JPH04301633A - Method for supplying photographic processing liquid for processing laboratory and supplying bottle - Google Patents
Method for supplying photographic processing liquid for processing laboratory and supplying bottleInfo
- Publication number
- JPH04301633A JPH04301633A JP6670891A JP6670891A JPH04301633A JP H04301633 A JPH04301633 A JP H04301633A JP 6670891 A JP6670891 A JP 6670891A JP 6670891 A JP6670891 A JP 6670891A JP H04301633 A JPH04301633 A JP H04301633A
- Authority
- JP
- Japan
- Prior art keywords
- processing
- supply
- tank
- processing tank
- liquid
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
- 239000007788 liquid Substances 0.000 title claims abstract description 119
- 238000000034 method Methods 0.000 title claims description 29
- 239000000126 substance Substances 0.000 claims description 31
- 238000003860 storage Methods 0.000 claims description 26
- 239000002699 waste material Substances 0.000 claims description 19
- 238000005406 washing Methods 0.000 abstract description 27
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 abstract description 14
- 239000000243 solution Substances 0.000 description 33
- 239000003814 drug Substances 0.000 description 7
- 239000000203 mixture Substances 0.000 description 5
- 239000003086 colorant Substances 0.000 description 4
- 238000002347 injection Methods 0.000 description 4
- 239000007924 injection Substances 0.000 description 4
- 239000000463 material Substances 0.000 description 3
- QIGBRXMKCJKVMJ-UHFFFAOYSA-N Hydroquinone Chemical compound OC1=CC=C(O)C=C1 QIGBRXMKCJKVMJ-UHFFFAOYSA-N 0.000 description 2
- 238000004140 cleaning Methods 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 229940079593 drug Drugs 0.000 description 2
- 238000002156 mixing Methods 0.000 description 2
- 238000003756 stirring Methods 0.000 description 2
- QVGXLLKOCUKJST-UHFFFAOYSA-N atomic oxygen Chemical compound [O] QVGXLLKOCUKJST-UHFFFAOYSA-N 0.000 description 1
- 239000003795 chemical substances by application Substances 0.000 description 1
- 238000001035 drying Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 229910052760 oxygen Inorganic materials 0.000 description 1
- 239000001301 oxygen Substances 0.000 description 1
- CMCWWLVWPDLCRM-UHFFFAOYSA-N phenidone Chemical compound N1C(=O)CCN1C1=CC=CC=C1 CMCWWLVWPDLCRM-UHFFFAOYSA-N 0.000 description 1
- 238000013441 quality evaluation Methods 0.000 description 1
- 238000011084 recovery Methods 0.000 description 1
- 238000005070 sampling Methods 0.000 description 1
Landscapes
- Photographic Processing Devices Using Wet Methods (AREA)
Abstract
Description
【０００１】0001
【産業上の利用分野】本発明は、処理液を供給ボトルに
充填して現像所へ供給する現像所用処理液供給方法及び
供給ボトルに関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for supplying a processing solution to a photo lab and a supply bottle for filling a supply bottle with a processing solution and supplying the bottle to a photo lab.
【０００２】0002
【従来の技術】現像所に備えられた自動現像装置は、処
理槽として現像槽、定着槽、水洗槽等を有している。現
像槽内には、現像液が貯留されており、定着槽内、水洗
槽内には、各々定着液、水洗水が貯留されている。上記
各処理槽内には、処理ラツクが配置され、画像が焼付ら
れた感光材料が順次搬送されて各処理槽内で現像、定着
、水洗処理がなされる。その後、感光材料は乾燥部で乾
燥される。2. Description of the Related Art An automatic developing device installed in a photo lab has a developing tank, a fixing tank, a washing tank, etc. as processing tanks. A developing solution is stored in the developing tank, and a fixing solution and washing water are stored in the fixing tank and the washing tank, respectively. Processing racks are arranged in each of the processing tanks, and the photosensitive materials on which images have been printed are sequentially transported and subjected to development, fixing, and washing processes in each processing tank. Thereafter, the photosensitive material is dried in a drying section.
