JPS5926728A - Packing device for rotary type photographic film - Google Patents

Abstract

PURPOSE:To obtain high production capability, by providing a complete assembling part for packing a rotary type photographic film which is obtained from a film work conveyance part in a cartridge obtained from a cartridge assembling part. CONSTITUTION:The cartridge assembling part A, film work conveyance part B, complete assembling part C, a material supplying device D, and a recovering device E are provided; they are arranged at a darkroom part H and a daylight part I separately. Thus, the devices are arranged to insert a disk film into a cartridge consisting of an outer packing case made of plastic, completing a disk film package in a consistent manufacturing process.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an apparatus for packaging rotary photographic film.
Ru.

Film for rotary copying II, i.e., ``Sealed Film'' (referred to as ``de-r-suf-film'') #1 The name of the film consisting of several frames.・It is a film that is generally loaded and packaged in a cartridge, which is a plastic snack case for storing disc film and making it easier to attach it to the camera.

All of the assembly, packaging, and packaging work is done in a dark room, and there are difficult tasks and trouble handling caused by lighting in the dark room, which has a big impact on work efficiency. was. Therefore, the present inventors 1 have studied the productivity of disk films and have completed the packaging properties of disk 7/fl 11 for photocopying of the present invention.

For the first 1 of the unexploded 111+, the film number and the cartridge number of Il'Jl- are mutually confirmed.
The present invention is to provide a packaging device ffj in which a disc film is shared with a specified cartridge.

The second object of the present invention is to improve the production process of the screen film, but the manufacturing process of the sail packaging process is not complete.
<c increase, high efficiency production)) "Possible packaging equipment fc IV
I! It is about prosperity.

+Invention no pl'%3 II's t [, u"4 s/774
Our goal is to provide high quality packaging equipment with a unique production packaging system.

Features of the present invention: 1. , When loading the disc frame for photocopy 1 onto the cartridge (i), place 11 sheets of coal-like fill 11 sheets into a constant shape such as a disc shape, such as a disk shape. 11 force 11 ; (immediately :,>'
, 111-, and the fake d-sent lease with the sentence 1 and 2, the label, the push l/tsher pad, the d~xl/(+ symbol, the separator layer, the r layer, etc.), and the parts of each structure in advance. Supply the cartridge to 1 at the station
1ζV made-J cartridge with 11 Tatebe as an independent line <Pi J 溊纒ノ1-(Tyosu, old two, L:
B'Q 7-(/l/ Mukau EIIfta fs
A copying disk characterized in that a completed assembly unit is used to load and package a cartridge from Ijr to 1 (1 to 71 Z) de f Suff film from 1 (1 to 71 Z) to a cartridge that is made from 1 (1 to 71 Z) Accomplished by film packaging equipment.

The present invention will now be described in detail by way of example only.

In the arrangement shown in Figure 1, A# is the standing section of the tray 271, B# is the filtration processing and conveyance section, ci is the completed assembly section, and D is the gravel supply device, Etel, and the recovery device. and,
1■t is the dark room part 6], ■ represents the entire bright room part.

A\The invention is a car made of μ plastic glue Y-packed case!・Until the disk film is fully inserted into the ridge and a complete Teishukufrum assembly product is completed, the entire manufacturing process (a) is completed. According to the present invention, the disk of the form shown in FIG.
It is responsible for all installation, loading, and packaging of hem parts. 1
The component parts of the plastic pressure pad 3, the disc film surface preservation separator 1 fire 4, and the window opening/closing dark slide 5 are supplied at a predetermined parts supply station, and the two-piece ridge is The cartridge and lT standing part A for setting up L1 and L1 of No. 11 are provided as independent compartments and -C. - Still a long roll of film, no 1, 1 piece of film with a center hole 6 etc., film (burned YJT, core 8, core ring 9)
Insert and circle 1! I
Lumu 10 lf: Filmca 11 for 4 steps in 11 standings
The machine transport section 1.1 is also provided as an independent line. Then, in the second cartridge assembly section 8, the force was 11, and inside the assembled cartridge 11 (this, l::tttr).
-1 Schoo r room 10k &1i7) included,')-
, frame-by-frame scanning of the fill 11 (6), inspection of the cartridge, reading of barcodes with 812 human stamps in advance, stamping, etc. completed] 1 Standing part C +2J is supplying the completed assembly department, cartridges, etc.
O,,'l supply equipment + flt D, Teisuku film equipment/? It has a recovery device jnE that collects one truck of completed cars of j products and arranges them for toughening.

