CN1168487A

CN1168487A - Photographic film stamping device

Info

Publication number: CN1168487A
Application number: CN96110990A
Authority: CN
Inventors: 根来尚司; 井上干男
Original assignee: Noritsu Koki Co Ltd
Current assignee: Noritsu Koki Co Ltd
Priority date: 1995-06-27
Filing date: 1996-06-27
Publication date: 1997-12-24
Also published as: CA2180060A1; KR980003784A; EP0751431A1

Abstract

A film stamping device for stamping out an end of a film strip comprises an upper cutter held for up and down movement relative to a stationary anvil or a stationary lower cutter by a cutter holder and film guide means located before the anvil or the lower cutter for guiding a film strip, the upper cutter having a cutting edge shaped in conformity with a given contour for shearing or cutting an end of a film strip to the given contour when the upper cutter is pressed downward against the anvil or the lower cutter by pushing down a stamping handle.

Description

Photographic film stamping device

The present invention relates to a kind of photographic film stamping device that is used for the film end portion is struck out given shape.

Usually, can utilize the flexible guide sheet that exposed film is installed on the one end to carry the friendship sheet that has exposed to handle by the automatic processor device.The splicing tape of general using different model is connected film on the guide plate.But splicing tape can not be connected for providing reliably between guide plate and the film.In addition, because splicing tape can not be reused and very expensive, so connect guide plate and film is uneconomic by splicing tape.

For fear of above problem, once proposed to have the guide plate of clamping projection with the applicant, an end of film removably this clamper connects.Film must have the connecting hole that can be connected with clamper when together using with this guide plate.For avoiding film to favour corresponding guide plate, film must minimumly should have two connecting holes and be formed on the accurate position with respect to the guide plate clamper.

In in recent years, people have developed a kind of novel photographing print system that is called as AP star.In this AP star, magazine is equipped with the spinning reel with a pair of locating convex block, and film spool is installed between the locating convex block and relies on it to rotate the motion that produces film turnover magazine.Before and after printing, the film of handling rotates by spool and is drawn out and pushes magazine.Owing to used the film that has magazine, except that having, the accurate position at the film traction end is used for the reliable connecting hole that connects, and also must make film have oblique ligule part so that make film enter magazine by outlet/inlet channel at its end.Before developing or printing, when film is taken out from magazine, if side contacts in the surface of film and the magazine, the surface that then is easy to cause scratching film.The patent NO2-272539 of Japanese unexamined provides a kind of magazine.This magazine can prevent that film is scratched and can takes out film at an easy rate.This magazine has a spool, at each end of spool a flange that is formed by annular portions is arranged all.This magazine has a spool, at each end of spool a flange that is formed by annular portions is arranged all, therefore can control the expansion of film on diametric(al) on the spool, prevents the effect that film contacts with magazine housing inner surface thereby produce.In addition, easily take out for ease of film, magazine is equipped with the isolation guides, engages to divide with the film tongue-like part that has side channel.When spool rotates with the direction that is used to take out film, film, particularly it has the tongue part of side channel, realizes engaging between side channel and annular portions, and separates with the major part of film.By the improvement that film is pulled out, the separated guide of the traction element of film is guided and is guaranteed to be admitted in the outlet/inlet slot of magazine.

If being rinsed the film of handling is just torn and is damaged from its ligule part of side channel, so just be difficult to make the ligule part of film between side channel and annular portions, to realize engaging, thereby be unfavorable for that film smoothly easily takes out from magazine, thereby be that people are undesirable.Owing to this reason, must carry out reshaping to the traction element of film and handle so that it forms unblemished oblique end and unblemished connecting hole.

One object of the present invention is to provide a kind of photographic film stamping device.Be used for producing given shape or the film end being carried out the reshaping processing so that it has original given shape at the film end.

Another object of the present invention is to provide a kind of decompressor, is used in the terminal punching press of film and produces given shape or the end of film is carried out reshaping handle so that it has distinctive given shape.

The decompressor that above-mentioned purpose of the present invention can be carried out punching press by the film to film one end is achieved.This decompressor comprises can be with respect to fixing anvil block or the upside cutter that is moved up and down by the fixing downside cutter of knife bar, and be used to guide film, be positioned at the film guidance device before anvil block or the downside cutter.The upside cutter has the cutting edge consistent with given profile, when by depressing punch rod so that the upside cutter when being pressed downwardly onto on anvil block or the downside cutter, be used for shearing or cut out given profile at the end of film.

