and are pushed to be flatly attached to the hole wall of the glue injection hole, certainly, the embedded sheets which exist in other forms exist, but the embedded sheets attached to the glue injection hole can form a 'hole wall reinforcing layer' consisting of the embedded sheets embedded and connected on the paper on the inner wall of the glue injection hole under the action of the glue, so that all the bills of the stacked paper are connected into a whole, and when the voucher is turned over, the voucher can bear larger pulling force without loosening, so that the voucher to be checked can be stored for a longer time without being damaged after being bound by the method, and the voucher to be checked is more resistant to checking in the storage period.

Since not all the existing forms of the embedded sheets in the method are controllable, the above description only explains the state of the effect, and other existing forms have obvious negative effects.

The excessive glue supporting block is a hollowed-out block structure, and after the easy-to-break piece at the end of the liquid storage corrugated pipe is broken, the glue can be discharged through the through hole in the excessive glue supporting block.

Before the anchor rod and the inserted link of the anchoring piece are inserted, glue exists in the liquid storage corrugated pipe, after the inserted link is inserted into the non-return hole, the glue overflows into the glue injection hole, the anchor rod and the liquid storage corrugated pipe can generate thrust to the embedded connection piece in the glue injection hole to enable the embedded connection piece to be bent or torn or separated, and part of the embedded connection piece is distributed in the glue injection hole in a mess manner to serve as a solid medium of the glue and play a certain role in strength after the glue is solidified.

Drawings

FIG. 1 is a schematic view of a punching apparatus.

Fig. 2 is a schematic structural view of the punching and piercing pin and the positioning pin.

Fig. 3 is a cross-sectional view of fig. 2.

Fig. 4 is a plan view of a portion of a piercing spike.

Fig. 5 is a schematic view of the anchor after use.

Fig. 6 is a schematic view of the anchor prior to use.

Fig. 7 is an enlarged view of a portion X in fig. 6.

Fig. 8 is a structural diagram of glue injection holes after bills are punched.

Fig. 9 is a flow chart of the method (mainly showing the stacking state of bills).

In the figure, 1, a base; 2. placing a plate; 31. punching and nailing; 32. a positioning pin; 33. a first return spring; 34. a sliding sleeve; 35. a second return spring; 4. a collection box; 51. an arc-shaped blade; 52. a second blade; 6. an alignment plate; 71. an anchor rod; 72. inserting a rod; 73. a first limiting head; 74. a non-return hole; 75. a second limiting head; 76. a liquid storage bellows; 77. the tablet is easy to break; 78. a glue overflow supporting block; 8. injecting glue holes; 9. and embedding the connecting piece.

Detailed Description

The following are specific embodiments of the present invention and are further described with reference to the drawings, but the present invention is not limited to these embodiments.

The binding method of the financial bill, as shown in figure 9, comprises the following steps: A. a positioning hole is arranged at the upper left corner of the bills which are orderly stacked in a penetrating way; B. the bills are rotated around the positioning holes until the adjacent bills form an inclination angle, and then a noncircular glue injection hole 8 which is coaxial with the positioning holes is drilled on the bills; C. all the bills are arranged to be in the same state as the bill stacking state in the step A; D. glue is injected into the glue injection hole 8, and notes stacked orderly are bound in a mode that the anchoring piece is inserted into the glue injection hole 8.

As shown in fig. 1, 2, 3 and 4, the binding machine includes a base 1, a setting plate 2 spaced from the base 1, and a punching nail 31 longitudinally slidably connected to the setting plate 2, wherein the punching nail 31 is a hollow rod-shaped structure, and a positioning needle 32 is longitudinally slidably connected to the punching nail 31.

A first return spring 33 is arranged between the punching through nail 31 and the placing plate 2, the lower end of the punching through nail 31 is connected with a sliding sleeve 34 in a sliding manner, and a second return spring 35 is arranged between the sliding sleeve 34 and the placing plate 2. The sliding sleeve 34 can compress bills when punching, and punching precision is improved.

A collecting box 4 is detachably connected to the base 1, and the collecting box 4 is provided with a feeding hole allowing the punching through nail 31 to pass through.

The cross section of the perforation through nail 31 is circular, the lower end of the perforation through nail 31 is provided with an arc-shaped blade 51 with the radian of 270-350 degrees and a second blade 52 positioned in the perforation through nail 31, and the middle part of the second blade 52 protrudes to the outer side far away from the perforation through nail 31 to form an escape part of the positioning needle 32. The arc of the curved blade 51 is preferably 320 degrees.

