JP2002236346A - Film cleaner - Google Patents

Abstract

PROBLEM TO BE SOLVED: To rationally constitute a film cleaner with which films can be easily inserted between brushes and the brushes can be easily maintained. SOLUTION: This film cleaner has an oscillation arm A which is freely oscillatable, openable and closable relative to a main body case C. The film cleaner is provided with the brushes B freely attachably and detachably to and from the main body case C and the oscillation arm A. The film cleaner is provided with posture holding means consisting of three engaging recessed parts 3 formed at the oscillation arm A and leaf springs 7 formed with projecting parts 7A engageable with the engaging recessed parts 3 so as to maintain the postures of the oscillation arm even when the oscillation arm is set at either posture of a closed postures PO and open postures P1 and P2.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a static eliminator for applying ionized air to a developed photographic film sent to a conveying path, and a conveying path for removing dust adhering to the front and back surfaces of the photographic film by contact. And a removing member disposed at a position sandwiching the film cleaner.

[0002]

2. Description of the Related Art Japanese Patent Publication No. 55-28750 discloses a technique related to a film cleaner constructed as described above. In this conventional technique, a pair of support members are arranged close to each other. Two belt-shaped wiping cloths are provided between the supporting members, and the photographic film is passed through each of the wiping cloths to wipe both sides of the photographic film with the wiping cloth. A device that sends alpha particles emanating from a polonium source to the air to be ionized to supply the ionized air to the photographic film,
This is to remove static electricity (static elimination) from the photographic film.

[0003]

As a remover that comes into contact with the front and back of a photographic film, for example, Japanese Patent Application Laid-Open No. 5-28929 is disclosed.
Considering the use of a brush as disclosed in Japanese Patent Publication No. 3 (2003), dust removed from photographic film often adheres to the brush, so that it is necessary to periodically remove the dust and check the condition of the brush. Required. However, since each brush is arranged in a state where the leading end is in contact with the position facing the path where the photographic film is transported,
Since it is difficult to check the tips of the brushes disposed on the front and back sides of the photographic film, it is desired that maintenance can be easily grasped.

[0004] Considering a film cleaner having a structure in which a brush and a static eliminator for supplying ionized air are combined, the overall structure of the film cleaner is reduced by providing the static eliminator as compared with a case having only a brush. As a result, the maintenance of each brush becomes difficult, and a simple solution is desired. In particular, in the case where the brushes are arranged facing each other with the tips of the brushes in contact with each other,
It may take time to insert the photographic film between the brushes, and a technique for easily inserting the photographic film between the brushes is desired.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a film cleaner capable of easily performing maintenance of a removing member such as a brush and setting a photographic film easily between the removing members.

[0006]

The features, functions and effects of the film cleaner according to claim 1 of the present invention are as follows. [Features] Static elimination means for applying ionized air to the developed photographic film sent to the transport path, and a remover arranged at a position sandwiching the transport path to remove dust adhering to both front and back surfaces of the photographic film by contact Wherein the remover is configured to be switchable between a posture in which the photographic film in the transport path is sandwiched and an open posture in which the removers are separated from each other.

According to the above-mentioned feature, by setting the removing member which can be constituted by a brush, a nonwoven fabric or the like to an open state, the distance between the respective removing members is increased, and the dust adhering to the removing member is increased. It is possible to easily remove the photographic film and check the state of the removed body, and it is also possible to set a photographic film on the transport path and take out the photographic film from the transport path. As a result, not only can the maintenance of the removed members be easily performed, but also the photographic film can be easily set between the removed members and the photographic film can be easily removed from between the removed members.

The features, functions and effects of the film cleaner according to claim 2 of the present invention are as follows. [Features] The film cleaner according to claim 1, wherein a posture of the main body case having the one removing body is freely switchable between a posture approaching the removing body and a posture separating from the removing body, and a swinging body having the other removing body. An arm, and at least one of the removers is configured to be detachable, and the swing arm has a first posture for forming a gap between the removers so that a photographic film can be inserted and withdrawn, and At least two kinds of open postures are configured to be freely set to a second posture for allowing the removal body to be attached / detached in a posture swinging larger than the posture, and the swinging posture of the swing arm is maintained in each of the swinging postures. The point is that it has a posture holding means.

