CN104118593A - Medium bundling device, method and medium sorting device - Google Patents

Abstract

The invention provides a medium bundling device, method and a medium sorting device, so the medium can be bundled in high quality; a bundling control portion (20) of the note bundling portion (14) enable a heater (33) to stack with a belt (23) winding a note bundle (BB) so as to heat up the stacking portion in welding, the heater is pressed on the stacking portion of the belt (23), so the heater can move to a clamping piece (41B) of a retaining portion (30) and a clamping position of (42B); the heater is used to press the belt (23) the note bundle (BB), the clamping piece (42B) of the retaining portion (30) and the 42B are pulled; the note bundling portion can extra reduce a scattering possibility of the belt pulled out in the left and right direction with the clamping piece, can reduce the possibility of a dropping belt welding position, thus bundling the note by rightly winding the note without scattering.

Description

Medium bundling apparatus, medium binding method and medium collating unit

Technical field

The present invention relates to medium bundling apparatus, medium binding method and medium collating unit, for example, be preferably applicable to tie up the bill binding device of the bank note bundle (being referred to as bank note bundle) of regulation number.

Background technology

In the past, in bank and other financial mechanism, be provided with bank paper tidying apparatus, this bank paper tidying apparatus is counted bank note, and ties up every regulation number.As this bank paper tidying apparatus, proposed according to Currency Type, bank note to be arranged and take regulation number (for example 100) as the device (for example,, with reference to patent documentation 1) with bundled bank notes for unit by built-in bill binding portion.

For example, the existing bill binding portion 414 as shown in Figure 20 (A), in the situation that carry out, by with 23 processing of tying up that are wound in bank note bundle BB, first utilizing maintaining part 30, with the mode clamping keep from supply unit 28, supply with 23 cephalic par.

Next, bill binding portion 414 is supplied with and is with 23 from band supply unit 28 by one side, Yi Bian maintaining part 30 is rotated a circle in the surrounding of bank note bundle BB, as shown in Figure 20 (B), thereby make to be wound in bank note with 23 and tie BB around, and make with a part of 23 overlapped.Now, a part for maintaining part 30 becomes together with bank note bundle BB by the state with 23 coilings.

Next, bill binding portion 414 is by making temperature booster 33 move to the position with lap butt with 23, and heats this temperature booster 33, thus the lap position of welding band 23, and make temperature booster 33 retreat to original position.

Then, bill binding portion 414 is by drawing maintaining part 30, thus finish by with 23 be wound in bank note bundle BB surrounding tie up processing.

Patent documentation 1: TOHKEMY 2009-120219 communique (the 4th figure～11st figure)

Yet in the bill binding portion 414 of this structure, after welding band 23, during drawing maintaining part 30, due to effects such as frictions, the part with 23 is hooked in this maintaining part 30 sometimes.

Now, for bill binding portion 414, probably can exist and be wound in the at random or will peel off, reduce the problem of the quality of the bank note bundle BB tying up from the surrounding of bank note bundle BB with 23 with 23 of bank note bundle BB.

Summary of the invention

The present invention considers above aspect and makes, proposed to tie up with higher quality medium bundling apparatus, medium binding method and the medium collating unit of medium.

For solving the medium bundling apparatus of the present invention of this problem, be provided with: maintaining part, it is kept for tying up near the head end or this head end of band of medium; Winder, its roll coil of strip that near maintained portion head end or this head end is kept is around in medium, and at least a portion of maintaining part is sandwiched between band and medium, makes at least a portion of this band overlapping on the surface of medium; Weld portion, thus it is with welding each other with the lap position butt of band by this; Press section, weld portion is pressed in its lap position to band; And drawing part, it is under the state of lap position that weld portion is pressed on to band, from drawing maintaining part between band and medium.

In addition, in medium binding method of the present invention, above-mentioned medium bundling apparatus possesses: maintaining part, and it is kept for tying up near the head end or this head end of band of medium; Winder, its roll coil of strip that near maintained portion head end or this head end is kept is around in medium; Weld portion, thus it is with welding each other with the lap position butt of band by this; And drawing part, it makes maintaining part move to the direction of pulling open from medium, the medium binding method of above-mentioned medium bundling apparatus has following steps: coiling step, in this coiling step, the roll coil of strip that near maintained portion head end or this head end is kept is around in medium, and at least a portion of maintaining part is sandwiched between band and medium, makes at least a portion of this band overlapping on the surface of medium; Welding step, in this welding step, makes the lap position butt of weld portion and band, and this is with to welding each other; Press step, at this, press in step, to the lap position of band, press weld portion; And drawing step, in this drawing step, weld portion is pressed on to the state of the lap position of band, utilize drawing part from drawing maintaining part between band and medium.

And, in medium collating unit of the present invention, be provided with: collection unit, its trapping medium; Maintaining part, it is kept for tying up near the head end or this head end of band of the medium after the portion of being collected collects; Winder, its roll coil of strip that near maintained portion head end or this head end is kept is around in medium, and at least a portion of maintaining part is sandwiched between band and medium, makes at least a portion of this band overlapping on the surface of the medium being collected; Weld portion, thus it is with welding each other with the lap position butt of band by this; Press section, weld portion is pressed in its lap position to band; And drawing part, it to be weld portion is pressed on to the state of the lap position of band, drawing maintaining part between the medium from band and collection.

Thus, because the present invention can keep weld portion to press on the state of the lap position of band, utilize drawing part from drawing maintaining part between band and medium, thus can be when drawing, especially reduce band and be accompanied by maintaining part and move.

According to the present invention, owing to can keeping weld portion to press on the state of the lap position of band, utilize drawing part from drawing maintaining part between band and medium, thus can be when drawing, especially reduce band and be accompanied by maintaining part and move.Thus, the present invention can realize and can tie up with higher quality medium bundling apparatus, medium binding method and the medium collating unit of medium.

Accompanying drawing explanation

Fig. 1 means the sketch of the surface structure of bank paper tidying apparatus.

Fig. 2 means the sketch of the inner structure of bank paper tidying apparatus.

Fig. 3 means the sketch of the structure of bill binding portion.

Fig. 4 means the sketch of structure of the maintaining part of the first embodiment.

Fig. 5 means the diagram of circuit of bill binding treating process.

Fig. 6 means the diagram of circuit of coiling treating process.

Fig. 7 means to reel and processes the sketch of (1).

Fig. 8 means to reel and processes the sketch of (2).

Fig. 9 means to reel and processes the sketch of (3).

Figure 10 means to reel and processes the sketch of (4).

Figure 11 means the diagram of circuit of the welding treating process of the first embodiment.

Figure 12 means the sketch that the welding of the first embodiment is processed.

Figure 13 means the diagram of circuit of the welding treating process of the second embodiment.

Figure 14 means the sketch that the welding of the second embodiment is processed.

Figure 15 means the sketch of structure of the maintaining part of the 3rd embodiment.

Figure 16 means the sketch of structure of the maintaining part of the 3rd embodiment.

Figure 17 means the diagram of circuit of the welding treating process of the 3rd embodiment.

Figure 18 means the sketch of structure of the maintaining part of the 4th embodiment.

Figure 19 means the sketch of structure of the maintaining part of the 4th embodiment.

Figure 20 means the sketch of the structure of existing bill binding portion.

The explanation of Reference numeral:

1 ... bank paper tidying apparatus; 3 ... control part; 12 ... collection unit; 14,114,214,314 ... bill binding portion; 20,120,220 ... tie up control part; 21 ... delivery section; 23 ... band; 28 ... roller; 30,230,330 ... maintaining part; 33 ... temperature booster; 34 ... temperature booster moving part; 41,42,241,242,341,342 ... holding member; 41B, 42B, 241B, 242B, 341B, 342B ... holder; 50 ... drive division; 345,347 ... rotation cramping body; BB ... bank note bundle; MR ... welding scope; PE ... drawing position; PM ... posetionof weld; PR ... retreating position.