The upside cutter includes cutting blade, and this blade shapes is consistent with the given profile phase of the film end of institute moulding, or comprises that one has the cutting board on the corresponding to medial cuts of the given profile limit of shape and film end.When cutting board was used as the upside cutter, the downside cutter comprised a cutting template, and the outer cutting edge of this template has identical profile with the outer cutting edge of upside cutting board.The upside cutter also comprises a punch rod, this punch rod have with film on the consistent common edge in given hole that forms, and the downside cutter has the hole, this hole has the common edge consistent with given hole.The upside cutter is pressed to anvil block or downside cutter by the punching press handle with the upside cutter, thereby stamps out the hole of given profile at the end of film.Being provided with the system device after anvil block or downside cutter brakes and with respect to anvil block or downside cutter film is positioned with the end to the film of guiding on anvil block or the downside cutter.Photographic film stamping device also can be equipped with the film end clamping device that can slide to be used for an end of clamping film, or the film holding device is used to make an end of film to abut in the downside cutter.

By photographic film stamping device of the present invention, thereby stamp out suitable shape at the film end by simply depressing the punching press handle, when using upside cutter and anvil block, need not to be provided with that common necessary usefulness has the high precision assembly and the high precision upside cutter that causes processing cost to increase.After the film end was carried out punching press, during the clamping device of film end slided, fragment was by film end clamping device clamping and cut from the clamping device of film end by the cutting pawl.The film holding device can be pushed down the film end portion equably, even under the situation of film curl, also can guarantee accurately to stamp out film.

To reaching other purpose and characteristics more than the present invention, will can clearly understood by following description simultaneously in conjunction with the accompanying drawings about most preferred embodiment.

Fig. 1 is the longitudinal diagram according to the described decompressor of the preferred embodiment of the present invention;

Fig. 2 is the part section vertical view of decompressor;

Fig. 3 is the decompressor sectional view along Fig. 2 center line III-III;

Fig. 4 is the decompressor sectional view along Fig. 2 center line IV-IV;

Fig. 5 is the decompressor exploded view;

Fig. 6 is used for the decompressor longitudinal diagram of punching press film;

Fig. 7 A is the knife bar vertical view;

Fig. 7 B is the knife bar skeleton view;

Fig. 8 A is a film end portion vertical view;

Fig. 8 B is the film vertical view after the punching press;

Fig. 9 is the part sectioned view of magazine;

Figure 10 is the tongue vertical view of film;

Figure 11 is the decompressor longitudinal diagram of another most preferred embodiment of the present invention;

Figure 12 is along the decompressor sectional view shown in Figure 11 center line XII-XII;

Figure 13 is along the decompressor sectional view shown in Figure 12 center line XIII-XIII;

Figure 14 is along the decompressor sectional view shown in Fig. 2 center line XIV-XIV;

Figure 15 is the decompressor exploded view;

Figure 16 A is a film end portion vertical view;

Figure 16 B is the film vertical view that stamps out;

Figure 17 is the longitudinal diagram of the decompressor of another most preferred embodiment according to the present invention still;

Figure 18 is along the decompressor sectional view shown in Figure 17 center line XIIV-XIIV;

Figure 19 is upside cutter and downside cutter skeleton view;

Figure 20 is the tongue vertical view of film;

Figure 21 is the perspective cutaway view, of magazine.

In the following description, used term " rear portion " vocabulary shows a side of inserting film in the decompressor, and used term " front portion " vocabulary shows a side relative with the decompressor rear side.

Referring to description detailed in the accompanying drawing, particularly Fig. 1, by in 2 and 5 according to the decompressor shown in the most preferred embodiment, no under casing shape base 1 by dismountable bottom 3 sealings to form waste material reception storehouse 2.Be formed with dimple 4 on base top, a rectangle anvil block 5 that equates with base 1 upper height is installed therein.Base 1 is provided with cutter bridge 6 portion mounted thereto, that be generally the U type so that cover rectangle anvil block 5.As shown in Figure 5, cutter bridge 6 has upper wall and 7 sidewalls 8 that reach at the upper wall opposed end.Be formed with on each sidewall 8 outside side stand 9, this support by bolt so that cutter bridge 6 is fixed on the base 1.Cutter bridge 6 has a film guide 10 that is positioned at anvil block 5 rear sides, utilizes it to resemble and inserts film F hereinafter described.Thereby the film guide is formed with groove 11 introducing and its motion to anvil block 5 with the convenient film F of guiding film F dual-side at its rear portion 10.Base 1 also is formed with the guide groove 12 that is positioned at anvil block 5 front sides and extends along the direction that is away from anvil block 5, and the aligned apertures 13 in the guide channel 12.Along the horizontal side relative, on base 1, be provided with along film F and import the guide slot 21 that direction is extended with guide groove 12.As shown in Figure 4, on guide groove 12, be provided with the end of plateholder 14 with clamping film F.This plateholder 14 comprises a pair of or two