According to the above feature, when the swing arm is set to the first posture, the swing posture is held by the posture holding means, and the photographic film is held between the respective removed members. It is easy to set and take out the photographic film already set. When the swing arm is set in the second posture, the swing posture is held by the posture holding means, and at least one of the removed bodies can be detachably attached to facilitate replacement or inspection of the removed body. It will be. As a result, it is not only possible to easily perform the maintenance of the remover but also to easily set and remove the photographic film by providing the swing arm with the remover and the structure having the posture holding means. Become.

The features, functions and effects of the film cleaner according to claim 3 of the present invention are as follows. [Features] In the film cleaner according to claim 2, the posture holding means engages with an engaging portion formed on the swing arm when the swing arm is artificially operated to swing. The present invention is characterized in that it is provided with a spring material for holding the swinging posture of the arm.

According to the above-mentioned feature, the rocking posture of the rocking arm can be held by the biasing force of the spring material by the spring material engaging with the engaging portion formed on the rocking arm. It will be. Further, when the swing arm is operated to swing, even if the engagement portion and the spring material are in the engaged state, the swing arm can be operated in any direction after the engaged state is released. As a result, the swinging posture of the swinging arm can be arbitrarily set with a simple structure.

The features, functions and effects of the film cleaner according to claim 4 of the present invention are as follows. [Features] In the film cleaner according to claim 2 or 3, the removing body is formed in a shape having a spread along a width direction of the film, and the remover provided in the main body case is moved in the spreading direction. The swing arm is arranged in a posture along a virtual plane in which the swing arm swings, and is supported so that the posture can be freely changed along the virtual plane, and an adjustment is performed to adjust the posture of the removed body with respect to the main body case along the virtual plane. It has a means.

According to the above-mentioned feature, the posture of the removing body supported by the main body case can be adjusted by the adjusting means in a state in which the expanding direction is along the virtual plane on which the swing arm swings. Therefore, it is possible to set the spreading directions of the respective removing members to be parallel to each other and to set the respective removing members to be in a state in which the respective removing members are lightly adhered to each other, thereby eliminating a gap between the respective removing members. As a result, the remover is brought into contact with both the front and back surfaces of the photographic film with a uniform pressure, so that dust adhering to the photographic film can be satisfactorily removed.

The features, functions and effects of the film cleaner according to claim 5 of the present invention are as follows. [Features] In the film cleaner according to claim 4, the adjusting means includes a screw and a nut portion screwed to the screw,
The adjusting operation is performed by the screwing force of each relative rotation, and a friction film for applying a frictional force to the relative rotation between the screw and the nut portion is formed on at least one of the screwing surfaces of the screw or the nut. On the point.

[Action and Effect] According to the above characteristics, screws,
Alternatively, by rotating the nut portion, the posture and the amount of protrusion of the removing body can be adjusted by the screwing force of each relative rotation, and at this time, fine adjustment with a relatively strong force becomes possible. . Also, since the friction film prevents the relative rotation of the screw and the nut portion on the screwing surface,
The adjustment state can be maintained without using a lock bolt or a dedicated fixing member. As a result, the required adjustment can be easily performed with a simple operation.

The features, functions and effects of the film cleaner according to claim 6 of the present invention are as follows. [Features] In the film cleaner according to any one of claims 1 to 5, the static elimination means applies a high voltage to the inside of a hole formed in the main body case at an upper position and a lower position of a transport path from the removed body. The removal member is configured using a brush formed by bundling a large number of fibers.