The specific embodiment

Below, with reference to accompanying drawing, the mode for carrying out an invention (hereinafter referred to as embodiment) is described.

1. the first embodiment

The structure of 1-1. bank paper tidying apparatus

First, for the first embodiment, describe.The structure of bank paper tidying apparatus 1 has been shown in Fig. 1 and Fig. 2.This bank paper tidying apparatus 1 is the device that bank note is counted and tied up to arrange every regulation number.

In addition, this bank paper tidying apparatus 1 is such as the cash center etc. that is arranged at financial institution, and can carry out according to the operation of (hereinafter referred to as the operating personals) such as office workers of financial institution the arrangement of bank note.

Various mechanisms are equipped with in inside at the housing 2 of bank paper tidying apparatus 1, can control them by control part 3 is unified.Control part 3 is by not shown CPU(Central Processing Unit: central process unit) and form, by the program that never graphic ROM, flash memory etc. read and put rules into practice, thereby processing etc. is processed, tied up to the counting that can carry out bank note.

Rear, top at housing 2 is provided with operation display part 4, and this operation display part 4 is for showing the LCD(Liquid Crystal Display of various pictures: Liquid Crystal Display) with integrated the forming of touch panel of accepting the input operation of operating personal.The operation screen of operation display part 4 demonstration regulations, and can make operating personal set operation to the Currency Type of the bank note that pattern is specified, correspondence is counted, collection order etc., thus this setting content is notified to control part 3.

In addition, below, will be defined as forward direction towards the relative positive direction of operating personal, the opposite sense of forward direction is defined as backward, and respectively left and right during front side relative observation of definition and this bank paper tidying apparatus 1 to and above-below direction, thereby describe.

Above the front surface of housing 2, be provided with the bank note packing into for bank note and pack portion 5 into.If operating personal mounting bank note also operates action button 6, this bank note packs portion 5 into by a sheet by a sheet separation of the bank note being loaded and packs inside into, and bank note can be joined to delivery section 7.

Delivery section 7 is formed with combination by load-transfer device, roller and bank note guide etc. by the conveying road connecting between each several part, and control that can be based on control part 3 bank note being carried to each several part along this conveying road.

If pack portion 5 into from bank note, bank note is joined to delivery section 7, delivery section 7 is carried bank note to discriminating portion 8.Discriminating portion 8 within it portion carries bank note, and differentiates the degree etc. of Currency Type, the true and false, pros and cons and the damage of this bank note, thus by this identification result to control part 3 notices.

Corresponding, the identification result of control part 3 based on obtained decides the conveying destination of this bank note, and this bank note is counted.Now, control part 3 is made due to the bank note that cannot determine Currency Type, is detected to carry and extremely differentiates for abnormal bank note is to rejecting mouthful 9 conveyings by delivery section 7.

Reject mouthfuls 9 be configured to bank note at housing 2 pack into portion 5 above expose a part, and collect and be transferred the bank note that portion 7 transports, thereby operating personal can take out.

In addition, control part 3 makes to differentiate for normal bank note is to 10 conveyings of pros and cons inversion portion by delivery section 7.Pros and cons inversion portion 10 is the pros and cons reversion of the bank note of the either party in " front " or " reverse side " by making the differentiation result of discriminating portion 8, thereby the pros and cons unification of whole bank note is also joined again to delivery section 7.

Next, although control part 3 makes the bank note of differentiating for normally becoming outside the object of tying up processing (narration later) carry to outside collection unit 11.Collected outside portion 11 is with the operation display part 4 on the top at housing 2 and between rejecting mouthfuls 9, expose a part of mode and have two along fore-and-aft direction alignment arrangements.

Mouth 9 is identical with rejecting, and this collected outside portion 11 also collects and is transferred the bank note that portion 7 transports, thereby operating personal can take out.

In addition, for the kind etc. that becomes the bank note of the object of tying up processing, can set via operation display part 4.

In addition, control part 3 will be differentiated for bank note normal and that become the object of tying up processing is to collection unit 12 conveyings.Collection unit 12 has four temporary transient collection unit 12A～12D of alignment arrangements along the vertical direction, thereby and can carry along the vertical direction from the bank note handing-over of delivery section 7 handing-over to the some bank note of collecting this temporary transient collection unit 12A～12D.

In fact, the control of collection unit 12 based on control part 3, is collected in some in temporary transient collection unit 12A～12D according to the identification result of discriminating portion 8 by bank note.Consequently, can the temporary transient collection unit 12A～12D of collection unit 12 will be collected in respectively according to the bank note of the predefined condition stubs such as Currency Type.

On the other hand, control part 3, respectively for the temporary transient collection unit 12A～12D of collection unit 12, is counted the number of the bank note after collecting, and for example, if this number reaches predefined master-strapped unit, 100, the indication that bank note is transferred is made to by handover portion 13.

Handover portion 13 is disposed at the rear of collection unit 12, the bank note bundle of being collected by temporary transient collection unit 12A～12D (being referred to as below bank note bundle BB) is rearward taken out, and it is moved downwards, thereby joined to the bill binding portion 14 that is configured in the below of this collection unit 12.

Bill binding portion 14 is tied up by handover portion 13 and is transferred next bank note bundle (describing in detail afterwards) by banded band, and it is sent to discharge orifice 15.

Discharge orifice 15 is located at the front surface bottom of housing 2, and can take out the bank note bundle be tied for operating personal.

Like this, bank paper tidying apparatus 1 can a sheet by a sheetly pack into and loads the bank note that packs portion 5 in bank note into, and is carrying out on the basis of classification according to Currency Type etc., waits master-strapped unit bundled bank notes every 100, thereby generates successively bank note bundle.

The structure of 1-2. bill binding portion

Next, with reference to Fig. 3, the structure of bill binding portion 14 is described.In addition, in this Fig. 3, the direction by right side from figure towards left side is defined as forward direction, and the direction of left side towards right side from figure is defined as backward, by from figure nearby side towards inboard direction, be defined as left-hand, by inboard from figure, towards the direction of side nearby, be defined as dextrad.

Bill binding portion 14 can control integral body by tying up control part 20.Identical with control part 3, this is tied up control part 20 centered by not shown CPU and forms, and by the program that never graphic ROM, flash memory etc. read and put rules into practice, thereby can carry out the processing of tying up of bank note.

In addition, in bill binding portion 14 and in top position, be provided with the delivery section 21 of carrying bank note bundle BB.Delivery section 21 is by carrying upside delivery section 21A and the downside delivery section 21B of configuration up and down of the conveying road W of bank note bundle BB to form.

A plurality of rollers that upside delivery section 21A is configured in arranged discrete on straight line are wound with belt conveyor around.Upside delivery section 21A by by propulsive effort never graphic actuator be passed to roller, thereby can make belt conveyor advance.In addition, upside delivery section 21A is fulcrum by take the roller of front, makes rear end side rotate upward (lifting), thereby can partly expand the interval of carrying road W.

21A is identical with upside delivery section, and a plurality of rollers that downside delivery section 21B is configured in arranged discrete on straight line are wound with belt conveyor around.In addition, 21A is identical with upside delivery section, downside delivery section 21B by by propulsive effort never graphic actuator be passed to roller, can make belt conveyor advance.But downside delivery section 21B is different from upside delivery section 21A, its position in bill binding portion 14 is fixed.

By this structure, delivery section 21 can be by the 13(Fig. 2 of handover portion from rear) the bank note bundle BB that supplies with is sandwiched between upside delivery section 21A and downside delivery section 21B, usings short side direction as direct of travel and along carrying road W to carry.

In the bottom of bill binding portion 14, dispose the cylinder 24 of having reeled with 23.With 23, the paper that is impregnated with resin, consist of, its width is compared enough short with the length on the long limit of bank note.Under the state that cylinder 24 is set level in the mode that becomes level (even if be not strictly speaking level also can) with diametric(al), configure.

