JPH06289541A - Manufacture of film unit equipped with lens and its device - Google Patents

Abstract

PURPOSE:To improve workability and to reduce a working space by setting only the absolute minimum outer circumferential part of a unit to a light tight state by a take-up room and a cap commonly used as a hand for a handling device. CONSTITUTION:The upper surface of the unit is sucked by the suction cup 332 of a suction device 331 through the hand 310 of a handling device so as to be handled to the take-up room 200, and triple outer edge parts 322A, 322B and 322C of the hand 310 are fitted in the grooves 202A, 202B and 202C on the outer edge part of the take-up room 200 so as to rigidly shield light, and also the corresponding surface of the unit is controlled by each control surface of a position controlling member 211 in the take-up room 200 while the unit is held by the suction cup 332. In this case, the controlling member 211 is fixed on a rod, and the rod is driven by a cylinder 215 so that it may move back and forth. And the rod is set so that it may stop at an optimum position. In this case, the engagement part of the wall 201 of the take-up room 200 and the rod has a multilevel structure, and the wall and the rod are engaged with each other.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method and an apparatus for manufacturing a film unit with a lens, which is called a one-shot camera or a disposable camera.

[0002]

2. Description of the Related Art A film unit with a lens accommodates a 135-type film with a cartridge in a cartridge storage chamber of its main body, and the leading end of the film is locked to a winding shaft to turn the winding shaft into an unexposed film storage chamber. Each time the user takes a picture, the uncovered film chamber is rolled up in the dark room, the unexposed film chamber is filled up, and only the film end that is locked to the spool is left in the closed state. The film is wound into a patrone to enable photographing, and after photographing, it is sent to a developing station and a part of the unit is broken to take out the patrone inside. And since the film that has already been taken is wrapped in the cartridge, it is in a state where it is safely protected from light when taking it out, and it is put on the processing unit of the same system as the 135 type development so far and taken. It is designed to make it easy to obtain prints such as color photographs following.

In such a state where the main body of the lens-fitted film unit is covered with a back cover, the light shielding is not always perfect, but rather, the present applicant has proposed a method for facilitating treatment when trouble occurs during the manufacturing process. The application also provides convenient openings for treatment. Before shipping, of course, this opening must be closed with a light-shielding member to make it light-tight and then sold.

As described above, assembling and manufacturing of the lens-fitted film unit is currently performed in a dark room.

[0005]

However, the work process in such a dark room is poor in workability and requires skill. Moreover, the dark room occupies a large area, takes a lot of work space, and is not efficient.

That is, in a bright room, a film with a cartridge is stored in the main body of the film unit with lens, the leading end of which is locked by the winding shaft, and the winding shaft is stored in the unexposed film chamber and the lid is closed. However, the subsequent rewinding of the film on the winding shaft, the pull-out load of the film, and the compatibility test of the unit as a camera must be performed in a dark room. Moreover,
The darkroom is inevitably large and inefficient, and the working environment is also the worst.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a rational manufacturing method and manufacturing apparatus for a film unit with a lens, in which such problems are eliminated.

[0008]

This object is achieved by any one of the following technical means a, b, c, d and e.

(A) A roll film containing a cartridge is put in each storage chamber of the main body of the lens-equipped film unit in a state where the leading end of the roll film is locked to the winding shaft, and the back cover of the unit is provided, and the light shielding member is attached to the unit. The unit that is preset to the handling device is held by the head of the handling device and is conveyed and set in the take-up chamber, and the head is covered with the take-up chamber and coupled to the take-up chamber. A light-tight state of the chamber is formed, and by connecting the drive shaft to the winding shaft of the unit, the unexposed film is pulled out from the inside of the cartridge, leaving the length of the engaging portion of the winding shaft of the cartridge, the unexposed film storage chamber. The lens is characterized in that the film unit with a lens is wound up on a winding shaft and pushed into the light-shielding member to make the unit light-tight to complete and collect the film unit with a lens. Of manufacturing a film unit with a cover.

