JPH0637948Y2 - Print reception bag - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial field of application] The present invention relates to a print receiving bag suitable for a receiving machine for receiving development and printing of a film that has been photographed.

[Conventional technology]

The photographed film is brought to the photo lab for development and printing for ordering. In this case, in general, a clerk manually enters the date, the name of the orderer, the number of prints, etc. on the reception slip and gives the copy slip to the orderer.

In order to improve the efficiency of such print acceptance, a print acceptance machine capable of accepting film prints has been considered (Japanese Patent Application No. 60-260865). With such a reception machine, it is difficult to make correspondence between the film and the order number when the received film is stored in the box and transported to the development and printing place in a lump, so many films that store the order number are stored. It is preferable to use a flexible print reception bag corresponding to each order number.

[Problems to be solved by the invention]

However, if heat, water, or the like acts on the receiving bag before the film is taken out and the developing process is performed, the film will be damaged. In addition, mats, cigarettes, water, etc., should not be thrown into the reception bag by the mischief, etc. from the film input port, causing fire or flooding, and adversely affecting the films in other reception bags.

In consideration of the above facts, the present invention has an object to obtain a print reception bag which does not adversely affect the film or the like even when heat or water acts.

[Means for solving problems]

The invention described in claim (1) of the utility model registration is a print reception bag for accommodating a film for which a print has been received, and a flexible bag having one opening and a flexible bag attached to the opening end of the flexible bag. The flexible bag has a pair of caps that are opened by the action of an external force and close the opening when the external force does not act, and the flexible bag has an inner heat-resistant layer and an outer waterproof layer.

Further, in the invention described in the utility model registration claim (2), the pair of caps are attached to the opening edges of the flexible bag so as to face each other, and both ends of the pair are outside the flexible bag. A pair of plate-like elastic pieces that project toward each other and are connected to each other by a pair of hinges, and a recess for hanging and sliding the flexible bag is formed in the outward projecting portion of the pair of caps. The print acceptance bag according to claim (1), characterized in that:

[Action]

According to the print acceptance bag described in claim (1) of utility model registration, when the external force is removed after the film is loaded, the mouthpiece closes the opening of the flexible bag. Therefore, it becomes difficult for foreign matter, water, or the like to enter the flexible bag through the opening of the receiving bag before taking out the internal film in the developing unit. Further, since the flexible bag has a heat resistant layer on the inside and a waterproof layer on the outside, it is resistant to heat and water from the outside, and the film accommodated in the flexible bag is surely protected. Furthermore, when used as a reception bag for a print reception machine, even if fire or water is thrown in through the film input port of the print reception machine and they enter the flexible bag, they will ignite the flexible bag. Since there is no need to release water to the outside, it is possible to reliably protect the film in the other reception bags and prevent damage to the minimum.

The flexible bag can be formed by coating a fireproof material or a waterproof material, or by a multilayer structure of a fireproof material or a waterproof material.

Further, according to the print acceptance bag described in claim (2) of utility model registration, when axial compression force acts on the plate-like elastic piece forming the mouthpiece, rotation of both ends connected by the hinge is allowed. The elastic pieces are elastically deformed so that the central portions thereof are separated from each other, whereby the mouth of the flexible bag is opened. Further, when the axial compressive force disappears, the elastic piece returns to its original shape by the elastic force and the mouth of the flexible bag is closed by itself. For this reason, for example, when a metal leaf spring or the like having a large elastic return force is used as the plate-like elastic piece forming the mouthpiece, the mouth is closed tightly, so that foreign matter or water is more difficult to enter from the mouth into the flexible bag. Become.

Furthermore, since the recesses for suspending and sliding the flexible bag are formed on the outer protruding portions on both ends of the base, by engaging the recesses from above the guide bar inside the print acceptance machine, the reception is performed. You can hold the bag, and also
The reception bag can be easily moved by sliding it along the guide bar.

〔Example〕

FIG. 2 shows a print acceptance machine 10 to which the present invention is applied. In this print accepting machine 10, a lid 14 is attached to the front surface of a box-shaped main body 12 so that the front surface of the main body 12 can be opened and closed. A plurality of types of print samples 16 and print prices 17 for each are displayed on the lid 14.

Below the printed sample 16, a coin insertion slot 18 and a coin return lever 20 are provided, and the lower part thereof is a description display section 22.
Has become.