intermediate plate arms

15 and 16 up and down.Lower clamping piece arm 16 is installed in the guide groove 12 and by being clamped in the location-plate 44 of bolted on base 1 on the horizontal relatively side in the groove, upwards shifts out in guide groove 12 to prevent this intermediate plate arm.

Shown in obvious among Fig. 5, lower clamping piece arm 16 is divided into two end wall 16a in its end portion, and it is positioned to surround the horizontally-arranged cutting pawl 17 that extends along relief hole 13 front sides.Each end arm 16a should be had elasticity and be had a pawl that protrudes upward 19 at its end.The thickness of upper clip arm 15 first halfs strengthens and is threaded the hole gradually.Have the pawl 18 that stretches out downwards and form porose 25 in the rear edge of this intermediate plate arm at its latter half.Fastening bolt 27 can be threaded in the threaded hole so that upper clip arm 15 is fixed on the lower clamping piece arm 16.After fastening the front end of last lower

clamping piece arm

15 and 16,

intermediate plate arm

15 and 16 pawl can mutually combine.

On the relative cross side on lower clamping piece arm 16 surfaces, be provided with a pair of guide finger 20.The guide slot 21 that each guide finger all is guided in the groove 12 slidably receives.By meshing with the slip of guide pins 20, guide groove 21 can make plateholder 14 move forward and backward.In this case, follower spring 27 is installed between each guide finger 20 and the base 1 to promote plateholder to anvil block 5 motions.The position adjustment arm 23 that fastened bolt 27 is fastened on plateholder 14 tops has a groove 26 along film F direction of insertion, and have a back end hook 24 that stretches out by the hole 25 of upper clip arm 15 downwards and make its end between the end arm 16a of lower clamping piece arm 16, in the time of between film is by

intermediate plate arm

15 and 16

pawl

18 and 19, can brakes and locate the end of the film F that inserted.Slip engagement by groove 26 and fastening bolt 27, position are adjusted arm 23 and can be moved forward and backward to regulate end hook 24 thereafter and import position on the direction at the film with respect to seat anvil 5.

Cutter bridge 6 is used to install cutter head 28.In particular, cutter bridge 6 is equipped with a vertical coupling shaft 30 by the guide channel 31 on the sidewall 8 from the side.Coupling shaft 30 is fixed in the hole 34 on punching press handle 32 sidewalls 33.From Fig. 1, can be clear that, the front end of punching press handle 32 is by hinged along the jointed shaft 36 that extends between the side stand 35 that is fixed on the base 1, can be around pivotally rotating to form, and the spring 36 that can be installed on the jointed shaft 30 promotes to make counterclockwise motion as shown in fig. 1.Cutter head 28 is installed on the coupling shaft 30 in the cutter bridge 6, and slides up and down realizing by pair of guide rods 29 guidings of vertically extending from anvil block S.By the slip engagement of 31 of coupling shaft 30 and vertical guide slot, cutter bridge 6 can allow cutter head 28 clockwise rotating and produce and move downward with punching press handle 32.

As shown in Figure 3, cutter head 28 is equipped with cutting blade 38 and punch rod 39 and 40.Cutting blade 38 usefulness steel bars are made, and its shape is consistent with the given profile of the guide end b of the film F shown in Fig. 8 B.Cutting blade 38 presses downwards and leans against on the anvil block 5 the given shape that forms the ligule part of film F with punching

press.Punch rod

39 and 40 has and connecting hole a that is respectively formed at contiguous guide end b in the film and the corresponding to sheared edge of given shape of c, and

bar

39 and 40 is disposed on the connecting hole a relative position the same with c.On the other hand, anvil block 5 has

hole

41 and 42, and the shearing in hole is consistent with the sheared edge of

punch rod

39 and 40 respectively with the edge.When depressing

punch rod

39 and 40, make it enter hole 41 on the anvil block 5 and respectively at 42 o'clock, just on the ligule part b of film F, stamp out connecting hole a and c.