(B) The roll film containing the cartridge is put in each storage chamber of the main body of the lens-equipped film unit with its tip end locked to the winding shaft, and the back cover of the unit is covered, and the light-shielding member is attached to the unit. The unit that is preset to the handling device is held by the head of the handling device and is conveyed and set in the take-up chamber, and the head is covered with the take-up chamber and coupled to the take-up chamber. A light-tight state of the chamber is formed, and by connecting the drive shaft to the winding shaft of the unit, the unexposed film is pulled out from the inside of the cartridge, leaving the length of the engaging portion of the winding shaft of the cartridge, the unexposed film storage chamber. The film is wound on a winding shaft with, and the quality of the pulling force of the film is determined during winding of the film.
A method for manufacturing a film unit with lens, wherein the light-shielding member is pushed in according to the determination signal of goodness to make the unit light-tight so as to complete and collect the film unit with lens.

(C) The roll film containing the cartridge is put in each storage chamber of the main body of the film unit with a lens with the leading end of the roll film locked to the winding shaft, and the back cover of the unit is provided, and the light shielding member is attached to the unit. The unit that is preset to the handling device is held by the head of the handling device and is conveyed and set in the take-up chamber, and the head is covered with the take-up chamber and coupled to the take-up chamber. A light-tight state of the chamber is formed, and the unexposed film is locked from the inside of the cartridge by the connection of the drive shaft to the winding shaft of the unit and the operation of the release mechanism of the reverse rotation preventing mechanism of the unit. The film is pulled out with the length left and is wound around the winding shaft in the unexposed film storage chamber, and it is judged whether the pulling output of the film is good or bad during the winding of the film. A method of manufacturing a film unit with a lens, wherein a film unit with a lens is completed by collecting a light-shielding member to make it light-tight.

(D) The roll film with a cartridge is put in each of the cartridge storage chamber and the unexposed film storage chamber of the main body of the lens-equipped film unit with the leading end of the roll film locked to the winding shaft. I gave a back cover,
Further, there is a handling means for presetting a light shielding member to the unit and adsorbing and gripping the unit which is not in a light-tight state and transporting the unit to a winding chamber provided with a positioning means, and the head of the means is The light-shielding state of the winding chamber is configured by being coupled to the winding chamber, the position of the unit can be regulated by the positioning means of the winding chamber while being held by the head by suction, and the unit can be attached to the winding shaft. The drive shaft connecting means and the winding means are provided, and the unexposed film is drawn out from the inside of the cartridge of the unit by the connecting means and the winding means. After being wound around the winding shaft, the handling means has a pushing means for further pushing the preset light shielding member to make it light-tight, and after the pushing, the lens-fitted film unit is completed. Having a handling means which enables recovered by releasing the coupling of the head Te manufacturing apparatus of the lens-fitted film unit according to claim.

(E) The roll film containing the cartridge is put in each of the cartridge storage chamber and the unexposed film storage chamber of the main body of the lens-equipped film unit with the leading end of the roll film locked to the winding shaft. I gave a back cover,
Further, there is a handling means for presetting a light shielding member to the unit and adsorbing and gripping the unit which is not in a light-tight state and transporting the unit to a winding chamber provided with a positioning means, and the head of the means is By being connected to the winding chamber, the light shielding state of the winding chamber is configured, and the position of the unit can be regulated by the positioning means of the winding chamber while being sucked and gripped by the head, and the unit can be reversed. A release mechanism of the prevention mechanism, a connecting means of the drive shaft to the winding shaft, and a winding means are provided, and the release mechanism, the connecting means, and the winding means pull out the unexposed film from the inside of the cartridge of the unit. After the spool locking portion is left, it is wound around the reel in the unexposed film accommodating chamber and the conformity is determined by the inspection means for performing a predetermined performance check, and then the preset light shielding member is further pushed. A film with lens, characterized in that the handling means has a pushing means for making light-tight, and after the pushing, the lens-equipped film unit is completed and the head is uncoupled to enable recovery. Unit manufacturing equipment.

[0014]

EXAMPLE The lens-fitted film unit used in the examples of the present invention has exactly the same performance as a unit having various functions on the market, but FIG. 1 (a) is a partial bottom view and FIG. As shown in the partial side sectional view of b), a reel 110 is housed in the unexposed film housing chamber 101A of the main body 101, and a boss 11 having a groove 114 for driving connection on the outside of the flange 112 thereof.
3 is rotatably mounted on the circular arc surface 101B of the main body 101.

A back cover 102 is covered and joined to the main body 101.

However, the bottom surface has a light shielding plate 121, a top portion 122 thereof, and projections 123 and 124 for position regulation.
20 is set to the standby position as shown by the solid line. That is, the projections 124 hit two places on the upper wall and are not fitted into the projections as they are.