Further, a film display section 24 is provided below the print sample 16, and the film on which the sample is displayed on the film display section 24 can be sold as needed. For this reason, a film outlet 26 is provided below the film display portion 24.

A voucher ticket outlet 28 is provided between the film take-out port 26 and the description display section 22, and the voucher sent out from the voucher ticket outlet 28 has the telephone number of the orderer, the number of prints, the print type, the receipt number, The date and time of receipt, the date of delivery, the amount of receipt, etc. are printed.

An operation console 30 is provided substantially at the center of the lid 14 and projects with its top surface inclined. On the top surface of this operation console 30, there is a loading slot for loading a film to be printed in the center of the left and right, for example, a 35 mm roll film containing a cartridge.
32 is provided, and a keyboard 34 is provided on the right side of the input port 32 so that the content of print acceptance can be input. An operation instruction indicator 36 is provided on the left side of the inlet 32,
It is for operating instructions for a person who inputs to the keyboard 34.

As shown in FIG. 1 and FIG. 3, a pair of frames 40 are suspended in the main body 12 in an inclined state, and guide rods 42 shown in FIGS. Further, the axis is arranged so as to be inclined at the same angle as the frame 40. The upper ends of these guide rods 42 are supported by the frame 40 via a bracket 43A as shown in FIG.
The vicinity of the lower end is supported by a mounting plate 43B that is hung between the frames 40 via L-shaped brackets 43C and 43D (see FIG. 6).

As shown in FIG. 3, the ends of the guide rods 42 on the upper side of the inclination serve as mounting portions for a plurality of receiving bags 44, which are guided in the direction of arrow A by their own weight. These reception bags 44
As shown in FIGS. 7 and 8, a cloth bag 46 with one end opened
The opening portions are respectively turned back to form a folded-back portion 46A, and a pair of caps 48 are inserted into the folded-back portion 46A. The cloth bag 46 includes an inner bag 47A and an outer bag 47B which are closely attached to each other. The inner bag 47A is made of a self-extinguishing aramid fiber and the outer bag 47B is made of a waterproof synthetic resin sheet. Therefore, the cloth bag 46 does not ignite by heating, nor does it penetrate water. In addition to these materials, fireproof and waterproof materials can be used.

The base 48 is a leaf spring with a large elastic return force, and the folded portion 46
Both ends protruding from A are base brackets 50 and 52, respectively.
Is stuck to. Brackets 50 and 52 are hinge fittings
The hinge arms 54A and 54B that are axially supported by each other are fixed to each other.

Therefore, both ends of the pair of bases 48 are connected to each other and the middle portions are in close contact with each other.
When a force is applied to the hinge fittings 54 toward each other as indicated by an arrow B in the figure, an axial compressive force acts on the pair of bases 48, and the bases 48 approach each other by the hinge fittings 54 at both ends thereof. Since only the rotation in the separating direction is allowed, it is bent as shown in the drawing so that the intermediate portion thereof is separated from the other mouthpiece 48 and the inlet portion of the cloth bag 46 can be opened.

The mouthpiece brackets 50 and 52 have recesses 56 formed downwardly in the mounting state on the guide rod 42, respectively, and serve as mounting portions on the guide rod 42. As a result, a plurality of reception bags 44 are mounted on the guide rod 42 in an aligned state.

Further, the base bracket 50 has an oval opening above the recess 56.
58 are formed and correspond to the plurality of display openings 60 formed in the base bracket 52. These display openings 60 are reception bags
It is a display portion for identification of 44, and a plurality of through holes can identify the reception bag 44 by the arrangement position thereof.

A protrusion 62 is formed on the mouthpiece bracket 50 upward from the vicinity of one end of the oval opening 58 to serve as an auxiliary opening force receiving portion during opening operation.

A separation opening 70 corresponds to the middle portion in the longitudinal direction of the guide rod 42. The reception bag 44A in the front row of the many reception bags 44 is separated from the other reception bags 44, and the mouthpiece 48 is opened. You can do it.

In this separation opening 70, as shown in FIG.
A guide rod 74 and a screw rod 76 are laid between the support blocks 72 erected from B in parallel with each other in the direction perpendicular to the arrow A direction. The guide rod 74 and the screw rod 76 penetrate the pair of moving blocks 78 and 80. Among them, the screw rod 76
Are screwed to the moving blocks 78 and 80 from the central portion in the axial direction with mutually opposite threads. So move block 78,
The screws 80 can be moved toward and away from each other by an equal distance in the axial direction of the guide rod 74 by the rotation of the screw rod 76. One end of the screw rod 76 penetrates the moving block 78 and is attached to the tip of the pulley 82, the timing belt 84, the motor output shaft pulley.
It is connected to the motor 86 via 85. The motor 86 is attached to the attachment plate 43B by a bracket 88.