【０００３】ところで、処理液、特に現像液は、繰り返
し感光材料を現像することによって疲労したり、空気中
の酸素によって酸化したりする。したがって、現像所に
おいては、補充液を現像装置へ補充する補充装置へ作業
者が補充液の組成や濃度を調節して供給する必要がある
。あるいは、現像液の組成や濃度を調節して現像槽に直
接に現像液を供給する必要がある。したがって、現像所
に補充液や現像液の組成や濃度の調節作業に熟練した人
がいなければ、現像槽に補充液及び現像液の注入を行え
なかった。By the way, processing solutions, especially developing solutions, become fatigued by repeated development of photosensitive materials or become oxidized by oxygen in the air. Therefore, in a developing laboratory, it is necessary for an operator to adjust the composition and concentration of the replenisher and supply it to a replenisher that replenishes the developing device with the replenisher. Alternatively, it is necessary to adjust the composition and concentration of the developer and supply the developer directly to the developer tank. Therefore, unless there is a person skilled in the work of adjusting the composition and concentration of the replenisher and developer at the developing laboratory, the replenisher and developer cannot be injected into the developer tank.
【０００４】0004
【発明が解決しようとする課題】本発明は上記事実を考
慮し、各処理槽に供給する処理液を現像所で調整するこ
となく処理液を処理槽に注入できる現像所用処理液供給
方法及び供給ボトルを提供することを目的とする。SUMMARY OF THE INVENTION In view of the above-mentioned facts, the present invention provides a processing solution supply method and supply for a photo lab, in which the processing solution can be injected into the processing baths without having to adjust the processing solution supplied to each processing bath in the photo lab. The purpose is to provide bottles.
【０００５】[0005]
【課題を解決するための手段】請求項１記載の現像所用
処理液供給方法は、一連の現像処理を行う各処理槽と、
各処理槽に各々対応しかつ処理液を収容する供給ボトル
と、に特定の処理槽とこの特定の処理槽に注入する処理
液が収容された供給ボトルとを対応させるための識別手
段を設け、各処理槽用に予め調整した処理液を前記供給
ボトルに収容し、前記識別手段に基づいて前記供給ボト
ルから各処理槽へ処理液を注入することを特徴としてい
る。[Means for Solving the Problems] A method for supplying a processing solution for a developing laboratory according to claim 1 includes processing tanks for performing a series of development processing;
A supply bottle corresponding to each processing tank and containing a processing liquid is provided, and an identification means is provided for associating a specific processing tank with a supply bottle containing a processing liquid to be injected into this specific processing tank, A processing liquid prepared in advance for each processing tank is stored in the supply bottle, and the processing liquid is injected from the supply bottle into each processing tank based on the identification means.
【０００６】請求項２記載の現像所用処理液供給方法は
、一連の現像処理を行う各処理槽と、各処理槽に各々対
応しかつ処理液を収容する供給ボトルと、に特定の処理
槽とこの特定の処理槽に注入する処理液が収容された供
給ボトルとを対応させるための識別手段を設け、各処理
槽用の処理液調整作業及び該調整後の処理液の前記供給
ボトルへの充填作業を供給拠点で行い、この供給拠点か
ら現像所へ前記供給ボトルを供給すると共に収容した処
理液を処理槽へ注入した後の供給ボトルを前記供給拠点
に回収することを特徴としている。[0006] The method for supplying a processing solution for a photo lab according to claim 2 is characterized in that each processing tank for performing a series of development processes, and a supply bottle corresponding to each processing tank and containing the processing solution, are provided with a specific processing tank. An identification means is provided to match the supply bottle containing the processing liquid to be injected into this specific processing tank, and processing liquid adjustment work for each processing tank and filling of the adjusted processing liquid into the supply bottle are provided. The present invention is characterized in that the work is carried out at a supply base, the supply bottle is supplied from the supply base to the photofinishing laboratory, and the supply bottle is collected at the supply base after the processing liquid contained therein is injected into the processing tank.
【０００７】請求項３記載の現像所用処理液供給方法は
、一連の現像処理を行う各処理槽と、各処理槽に各々対
応しかつ処理液を収容する供給ボトルと、に特定の処理
槽とこの特定の処理槽に注入する処理液が収容された供
給ボトルとを対応させるための識別手段を設け、各処理
槽用の処理液調整作業及び該調整後の処理液の供給ボト
ルへの充填作業を供給拠点で行い、この供給拠点から現
像所へ前記供給ボトルを供給すると共に前記処理槽から
の廃液を回収ボトルへ充填して前記供給拠点に回収する
ことを特徴としている。[0007] The method for supplying a processing solution for a photo lab according to claim 3 is characterized in that each processing tank for performing a series of development processes, and a supply bottle corresponding to each processing tank and containing the processing solution, are provided with a specific processing tank. An identification means is provided to match the supply bottle containing the processing liquid to be injected into this specific processing tank, and processing liquid adjustment work for each processing tank and filling work of the adjusted processing liquid into the supply bottle are provided. This is carried out at a supply base, and the supply bottle is supplied from the supply base to a photofinishing laboratory, and the waste liquid from the processing tank is filled into a collection bottle and collected at the supply base.