From this cylinder 24, forwards pull out with 23 the guide by not shown towards above after guiding, to the roller 25 that is positioned at the front oblique upper of cylinder 24, supply with, due to this roller 25, rearward turn back, to the roller 26 that is positioned at the rear of roller 25, supply with.

Next, be with the 23 oblique upper bendings backward due to roller 26, via the roller 27 that is positioned at the top of retreading of roller 26, to the roller 28 that is positioned at the top of retreading of this roller 27, supply with.

And, be with 23 by the oblique upper bending forward due to this roller 28, and supply with to the maintaining part 30 that is positioned at the front oblique upper of roller 28.Near the head end of maintaining part 30 retainer belts 23, and can will be wound in surrounding's (describing in detail afterwards) that bank note is tied BB with 23.

In addition, the upside in the part between roller 25 and 26 with 23 is provided with printing portion 31.The word, symbol etc. that represent the title of financial institution and date etc. can be printed based on tying up being controlled at 23 upper surface of control part 20 by printing portion 31.

Between roller 27 and roller 28, be provided with the cutter 32 cutting off with 23.Cutter 32 can cut off and be with 23 the opportunity that is controlled at regulation based on tying up control part 20.

And, below maintaining part 30, be provided with temperature booster 33.Temperature booster 33 is built-in with the heat element generating heat according to the electric current of supplying with, and can the control based on tying up control part 20 make this heat element heating, thereby improves temperature.

Temperature booster moving part 34 can make temperature booster 33 move between near the posetionof weld PM retreating position PR away from conveying road W and conveying road W along mobile route V.In addition, temperature booster moving part 34 can also make temperature booster 33 near posetionof weld PM with the mode along carrying road W forwards, backwards direction move, can also make temperature booster 33 bank note bundle BB be positioned at carry on the W of road in the situation that with the mode of the lower surface along this bank note bundle BB forwards, backwards direction move.

The structure of 1-3. maintaining part

As shown in the enlarged drawing in Fig. 4 (A), maintaining part 30 consists of holding member 41 and 42, columnar part 43 and block 44.

Holding member 41 by by plate facing to the holder 41B of the discoideus base portion 41A of left and right, the elongated prism-shaped that is connected with the downside of this base portion 41A and form to the outstanding protrusion 41C in the place ahead of base portion 41A.

At base portion 41A center, run through and be provided with the circular hole connecting along left and right directions.Holder 41B extends configuration near the mode downward lower end from base portion 41A, and from direction is crooked to the right midway.

Identical with holding member 41, holding member 42 consists of the holder 42B of the elongated prism-shaped that plate is connected with downside with this base portion 42A facing to the discoideus base portion 42A of left and right.

Base portion 42A is positioned at the left side of base portion 41A, and faces and put with this base portion 41A plate each other.In addition, at base portion 42A center, run through and be provided with the circular hole connecting along left and right directions.

41B is identical with holder, and holder 42B extends configuration near the mode downward lower end from base portion 42A, and from direction is crooked to the right midway, in the mode of the rear side adjacency with this holder 41B, to right, extends.

In the circular hole of base portion 41A and the circular hole of base portion 42A, insert elongated columned columnar part 43.Base portion 42A is fixing with respect to columnar part 43.Between the circular hole of base portion 41A and columnar part 43, be formed with small gap.Therefore, holding member 41 can rotate freely with respect to columnar part 43.

In addition, for example by the force application mechanism (not shown) that formed by torsion spring towards holder 42B towards arrow R2 direction to the holder 41B application of force.Therefore, maintaining part 30 is by the effect of this force application mechanism, to holder 42B pressing clip gripping member 41B.

Columnar part 43 is by drive division 50 supportings that are configured in left side.In the inside of this drive division 50, be assembled with actuator, gear etc., this drive division 50 can be based on tying up control part 20 control, by the propulsive effort of hand of rotation (i.e. arrow R1 direction in figure and arrow R2 direction) and towards the propulsive effort of left and right directions, be passed to columnar part 43.

Therefore, drive division 50 is by the propulsive effort of hand of rotation is passed to columnar part 43, thereby can make maintaining part 30 rotate centered by the center shaft of this columnar part 43.In addition, drive division 50 is by the propulsive effort towards left and right directions is passed to columnar part 43, thereby can make maintaining part 30, be that holder 41B and 42B move along left and right directions.

In addition, below the protrusion 41C of holding member 41, be provided with block 44.Block 44 is disposed at as upper/lower positions: maintaining part 30 be positioned at the assigned position of left and right directions and holder 41B towards base portion 41A roughly under time, the upper surface butt of the lower surface of protrusion 41C and this block 44.

By this structure, when utilizing maintaining part 30 retainer belt 23, tie up control part 20 and first control drive division 50 and make columnar part 43 to arrow R2 direction rotation, thereby make this columnar part 43 and holding member 42 to arrow R2 direction rotation.

Now, although holding member 41 because the effect of force application mechanism is wanted together with holding member 42 to arrow R2 direction rotation, due to the lower surface of protrusion 41C and the upper surface butt of block 44, so limited its rotation.Consequently, as shown in Fig. 4 (B), the holder 42B of holding member 42 is pulled open from the holder 41B of holding member 41.

Here, tie up control part 20 by from roller 28(Fig. 3) supply with and be with 23, thereby make with near 23 head end between holder 41B and 42B.

Next, tie up control part 20 and make columnar part 43 to arrow R1 direction rotation by controlling drive division 50, thereby make this columnar part 43 and holding member 42 to arrow R1 direction rotation to holder 42B and the position of holder 41B butt.

Now, the effect by force application mechanism is to holder 42B pressing clip gripping member 41B, thereby as shown in Fig. 4 (C), between sandwiches with near 23 head end.Consequently, maintaining part 30 can keep this to be with 23 near the head end of clamping band 23 between holder 41B and holder 42B.

Like this, maintaining part 30 near the head end of clamping band 23 between holder 41B and 42B, and can be by drive division 50 centered by columnar part 43 rotation or to the left and right direction move.

1-4. bill binding is processed

Next, for the bill binding of bill binding portion 14 based on tying up the control of control part 20, process, with reference to the diagram of circuit of Fig. 5, Fig. 6 and Figure 11, describe.

If at temporary transient collection unit 12A～12D(Fig. 2) in the number of any bank note after collecting reach master-strapped unit (100), tie up 20 pairs of handover portions 13 of control part and make the indication of transferring this bank note (being bank note bundle BB), and start bill binding treating process RT1 as shown in Figure 5 and shift to step SP1.

In step SP1, tie up control part 20 by coiling treating process described later is carried out as sub-process, thereby carry out processing with 23 coilings that are wound in the surrounding of bank note bundle BB, and then shift to following step SP2.

In step SP2, tie up control part 20 by welding treating process described later is carried out as sub-process, thereby carry out welding band 23, come the welding of bundled bank notes bundle BB to process, and then shift to following step SP3.

In step SP3, tie up control part 20 and by delivery section 21, the bank note bundle BB after tying up is forwards carried and sent to discharge orifice 15, thereby shift to following step SP4 and finish bill binding treating process RT1.

Next, for describing with the 23 coiling treating processs that are wound in the surrounding of bank note bundle BB by bill binding portion 14 in step SP1.Tie up control part 20 and in step SP1, start coiling treating process SRT2 as shown in Figure 6, and shift to step SP11.

In step SP11, tie up control part 20 and by printing portion 31, the word of regulation, symbol are printed on and be with 23, and shift to following step SP12.

In step SP12, temporary transient, expand the holder 41B of maintaining part 30 and the interval of 42B and be with after 23 from roller 28 supplies, tie up control part 20 by again dwindling the interval of holder 41B and 42B, thereby as shown in Figure 7 near the head end of retainer belt 23, and then shift to following step SP13.

In step SP13, tie up control part 20 by supplying with and be with 23 from roller 28 on one side, utilize drive division 50 to make the clockwise direction rotation half-turn of maintaining part 30 in Fig. 7 on one side, thereby make as shown in Figure 8 with near the upside that is positioned at conveying road W 23 head end, and then shift to following step SP14.