In operation decompressor of the present invention as illustrated in fig. 1 and 2, when the guide end of the film F shown in Fig. 8 A is inserted the guide channel 11 of anvil block 5 tops, pass through between the

pawl

18 and 19 of film by

intermediate plate wall

15 and 16, and brake and the location by the rear end pawl 24 of position adjustments arm 23.Push punching press handle 23 and drive cutter heads 28 and move down to promote

punch rod

39 and 40 along guide rod 29 and enter in the

relative opening

41 and 42 of anvil block 5, and stamp out hole a and c on the ligule part b of the film F shown in Fig. 8 B respectively.After

promotion punch rod

39 and 40 entered the

relative opening

41 and 42 of anvil block 5, blade 38 was pressed down at once and abuts against on the anvil block 5 to stamp out the film dirt ligule part shown in Fig. 8 B.In this way, can produce the ligule part of film F.

After punching press handle 23 was pushed fully,

punch rod

39 and 40 was directly discharged the fragment that the ligule part b by film F downcuts its

corresponding hole

41 and 42 from anvil block 5, and makes these fragments fall into the fragment receiving bin 2 of base 1.On the other hand, fragment A still is sandwiched between the

pawl

18,19 of

jig arm

15,16 after the tongue b cutting-out of film F.When moving forward plateholder 14, the fragment A that is clamped by film 14 is brought in abutting connection with cutting pawl 17 parts, and fragment is cut on the plateholder 14 subsequently as shown in Figure 6.The fragment that cut fragment A falls into base 1 subsequently receives storehouse 2.And position adjustments arm 23 can be conditioned the punching press distance with direct change film F end.

The traction end b of film F because of damage or break can't use and/or film F on hole a and the given variform situation of c and film F traction end b under, also can use decompressor described above that the traction end b of film F is carried out the reshaping processing.

Cutting blade 50 shown in Figure 7 is used to make the ligule part that has the film of side channel with reshaping.The cutting blade 50 of making and being installed on the cutter head 28 with steel bar has two parts, i.e. the side channel part 52 of the splay end part 51 of cutting blade and cutting blade, and these two parts both can be separated from each other also and can be integrated.Cutter head 28 is pressed to anvil block 5 with stamped or reshape out the traction end b of the film F with splay end and side channel 64 as shown in figure 10.As Figure 11, shown in 12 and 15, the described decompressor of another most preferred embodiment according to the present invention.Sealing by 103 pairs of no ends of dismountable bottom box-like base 101 has formed fragment reception storehouse 102.Base 101 has the film guide 104 that is installed in the top to form film channel 109.Film guide 104 has the location and 105 and a pair of side guiding lip 106 that extends along locating surface 105, and the separating distance that both sides guiding lip is 106 should roughly equate so that the importing of film F with the width of film F.Each guiding lip 106 all has lip 107 to prevent upwards protuberance of film F.

Can be clear that in Figure 15 downside cutter 108 is fixed on the base 101 of guiding between the lip 106 as template.Downside cutter 108 has the fore-end 110 that has angle of chamfer and outer cutting edge 111.Downside cutter 108 also is provided with two holes 112 with shearing edge at its fore-end 110, and also is provided with the hole 113 with shearing edge of a knife at the rear side of this cutter.The upside cutter bridge 114 that is fixed on base 101 has pair of sidewalls 115 and the roof up and down 116 and 117 between sidewall 115.Following roof 117 is extended with a box shaped tube 118 that has openend at its rear portion.On the roof 116 and 117 two groups of holes 119 are being arranged up and down, every group of hole 119 each other all in line.These holes 119 are used to receive the guide pins 121 that protrudes upward along upside cutter head 120, and allow guide pins 121 to slide up and down, and each guide pins 121 all has radial hole 122, and connecting pin 123 can insert from these holes.The opposite end of this connecting pin 123 can be stretched on the sidewall 115 of cutter bridge 114 in the formed groove 124, can slide up and down so that go up the upside cutter head 120 of cutter bridge 114 supportings.Transverse side at last cutter bridge is provided with arm 125.This arm 125 (is seen Figure 14) in its back-end and is had a slit 142 and a groove that extends longitudinally in the middle 126.