【０００８】請求項４記載の現像所用処理液の供給方法
は、一連の現像処理を行う各処理槽と、各処理槽に各々
対応しかつ処理液を収容する供給ボトルと、に特定の処
理槽とこの特定の処理槽に注入する処理液が収容された
供給ボトルとを対応させるための識別手段を設け、各処
理槽用の処理液調整作業及び該調整後の処理液の供給ボ
トルへの充填作業を供給拠点で行い、この供給拠点から
現像所へ前記供給ボトルを供給すると共に現像処理によ
り生じた廃材を前記供給拠点に回収することを特徴とし
ている。[0008] The method for supplying a processing solution for a photo lab according to claim 4 is characterized in that each processing tank for performing a series of development processes and a supply bottle corresponding to each processing tank and containing the processing solution are provided in a specific processing tank. An identification means is provided to match the processing liquid to the supply bottle containing the processing liquid to be injected into this specific processing tank, and the processing liquid adjustment work for each processing tank and the filling of the adjusted processing liquid into the supply bottle are provided. The present invention is characterized in that the work is carried out at a supply base, and the supply bottle is supplied from the supply base to the photofinishing laboratory, and the waste materials generated by the development process are collected at the supply base.
【０００９】請求項５記載の供給ボトルは、請求項１乃
至請求項４の何れか１項記載の現像所への補充液供給方
法に使用される供給ボトルであって、互いに隔離され処
理液を組成する異なった薬品が各々充填される複数の薬
品収容室が設けられ、かつ各薬品収容室に連通し各薬品
収容室に収容された薬品を処理槽に注入可能な供給部材
を有することを特徴としている。[0009] The supply bottle according to claim 5 is a supply bottle used in the method for supplying replenisher to a photo processing laboratory according to any one of claims 1 to 4, and is isolated from each other and is used for supplying processing liquid. A plurality of chemical storage chambers each filled with a different chemical composition are provided, and a supply member is provided that communicates with each chemical storage chamber and can inject the chemicals contained in each chemical storage chamber into the processing tank. It is said that
【００１０】0010
【作用】請求項１記載の現像所用処理液供給方法は、各
処理槽と、各処理槽に各々対応すると共に各処理槽用に
予め調整された処理液が収容された供給ボトルと、に特
定の処理槽とこの特定の処理槽に注入する処理液が収容
された供給ボトルとを対応させるための識別手段が設け
られている。各処理槽へ処理液を注入する場合には、識
別手段に基づいて特定の供給ボトルを取り出し、該供給
ボトルから各処理槽へ処理液を注入する。したがって、
請求項１の発明では、各処理槽に注入するべき処理液が
収容された供給ボトルを識別手段に基づいて容易に識別
でき、各処理槽に所定の処理液を確実に供給できる。さ
らに、処理液が予め調整されているので、現像所におい
て処理液を調整する必要はない。したがって、現像所に
おいては、処理液の調整に熟練した作業者でなくても処
理槽に処理液を最適な状態で注入できる。[Function] The method for supplying a processing solution for a photo lab according to claim 1 is specific to each processing tank and a supply bottle corresponding to each processing tank and containing a processing solution adjusted in advance for each processing tank. An identification means is provided for associating the processing tank with the supply bottle containing the processing liquid to be injected into this particular processing tank. When injecting the processing liquid into each processing tank, a specific supply bottle is taken out based on the identification means, and the processing liquid is injected from the supply bottle into each processing tank. therefore,
In the first aspect of the present invention, the supply bottle containing the processing liquid to be injected into each processing tank can be easily identified based on the identification means, and the predetermined processing liquid can be reliably supplied to each processing tank. Furthermore, since the processing liquid is adjusted in advance, there is no need to adjust the processing liquid at the photo lab. Therefore, in a photo lab, even an operator who is not skilled in adjusting the processing liquid can inject the processing liquid into the processing tank in an optimal state.