The moving blocks 78 and 80 are opened through the L-shaped plate 92.
94 and 96 are fixed respectively. Further, these opening blocks 94, 96 are connected via a support plate 98 to a bracket aligning bracket 102, a separating arm 104, a stopper supporting piece 106,
The second stoppers 108 are attached respectively. The respective parts attached to the support plate 98 are symmetrical to each other, and are brought into contact with and separated from each other by the driving force of the motor 86 so as to correspond to both side ends of the reception bag 44.

The tip of the bracket aligning bracket 102 is an inclined piece 102A corresponding to the hinge metal fitting 54 of the receiving bag 44 passing therethrough. These inclined pieces 102A correspond to the hinge fittings 54 of the reception bag 44, and push down the reception bag 44 in the downward direction of FIG. 5 to ensure that the recess 56 corresponds to the guide rod 42. Therefore, when a large number of reception bags 44 are stacked on the guide rod 42,
Even if the reception bag 44 is lifted up unnecessarily due to frictional force, it can be reliably supported on the guide rod 42.

The separation arm 104 has a distal end as a separation piece 104A protruding toward the reception bag 44, and when the separation arm 104 moves together with the base aligning bracket 102 toward the reception bag 44, the front end of the separation piece 104A is the maximum. Reception bag 44A in the front row and reception bag 44 in the next row
It is designed to enter between and to separate only the front reception bag 44A.

The tip end of the stopper support piece 106 projects in parallel with the separation piece 104A, but is arranged closer to the reception bag 44 than the inclined piece 102A. A diamond-shaped stopper 112 is pivotally supported by a pin 110 at the tip of the stopper supporting piece 106. This diamond-shaped stopper 112 has a tension coil spring 114 interposed at one end with the intermediate portion of the stopper support piece 106, and is rotated so that its upper end faces the receiving bag 44 direction under the biasing force thereof. . However, the amount of rotation is limited by the bent protrusion 106A provided at the tip of the stopper support piece 106.

Therefore, the diamond-shaped stopper 112 is not the reception bag 44 rather than the inclined piece 102A.
Of the diamond-shaped stopper 112 corresponds to the hinge metal fitting 54, as shown in FIG. 9, and is located in the front row before being separated by the separating piece 104A. The bag 44A comes into contact with the bag 44A to prevent the reception bag 44A from moving in the direction of arrow A due to its own weight. However, when moving in the direction of the arrow B together with the separating arm 104, the tip end of the diamond-shaped stopper 112 moves to the vicinity of the guide rod 42 with the separating arm 104 separating the reception bag 44A in the front row, and together with the guide rod 42, the hinge metal fitting 54.
The reception bags 44A in the front row, which have been separated into the recesses 56, are further movable in the direction of arrow A by their own weight.

The second stopper 108 has a middle portion bent at a right angle and serves as a receiving surface 108A arranged along the arrow B direction. When the receiving surface 108A moves in the direction of the arrow B, the separating piece 104A and the diamond-shaped stopper
The reception bags 44A in the front row separated by 112 and released from the diamond-shaped stopper 112 are supported. However, the length of this receiving surface 108A is equal to that of the second stopper 108.
Is moved to the direction opposite to the arrow B direction together with the separating arm 104 and the stopper supporting piece 106, the reception bag 44A in the front row which was being supported is released, and the length becomes a length such that the reception bag 44A can be further dropped in the arrow A direction by its own weight. ing.

On the guide rod 42, a stopper pin 118 projects upward at a portion further away in the direction of arrow A than the corresponding portion of the second stopper 108. These stopper pins 118 are temporarily supported by the second stopper 108 and correspond to the bottoms of the recesses 56 of the reception bags 44A in the front row that are opened and temporarily stop the reception bags 44A.