Punching press handle 127 with sidewall 128 is hinged by the swivel pin 131 that the support 130 of base 101 is supported.Have the slit 129 that extends longitudinally on the sidewall 128, this groove is used to hold the two ends of connecting pin 123 so that its slip.The front end of arm 125 is installed in an end of connecting pin 123 by pivot.Volute spring 132 is installed on connecting pin 131 to move upward to promote the punching press handle.Make arm 125 produce downward rotation by pressing down punching press handle 127, thereby force upside cutter head 120 to move downward around jointed shaft 131.

Shown in Figure 13 and 15, upside cutter head 120 be equipped with fix a cutting tool 134 and with downside cutter 108 synergistic punch rod 135, to stamp out the guide end of film F.Upside cutter 134 is as template, the supporting outer cutting edge of inner cutting edge 111 that has shape and downside cutter 108, the shape of these cutting edges should be consistent with the given shape of the traction end 133 of the film F shown in Figure 16 B, punch rod 135 has the supporting sheared edge of outer cutting edge with the hole 112 of downside cutter 108, and its shape should be with consistent near the given shape of the connecting hole on the film F traction end 133.

Shown in Figure 11,14 and 15, it is porose 137 that the box shaped tube 118 that has an openend forms on its top and bottom, is used to receive the punch pin 138 that has radial hole 139 and slides up and down with generation.Had the pivot 140 that vertical side channel 141 of the box shaped tube 118 of openend is received, pass the radial hole 139 of impulse pin 138 and be incorporated in the groove 142 that is formed at arm 125 rear portions to slide, above-mentioned impulse pin 138 have with downside cutter 108 on the corresponding to sheared edge in cutting limit in hole 103, and the side opening 143 shown in Figure 16 R of the given shape that forms on the shape on the cutting limit in above-mentioned hole 103 and the film afterbody 123 is consistent.This hole 143 is used to detect film F, particularly works as film F and is moved to as shown in figure 21 outside the magazine, and when this hole was detected, spool 51 stopped operating.

Shown in Figure 12,14, film guide 104 is equipped with pair of brackets 144 and is used to support swivel pin 145 on each guide clip 106 from punching press.Film setting-up piece 146 is installed on the swivel pin 145 realizing gyration, thereby and makes setting-up piece produce clockwise rotating film F is pressed against on the downside cutter 108 as shown in figure 14 downwards by the promotion that is installed in the volute spring 147 on the swivel pin 145.In the front side of downside cutter, base 101 is provided with the cutting edge 111 formed holes around downside cutter 108.The fragment that downcuts from film F by this hole can fall into fragment reception storehouse 102.

In operation Figure 11 and 12 described decompressors of the present invention, when rotating film guide clip 146 in the counterclockwise direction, the film F shown in Fig. 6 A is inserted in the film channel 109 and abuts against on the locating surface 105 of film guide 104 until it.When film guide 146 returned, it pushed down film F in position.After this, when pushing punching press handle 127, just forcing upside cutter head 120 to descend enters in the hole 112 of bottom tool 108 to be pressed on cutter 134 on the downside cutter 108 and to promote punch rod 135, thereby respectively on film F and promote punch rod 135 and enter in 108 holes 112 of bottom tool, thereby on film F, stamp out oblique end and connecting hole 136 shown in Figure 16 B respectively.Simultaneously, by making it on the equidirectional of arm 125, produce rotation, near the traction end 133 of film F, stamp out side opening 143 thereby pressure handle 138 is pushed in the hole 113 of downside cutter 108 around pivot to push punching press handle 127.The fragment that downcuts from film F falls in the fragment reception storehouse 102 by hole 148.Even film F has produced bends, but because film is to be imported in film channel 109 and under the situation that film guide clip 146 is pushed down, so decompressor still can accurately stamp out the film F of desired shape.

Figure 17 to 20 is depicted as the decompressor of another most preferred embodiment of the present invention, is used to stamp out the ligule part of film F as shown in figure 20, that have side channel.Because it is also nonessential to be used for the punch rod of punching press connecting hole 133 and film guide end side opening 134 partly, so the decompressor does not here have the device that can cause punch rod to move up and down, the structure of this decompressor is except having used difform upward bottom tool, and is similar with the structure of the decompressor shown in Figure 11 and 12.

As shown in figure 19, have two interior cutting edge portion branches with fixed last cutter head 162, i.e. an oblique end cutting edge 163a and a side channel cutting edge 163b by cutter head 120.Corresponding on ground, bottom tool 160 has two outer cutting blade branch, i.e. an oblique end cutting edge 161a and side channel cutting edge 161b.