【００１１】請求項２記載の現像所用処理液供給方法で
は、収容した処理液を処理槽へ注入した後の供給ボトル
を供給拠点に回収する。したがって、供給拠点において
、供給ボトルを再利用できる。また、各処理槽と、これ
らの処理槽に各々対応すると共に各処理槽用に予め調整
された処理液が収容された供給ボトルと、に特定の処理
槽とこの特定の処理槽に注入する処理液が収容された供
給ボトルとを対応させるための識別手段が設けられてい
るので、請求項１と同様、各処理槽に注入するべき処理
液が収容された供給ボトルを識別手段に基づいて容易に
識別でき、各処理槽に所定の処理液を確実に供給できる
。さらに処理液が予め調整されているので、請求項１と
同様、現像所において処理液を調整する必要はない。
したがって、現像所においては、処理液の調整に熟練し
た作業者でなくても処理槽に処理液を最適な状態で注入
できる。[0011] In the method for supplying processing liquid for a laboratory according to the second aspect of the present invention, the supply bottle after injecting the contained processing liquid into the processing tank is collected at a supply base. Therefore, the supply bottle can be reused at the supply point. In addition, each processing tank and a supply bottle that corresponds to each of these processing tanks and contains a processing liquid adjusted in advance for each processing tank, and a specific processing tank and a process to be injected into this specific processing tank. Since an identification means is provided for associating the supply bottle containing the liquid with the supply bottle, similarly to claim 1, it is easy to identify the supply bottle containing the processing liquid to be injected into each processing tank based on the identification means. It is possible to reliably supply the specified processing liquid to each processing tank. Further, since the processing liquid is adjusted in advance, there is no need to adjust the processing liquid at the photo lab, as in claim 1. Therefore, in a photo lab, even an operator who is not skilled in adjusting the processing liquid can inject the processing liquid into the processing tank in an optimal state.
【００１２】請求項３記載の現像所用処理液供給方法で
は、処理槽からの廃液を回収ボトルへ充填した状態で供
給拠点に回収して処分する。したがって、現像所におい
ては廃液の処理を考慮する必要がない。さらに請求項２
と同様、各処理槽と、これらの処理槽に各々対応すると
共に各処理槽用に予め調整された処理液が収容された供
給ボトルと、に特定の処理槽とこの特定の処理槽に注入
する処理液が収容された供給ボトルとを対応させるため
の識別手段が設けられているので、各処理槽に注入する
べき処理液が収容された供給ボトルを容易に識別でき、
各処理槽に所定の処理液を確実に供給できる。さらに請
求項２と同様、処理液が予め調整されているので、現像
所においては、処理液の調整に熟練した作業者でなくて
も処理槽に処理液を最適な状態で注入できる。[0012] In the method for supplying a processing liquid for a photo lab according to the third aspect of the present invention, the waste liquid from the processing tank is collected in a collection bottle and collected at a supply base for disposal. Therefore, there is no need to consider the treatment of waste liquid in the photofinishing laboratory. Furthermore, claim 2
Similarly, each processing tank and a supply bottle corresponding to each processing tank and containing a processing liquid pre-adjusted for each processing tank, and a supply bottle to be injected into a specific processing tank and this specific processing tank. Since an identification means is provided for matching the supply bottle containing the processing liquid, it is possible to easily identify the supply bottle containing the processing liquid to be injected into each processing tank.
Predetermined processing liquid can be reliably supplied to each processing tank. Further, as in claim 2, since the processing liquid is adjusted in advance, even an operator who is not skilled in adjusting the processing liquid can inject the processing liquid into the processing tank in the optimum condition at the photo lab.
【００１３】請求項４記載の現像所用処理液供給方法で
は、現像処理により生じた廃材（例えば、パトローネ）
を供給拠点に回収するので、現像所においては廃液の処
理を考慮する必要がない。さらに、請求項２及び請求項
３と同様、各処理槽と、これらの処理槽に各々対応する
と共に各処理槽用に予め調整された処理液が収容された
供給ボトルと、に特定の処理槽とこの特定の処理槽に注
入する処理液が収容された供給ボトルとを対応させるた
めの識別手段が設けられているので、各処理槽に注入す
るべき処理液が収容された供給ボトルを識別手段に基づ
いて容易に識別でき、各処理槽に所定の処理液を確実に
供給できる。さらに請求項２と同様、処理液が予め調整
されているので、現像所においては、処理液の調整に熟
練した作業者でなくても処理槽に処理液を最適な状態で
注入できる。[0013] In the method for supplying processing liquid for a developing laboratory according to claim 4, waste materials (for example, cartridges) generated during the developing process are
Since the liquid is collected at the supply base, there is no need to consider the treatment of waste liquid at the photo lab. Further, as in claims 2 and 3, each processing tank and a supply bottle corresponding to each processing tank and containing a processing liquid adjusted in advance for each processing tank are provided with a specific processing tank. Since an identification means is provided for associating the supply bottle containing the processing liquid to be injected into this specific processing tank, the identification means can identify the supply bottle containing the processing liquid to be injected into each processing tank. It can be easily identified based on the , and the predetermined processing liquid can be reliably supplied to each processing tank. Further, as in claim 2, since the processing liquid is adjusted in advance, even an operator who is not skilled in adjusting the processing liquid can inject the processing liquid into the processing tank in the optimum condition at the photo lab.