According to the packaging apparatus of the present invention, a cartridge 11 consisting of an exterior case body 1, etc., which is delivered to the cartridge assembly part A by the manufacturing process shown in FIG. It is assembled at. This point will be explained first. In manufacturing process a-i, transfer to manufacturing machine l1-h
By l'5 (1 component parts 1 to 5 are J!Jj!■,
Supplementary R) While complete LA', Akira #11 Ritu (Koh) is brought in. In the 3rd and 1st, label ``Al'' is attached.
At this point, a stock 1 and a label 2 are supplied, and the label H4M+ is processed. bl'', 11 steps included] - In the process,
Pressure pad 3 is supplied. In the caulking process, caulk to 11111 of Gretz/Yapado 3# vertical eye transfer 1 (to 12 to 12 caulk 11: Mesa I [
Ru. d&j, lf, ll included” with tripod, dark slide 5
is inserted into the n-light window -(J+'L ltH by X1. e k
J, 1 person with a ladle” - Separator tray/F key 4 is the punching machine M
), the grooves are placed on the inside of the case 1, and in the second acid layer step f, the separator layer 4t is covered with the i-packed case o. Partially bathing, fixed in JL. So L, -tT, g t, l: 4
(A ``Jf Process T 1iiJ nL: 4PI components 1-5 are placed correctly in the inspection chamber by 1-arm inspection. Awned horsetail, defective 11+'l-C V4G#'1, small J'
(#) Out I N b K It is removed from the manufacturing process. ”Evening 1
The J-tridge 11, which consists of one main body and one hat, is assembled and becomes a complete product, and is suitable for storage. tI
iko (:) 1 pipe 8 reru. The finished product cartridge t of the slewage process i is moved to the finished product m chamber section C by going -1Y.

+1i+! t [, + car 1 ridge assembly RB A +,
l', 3.1:, ``C1 light?i, j fl business?1
Rope 7 [ru.

Δ・The packaging device 1 of the invention &U, the cartridge 1 processed and assembled by A.
1, and hereafter Ml' will be described as 1) 1 lum) Jll] - Boo 1 Scuff 1 lum 10 assembled under a force of 11 in conveyor section B
Ejiko assembly fil (C'\1 general delivery is -Wru.

In FIG. 4, film processing conveyance section 1] and completion I;
1. Interrelationships between standing parts, C chambers, and the famous stages of the silk reeling process 1119
Q (-Jy, Rirudokoro Jul! Ij, + Machinery and Manufacturing) Details of the previous process are shown.

-/- (In the lum processing conveyance section B?) This work is actually 611
I can make an awn. 4th L'xl, F' -1 (Moon Suji) -
Y: 14 years old, 1 sheet, 8 e < -) Y: 14 years old, 1 sheet, 1 sheet, 8 e < -)Y.

1i'-2 is (O) Yu White' Nii fast] Yi'i '1 i L
7'c Firno, li"4: (ρ之测-Jru. li"
-5 is the upper part of J'J, and is the most efficient disk shape 'I'll from the 7-r rum 1i' to the most efficient state.
In order to perform the <(Of course V!) The hole for determining the position 11, the center hole 6 of the disk film 10, and the notch 6' for feeding the first part are punched out using a punching iso MB. In the printing process, the positioning hole and the center hole 6 are printed on the J'1 method film F from the prepared negative plate 1 to the frame rpa and frame frame 1a, etc. It will be done.

F-5 is the label 2 of the cartridge 110 that was transferred with the completed assembly part C or 0 information during the barcode burning process.
The shape of the barcode number engraved on the
14+, the specified position around the center hole 6 is burned. In this burning process 1i'-5, the famous center hole 6
All i
When it becomes 0, it means that the specified δt has been achieved.