After the ligule with film F partly inserts in the film channel 109, depress punching press handle 127 and descend to force cutter 120.Along with the decline of cutter 120, upside cutter 162 is pressed towards at bottom tool 160 cutting out end boundaries A from film tongue-like part branch, thereby forms the ligule part of given profile.

Certainly, though the present invention is described in conjunction with most preferred embodiment, the experienced personnel in this area can not make and different other embodiment and variation in clue of the present invention and thought.Thereby the application will cover relevant other embodiment and variation by following claim.

Claims

1. decompressor that is used for the film end is carried out punching press comprises:

Base;

Be installed in the anvil block on described base top;

The film guidance device is installed in the top of described base and a side of described anvil block, is used to guide film and moves to described anvil block;

The punching press handle that is installed on the base and can pivots;

Be installed in the knife bar on the base;

Cutter, by above-mentioned knife bar clamping to produce moving up and down vertically with respect to described anvil block, when by pressing down described punching press handle to above-mentioned base so that described cutter when pressing to described anvil block, the cutter with cutting edge consistent with given profile is processed into given profile in order to the end with film.

2. according to the photographic film stamping device that claim 1 limited, it is characterized in that: above-mentioned cutter comprises the corresponding to cutting blade of given profile with the described ligule part of the film of required shaping.

3. according to photographic film stamping device that claim 2 limited, it is characterized in that: above-mentioned cutter also comprises a punching press handle, it has and the described ligule of film is partly gone up the consistent sheared edge in given hole that forms, and has the hole on the described anvil block, this Kong Youyu the sheared edge of given hole unanimity.

4. according to photographic film stamping device that claim 1 limited, it also comprises the detent that is installed in described base top and described anvil block one side, can on the importing direction of described film, move, thereby above-mentioned detent is used for an end of the film that imports on the described anvil block braked with respect to the described ligule of described anvil block to above-mentioned film and partly positions.

5. according to the photographic film stamping device that claim 4 limited, it is characterized in that: above-mentioned base be shaped as box-like of the no end, and this hole has the hole between above-mentioned anvil block and detent, the fragment that downcuts from above-mentioned film can fall by this hole.

6. according to photographic film stamping device that claim 4 limited, also comprise the clamping device that is installed in described anvil block opposite side, this device can slide on the importing direction of film, thereby the ligule part of the film between described device of clamping releasably and the described detent, and be arranged in described detent one side and be away from the cutting pawl of described anvil block, when described clamping device when described anvil block slips away, in order to bite the fragment that downcuts from the film of described clamping device clamping and to separate above-mentioned fragment from described clamping device.

7. according to the photographic film stamping device that claim 6 limited, it is characterized in that: the box-like that is shaped as the no end of above-mentioned base, and between described base and described cutting pawl, have the hole, can be by the described fragment in this hole by discharging on the clamping device.

8. according to the photographic film stamping device that claim 6 limited, it is characterized in that: described detent combines with mechanical means and clamper.

9. one kind is used for decompressor is carried out in the film end, comprising:

Base;

Be installed in the downside cutter on described base top, can form processing to the film end thereby described downside cutter has the cutting edge consistent with given profile;

Be installed in the film guidance device on the described base,,, and on described given position, described film positioned so that on given position, insert and the guiding film in order to cooperate with described downside cutter and to form film channel;

Can on described base, produce around pivotally punching press handle;

Be installed in the knife bar on the described base;

The upside cutter, be held on the vertical movement that can produce above-below direction on the knife bar with respect to described formation cutter, when by pushing described punching press handle to described base when described upside cutter being pressed to described downside cutter, the described cutter with cutting edge consistent with described given profile stamps out described given shape with film one end.

10. according to the photographic film stamping device that claim 1 limited, it is characterized in that: above-mentioned cutter comprises the cutter head that can move up and down and has the cutting blade of interior cutting edge that above-mentioned downside cutter comprises the cleavage block that has outer cutting edge.

11. according to the photographic film stamping device that claim 10 limited, it is characterized in that: the upside cutter also comprises the punch rod that is installed on the described cutter, and form porose on the described anvil block, stamp out the hole by punch rod being pushed this Kong Zhongke on described film, each described punch rod and described Kong Jun have shear blade.

12. according to the photographic film stamping device that claim 10 limited, it also is included in the film stationary installation that can pivot on the described film guidance device, inserts in the film channel in order to described film is depressed.