In addition, now, in bill binding portion 14, the bank note bundle BB coming from 13 handovers of handover portion is positioned near the rear end of delivery section 21.In addition, thus the upside delivery section 21A of delivery section 21 becomes rear end lifts the state that has expanded the interval of carrying road W upward.

In step SP14, tie up control part 20 and be with 23 by what on one side supply with sufficient lengths from roller 28, the belt conveyor of the downside delivery section 21B of delivery section 21 is advanced on one side, thereby forwards carry as shown in Figure 9 from handover portion 13 and transfer next bank note bundle BB, and then shift to following step SP15.

In step SP15, tie up control part 20 by supplying with and be with 23 from roller 28 on one side, utilize drive division 50 to make the clockwise direction rotation half-turn of maintaining part 30 in Fig. 9 on one side, thereby make as shown in Figure 10 near carry road W with being positioned at 23 head end downside, and then shift to following step SP16.Thus, with the 23 surrounding's states of a week that become around bank note bundle BB.

In addition, now, tie up control part 20 rear end of upside delivery section 21A is moved downwards, thereby form, bank note is tied to BB be sandwiched in the state between this upside delivery section 21A and downside delivery section 21B.

In step SP16, tie up control part 20 by the upside delivery section 21A of delivery section 21 and the belt conveyor of downside delivery section 21B are advanced respectively, thereby a little rearward carry as shown in Figure 10 bank note bundle BB, and then shift to following step SP17.Thus, the holder 41B of maintaining part 30 and 42B are positioned near the front-rear center of bank note bundle BB.

In step SP17, thus will be with 23 rollbacks eliminate to a certain degree loosening after, tie up control part 20 and will be with 23 cut-outs by cutter 32, thereby shift to following step SP18 and the treating process SRT2 that finishes to reel.Now, owing to being sandwiched between the not shown unidirectional roll roller of single direction rotation (only around) and bank note bundle BB, so can not relax with 23.

Next, for the welding treating process by bill binding portion 14 welding bands 23 in step SP2, describe.Tie up control part 20 and in step SP2, start welding treating process SRT3 as shown in figure 11, and shift to step SP21.

Here, in the present embodiment, as shown in Figure 12 (A), using be wound in bank note bundle BB surrounding with this part with 23 repetitions in 23 as welding scope MR,, using bank note tie BB downside than holder 42B by the part of rear side as welding scope MR.

In step SP21, tie up control part 20 and by temperature booster moving part 34, temperature booster 33 is moved from retreating position PR to posetionof weld PM.Now, as shown in Figure 12 (B), tie up control part 20 and make temperature booster 33 be positioned at the substantial middle of welding scope MR by temperature booster moving part 34, and to being with 23 to press this temperature booster 33, thereby shift to following step SP22.

In addition, delivery section 21 is tied BB from clamping (Figure 10) up and down by upside delivery section 21A and downside delivery section 21B by bank note.Therefore, the power of bearing temperature booster 33 pressing belts 23 by upside delivery section 21A, thus upside delivery section 21A can maintain this temperature booster 33 and state with 23 butts.

In step SP22, tie up the temperature booster 33 that control part 20 is positioned at the substantial middle of welding scope MR by heating and carry out welding band 23, and after stopping heating this temperature booster 33, shift to following step SP23.

Now, tie up control part 20 to be positioned at the temperature booster 33 of the substantial middle of welding scope MR than longer time heating in the past.Thus, the hotwork that temperature booster 33 be take is to a certain degree preheating, puts on peripheral part with 23 lap, puts on front end and the rear end of welding scope MR.

In step SP23, tie up control part 20 and move by utilizing temperature booster moving part 34 to make temperature booster 33 move then forward end to the rear end of welding scope MR, thereby spread all over the roughly whole region welding band 23 of this welding scope MR.In addition,, although temperature booster 33 has stopped heating, can utilize waste heat welding band 23.

Then, as shown in Figure 12 (C), tie up control part 20 make temperature booster 33 be still in welding scope MR front end, be near the holding position of holder 41B and 42B retainer belt 23, and keep from this temperature booster 33, waste heat being put on 23 lap and having applied the state of power, thereby shift to following step SP24.

In step SP24, tie up control part 20 by the front end of welding scope MR is being carried out to welding midway, as shown in Figure 12 (D), utilize holder 41B and the 42B of drive division 50 direction drawing left maintaining part 30, thereby complete the bank note bundle BB after tying up, and then shift to following step SP25.

Now, with 23 owing to being pressed at lap by temperature booster 33 near holder 41B and 42B, so can not pulled by this holder 41B and 42B but continue to keep to be wound in the state of bank note bundle BB with 23.In addition, when drive division 50 completes the holder 41B of maintaining part 30 and the drawing operation of 42B, the welding of the front end of 33 couples of welding scope MR of temperature booster finishes.

In step SP25, thereby after utilizing temperature booster moving part 34 that temperature booster 33 is moved from posetionof weld PM to retreating position PR to discharge the power put on bank note bundle BB, thereby tie up control part 20, shift to following step SP26 and finish welding treating process SRT3.

1-5. action and effect

In above structure, make temperature booster 33 and be wound in 23 lap butt and heating and after welding (Figure 12 (B)) of bank note bundle BB, the control part 20 of tying up of the bill binding portion 14 of the first embodiment keeps to press the state of temperature booster 33 with 23 lap, utilizes temperature booster moving part 34 to make temperature booster 33 move (Figure 12 (C)) near the holder 41B of maintaining part 30 and the clip position of 42B.

Next, utilizing temperature booster 33 to tie under the state of BB pressing on bank note with 23, tie up control part 20 by holder 41B and 42B(Figure 12 (D) of drive division 50 drawing maintaining parts 30), then make temperature booster 33 move to retreating position PR.

Therefore, bill binding portion 14 can especially reduce with 23 be accompanied by holder 41B and 42B to the left and right direction be drawn out and become the possibility of state at random, the possibility of the position being fused of drawing belt 23.Consequently, bill binding portion 14 can not have bundled bank notes bundle BB under state at random but that reel rightly with 23.

Especially, tie up control part 20 only by temperature booster 33 is moved in welding scope MR, just can near the clip position of holder 41B and 42B, maintain with 23 states that press on bank note bundle BB, wherein, above-mentioned temperature booster 33 be in the past should with the formation heating with 23 butts.

Therefore, do not need to be provided in addition the miscellaneous part of pressing belt 23, tie up the opportunity that control part 20 only changes mobile existing temperature booster 33, just can will be with 23 to press on bank note bundle BB.

In addition, as original object, temperature booster 33 need to be close to and be with 23 to conduct heat reliably, thus when welding to be applied with the mode of larger power and this is with 23 butts.Therefore, for bill binding portion 14, as long as temperature booster 33 is moved along general horizontal direction in welding scope MR, move substantially in parallel with the paper of bank note bundle BB, just can apply to the appropriate location with 23 power of pressing.

And, thereby when the center press temperature booster 33 welding band 23 to welding scope MR, tie up control part 20 and add ratio of specific heat long time in the past, thereby preheating can be put on to central peripheral part of welding scope MR.

Therefore, after while making temperature booster 33 move to the fore-end of welding scope MR and rear end part, compare with the situation of initial heating tape 23, bill binding portion 14 can be when shorter chien shih band 23 rise to needed temperature and carry out welding, so compared with the past, can shorten welding scope MR integral body is carried out to the needed time of welding.

Yet, in existing bill binding portion, by heating to be with 23 carry out welding after, owing to worrying this, be with 23 to peel off, so posetionof weld at this with 23 naturally cooling and solidify before, holder 41B and 42B that cannot drawing maintaining part 30, but need time standby to a certain degree.