According to the above-mentioned feature, even if the photographic film is conveyed to the brush from any direction with respect to the brush constituting the removing member, the electrode is applied to the photographic film before reaching the brush. Applying ionized air to remove static electricity and remove dust easily, and applying ionized air to the photographic film that has passed through the brush using electrodes to remove static electricity and avoid dust adhesion You can do it. As a result, dust was successfully removed by the combination of the charge elimination and the brush, and after the dust was removed, the adhesion of the dust could be prevented, and the photographic film could be processed in a clean state.

[0018]

Embodiments of the present invention will be described below with reference to the drawings. As shown in FIG.
A swing arm A that can swing open and close around an axis X, and brushes B and B as removers for the body case C and the swing arm A. The film cleaner FC is configured by incorporating an ionization system IS (see FIG. 6) as a film cleaner. As shown in FIGS. 1 (a) and 1 (b), the film cleaner FC transports the film 1 to a film carrier 2 of a scanner S which captures image information of a photographic film 1 (hereinafter abbreviated as film). By disposing the film 1 at a location such as a transport path for feeding the film 1 to a film carrier of a projection exposure type printer, the film 1 can be neutralized by the action of air ionized by the ionization system IS, thereby facilitating dust removal. In addition, the configuration is such that the brushes B, B remove dust adhering to the film 1 when the brushes B, B come into contact with the front and back surfaces of the film 1 to suppress adhesion of dust to the film 1. Things.

FIG. 1A shows a typical use mode in which the film cleaner FC is attracted to the vertical wall surface 3 of the desk portion constituting the scanner S by magnetic force. 135 size or 240 due to the force by which the film carrier 2 draws the film 1
The film 1 having the size is passed through the film cleaner FC. When supporting the film 1 of 120 size or 220 size, the auxiliary table 4 is mounted in a form of a shelf so as to extend in the lateral direction as shown in FIG. Cleaner FC
Is used in a state where it is attracted by a magnetic force. Even in such a case, the film carrier 2 allows the film 1 to pass through the film cleaner FC by the force of drawing the film 1.

The details of the film cleaner FC will be described below. As shown in FIGS. 2 to 7, the main body case C has an upper wall surface 11 that is substantially parallel to the transport path F, a pair of side wall surfaces 12, 12, and a pair of end wall surfaces 13, 13 made of resin. Case member 10 formed and ionization system I
And a resin bottom wall member 20 integrally formed with an inner wall 21 containing S. The support member 1 is cut out in an arc shape to support the swing arm A inside the case member 10.
4 and 14 are integrally formed, and an engagement hole 13A is formed in the end wall surface 13 on the side supporting the swing arm A, and the brush B is fitted and supported on the upper wall surface 11 of the case member 10. A groove portion 15 and a concave portion 16 for facilitating insertion of a finger when attaching and detaching the brush B are formed so as to be continuous with an end of the groove portion 15, and a holding magnet MC (permanent magnet) is formed on the bottom surface of the groove portion 15. ).

The groove portion 15 is formed at a position facing the brush B provided on the swing arm A, as shown in FIGS.
As shown in (a) and (b), the holding magnet MC is adhered and fixed to the bracket 5 disposed at the bottom of the groove portion 15, and a screw hole 5A as a nut portion is formed at both ends of the bracket 5. A screw 6 screwed into the screw hole is inserted through a through hole at the bottom of the groove 15. Also, the bottom wall member 20
Is fixed to the case member 10, a recess 22 is formed in the bottom wall member 20 into which the head 6A of the screw 6 is fitted without any gap in the axial direction, and an adjustment hole 22A penetrating this recess is connected to the recess 22. It is formed. The screw portion of the screw 6 is coated with a friction film (not shown) made of resin, and a relatively large frictional force acts on the screwing surface between the nut portion and the screw 6 to rotate the screw 6. It is configured so that the operation state can be maintained. This friction film can be formed on the inner surface of the screw hole of the nut.