In this state, the light is not completely shielded, and the film in the cartridge is pulled out in a bright room and wound up naked, and the film is exposed and becomes unusable.
Therefore, in order to darken the surroundings, it is necessary to form a dark room and wind the film around the winding shaft 110.

Incidentally, if there is a system stop abnormality or the like at the front end of the film on the winding shaft 110, it is possible to remove the light-shielding member 120 and insert a pin through the opening to take measures such as ensuring engagement.

Therefore, the trouble can be dealt with, and when the trouble is eliminated and the winding is completed, the light shielding member 120
When the top 122 is pushed down, it reaches the lower part as shown by the chain double-dashed line in FIGS. 1 (a) and 1 (b), and the top 122 is buried in the recessed portion on the upper surface, so that the light is completely shielded. At this time, the protrusions 124 that were hitting during standby are slid while being crushed by the pushing force, and when the pushing is completed, the protrusions 123 come into contact with the lower portion of the back cover 102 to completely prevent them from coming off.

As a result, the boss 113 of the winding shaft 110 is hidden by the light-shielding member 120 from now on, so that the double filming is such that the film already photographed is accidentally pulled out by manually turning the winding shaft. It is also possible to prevent damage such as tears and film cutting.

Next, the manufacturing and assembling of such a film unit with a lens is carried out without any anxiety about the work in a dark room.
2A is a perspective view of the hand (A) of the handling device of FIG. 2A, and FIG. 2B is a perspective view of the manufacturing method and the manufacturing apparatus of the present invention for performing a large dark room without wasting space. It will be described with reference to a perspective view of the winding chamber, a top view of the winding chamber of FIG. 3, a handling operation explanatory diagram of FIGS. 4 and 5, and an arrangement explanatory diagram of each device of FIG. 6.

The lens-fitted film unit 100 is housed in a main body 101 with the lens side facing down, with a film with a cartridge attached to the winding shaft at its tip, and a back cover 102 and other covers are provided, and various members such as a shutter are provided. Is assembled, and the light shielding member 120 is set at the standby position and stands by at the localization value.

The upper surface of the suction device 33 is held by the hand (A) 310 of the handling device 300 as shown in FIG. 2 (a).
It is sucked by the suction cup 332 of 1 and handled in the winding chamber 200 shown in FIG.
A, 322B, 322C are grooves 202A, 202 at the outer edge of the winding chamber 200.
The unit 100 is tightly shielded from light while being fitted to the B and 202C, and the unit 100 is held by the suction cup 332 while the position regulating members 211A, 211B, 211C of the position regulating member 211 inside the winding chamber 200 regulate the unit. Corresponding aspect is regulated. The regulating member 211 is a rod 212.
The rod is fixed to the cylinder 215 and can be reciprocally driven by a cylinder 215. And it is designed to stop at the correct position. At this time, the fitting portion between the wall 201 of the winding chamber 200 and the rod has a multi-stage structure as shown in the shaft structure 213 of FIG. The effect is maintained.

Further, the regulating member 211 accurately measures the mechanism 261 for releasing the reverse rotation preventing mechanism of the sprocket for winding on the cartridge and the set winding amount of the winding shaft 110 on the shaft 111 during the manufacturing process. Sprocket speed detection mechanism for 262
A slide set member 260 is provided for operating the.

The pre-assembled product of the lens-fitted film unit in which the light-shielding member 120 is set in the standby state in this way is completed in the light-shielding state in the winding chamber 200 by the hand (A) 310 of the handling device (means).

Next, the winding section 230 will be described. Winding room 2
A bearing 207 for the winding spindle is attached to 00, and a sleeve 234 slidably fitted to the bearing 207 is provided, and a disk 237 for an encoder is provided outside the sleeve.
Is attached and a spindle 232 is concentrically fixed inside, and a small spindle 236 having a joint 236A via the spindle 232 and a spring 235 is slidably provided inside. Spindle 232 is bearing 242A of bearing bracket 241
And the toothed belt wheel 234 is attached to the other end of the spindle 232.
A is attached, and a toothed belt wheel 234B directly connected by a motor 243 installed under the bracket 241 is connected via a timing belt 234C to be rotationally driven.

On the other hand, a dovetail rail 242 is provided in the lower portion of the bracket 241 so that it can be fitted and slid with a rail 247 provided in the winding chamber lower base 201A.