On the other hand, even the bill binding portion 14 of present embodiment make temperature booster 33 move to the front end of welding scope MR after in waste-heat soon, be fused be with 23 naturally cooling and before solidifying, owing to utilizing this temperature booster 33 pressing belts 23, so holder 41B that can drawing maintaining part 30 and 42B and can peel strip 23.Thus, compared with the past, bill binding portion 14 can shorten bill binding and process the needed time.

And the built-in heat element of temperature booster 33 is heating when energising only, does not generate heat when switching on, and reduces by the naturally cooling temperature that makes.Therefore, even if temperature booster 33 is pressed against and is with 23 for a long time, by utilization, tie up control part 20 and be in due course and heat, also do not worry superheated band 23, bank note bundle BB and make their fusings, cut off.

According to above structure, thereby the bill binding portion 14 of the first embodiment tie up control part 20 make temperature booster 33 be wound in bank note bundle BB with 23 lap butt and after heating welding, maintenance presses on the state with 23 lap by temperature booster 33, temperature booster 33 is moved near the holder 41B of maintaining part 30 and the clip position of 42B, and utilizing temperature booster 33 to tie under the state of BB pressing on bank note with 23, holder 41B and the 42B of drawing maintaining part 30.Therefore, bill binding portion 14 can especially reduce with 23 be accompanied by holder 41B and 42B to the left and right direction be drawn out and become the possibility of state at random, the possibility of the position being fused of drawing belt 23, thereby can be there is no state bundled bank notes bundle BB at random but that reel rightly with 23.

2. the second embodiment

Compare with the bill binding portion 14 of the first embodiment, 114(Fig. 3 of bill binding portion of the second embodiment) have replace tying up tying up of control part 20 exist aspect control part 120 different, but other parts form in an identical manner.

When carrying out bill binding processing, identical with the first embodiment, tie up control part 120 and carry out bill binding treating process RT1(Fig. 5).Now, tie up control part 120 in step SP2, can will replace welding treating process SRT4(Figure 13 of welding treating process SRT3) as sub-process, carry out.

That is, tie up control part 120 and in step SP2, start welding treating process SRT4, thereby shift to step SP31.In step SP31, SP32, SP33 and SP34, tie up control part 120 and carry out respectively and welding treating process SRT3(Figure 11) the identical processing of step SP21, SP22, SP23 and SP24.

Thus, tie up control part 120 and to being with, 23 press temperature booster 33(Figure 12 (B) in the substantial middle of welding scope MR), on one side temperature booster 33 is heated and carrys out welding band 23, via rear end, forward end moves (Figure 12 (C)) from the central authorities of welding scope MR to make on one side temperature booster 33, maintenance presses on the state with 23 by temperature booster 33, the holder 41B of the maintaining part of direction drawing left 30 and 42B(Figure 12 (D)).

Next, shift to step SP35, as shown in figure 14, tie up the temperature booster 33 that control part 120 makes to be positioned at the front end of welding scope MR by temperature booster moving part 34 and further forwards move.Thus, utilize the waste heat of temperature booster 33, tie up control part 120 also to by the position of the vestige after the holder 42B drawing of maintaining part 30 (being referred to as below drawing position PE), carry out welding with the position of the not welding in 23 overlapping positions, thereby shift to following step SP36.

In step SP36, with welding treating process SRT3(Figure 11) step SP25 identical, thereby tie up control part 120 after utilizing temperature booster moving part 34 that temperature booster 33 is moved from posetionof weld PM to retreating position PR to discharge the power put on bank note bundle BB, thereby shift to following step SP37, finish welding treating process SRT4.

In above structure, in bill binding is processed, identical with the first embodiment, the control part 120 of tying up of the bill binding portion 114 of the second embodiment makes temperature booster 33 and is being with after thereby 23 butts carry out welding, maintenance presses on the state with 23 by temperature booster 33, holder 41B and the 42B of drawing maintaining part 30.

Next, tie up control part 120 make temperature booster 33 move to drawing position PE with 23, with 23 by the position of the vestige after the holder 42B drawing of maintaining part 30, thereby utilize waste heat to make its welding.

Thus, compare with the first embodiment, bill binding portion 114 is welding band 23 in the larger context.In other words, compare with the first embodiment, tie up scope that is welding scope MR that control part 120 can expand welding band 23.

In addition, because can being welded to, bill binding portion 114 turns back with till near 23 position, so the situation that near can avoid expanding turning back with 23 position after tying up and so on outward appearance worsens.

And, due to more firmly welding of bill binding portion 114 be wound in bank note bundle BB surrounding be with 23, so also can especially reduce the danger of drawing belt 23 unintentionally when external force etc. puts on this bank note bundle BB.

Now, as long as temperature booster 33 is a little forwards moved owing to tying up control part 120 from the front end of welding scope MR, just can make this temperature booster 33 be positioned at drawing position PE, and can carry out welding, so do not need to arrange in addition the temperature booster that welding is used, in addition, also not needing control heater 33 to carry out intricately moves.

In other respects, effect and the effect identical with the bill binding portion 14 of the first embodiment also play in bill binding portion 114.

According to above structure, the control part 120 of tying up of the bill binding portion 114 of the second embodiment makes temperature booster 33 and is being wound in 23 lap butt and heating and after welding of bank note bundle BB, maintenance presses on the state with 23 lap by temperature booster 33, temperature booster 33 is moved near the holder 41B of maintaining part 30 and the clip position of 42B, utilizing temperature booster 33 by under with 23 states of pinning, holder 41B and the 42B of drawing maintaining part 30, thus and make temperature booster 33 move and carry out welding to drawing position PE.Therefore, bill binding portion 114 can especially reduce with 23 be accompanied by holder 41B and 42B to the left and right direction be drawn out and become the possibility of state at random, the possibility of the position being fused of drawing belt 23, can make with 23 not at random but reel rightly and the state that is firmly fused in a big way under bundled bank notes bundle BB.

3. the 3rd embodiment

Compare with the bill binding portion 14 of the first embodiment, 214(Fig. 3 of bill binding portion of the 3rd embodiment) have replace tying up tying up of control part 20 and maintaining part 30 exist aspect control part 220 and maintaining part 230 different, but other parts form in an identical manner.

Maintaining part 230 has illustrated block diagram in Figure 15 corresponding with Fig. 4 (A), figure 16 illustrates in addition right side view and lateral side view, not only by the holding member 42 identical with maintaining part 30 and columnar part 43, formed, and by replacing holding member 241, back plate 244, actuator 245 and the gear 246 of holding member 41 to form.

Although the holder 241B of holding member 241 and the holder 41B of holding member 41 form in an identical manner, it is different that base portion 241A and a base portion 41A part exist, and in the part of the upside of all sides of this base portion 241A, is formed with gear.

In addition, identical with the first embodiment, for example by the force application mechanism (not shown) that formed by torsion spring towards holder 241B the holder 42B application of force to holding member 42.

Back plate 244 forms by plate lamellar facing to left and right directions,, long along the vertical direction rectangular lower portion be take to the mode consistent with the profile of the base portion 42A of holding member 42 cut away as semi-circular shape from left and right directions, observe and to form following shape.

In addition, in position corresponding to the circular hole with base portion 42A of back plate 244, run through and be provided with the circular hole identical with the circular hole shape of base portion 42A, and above this circular hole, run through in addition and be provided with less circular hole.This back plate 244 is installed on the left side of the base portion 42A of holding member 42, and forming as one.

Above the left surface of back plate 244, actuator 245 is installed.Actuator 245 makes output shaft 245A to right, insert logical from the less circular hole of back plate 244.

The control of this actuator 245 based on tying up control part 220 can make output shaft 245A towards bidirectional rotation.

Right-hand member at output shaft 245A is provided with gear 246.Gear 246 is for be formed with the straight gear of tooth in all sides, the tooth engagement that this tooth and all sides at base portion 241A are formed.

Therefore, the control based on tying up control part 220, rotates output shaft 245A by actuator 245, thereby maintaining part 230 can make holding member 241 centered by columnar part 43, with respect to holding member 42, is rotated.Thus, holder 42B be pulled open or be approached to maintaining part 230 can with respect to holder 42B by holder 241B.