F-6 is a ^l visit process, core 8 is parts feeder fi411
Insert the corresponding position of the center hole 6 of the butt ＼U (F-7
1", IJ, I (In the j process, the core ring 9 is fed to the corresponding 6"L lit of the middle D hole 6 by the component feeder M12, and the core 8 and the core ring 9# are welded in the L welding process F- 8
Then, the welding machine M13 is used to weld both f1 of the center hole 6 together by a-welding.

The core 8 and the core ring 9 are a bathing type layered film F1.
In the moon artificial culm F-9, the outer diameter of the te rscuf flum is punched out by the 1゛H1i machine MIN, and the disk shape is removed from the -y- (lume F) by 09.

The IJ method is applied to the disk shape, and the core 8 is welded to the de-1 scufillino. , and go to the winding tank 115 to wind it up.

On the other hand, in the completed JJI standing room section, the 11-inclusive type cartridge 11 is inserted from the feed supply neck of the t'1, (') supply process.
So what about the completed assembly section C? The supply will be increased by 1. - Shishi, a
l) In 4 and 1, Ic1J, in the barcode reading process,
Cartridge 1 on one side of barcode reader%116
1 reaches -1'', the Cartridge Breeding I11 of Parcor 1 already printed on the label 2 is read, and the barcode face seal signal based on the individual IJ incense is printed on the film code. Cartridge (Code shape based on l/j numbering): J, Mfr fit', film is inserted into the rod of ``I3'', ``i''.

l is the stamping process; Th is stamped with printing 41RM17, and the label 2'2'\ manufacturing tube 1st month/array is stamped, and the disc film 10 on the film li' and the cartridge 11 are 1:1 pair Fr; L2 , individually l[scaffolding, l. ll'? jW cored cartridge IH, I1, necessary [[1, then? ,t! It is converted into units in units of units and passes through that -ma1 (general j entry)'u''Tll□ 呵.l''? The speed of the film F is σ (and the speed of the 2 chives U) J)' (: Ichi 1 child switch sensor, etc. ,
The progress of the Alj series is definitely J1.

0 is the loading process, : IJ is welded, and the disc :tt: is laminated into the tape cartridge 10 (the barcode No. 11 is the same, lP?-,! J + cartridge 11).
Load the awn. That is, at this time, the unit stand U unit f
At σ, Barco 1 burn-in number 48 V is fed back, the conveyance cycle confirmation W is out, and 11-'J constant δ
Completely synchronized operation is performed so that a disc film having the same number of parcodes printed on it is inserted into the cartridge. l) is the cover closing process, and the outer case 1#
” It is folded in half and closed. (I It;) In the welding process, the hermetically sealed exterior case 1 is attached by a welding machine M18, and is attached to the cartridge 11 in which the disk film is installed. r FJ, In the inspection process, it is confirmed that the disk film is loaded in the cartridge and one rotation from 69 degrees is confirmed. 8 is the defective JiF output process, and in the film processing and conveyance section B, it is determined whether the defective 74 lumen Katsuki or the defective cartridge in the inspection process r.
At times 11y-t, only the parts that were completely assembled were placed in the recovery machine M20. I carefully arranged it and stored it in the storage tube with the first number a^1.

In the packaging machine N for misexplosion, the MIJ process from the process of inserting the film into the cartridge can be performed in a bright room, improving work efficiency while reducing the amount of dust that goes into the NRF room. can do.

Therefore, the probability of failure is low, and machine stoppage #'J, I7.1 due to troubleshooting is almost impossible. The film processing and conveyance department and the finished product assembly department are independent of each other, and can be compared to a unitized conveyance process. Since it is possible to achieve complete synchronous operation from this point, it is necessary to install LJ2 on the disk and its disk film. Contrary to [vs.
6 is similar to that shown in FIG. 7, many works are not wasted and quality can be maintained safely. It is easy to install an inspection process '(11) at the end 1σ of each section, and it is not possible to distinguish between defective products. Only good products can be sent to the product collection department, so high quality products can be obtained.゛l!f is maintained, and the individual disc films of the finished product are all the same.
, high-quality packaging that can be attached to the eye of an automated disc camera to take pictures Since it is independent from the conveyance section, the cartridges can be stocked with a surplus of 8, and the i>IC of the 41 production line can be maintained.
Therefore, you can immediately use [6 and supply awn <M composition for 1 king, so
Product stagnation between processes is 1. Grace σJ de C1 curl l・
The machine stoppage between the small 114 parts, which is likely to occur in the ridge assembly part, can be reduced. , LJ-Mi high production capacity packaging equipment and ηs172.