Below the opening block 94, a lifting block 122 attached to the support plate 98 with a screw 120 is arranged.
This lifting block 122 is provided with a slope 124 corresponding to the hinge metal fitting 54 of the reception bag 44, and when moving in the direction of arrow B,
It has a role of contacting the hinge fitting 54 of the reception bag 44A in the front row stopped by the stopper pin 118 and lifting the hinge fitting 54 from the guide rod 42 along the slope 124. In this lifting block 122, both ends of the holding plate 126 sandwiched between the supporting plate 98 and the supporting plate 98 project closer to the reception bag 44A than the slopes 124, and the reception bag 44A being lifted by the slopes 124 extends from the slopes 124. It doesn't slip.

The lifting block 122 has a support surface 122A formed at the upper end of the slope 124 so that the hinge fitting 54 lifted on the slope 124 can be supported.

In the opening block 94, the guide groove 12 opened toward the reception bag 44
8 are formed. The guide groove 128 corresponds to the hinge metal fitting 54 of the reception bag 44A supported on the support surface 122A, and when moving in the direction of the arrow B, the hinge metal fittings 54 of the reception bag 44A approach each other at the V-shaped central portion of the guide groove 128. Drive in the direction you want to. As a result, the axial compression force acts on the pair of caps 48 as described above, and the caps 48 are bent to receive the receiving bag 44A as shown in FIGS.
You can open the entrance. This guide groove 128
The V-shaped central portion corresponds to a position slightly advanced in the direction of arrow A from the mouthpiece 48 of the reception bag 44A temporarily stopped by the stopper pin 118.

A roller 130 is pivotally supported on the L-shaped plate 92 above the opening block 94 and corresponds to the protrusion 62 of the reception bag 44A.
Attach the base bracket 50 to the base bracket 52
A force is applied to separate the entrance bag from the reception bag 44A so that the entrance of the reception bag 44A is surely opened. Therefore, as shown in FIG. 1, these rollers 130, which are arranged above the opening blocks 94 and 96, are arranged such that their mounting positions in the direction of the arrow A are displaced from each other.

Further, as shown in FIG. 1, the bottom surface of the guide groove 128 and the reception bag 4
When 4A is associated, this is the open position, and this open position is arranged to move in the direction of arrow A from the stopper pin 118. Therefore, a pair of opening blocks 94, 96
When the bases are separated from each other, the mouthpiece 48 slides down on the slope 124 and is mounted again on the guide rod 42. Has become.

In the guide grooves 128 of the opening blocks 94 and 96, a plurality of openings are arranged on their opposite surfaces so as to oppose each other, and a light projecting means 132 is arranged on one side and a light receiving means 134 is arranged on the other side. Corresponding to the display opening 60 of the bag 44A, the opened reception bag 44A is identified, and this signal is sent to an identification device (not shown).

The lower end of the guide rod 42 is a free end, and the reception bag 44A released from the opening blocks 94 and 96 at the open position is the guide rod 42.
It is designed to be dropped along its own weight by itself and dropped into the storage box 136.

A duct 140 is connected between the opening 32 and the opening position on the front surface of the print acceptance machine to guide the inserted film.

Next, the operation of this embodiment will be described.

As shown in FIG. 3, a plurality of receiving bags 44 are mounted on the guide rod 42 in a stacked state. The reception bags in the front row of these are brought into contact with the diamond-shaped stopper 112 and stopped as shown in FIG.

When the print accepting machine 10 is energized, the motor 86 is actuated before the opening 32 is opened, and the opening blocks 94 and 96 move toward each other. Therefore, the separating piece 104A of the separating arm 104 separates the reception bag 44A in the front row from the others.
Along with this, the diamond-shaped stopper 112 is provided with a recess 56 in the hinge fitting 54.
The reception bag 44A in the front row, which enters inside, moves away from other reception bags in the direction of arrow A by its own weight and is received by the second stopper 108.

When the motor 86 rotates in the reverse direction, the opening blocks 94 and 96 move away from each other. For this reason until then 10
The reception bag 44 in the second row, which was stopped by 4A, moves in the direction of arrow A and is supported by the diamond-shaped stopper 112, and the reception bag 44A in the front row is released from the second stopper 108 and is placed on the guide rod 42 by its own weight. Slides, contacts the stopper pin 118, and stops.

This is the standby state, and the operation instruction display 36 displays that the film can be loaded, and the orderer operates the keyboard 34 to open the loading slot 32. At the same time, the motor 86 is operated and the opening blocks 94 and 96 move toward each other. Therefore, the front reception bag 44A has a slope 124
The base 48 slides up and moves away from the stopper pin 118, and the guide groove 128 slightly moves the mouthpiece 48 in the direction of the arrow A to get over the stopper pin 118, and further opens the reception bag 44A as shown in FIG.