Adjusting means for adjusting the posture of the brush B (removal body) with respect to the main body case C is constituted by the nut portion and the screw 6, and a wrench or the like is inserted into the adjusting hole 22A while the brush B is attracted to the holding magnet MC. By inserting a tool such as a screwdriver and rotating one of the screws 6, the posture of the brush B held by the holding magnet MC is adjusted, and the relative posture of the brush B supported by the swing arm A is adjusted. By rotating the screws 6 and 6 equally, the brush B is moved in parallel to adjust the distance between the brush B provided on the swing arm A. In particular, since a friction film is formed on the screwing surface between the nut portion and the screw 6 to apply a frictional force to the rotation of the screw 6,
Even without the double nut structure and exclusive lock mechanism,
Even if a situation occurs in which the vibration for rotating the screw 6 acts from the outside, the screw 6 is prevented from unexpectedly rotating and the posture of the brush B is changed, and the inconvenience of the parallel movement of the brush B is prevented. .

As shown in FIG. 8, four contact rubbers 23 and two mounting magnets M are provided on the bottom side of the bottom wall member 20.
S (permanent magnet) is provided on the side on which the brush B is disposed. As shown in FIG. 5, an engagement piece 24 that engages with the engagement hole 13 </ b> A is formed on a side of the inner wall 21 where the swing arm A is supported. Protrudes a pressing piece 25 for determining the position of a leaf spring 7 described later. By disposing the mounting magnet MS on the side provided with the brush B, when the film cleaner FC is provided on a wall surface or the like with a magnetic attraction force, a case where a strong tension acts from the film 1 or as described later. When the swing arm A is operated in the opening direction to remove the brush B from the groove 15, as shown in FIG.
Not only does the position of the film cleaner FC not fluctuate even if a strong force acts in the direction of separating the film cleaner FC, and when the film cleaner FC is removed from a wall or the like, the side where the mounting magnet MS does not exist is pulled by an operation. It can be separated lightly.

As shown in FIG. 5 and FIG.
The upper wall surface 11 is formed as a gentle curved surface in which the central portion is slightly recessed when viewed in a direction along the transport direction of the film 1,
As shown in FIG. 3, the side wall surface 12 of the case member 10 is formed as a gentle curved surface whose central portion is slightly recessed when viewed in a direction perpendicular to the film surface on which the transport path F is fed. The case member 10 includes a pilot lamp PL
The lamp hole 17 for confirming the lighting state of is provided. By forming a flat surface in the vicinity of the portion through which the film 1 passes as a curved surface, the frequency at which the edge of the film 1 in the width direction contacts the main body case C during conveyance of the film 1 is increased, and the image is formed. The configuration is such that the inconvenience of the case member 10 contacting the formed portion is avoided and the image is not damaged.

As shown in FIGS. 4 and 7, the swing arm A uses an arm body 30 molded of resin so as to have a U-shaped cross section as a main constituent member.
A shaft 31 is rotatably engaged with the support 14 so as to be rotatable about the axis X at the base end of the swing of the arm body 30. An end on the side of the base end of the swing is formed. The portion is formed with three engaging recesses 32 that determine the swinging posture. As shown in FIGS. 5 and 7, an intermediate member 34 having a chuck member 33 made of a metal spring material for elastically holding and holding the brush B is attached to the inside of the arm body 30 with a screw 35. A notch 36 is formed at the end of the arm 30 so that a finger can be inserted when the brush B is attached or detached. Further, on the outer surface of the arm body 30 on the side opposite to the brush, three resin rollers 37 are freely rotatably supported around an axis Y in a posture along the longitudinal direction of the arm body 30.