By this structure, while being held between holder 241B and holder 42B near by the head end with 23, by making actuator 245 actions, maintaining part 230 is temporarily pulled open holder 241B from holder 42B, and then approach, thereby identical with the first embodiment, can keep this with near 23 head end (Fig. 4 (B) and Fig. 4 (C)).

In addition, identical with the first embodiment, maintaining part 230 is by the propulsive effort towards hand of rotation or left and right directions is passed to columnar part 43 from drive division 50, thereby can be centered by its center shaft and rotate or move to left and right direction.

On the other hand, when carrying out bill binding processing, identical with the first embodiment, tie up control part 220 and carry out bill binding treating process RT1(Fig. 5).Now, tie up control part 220 in step SP1 with the maintaining part 230 that replaces maintaining part 30 processing of reeling.In addition, tie up control part 220 and can will replace welding treating process SRT5(Figure 17 of welding treating process SRT3 in step SP2) as sub-process, carry out.

That is, tie up control part 220 in step SP2, start welding treating process SRT5 as shown in figure 17, thereby shift to step SP41.In step SP41, SP42 and SP43, tie up control part 220 and carry out respectively and welding treating process SRT3(Figure 11) step SP21, SP22 and the identical processing of SP23.

Thus, tie up control part 220 and to being with, 23 press temperature booster 33(Figure 12 (B) in the substantial middle of welding scope MR), on one side add hot heater 33 and carry out welding band 23, Yi Bian utilize temperature booster moving part 34 to make temperature booster 33, from the central authorities of welding scope MR, via rear end, forward end moves (Figure 12 (C)).

Next, in step SP44, tie up control part 220 by making actuator 245 rotations of maintaining part 230, thereby holder 241B is a little forwards moved, this holder 241B is pulled open from holder 42B, thereby cancel the clamping with 23, shift to following step SP45.

In step SP45, SP24 is identical with step, tying up control part 220 keeps, to 23 states of pressing temperature booster 33, utilizing holder 241B and 42B(Figure 12 (D) of drive division 50 direction drawing left maintaining part 230), thus shift to following step SP46.

Now, with 23, become following state: near holder 241B and 42B, utilize 33 pairs of laps of temperature booster to apply effectively, and the holder 241B not being opened each other and holder 42B clamp.Therefore, with 23, be not held that part 241B and 42B pull but the state that continues to keep to be wound in bank note bundle BB.

In step SP46, with welding treating process SRT3(Figure 11) step SP25 identical, thereby tie up control part 220 after utilizing temperature booster moving part 34 that temperature booster 33 is moved from posetionof weld PM to retreating position PR to discharge the power put on bank note bundle BB, thereby shift to following step SP47, finish welding treating process SRT5.

In above structure, the bill binding portion 214 of the 3rd embodiment is by making actuator 245 rotation of maintaining part 230, thereby holder 241B pulled open with respect to holder 42B or make holder 241B approach holder 42B.

In tying up processing, identical with the first embodiment, thereby bill binding portion 214 tie up control part 220 after making temperature booster 33 and being with 23 butt weldings, keep temperature booster 33 to press on the state with 23.

Next, thereby tie up control part 220, will be with 23 after clamping discharges the holder 241B of maintaining part 230 is pulled open from holder 42B, and keep temperature booster 33 to press on the state with 23, and utilize drive division 50 to come drawing holder 241B and 42B.

Therefore, compare with the first embodiment, bill binding portion 214 can be from being with 23 more successfully drawing holder 241B and 42B.

Thus, compare with the first embodiment, the bank note bundle BB that bill binding portion 214 can further reduce to be tied with 23 be accompanied by holder 241B and 42B to the left and right direction be drawn out and become the possibility of state at random, the possibility of the position being fused of drawing belt 23.

In other respects, effect and the effect identical with the bill binding portion 14 of the first embodiment also can play in bill binding portion 214.

By above structure, the bill binding portion 214 of the 3rd embodiment tie up control part 220 make temperature booster 33 be wound in bank note bundle BB with 23 lap butt and heat and after welding, maintenance presses on the state with 23 lap by temperature booster 33, temperature booster 33 is moved near the holder 241B of maintaining part 230 and the clip position of 42B, holder 241B is pulled open from holder 42B, then utilizing temperature booster 33 by under with 23 states of pinning, drawing holder 241B and 42B.Therefore, bill binding portion 214 can further reduce with 23 be accompanied by holder 241B and 42B to the left and right direction be drawn out and become the possibility of state at random, the possibility of the position being fused of drawing belt 23, can be with 23 state bundled bank notes bundle BB not at random but that reel rightly.

4. the 4th embodiment

Compare with the bill binding portion 14 of the first embodiment, 314(Fig. 3 of bill binding portion of the 4th embodiment) have exist aspect the maintaining part 330 that replaces maintaining part 30 different, but other parts form in an identical manner.

Maintaining part 330 has illustrated block diagram in Figure 18 corresponding with Fig. 4 (A), in addition, figure 19 illustrates birds-eye view and right side view, maintaining part 330 not only has the columnar part 43 identical with maintaining part 30, but also has the holding member 341 and 342 that replaces holding member 41 and 42.

Compare with holding member 41, holding member 341 has the base portion 341A identical with base portion 41A, and has the holder 341B different from a holder 41B part.

Holder 341B near right-hand member with holder 342B(after narration) opposed position, be the hole portion that the position of clamping band 23 is formed with regulation shape.Rotation cramping body 345 parts enter this hole portion.

Rotation cramping body 345 is configured to by plate discoideus facing to above-below direction, and makes the part of the rear side in its week side to more outstanding by rear than the trailing flank of holder 341B.In addition, rotation cramping body 345 center is rotated axle 346 and connects along the vertical direction.

S. A. 346 forms by center shaft elongated cylindric towards above-below direction.In addition, the upper end of S. A. 346 and lower end are held respectively the upper surface of part 341B and lower surface supporting for rotating.Thus, rotation cramping body 345 can be centered by S. A. 346 with respect to holder 341B rotation freely.

Compare with holding member 42, holding member 342 has the base portion 342A identical with base portion 42A, and has the holder 342B that a part is different from holder 42B.

Holder 342B forms roughly symmetrical with holder 341B front and back, is formed with the hole portion of regulation shape in the position of clamping band 23, in this hole portion, rotation cramping body 347 is installed.Rotation cramping body 347 is configured to and rotates identical discoideus of cramping body 345, and makes the part of the front side in its week side to more outstanding on the front than the leading flank of holder 342B.

In addition, rotation cramping body 347 center is connected along the vertical direction by the S. A. 348 identical with S. A. 346.Thus, identical with rotation cramping body 345, rotation cramping body 347 can be centered by S. A. 348 with respect to holder 342B rotation freely.

And, identical with the holder 42B of the first embodiment, for example by the force application mechanism (not shown) that formed by torsion spring towards holder 341B to the holder 342B application of force.

Therefore, maintaining part 330 effect by this force application mechanism is to holder 342B pressing clip gripping member 341B, thereby makes to rotate cramping body 345 and rotation cramping body 347 butts.Now, in maintaining part 330, S. A. 346, rotation cramping body 345 and 347 abutment and S. A. 348 along fore-and-aft direction general alignment on straight line.

And identical with the first embodiment, maintaining part 330 is by the propulsive effort towards hand of rotation or left and right directions is passed to columnar part 43 from drive division 50, thus can centered by the center shaft of columnar part 43, be rotated or to the left and right direction move.

In above structure, when the maintaining part 330 of the bill binding portion 314 of the 4th embodiment is held between holder 341B and holder 342B near by the head end with 23, thereby applying external force temporarily pulls open holder 341B from holder 342B, then by again approaching holder 342B, thereby will be held near the head end with 23, rotate between cramping body 345 and 347.