The joint 236A of the small spindle 236 can be detachably attached to the groove 114 of the boss 113 of the winding shaft 110 of the unit 100 by a slide driving device (not shown).

A black Owling 239 is fitted on the slide surface of the spindle to ensure the light-shielding treatment.

A bracket 244 for a positioning stopper 245 is attached to the winding chamber lower base 201A, and the stopper 245 is provided so that its position can be finely adjusted. The stopper 245 corresponds to the bearing bracket 241.
By hitting the position reference block 246 attached to the lower part of the shaft, the connecting position between the groove 114 of the boss 113 of the winding shaft 210 and the joint 236A can be correctly determined.

At this time, the tip of the joint is temporarily boss 11
If it does not enter the groove of 3, the small spindle 236 and the spindle
The spring 235 between it and 232 is compressed to act as a temporary damper. At the beginning, the winding drive rotates at a low speed, enabling smooth joint bonding.

Further, since a predetermined rotational speed is transmitted with a predetermined torque during driving, it is possible to detect when the pull-out load is large or to stop the operation, check for an abnormality, and output to the defective product outlet.

As described above, when the drive is connected, the motor 24
3 is activated and winding is performed at a predetermined number of rotations. The winding may be performed by, for example, a cout of the number of teeth of the encoder 237, or may be performed by using a detection mechanism of a predetermined rotation amount of the sprocket that operates together with the release mechanism 261 of the reverse rotation preventing mechanism. Then, when winding is completed without abnormality, cylinder 341
Is energized and the rod 343 to which the pressing member 342 is attached is the light-shielding member.
The top 122 of the 120 is pushed down so that the unit 100 is completely shaded.

Then, as will be described later, the hand (B) 350 carries the product to various inspection processes in the next process.

The above is the film unit with lens.
This is an example in which 100 individual units are handled as a single winding chamber to manufacture each unit, but this is not limited to a single unit, and a plurality of units can be simultaneously wound and manufactured. It is possible to It is thought that if n pieces are handled simultaneously, the production will increase almost n times.

The applicant will mainly describe this embodiment with reference to FIGS. 4, 5 and 6.

In FIG. 6, a pallet conveyor 510 is provided so as to move from right to left, and pallets 511 to 515 are arranged. And on top of that, each unit 1-5
100 assemblies are mounted.

Then, in the midway shading member supply device 530, the shading members 120 are supplied one by one to the units 100 on each pallet and temporarily set at the standby position thereof.

In this way, the five units 100 are transferred at once to the assembly 540 of the next winding chamber 200 by the handling device 300. The winding chamber 200 is also a series of 5 units from 1W to 5W. In this way, each of the five units 100 is simultaneously mounted in each of the five winding chambers 200 of W1 to W5 and the required winding is completed by operating in the same manner as in the case of the above single unit.

The empty pallets 1 to 5 are transferred to the return conveyor 520 and fed back to the pallet conveyor 5 again.
It is put back on top of 10 and the intermediate assembly of the film unit 100 with a new lens is placed on it.

After that, the five units 100 are handled by the hand (B) 350 of the handling device, which will be described later, at i1 to i5 of the inspection line 550, and are sequentially conveyed to the strobe generation inspection process 560, the shutter open inspection process 570, and the like. The final product is ready for shipping.

Next, the operation of the handling device will be described with reference to FIG.
And FIG. 5 will be described.

In FIG. 4, the hand (A) 310 in the handling device 300 is 1 to 5 of the lens-equipped film unit 100 on each pallet of 511 to 515 on the pallet conveyor 510.
Up to 5 units are being handled, and the hand (B) 350 is just about to handle each unit 100 in which the light-shielding member 120 has been pushed in with each winding chamber 200 of W1 to W5 and the light shielding member 120 being pushed by the suction device. Is represented. Then, a state is shown in which each unit 100 that is handled by the hand (B) 350 and inverted by the reversing mechanism 400 so that the lens is turned up is placed on the pallets i1 to i5 of the inspection line 550.

In FIG. 5, the hand (A) 31 in FIG.
Each pallet on the pallet conveyor 510 that is held by suction at 0
Each winding chamber 2 of W1 to W5 suction-held by each unit 100 and the hand (B) 350 that are not wound on 511 to 515
Each unit 100 of which 00 has been wound and the shading plate has been pushed in has a guide rail 380 from the assembly 540 of the winding chamber 200 to the reversing mechanism 400 of the inspection line 550.
It shows a state of being guided and transported by the.