As shown in FIGS. 5 and 9, the end of a leaf spring 7 (an example of a spring material) having a projection 7A engaged and disengaged with three engagement recesses 32 is engaged with the case member 10. In this state, the case member 10 and the bottom wall member 20 are superimposed on each other and set to a closed state, so that the end of the leaf spring 7 is supported by the pressing piece 25 formed on the bottom wall member 20 while being pressed. The projecting portion 7A of the leaf spring 7 has three engaging recesses 32.
Reaches a state where it can be engaged with any one of. When the swing arm A is set to the closed posture P0 as shown in FIG. 5, the projecting portion 7A of the leaf spring 7 is opposed to the gently arcuate one of the three engagement recesses 32. Engages and applies a biasing force in the closing direction to the swing arm A. The swing arm A comes into contact with an opening edge 10A formed in the case member 10 to determine the closing posture. When the swing end of the swing arm A is slightly operated in the opening direction from the closing posture P0, the engaging recess 32 corresponding to the closing posture P0 is operated.
Of the leaf spring 7 with respect to the engaging recess 32 adjacent to
And the swing arm A is held in the first posture P1 with a gap sufficient to allow the film 1 to be inserted and removed between the respective brushes B. When the swing end of the swing arm A is further operated in the opening direction from this state, the next engagement recess 3
The swing arm A is held in a second posture P2 which allows the brush B to be attached and detached in a posture in which the protruding portion 7A of the leaf spring 7 is engaged with respect to the second posture and the swing arm A is pivoted more than the first posture P1. Is done.

That is, the swing posture of the swing arm A is formed by the three engaging recesses 32 formed in the swing arm A and the leaf spring 7 having the protruding portion 7A engageable with the engaging recess 32. And the swing arm A is configured to be openable and closable so that when the film 1 is set between the brushes B and when the film 1 is taken out, the swing arm A is swung. Only by opening the arm A to the first position P1, the film 1 can be easily inserted and removed while maintaining the open position, and when the brush B is replaced or the brush B is maintained. When the brush B needs to be largely opened, the swing arm A is simply opened to the second position P2, and the brush B can be easily replaced or maintained while maintaining the open position. Something that can be done It has become a thing that can be performed to ease the work. In particular, when the swing arm A is set to the closed posture P0, the urging force from the leaf spring 7 always acts in the direction to close the swing arm A, and the swing arm A is moved to the above-described opening edge 10A. As a result of the contact, the swing arm A can be accurately maintained at the predetermined closing posture P0.

The roller 37 allows the film 1 to move lightly to this position when the swing arm A is in the closed position P0. That is, the scanner S
Regardless of whether the image information of the film 1 is captured or the projection exposure is performed, a pre-scan is performed to convey the film at a relatively high speed and coarsely capture the image information prior to this processing. In general, scanning or projection exposure is performed while feeding back the film 1 or returning the film 1 and then feeding the film again. In this way, after pre-scanning, the film 1 is moved to the side of the film cleaner FC. When it is returned to, FIG. 1 (a),
As shown by an imaginary line in (b), when the film 1 'is fed to the upper surface of the swing arm A (opposite the main body case), the film 1' comes into contact with the roller 37,
Rotate lightly to feed the film 1 'lightly, to perform the work smoothly, and to avoid inconvenience such as damaging the film 1'.

The brush B has a wire diameter of 0.055-0.
A large number of acrylic resin fibers 41 each having a size of 060 mm are linearly bundled so as to have a value (about 70 mm) sufficiently larger than the width of the brownie-sized film 1, such as iron or iron alloy, or nickel or nickel alloy. The brush B having the same shape is used as the body case C and the swing arm A so that the brush B can be used as both the main body case C and the swing arm A.

When the brush B is held in the main body case C, the brush B is simply inserted into the groove 15 formed in the case member 10, and the holding magnet provided on the bottom surface of the groove 15 is provided. As a result of the MC attracting the holding member 42 of the brush B by magnetic force, the brush B can be held in the main body case C. In this holding state, the case member 10
The tip of the brush B slightly protrudes from the upper wall surface 11. When the brush B is held by the swing arm A, the brush B is simply inserted into the chuck member 33 made of a spring plate provided on the swing arm A, and the chuck member 33 chucks the brush B. It becomes king and can be elastically supported. When removing the brush B from the main body case C, it is sufficient to insert the finger into the concave portion 16 and pull out the brush B in the form of being picked.
In order to remove the brush B, the user inserts the finger into the notch 36 and pulls out the brush B in a manner of pinching.