Now, in maintaining part 330, by the rear portion of S. A. 346, rotation cramping body 345 and with the forefront of position with 23 butts, rotation cramping body 347 and be disposed on straight line with position and S. A. 348 with 23 butts.

Therefore, maintaining part 330 can be born interactional power between rotation cramping body 345 and 347 by S. A. 346 and 348, thereby can will in the mode being held between rotation cramping body 345 and 347, keep with 23.

On the other hand, tie up control part 20 and replace maintaining part 30 and use maintaining part 330, and identical with the first embodiment, carry out bill binding treating process RT1 as shown in Figure 5, in step SP2, using welding treating process SRT3(Figure 11) as sub-process, carry out.

In the step SP24 of welding treating process SRT3, tie up control part 20 and will be held on holder 341B and the 342B that rotate between cramping body 345 and 347 with 23 by drive division 50 direction drawing left.Now, by with static with 23 friction, Yi Bian make respectively to rotate cramping body 345 and 347 rotations, Yi Bian the holder 341B of direction drawing left and 342B.

In addition, because S. A. 346 and 348 lays respectively at the front and back of clip position, so when by rotation cramping body 345 and 347 clamping band 23, maintaining part 330 can be born the power that acts on this rotation cramping body 345 and 347, make them due to this S. A. 346 and 348 and can not make a concession.

Thus, thereby bill binding portion 314 with on one side by with 23 be held between rotation cramping body 345 and 347, apply strong, make the power towards left and right directions that is accompanied by friction act on hardly the mode with 23 on one side, by making to rotate cramping body 345 and 347 rotations, thus extremely successfully drawing holder 341B and 342B.

Consequently, compare with the first embodiment, the bank note bundle BB that bill binding portion 314 can further reduce to be tied with 23 be accompanied by holder 341B and 342B to the left and right direction be drawn out and become the possibility of state at random, the possibility of the position being fused of drawing belt 23.

In other respects, effect and the effect identical with the bill binding portion 14 of the first embodiment also can play in bill binding portion 314.

By above structure, the bill binding portion 314 of the 4th embodiment tie up control part 20 make temperature booster 33 be wound in bank note bundle BB with 23 lap butt and heat and after welding, maintenance presses on the state with 23 lap by temperature booster 33, temperature booster 33 is moved near the holder 341B of maintaining part 330 and the clip position of 342B, utilizing temperature booster 33 by under with 23 states of pinning, make to rotate cramping body 345 and 347 rotations on one side, on one side drawing holder 341B and 342B.Therefore, bill binding portion 314 can further reduce with 23 be accompanied by holder 341B and 342B to the left and right direction be drawn out and become the possibility of state at random, the possibility of the position being fused of drawing belt 23, can be with 23 state bundled bank notes bundle BB not at random but that reel rightly.

5. other embodiments

In addition, narrated in the above-described first embodiment following situation: at welding treating process SRT3(Figure 11) step SP23 in, utilize temperature booster moving part 34 that temperature booster 33 is moved to the front end of welding scope MR, near the holder 41B of maintaining part 30 and the clip position of 42B, move, form the state that utilizes these temperature booster 33 pressing belts 23, then drawing holder 41B and 42B.

Yet the present invention is not limited thereto, such as also forming, utilize temperature booster 33 at the state of the various positions pressing belts 23 such as the central authorities of welding scope MR, rear end, then drawing holder 41B and 42B.In this case, so long as at least overlapping position having with 23 preferably approaches the holder 41B of maintaining part 30 and the clip position of 42B as far as possible.The second to the 4th embodiment is also like this.

In addition, narrated in the above-described first embodiment following situation: at welding treating process SRT3(Figure 11) step SP23 in, make temperature booster 33 with respect to the butt position with 23, from the central authorities of welding scope MR, via rear end, forward end moves (Figure 12).

Yet, the present invention is not limited thereto, also can make temperature booster 33 such as the front end from welding scope MR towards rear end, to be straight line shape mobile or to be straight line shape mobile etc. according to various processes, moves towards front end such as the rear end from welding scope MR.In this case, by forming following process, the position that is last welding becomes the position that approaches as far as possible the holder 41B of maintaining part 30 and the clip position of 42B, thereby can shorten, makes temperature booster 33 move near needed time clip position after welding.The second to the 4th embodiment is also like this.

And, narrated in the above-described first embodiment following situation: thus when the center press temperature booster 33 welding band 23 to welding scope MR, through adding ratio of specific heat longer time mutually in the past, thereby preheating is put on to its peripheral part.

Yet the present invention is not limited thereto, thereby also can, when the center press temperature booster 33 welding band 23 to welding scope MR, heat the time as in the past and its peripheral part not applied to preheating.In this case, as long as when making temperature booster 33 be positioned at front end, the rear end of welding scope MR, by temperature booster 33 being heated or making the long-time butt of temperature booster 33 that has surplus heat of band, thereby will be with 23 to bring up to needed temperature it is carried out to welding.The second to the 4th embodiment is also like this.

And, narrated in the above-described first embodiment following situation: at welding treating process SRT3(Figure 11) step SP23 in, only when at first the central authorities of welding scope MR being carried out to welding, temperature booster 33 is heated, do not heat afterwards, but by waste heat, welding (Figure 12) is carried out in each position in welding scope MR.

Yet the present invention is not limited thereto, such as also can carry out welding to other positions after the central authorities of welding scope MR are carried out to welding time etc., various opportunitys continuously or intermittently temperature booster 33 is heated.The second to the 4th embodiment is also like this.Particularly, in the second embodiment, also can temperature booster 33 after moving, be heated drawing position PE.The second to the 4th embodiment is also like this.

And, narrated in the above-described first embodiment following situation: at welding treating process SRT3(Figure 11) step SP24 in, after the front end that makes temperature booster 33 to welding scope MR moves soon, with 23 weldings midway, utilize holder 41B and the 42B of drive division 50 direction drawing left maintaining part 30.

Yet the present invention is not limited thereto, for example also can the front end that makes temperature booster 33 to welding scope MR move and with time enough welding band 23 after, utilize holder 41B and the 42B of drive division 50 direction drawing left maintaining part 30.The second to the 4th embodiment is also like this.

And, narrated in the above-described first embodiment following situation: make temperature booster 33 after welding only forwards, backwards direction move, thereby near the clip position of holder 41B and 42B pressing belt 23.

Yet the present invention is not limited thereto, for example also can make temperature booster 33 after welding mobile once and from being with 23 to pull open downwards, thereafter after forwards mobile, thereby be moved upward pressing belt 23.In this case, can avoid because temperature booster 33 is with friction with 23 and by with 23 situations about forwards pulling.The second to the 4th embodiment is also like this.

And, narrated in the above-described first embodiment following situation: by temperature booster 33 is heated, thereby overlapping have with 23 position this is with to 23 weldings each other.

Yet the present invention is not limited thereto, such as also utilizing super sonic will be with 23 weldings etc. each other, utilize various welding process, thereby this is with to 23 weldings each other in the lap position with 23.In this case, if in welding is processed by replace temperature booster 33 regulation welded joint with the mode of pressing be with 23 butts, after welding, only make it forwards move, just can be near the clip position of holder 41B and 42B pressing belt 23.In addition, for being with for 23, as long as use the band corresponding with this welding process.The second to the 4th embodiment is also like this.

And, narrated in the above-described first embodiment and will be configured to the situation that is impregnated with resin on paper with 23.

Yet the present invention is not limited thereto, for example, also can only by resin, form and be with 23, or also can form the various structures such as structure of the lamination coating that inweaves regulation in resin.In this case, importantly, as long as thereby can utilize temperature booster 33 grades in the lap position with 23, this to be with to 23 welding bundled bank notes bundle BB each other.The second to the 4th embodiment is also like this.

And, narrated in the above-described first embodiment following situation: utilize holder 41B and the 42B of maintaining part 30, with near the head end of the mode retainer belt 23 that clamps (Fig. 4).