As described above, the hand (A) 310 and the hand (B) 350 integrally move back and forth on the guide rail 380 to transfer between lines and to operate the function of blocking the light from the winding chamber 200 and pushing the light blocking member. Plays a big role in.

The above is the film unit 100 with lens.
However, the present invention is not limited to the opening at the position of this embodiment and the shape of the light shielding member corresponding thereto, and the present invention is applicable to various position shapes. It is possible.

Further, in the above embodiment, the winding operation in the manufacturing process of the lens-fitted film unit is carried out efficiently in a bright room as much as possible, but the present invention is of course such a process. Not only applies to
When the winding chamber is used as a processing chamber and the hand serving as a lid against the winding chamber is covered, it is possible to provide all or at least one function of waterproofness, airtightness, and dustproofness as well as light-tightness. It becomes possible to efficiently and inexpensively automate the processing work, explosion-proof work, and precision work in clean rooms.

[0048]

According to the present invention, when the film winding step during the assembling and manufacturing of the lens-equipped film unit in which the main body is provided with an opening hole convenient for the step treatment is carried out in a light-tight state, the working step is not made a dark room, A light-tight state is formed by the winding chamber and a lid that also serves as a hand of the handling device only in the minimum necessary outer peripheral portion of the unit, and a simple but complete light-tight state is obtained and work is thereby performed. The workability has been significantly improved and the work space can be extremely reduced.

Then, when the film winding into the unexposed film storage chamber is completed in the winding chamber, the light shielding member is immediately closed to move to that position or another position, and various inspections are carried out before recovery. Further, it is possible to wind not only a single piece but also a plurality of pieces at the same time, and various efficient steps can be reasonably organized according to the productivity scale.

Further, when the winding chamber is used as a processing chamber and the lid which also serves as the hand is provided, by providing all or at least one function of light-tightness, waterproofness, airtightness and dustproofness, Not only the winding of the unit manufacturing, but also the underwater work, dustproof work, and clean work can be automated at low cost and efficiently.

[Brief description of drawings]

FIG. 1A is a partial bottom view of a film unit with a lens used in an embodiment. (B) is a partial side sectional view corresponding to the partial bottom view of (a).

FIG. 2A is a perspective view of a handling device hand (A). (B) is a perspective view of the winding chamber.

FIG. 3 is a top view of the winding chamber.

FIG. 4 is an operation explanatory view (1) of the handling device.

FIG. 5 is a diagram for explaining the operation of the handling device (No. 2).

FIG. 6 is an explanatory diagram of the arrangement of each device.

[Explanation of symbols]

 100 Film unit with lens 101 Main body 102 Back cover 110 Winding shaft 111 Winding shaft 112 Flange 113 Boss 114 Engagement groove 120 Light-shielding member 121 Light-shielding plate 122 Top 123 Projection 124 Projection 200 Winding chamber 201 Wall 202A, 202B, 202C Outer edge groove 211 Position control member 211A, 211B, 211C Control surface 230 Winding section 232 Spindle 234 Sleeve 235 Spring 236 Small spindle 236A Joint 237 Encoder disk 241 Bearing bracket 242 Dovetail rail 242A Bearing 243 Motor 245 Stopper 247 Rail 261 Reverse rotation prevention mechanism Release mechanism 262 Winding speed detection mechanism 300 Handling device 310 Hand (A) 322A, 322B, 322C Outer edge 331 Adsorption device 332 Sucker 350 Hand (B) 380 Rail 400 Inversion mechanism 510 Pallet conveyor 511-515 Pallet 520 Return conveyor 530 Light-shielding member supply device 540 Assembly of winding room

Claims (5)