As shown in FIG. 6, a connector 47 for receiving power from an external DC power supply is provided on the end wall 13 on the base end side of the swing arm A of the main body case 10. The ionization system IS A first printed circuit board 40 supported on the inner wall 21 of the bottom wall member 20, a high voltage generating circuit 48 formed on the first printed circuit board 40, and when power is supplied to the high voltage generating circuit 48. A pilot lamp 43 comprising a light emitting diode to be turned on; a pair of second printed boards 44, 44 supported in a posture parallel to the first printed board 40;
4 and a plurality of needle-like electrodes 45 provided on the substrate 4, and an insulating resin 46 for potting the electrodes 45 by projecting only the tips of the electrodes 45.

In this ionization system IS, a high voltage of plus or minus is applied to each electrode 45 from a high voltage generating circuit 48.
, Four electrodes 45 are arranged in two regions across the position where the brush B is arranged (at the upper side position and the lower side position across the brush B in the transport direction of the film 1). Specifically, the respective electrodes 45 are arranged at equal intervals on a virtual plane parallel to the surface of the film 1 sent to the transport path and linearly aligned in a direction orthogonal to the direction in which the film 1 is sent. 3 and 6, the adjacent electrodes and the adjacent electrodes with the brush B interposed between the electrodes 45 as shown by the symbols “+” and “−” in FIGS. Are set to different polarities.

Eight circular openings 18 are formed in the upper wall surface 11 of the case member 10 at positions corresponding to the respective electrodes 45 so that the openings can be viewed in a direction perpendicular to the surface of the film conveyed along the conveyance path F. An electrode 45 is arranged at a central position of 18. Of the upper wall surface 11 of the case member 10, eight openings 18 arranged with the groove portion 15 interposed therebetween are arranged in a recessed portion 11 </ b> A formed shallowly on the surface of the upper wall surface 11, and the groove portion 15 is formed.
Are arranged in such a way that a virtual straight line L connecting the protruding ends thereof does not overlap with the case member 10. That is, by setting the relative positional relationship so that the virtual straight line L connecting the protruding end portions of the respective electrodes 45 does not intersect with the skirt portion 18A of the opening 18, the protruding side of each of the electrodes 45 is set. It is configured such that an electric field can be directly applied without interposing any other member between the end portions.

By forming the plurality of openings 18 in the recess 11A in this way, it is possible to keep the ionized air sent out of the wall from the opening 18 to the portion of the recess 11A. Not only each electrode 4
5 strongly acts on the space of the portion formed in the recessed portion 11A, and it is also possible to ionize air at the portion of the recessed portion 11A. The ionized air having a high ion density is caused to act on the film 1 to perform good static elimination.

This ionization system IS applies a voltage of plus or minus 3500 volts between the plus (+) electrode 45 and the minus (-) electrode 45, thereby producing a potential difference of 7000 volts between the adjacent electrodes 45. Is set. As a result, a strong electric field is formed between the plus (+) electrode 45 and the minus (-) electrode 45, and the air that has contacted the electrodes is separated into plus (+) and minus (-) ions, respectively. When the film 1 existing in the transport path F is charged by static electricity, it is released by the contact with the ionized air (the charge is eliminated). The dust adhered by the static electricity can be easily removed by the brush B, and furthermore, the adhesion of the dust is suppressed thereafter.