Therefore, the film loaded from the loading port 32 is guided to the duct 140 and loaded into the open reception bag 44A. At the same time, a voucher with a receipt number and the like is pushed out from the voucher exit 28, and a recording sheet having the same contents as this is put into the reception bag 44. Motor 86 here
When the opening blocks 94 and 96 are separated by reversing, the cap 48 closes the entrance of the reception bag 44A by the spring biasing force. At the same time, the reception bag 44A is allowed to fall to a position below the stopper pin 118 on the guide rod 42, so that the reception bag 44A is dropped from the tip end of the guide rod 42 into the storage box 136 by its own weight. By the separating operation of the opening blocks 94 and 96, the receiving bag 44 in the next row is released from the second stopper 108, abuts against the stopper pin 118 by its own weight, and stops to prepare for the next film loading operation.

When a film is put into this receiving bag, an ignition material is thrown in through the inlet 32 by a match or the like due to mischief, etc. Extinguished. Further, even if water enters the reception bag, it does not penetrate the cloth bag 46 and penetrate into other reception bags.

The reception bag accommodated in the accommodation box 136 is taken out together with the accommodation box 136 and conveyed to the developing section. Even if heat or water acts on the reception bag during this process, the internal film is not adversely affected due to the heat-resistant and waterproof structure.

Further, in the above-mentioned embodiment, the guide rod 42 is arranged so that its axis is inclined and the reception bag 44 is guided by its own weight. However, if the reception bag is moved by a driving means such as a motor, the guide rod 42 is guided.
The shaft center of 42 can also be set in another mounting state such as horizontal.

[Effect of device]

As described above, according to the present invention, when the external force is removed after the film or the like is inserted, the mouthpiece closes the opening of the flexible bag. Is difficult to enter into the flexible bag, and the flexible bag has a heat-resistant layer on the inside and a waterproof layer on the outside, so the film and the like housed in the flexible bag can be reliably protected. Even if fire or water is thrown into the flexible bag through the film input port of the print acceptance machine, it has an unprecedented excellent effect that the damage can be prevented with minimum difficulty.

Particularly, according to the print acceptance bag described in claim (2) of the utility model registration, it becomes more difficult for foreign matter, water, etc. to enter the flexible bag through the mouth portion, and the reception bag is used as a guide rod of the print acceptance machine. It can be held or moved along the guide bar.

[Brief description of drawings]

FIG. 1 is a plan view corresponding to the plan view of FIG. 5 showing a reception machine to which the present invention is applied, FIG. 2 is a perspective view showing the appearance of the reception machine, and FIG. 3 is a lid open state of FIG. 4 is an enlarged view of FIG. 3, FIG. 5 is a sectional view taken along line VV of FIG.
6 is an exploded perspective view showing the main parts of FIG. 1, FIG. 7 is a perspective view showing a reception bag according to this embodiment, FIG. 8 is a perspective view of the reception bag in an open state, FIG. 9 and FIG. FIG. 10 is an operation diagram of a cross-sectional view taken along the line IX-IX of FIG. 1, and FIGS. 11 and 12 are perspective views showing an opening block for opening the mouthpiece. 10 ... Print reception machine, 44, 44A ... Reception bag, 46 ... Cloth bag, 47A ... Inner bag, 47B ... Outer bag, 48 ... Clasp, 54 ... Hinge fitting.

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Yasuhiro Ishida 2-18 Keihan Hon-dori, Moriguchi-shi, Osaka Sanyo Electric Co., Ltd. (56) References −146612 (JP, U) Actually opened Sho 48-27216 (JP, U)

Claims (2)

[Scope of utility model registration request] 1. A print receiving bag for accommodating a film which has received a print, the flexible bag having one opening, and the flexible bag attached to the opening end of the flexible bag and opened by the action of an external force. A print reception bag having a pair of caps that close the opening when not in use, and the flexible bag having an inner heat-resistant layer and an outer waterproof layer. 2. The pair of caps are attached to the opening end edges of the flexible bag so as to face each other, and both ends of the respective bases project outward from the flexible bag and are connected to each other by a pair of hinges. The utility model registration claim (1), comprising a pair of plate-like elastic pieces, wherein a recess for hanging and sliding the flexible bag is formed in the outward protruding portion of the pair of caps. Print reception bag as described in item.