[Claims] 1. A roll film containing a cartridge is placed in each storage chamber of a main body of a film unit with a lens with its tip end locked to a winding shaft, and a back cover of the unit is provided, and a light shielding member is attached to the unit. On the other hand, the winding unit is preset by holding the unit in a state not yet light-tight to the head of the handling device, carrying and positioning the unit in the winding chamber, and the head is covered with the winding chamber and coupled to the winding chamber. The light-exposed state is formed, and by connecting the drive shaft to the winding shaft of the unit, the unexposed film is pulled out from the inside of the cartridge, leaving the length of the engaging portion of the winding shaft of the cartridge in the unexposed film storage chamber. A lens-fitted film which is wound around a winding shaft and is adapted to push in the light-shielding member to make the unit light-tight so as to complete and collect a film unit with lens. Film unit manufacturing method. 2. A roll film containing a cartridge is placed in each storage chamber of the main body of the lens-equipped film unit in a state where the leading end of the roll film is locked to the winding shaft, the back cover of the unit is provided, and the light shielding member is attached to the unit. On the other hand, the winding unit is preset by holding the unit in a state not yet light-tight to the head of the handling device, carrying and positioning the unit in the winding chamber, and the head is covered with the winding chamber and coupled to the winding chamber. The light-exposed state is formed, and by connecting the drive shaft to the winding shaft of the unit, the unexposed film is pulled out from the inside of the cartridge, leaving the length of the engaging portion of the winding shaft of the cartridge in the unexposed film storage chamber. It is wound on a winding shaft, and it is judged whether the drawing force of the film is good or bad during the winding of the film, and the light-shielding member is pushed in by the judgment signal of the goodness to make the unit light-tight and the lens. A method for manufacturing a film unit with a lens, wherein the film unit with a lens is completed and collected. 3. A roll film containing a cartridge is put in each storage chamber of the main body of the lens-equipped film unit in a state in which the leading end of the roll film is locked to the winding shaft, and a back cover of the unit is provided, and a light-shielding member is attached to the unit. On the other hand, the winding unit is preset by holding the unit in a state not yet light-tight to the head of the handling device, carrying and positioning the unit in the winding chamber, and the head is covered with the winding chamber and coupled to the winding chamber. The light-tight state is formed, and the unexposed film is locked from the inside of the cartridge by the connection of the drive shaft to the winding shaft of the unit and the operation of the release mechanism of the reverse rotation preventing mechanism of the unit. The film is pulled out with a certain amount of space left and is wound around the reel in the unexposed film storage chamber. During the film winding, it is judged whether the drawing force of the film is good or not, and the light is judged by the judgment signal. A method for manufacturing a film unit with lens, wherein a member is pushed into the film unit to make it light-tight to complete and collect the film unit with lens. 4. A roll film containing a cartridge is put in each of the cartridge storage chamber and the unexposed film storage chamber of the main body of the lens-fitted film unit with the leading end of the roll film locked to the winding shaft. It has a lid, and further has a handling means for presetting a light-shielding member to the unit and adsorbing and gripping the unit that is not in a light-tight state and transporting the unit to a winding chamber provided with positioning means. The head is connected to the winding chamber to form a light-shielding state of the winding chamber, and the position of the unit can be regulated by the positioning means of the winding chamber while being suction-held by the head, and A connecting means and a winding means for connecting the drive shaft to the winding shaft are provided, and the unexposed film is pulled out from the cartridge of the unit by the connecting means and the winding means, and a spool member thereof is provided. After being wound around the winding shaft in the unexposed film storage chamber leaving the stopper, the handling means has a pushing means for further pushing the preset light shielding member to make it light-tight, and after the pushing, the lens-attached film An apparatus for manufacturing a film unit with a lens, comprising a handling means capable of recovering the head by releasing the coupling of the heads by completing the unit. 5. The roll film containing the cartridge is put in each of the cartridge storage chamber and the unexposed film storage chamber of the main body of the lens-equipped film unit with the leading end of the roll film locked to the winding shaft. It has a lid, and further has a handling means for presetting a light-shielding member to the unit and adsorbing and gripping the unit that is not in a light-tight state and transporting the unit to a winding chamber provided with positioning means. The head is connected to the winding chamber to form a light-shielding state of the winding chamber, and the position of the unit can be regulated by the positioning means of the winding chamber while being suction-held by the head, and A releasing mechanism of the reverse rotation preventing mechanism of the unit, a connecting means of the drive shaft to the winding shaft, and a winding means are provided, and the patro of the unit is provided by the releasing mechanism, the connecting means and the winding means. The unexposed film was pulled out from the inside of the cartridge, and the spool locking part was left, and the film was taken up by the reel in the unexposed film storage chamber and the conformity was determined by the inspection means for performing a predetermined performance check. The handling means has a pushing means for further pushing the light-shielding member to make it light-tight, and after the pushing, the film unit with a lens is completed, and the handling means is provided to release the coupling of the head and enable the collection. Equipment for manufacturing film unit with lens.