The base 1 is connected with the placing plate 2 through a side plate, and an aligning plate 6 is connected to the side plate in a sliding mode.

As shown in fig. 5, 6 and 7, the anchoring member includes an anchor rod 71 and an insert rod 72, one end of the anchor rod 71 has a first limit head 73, the anchor rod 71 is provided with a non-return hole 74 penetrating through the other end of the anchor rod 71, the insert rod 72 can be inserted into the non-return hole 74, one end of the insert rod 72 has a second limit head 75, the insert rod 72 is sleeved with a liquid storage corrugated pipe 76, glue is stored in the liquid storage corrugated pipe 76, the end of the liquid storage corrugated pipe 76 has a breakable piece 77, and one end of the liquid storage corrugated pipe 76 far away from the second limit head 75 is connected with a glue overflow supporting block 78; when the anchoring member is not in use, the end of the inserted rod 72 is fixed on the breakable piece 77; when the insertion rod 72 is inserted into the check hole 74, the breakable piece 77 is broken, and the glue in the reservoir bellows 76 can be discharged from the overflow supporting block 78 when the reservoir bellows 76 is pressurized.

The inserted rod is provided with a plurality of inverted tooth-shaped non-return bulges, and a plurality of convex ribs are arranged in the non-return holes 74.

The purpose of the scheme can be achieved as long as the shape of the glue injection hole 8 is not circular, such as an ellipse, a polygon or an abnormity, and the matching of the punching through nail 31 and the hole type is a conventional means, which is not repeated; if the shape of injecting glue hole 8 is oval or quadrangle, the structure of perforating through-nail 31 will be simple a lot, also easily processing, but, comparatively speaking, this scheme has better effect, specifically as follows:

the edge of the punching nail 31 is divided into two parts, one part is an arc-shaped cutting edge 51, namely, the cutting edge is circular, cut paper sheets can be embedded and connected instead of being separated after the paper sheets are punched, the paper sheets corresponding to the glue injection holes 8 can be divided into a separation sheet and an embedded and connected sheet 9 by matching with a second cutting edge 52, the separation sheet can be pushed out of the glue injection holes 8 in a mode of vertically drawing and pulling the positioning pins 32, the embedded and connected sheet 9 is embedded and connected with the paper sheets, and the radian of the connection part is smaller, namely, the radian of the connection part corresponds to the notch of the arc-shaped cutting edge 51, as shown in fig. 8. The embedded sheet 9 with the shape and the structure can be better attached to the inner wall of the glue injection hole 8 when being pushed along the circumferential direction of the glue injection hole 8, the area of the embedded sheet 9 is larger, and the larger area of the hole wall of the glue injection hole 8 can be attached to the inside of the glue injection hole 8, so that the firmness degree of the bills after being bound is improved.

The principle that this scheme improves firm degree is bound to the bill is: under the condition that bills are stacked orderly, the positioning needle 32 with a smaller diameter perforates the bills, namely, all the bills are positioned in a puncturing mode, then the bills are stirred to be scattered on the premise of keeping the positioning needle 32 to position the bills, namely, the bills are from top to bottom, the side edge of each bill is in a spiral state, if the playing cards are opened to be similar to an umbrella shape, all the bills are perforated in the state, the special-shaped holes are formed, after the bills are perforated, the separation sheet can be pushed out to the collection box 4 through the positioning needle 32, and the embedded connection sheet 9 is left in the glue injection hole 8 and stacked orderly in the longitudinal direction; then, the punching through nail 31 is moved up to the separation glue injection hole 8, but the positioning needle 32 can not be pulled out of the positioning hole, so that all the bills are rearranged to a neatly stacked state, at this time, the embedded sheets 9 which are originally neatly and longitudinally stacked are distributed in the glue injection hole 8 in a messy manner, and the embedded sheets 9 are not bent easily due to the neat stacking, after the anchor member is inserted and injected with glue, a part of the embedded sheets 9 are separated from the paper which is originally connected with the son and remain in the glue injection hole 8, and a part of the embedded sheets 9 are kept connected with the manufacturing and are pushed and leveled to the hole wall of the glue injection hole 8, certainly, the embedded sheets 9 which exist in other forms exist, however, the plurality of embedded sheets 9 which are attached in the glue injection hole 8 can form a 'reinforcing layer hole wall' consisting of the embedded sheets 9 embedded on the paper under the action of the glue, the bills of the folded paper are connected with each other to form a whole, and can bear larger pulling force without loosening when being turned over, so that the voucher to be checked can be stored for a longer time without being damaged after being bound by the method, and the voucher to be checked is more resistant to check in the storage period.