With this configuration, when using the film cleaner FC, as described above, the position is set on the transport path F for sending the film 1 to the film carrier of the scanner or the projection exposure type printer. Utilizing the attraction force of the mounting magnet MS, the film cleaner F
C, and the swing arm A is moved to the first posture P1 or
After opening the film 1 to the second posture P2 and setting the film 1 between the brushes B, the swing arm A is set to the closed posture P0. In this state, by starting the scanning of the film 1 by the scanner S or by performing the scanning prior to the projection exposure, the film 1 passes through the film cleaner FC by the force of drawing the film 1 into the film carrier. Become. As described above, when the film 1 passes through the film cleaner FC, the air ionized by the ionization system IS acts on the film 1 to remove static electricity from the film 1, thereby facilitating the removal of dust. Suppress dust adhesion,
When the brushes B contact the front and back surfaces of the film 1, the brush removes dust adhering to the film 1.

[Other Embodiments] In the present invention, besides the above-mentioned embodiment, for example, a soft cloth or nonwoven fabric can be used as the removing body, and the swing posture of the swing arm A is three or more steps. It is also possible to configure so that it can be set to the open position.

[Brief description of the drawings]

FIG. 1 is a diagram showing two forms of a scanner provided with a film cleaner.

FIG. 2 is a perspective view showing an embodiment of a film cleaner.

FIG. 3 is a plan view of a film cleaner.

FIG. 4 is an exploded perspective view of a film cleaner.

FIG. 5 is a longitudinal sectional view of a film cleaner.

FIG. 6 is a partial longitudinal sectional view showing an area of the ionization system.

FIG. 7 is a cross-sectional view of a film cleaner.

FIG. 8 is a bottom view of the film cleaner.

FIG. 9 is a side view showing a plurality of swing positions of the swing arm.

FIG. 10 shows a state in which the position of the holding magnet is adjusted.
Sectional view showing form

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Photographic film 41 Fiber A Swing arm B Removal body / brush C Main case F Transport path IS Static electricity elimination means

 ────────────────────────────────────────────────── ─── Continuing on the front page (72) Inventor Hiroshi Miyawaki 579 Umehara, Wakayama City, Wakayama Prefecture 1 Noritsu Koki Co., Ltd. F-term (reference) 2H112 AA11 BC38 3B202 AA00 AB03

Claims (6)

[Claims] An electricity removing means for applying ionized air to a developed photographic film sent to a transport path;
A remover disposed at a position sandwiching the transport path so as to remove dust adhering to both front and back surfaces of the photographic film by contact, wherein the remover sandwiches the photographic film in the transport path. A film cleaner configured to be switchable between a posture and an open posture in which the removing members are separated from each other. 2. A main body case having the one removing body, a swing arm having a posture switchable between a posture approaching to the removing body and a posture separating from the removing body and having the other removing body, At least one of the removing bodies is configured to be detachable, and the swing arm has a first posture for forming a gap between the removing bodies in which a photographic film can be inserted and removed;
At least two kinds of open postures are configured so as to be freely movable relative to the first posture and a second posture in which the removing body can be attached / detached in a posture that is swingable more than the first posture, and the swing posture of the swing arm in each of the swing postures. 2. The film cleaner according to claim 1, further comprising a posture holding means for holding the position. 3. The swing posture of the swing arm is engaged with an engaging portion formed on the swing arm when the swing arm is artificially swing-operated. 3. The film cleaner according to claim 2, further comprising a holding spring material. 4. An imaginary plane in which the removing body is formed to have a shape extending in the width direction of the film and the removing arm provided in the main body case is configured such that the swing arm swings in the spreading direction. 4. An adjusting means for arranging the removed body along the virtual plane and adjusting the posture of the removed body with respect to the main body case along the virtual plane. The film cleaner according to 1. 5. The adjusting means includes a screw and a nut portion screwed to the screw, and is configured to perform an adjusting operation by a screwing force due to a relative rotation of each screw. 5. The film cleaner according to claim 4, wherein a friction film for applying a frictional force is formed on at least one of the screw surfaces of the screw or the nut portion. 6. The static elimination means is provided with an electrode for applying a high voltage inside a hole formed in a main body case at an upper position and a lower position of a transport path from the removing body, and the removing body is provided with The film cleaner according to any one of claims 1 to 5, wherein the film cleaner is configured using a brush formed by bundling a large number of fibers.