[Brief explanation of the drawing]

11s: ILl, (14 layout diagram of the packaging apparatus i of the present invention, Figure 2 t, j, tb'l forming 1 of the de-r-splash film manufactured in accordance with the packaging apparatus i of the present invention) (1, A dividing slope r! 1, tr opening 3 Fig. 11 11.1 formation directly from the packaging machine of the present invention, 6 of the cartridge JJt chamber)
It is a flow sheet showing the process f11. Figure 4 shows the packaging apparatus f of the present invention (among its components, the film processing and conveying section, the completed assembly) and the sheet. , 8 is the cartridge assembly section, I3 is the film force first capture section, C is the completed assembly section, ■) is the U...14 direct manufacturing, E is the recovery device 11, F r, l film no. 5, rl + J
, Darkroom part, ■ represents 4 yen part, H Mayu 1 outfit, 2 +, J, label, 3 is pressure pad, 4 is separator layer, 5t:l: dark slide, 6
t center hole, It'' barcode, 7a [frame group 1 and frame border, 8 (:i, core, 9# ma coring, 10 is disk film, 11t'', cartridge: shown, Fl
-1i'll) 64 represents the process for HiFilmno, 811 and 11201J each represent the processing machine. And U plans a unit. % Yr Applicant Rokusha Konishi'Pi, Co., Ltd. r1
゜dai JJ! Human speech B1! Shizaka “1 Ifr I
f (M (and 1 other person) hand-printed stamp) If February 2, 1980 Kazuo Wakasugi, Commissioner of the Patent Office 1 Display of case Patent order No. 135775 of 1981, 2 Issue 1! Name of II Rotary photographic film packaging device 3 Person making the amendment/Relationship with lGf'l Applicant name (127) Roku Konishi Photo Industry Co., Ltd. 4 Agent 105 6 Number of inventions increased by amendment 7 Amendment The subject specification (Claims and Detailed Description of the Invention IjI-1Il) Contents of Amendment (Japanese Patent Application No. 57-135775) The specification will be amended as follows. l The claims are amended as follows. (1) In a device that loads and packages rotary photographic film into cartridges, a long roll-shaped film sheet is punched out into a certain shape such as a disk, burned, and a core and core ring are inserted into the rotary photographic film. A film processing and transport section that produces film for use in the film, and a cartridge assembly that produces cartridges by supplying components such as labels, pressure bands, dark slides, and separator layers to the transported cases at predetermined stations. The rotary photographic film processing section is configured as an independent line, and the rotary photographic film is transported from the film processing and transportation section.
A rotary photographic film packaging device comprising a completion assembly section for loading and packaging a cartridge obtained from the cartridge assembly section. By transferring the same information, the preferred embodiment of the present invention reads the cartridge number in the final assembly section, and by transferring the same information, the film processing and transportation section can place the disc film at the same position in the film processing and transportation section. The cartridge with a specific cartridge number in which the disc film number is printed and the disc film with the corresponding disc film number must match and be loaded in the finished assembly unit. ”―

Claims (1)

[Claims] 7-f lume for rotary copying C] in a cartridge '4-! i
, jj+ wrapped 1/hand-i'u light, H scale Rono l,':1no(Fuino [mushi-1(:-"ii2ii2 shape such as disk shape, 43°1[, including, core oh·
Insert the clay core ring by 9 to the rotary copy 1゛J), Illuno, all manufactured film carrier 1 side transport section, transport awn J to the case label, pre-run - rose 1
, dark slide and seven lakes - 1/4 Yer, etc.)
I)' is independent of the section and f, and Ctjt'i is formed ↓,...
From the above cartridge assembly r+++, 1' = 1, 'l I l' is used to complete the assembly for loading and packaging the cartridge.
ik' collecting rotary photo studio film packaging device h11
,