Yet, the present invention is not limited thereto, for example also can be by making to be with toughness near the head end of a bar-like member, thereby utilize near the head end of this viscosity retainer belt 23 or make near the head end of a bar-like member with magnetic force and the whole bag of tricks such as be combined with near the head end of effect retainer belt 23 that magnetic material utilizes magnetic force with 23, near the head end of retainer belt 23, and can be in reel processing this be maintainedly wound in to bank note bundle BB around with 23.The second embodiment is also like this.

And, narrated in the above-described first embodiment following situation: utilize and to tie up the each several part that control part 20 is controlled bill binding portions 14, and carry out bill binding treating process RT1(Fig. 5), coiling treating process SRT2(Fig. 6) and welding treating process SRT3(Figure 11).

Yet the present invention is not limited thereto, for example, also can only utilize control part 3(Fig. 2) or the cooperation that utilizes control part 3 and tie up control part 20 control the each several part of bill binding portion 14, and carry out variety of processes.The second to the 4th embodiment is also like this.

And, narrated in the above-described first embodiment following situation: by for carrying out bill binding treating process RT1(Fig. 5), coiling treating process SRT2(Fig. 6) and welding treating process SRT3(Figure 11) process be pre-stored within ROM, the flash memory (not shown) of tying up control part 20.

Yet, the present invention is not limited thereto, such as also can be by these programs via not shown means of communication from downloads such as external servers or from USB(Universal Serial Bus: USB) exterior storage medium such as memory device passes on etc. and to obtain and to carry out.

And, narrated in the above-described first embodiment following situation: bank note is being counted and tied up and in the bill binding portion 14 of the bank paper tidying apparatus 1 that arranges every regulation number, utilizing the bank note bundle BB after collecting with 23 bank note that to tie up master-strapped unit be 100.

Yet the present invention is not limited thereto, thereby also can collect as bank note bundle BB by bank note following using 99 or 101 above any amount.In addition, thus the present invention also goes for the various medium bundling apparatus that the medium collection of the various shapes such as medium of the such book shape of medium, book and the bankbook of the various scraps of paper shapes such as exchange certificate, security is tied up.The second to the 4th embodiment is also like this.

And the present invention is not limited to the respective embodiments described above and above-mentioned other embodiments.That is, Applicable scope of the present invention also relates to by the embodiment after part or all combination in any of the respective embodiments described above and above-mentioned other embodiments or by the embodiment of part extraction.

And, narrated in the above-described first embodiment following situation: by the holder 41B as maintaining part and 42B, maintaining part 30, drive division 50 and delivery section 21 as winder, as the temperature booster 33 of weld portion, as the temperature booster moving part 34 of press section and the bill binding portion 14 that forms as medium bundling apparatus as the drive division 50 of drawing part.

Yet the present invention is not limited thereto, also can form medium bundling apparatus by maintaining part, winder, weld portion, press section and the drawing part being formed by other various structures.

And, narrated in the above-described first embodiment following situation: by the collection unit 12 as collection unit, as the holder 41B of maintaining part and 42B, maintaining part 30, drive division 50 and delivery section 21 as winder, as the temperature booster 33 of weld portion, as the temperature booster moving part 34 of press section and the bank paper tidying apparatus 1 that forms as medium collating unit as the drive division 50 of drawing part.

Yet the present invention is not limited thereto, also can form medium collating unit by collection unit, maintaining part, winder, weld portion, press section and the drawing part being formed by other various structures.

Utilizability in industry

The present invention can be widely used in the devices such as bill binding device such as bundled bank notes bundle.

Claims (11)

1. a medium bundling apparatus, is characterized in that, possesses:

Maintaining part, it is kept for tying up near the head end or this head end of band of medium;

Winder, it is around in medium by near the roll coil of strip being kept by described maintaining part head end or this head end, and at least a portion of described maintaining part is sandwiched between described band and described medium, makes at least a portion of this band overlapping on the surface of described medium;

Weld portion, the lap position butt of itself and described band is with welding each other by this;

Press section, described weld portion is pressed in its lap position to described band; And

Drawing part, it is under the state of lap position that described weld portion is pressed on to described band, from maintaining part described in drawing between described band and described medium.

2. medium bundling apparatus according to claim 1, is characterized in that,

Described press section is pressed against the lap position of described band, and the posetionof weld being fused described in ratio approaches the position of the holding position of described maintaining part.

3. medium bundling apparatus according to claim 2, is characterized in that,

The maintenance of described press section makes the state of the lap position butt of described weld portion and described band, makes described weld portion move to the position approaching with described holding position from described posetionof weld.

4. medium bundling apparatus according to claim 3, is characterized in that,

Utilizing the described weld portion that moves to the position approaching with described holding position by described press section by described band each other during welding, described drawing part is from maintaining part described in drawing between described band and described medium.

5. medium bundling apparatus according to claim 2, is characterized in that,

Described weld portion in the lap position of described band, be sandwiched between described band and described medium and become the approximated position that approaches described maintaining part and carry out welding with the midway location of the centre away from position away from this maintaining part, next to after carrying out welding away from position side, approximated position side is carried out to welding.

6. medium bundling apparatus according to claim 5, is characterized in that,

Described weld portion, when being with described in the welding of described midway location butt, will put on this band than the many heats of the needed heat of the welding of this midway location, and the described of this band partly carried out to preheating away from position side part and described approximated position side.

7. medium bundling apparatus according to claim 1, is characterized in that,

Utilizing described drawing part between described band and described medium described in drawing after maintaining part, described weld portion is pressed in the position after by drawing to this maintaining part in described press section,

The position of described weld portion after described maintaining part is by drawing is by the welding each other of described band.

8. medium bundling apparatus according to claim 1, is characterized in that,

Mutually opposed at least two holders are close to each other by making for described maintaining part, and clamping keeps described band,

Described drawing part is separated from each other described holder, then from this holder of drawing between described band and described medium.

9. medium bundling apparatus according to claim 1, is characterized in that,

Described maintaining part also possesses:

Mutual opposed two holders; And

Rotation cramping body, it is arranged at respectively the position of the described band of clamping in described holder, and rotate centered by as Shaft, wherein, described S. A. at least and utilize described drawing part from drawing direction during drawing and the opposing party's the clamping direction quadrature towards described holder between described band and described medium.

10. a medium binding method for medium bundling apparatus, is characterized in that,

Described medium bundling apparatus possesses:

Maintaining part, it is kept for tying up near the head end or this head end of band of medium;

Winder, it is around in medium by near the roll coil of strip being kept by described maintaining part head end or this head end;

Weld portion, the lap position butt of itself and described band is with welding each other by this; And

Drawing part, it makes described maintaining part move to the direction of pulling open from described medium,

The medium binding method of described medium bundling apparatus has following steps:

Coiling step, is around in medium by near the roll coil of strip being kept by described maintaining part head end or this head end, and at least a portion of described maintaining part is sandwiched between described band and described medium, makes at least a portion of this band overlapping on the surface of described medium;

Welding step, makes the lap position butt of described weld portion and described band, and this is with to welding each other;

Press step, to the lap position of described band, press described weld portion; And

Drawing step, under the state of lap position that described weld portion is pressed on to described band, utilizes described drawing part from maintaining part described in drawing between described band and described medium.

11. 1 kinds of medium collating units, is characterized in that possessing:

Collection unit, its trapping medium;

Maintaining part, it is kept for tying up near the head end or this head end of band of the described medium of being collected by described collection unit;

Winder, it is around in medium by near the roll coil of strip being kept by described maintaining part head end or this head end, and at least a portion of described maintaining part is sandwiched between described band and described medium, at least a portion of this band is overlapping on the surface of the described medium being collected;

Weld portion, the lap position butt of itself and described band is with welding each other by this;

Press section, described weld portion is pressed in its lap position to described band; And

Drawing part, its under the state of lap position that described weld portion is pressed on to described band, from described band and described in maintaining part described in drawing between the medium that is collected.