Since not all the existing forms of the tabbing sheet 9 in the method are controllable, the above description only explains the state of the effect, and other existing forms have obvious negative effects.

The overflow supporting block 78 is a hollow block structure, and after the breakable piece 77 at the end of the liquid storage corrugated pipe 76 is broken, the glue can be discharged through the through hole on the overflow supporting block 78.

Before the anchor rod 71 and the inserted rod 72 of the anchoring part are inserted, glue exists in the liquid storage corrugated pipe 76, after the inserted rod 72 is inserted into the non-return hole 74, the glue overflows into the glue injection hole 8, the anchor rod 71 and the liquid storage corrugated pipe 76 can generate thrust on the embedded sheets 9 in the glue injection hole 8 to enable the embedded sheets 9 to be bent or torn or separated, and part of the embedded sheets 9 are distributed in the glue injection hole 8 in a messy mode to serve as solid media of the glue and play a certain role in strength of the solidified glue.

Other non-exhaustive details may be apparent from the description drawings or from routine derivation.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the invention as defined in the appended claims.

Claims

1. The binding method of the financial bill is characterized by comprising the following steps: A. a positioning hole is arranged at the upper left corner of the bills which are orderly stacked in a penetrating way; B. the bills are rotated around the positioning holes until the adjacent bills form an inclination angle, and then a noncircular glue injection hole (8) coaxial with the positioning holes is formed in each bill; C. all the bills are arranged to be in the same state as the bill stacking state in the step A; D. glue is injected into the glue injection hole (8), and notes which are orderly stacked are bound in a mode that the anchoring piece is inserted into the glue injection hole (8).

2. A method for binding financial instruments according to claim 1, characterized in that the instruments are punched by a binding machine comprising a base (1), a setting plate (2) spaced from the base (1), and a punching pin (31) longitudinally slidably connected to the setting plate (2), the punching pin (31) being of a hollow rod-like structure, and a positioning pin (32) longitudinally slidably connected to the punching pin (31).

3. A binding method of financial bills according to claim 2, wherein a first return spring (33) is arranged between the punching through nail (31) and the placing plate (2), a sliding sleeve (34) is connected to the lower end of the punching through nail (31) in a sliding manner, and a second return spring (35) is arranged between the sliding sleeve (34) and the placing plate (2).

4. A method for binding financial instruments according to claim 2 or 3, wherein a collection box (4) is removably attached to said base (1), said collection box (4) having an inlet opening for allowing the passage of a punch pin (31).

5. A method of binding financial instruments according to claim 2 or 3 in which the punch pin (31) is circular in cross section, the lower end of the punch pin (31) has an arcuate cutting edge (51) with an arc of 270 to 350 degrees and a second cutting edge (52) located within the punch pin (31), the middle of the second cutting edge (52) projecting outwardly away from the punch pin (31) to form a relief for the locating pin (32).

6. A method of binding financial instruments according to claim 5 wherein the arc of said curved blade (51) is 320 degrees.

7. A method for binding financial instruments according to claim 2 or 3, wherein the base (1) is connected to the resting plate (2) by a side plate to which an alignment plate (6) is slidably attached.

8. The binding method of the financial bill according to claim 1, wherein the anchor member comprises an anchor rod (71) and an insert rod (72), one end of the anchor rod (71) is provided with a first limit head (73), the anchor rod (71) is provided with a non-return hole (74) penetrating through the other end of the anchor rod (71), the insert rod (72) can be inserted into the non-return hole (74), one end of the insert rod (72) is provided with a second limit head (75), the insert rod (72) is sleeved with a liquid storage corrugated pipe (76), glue is stored in the liquid storage corrugated pipe (76), the end of the liquid storage corrugated pipe (76) is provided with a breakable piece (77), and one end of the liquid storage corrugated pipe (76) far away from the second limit head (75) is connected with a glue overflow supporting block (78); when the anchoring piece is not used, the end part of the inserted bar (72) is fixed on the breakable piece (77); when the anchor piece is inserted into the non-return hole (74) through the insertion rod (72), the breakable piece (77) is broken, and glue in the liquid storage corrugated pipe (76) can be discharged from the glue overflowing supporting block (78) when the liquid storage corrugated pipe (76) is pressed.

9. A method of binding financial instruments according to claim 8 in which said rod (72) has inverted tooth-like non-return projections and said non-return holes (74) have ribs therein.