【００１４】請求項５記載の供給ボトルによって、処理
液を現像所に供給する場合には、処理液を組成する複数
の薬品の各々を異なった薬品収容室に収容した状態にす
る。現像所においては、供給部材を介して各々の薬品を
処理槽に注入する。この注入過程あるいは注入後に各々
の薬品は混合されるため、各々の薬品は、均一な処理液
となって処理槽に収容される。したがって、請求項５の
供給ボトルによれば、薬品を混合させ、攪拌して均一な
処理液を作る作業を省ける。[0014] When the processing liquid is supplied to a developing laboratory using the supply bottle according to the fifth aspect of the present invention, each of the plurality of chemicals constituting the processing liquid is housed in a different chemical storage chamber. In the photo lab, each chemical is injected into the processing tank via a supply member. Since each chemical is mixed during or after the injection, each chemical becomes a uniform processing liquid and is stored in the processing tank. Therefore, according to the supply bottle of claim 5, it is possible to omit the work of mixing chemicals and stirring to prepare a uniform treatment liquid.
【００１５】[0015]
【実施例】図１には、本発明の一実施例に係る現像所用
処理液供給システムを示すブロツク図が示されている。DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is a block diagram showing a processing liquid supply system for a developing laboratory according to an embodiment of the present invention.
【００１６】現像所１０は、現像槽１２、定着槽１４及
び水洗槽１６（以下これらを総称する場合は、処理槽と
呼ぶ）を備えており、処理槽によって一連の現像処理が
なされる。本実施例では、処理液供給拠点１８で調液（
調整）された現像液、定着液及び水洗水（以下これらを
総称する場合は、処理液と呼ぶ）が供給ボトル３２、３
４、３６に充填されて現像所１０に供給されるようにな
っている。以下に本発明の一実施例に係る現像所処理液
供給システムを説明する。The developing laboratory 10 is equipped with a developing tank 12, a fixing tank 14, and a washing tank 16 (hereinafter collectively referred to as processing tanks), and a series of development processes are performed by the processing tanks. In this embodiment, the processing liquid supply base 18 prepares the liquid (
The adjusted developer solution, fixer solution, and washing water (hereinafter collectively referred to as processing solution) are supplied to the supply bottles 32, 3.
4 and 36 are filled and supplied to the photofinishing laboratory 10. A photofinishing laboratory processing liquid supply system according to an embodiment of the present invention will be described below.
【００１７】保管場所２０では、薬品製造所２２から供
給される処理液成分である薬品（例えば、現像主薬とし
てのハイドロキノン、フエニドン等）が一時保管されて
いる。保管場所２０では、現像液、定着液等の処理液を
調整可能となるように種々の薬品が保管される。保管場
所２０で保管された薬品は、所定量が秤量されて、調整
場所２４で混合、希釈等され、処理液が所定の組成で所
定の濃度にされる。In the storage area 20, chemicals (eg, hydroquinone, phenidone, etc. as developing agents) supplied from a chemical manufacturing facility 22 are temporarily stored. In the storage area 20, various chemicals are stored so that processing solutions such as developer and fixer can be adjusted. A predetermined amount of the chemicals stored at the storage location 20 is weighed and mixed, diluted, etc. at the adjustment location 24, so that the treatment liquid has a predetermined composition and a predetermined concentration.
【００１８】調整場所２４で調整された処理液はサンプ
リグされサンプリン場所２６で定量分析されて、品質評
価される。サンプリングされた処理液が所望の品質であ
る場合には、処理液ストツク場所２８でストツクされる
。The processing liquid adjusted at the adjustment station 24 is sampled and quantitatively analyzed at the sampling station 26 for quality evaluation. If the sampled processing liquid is of the desired quality, it is stored at processing liquid storage location 28.
【００１９】処理液ストツク場所２８でストツクされた
現像液、定着液、水洗水の各々は、充填場所３０におい
て、所定量（例えば５リツトル）が計量されて各々現像
液供給ボトル３２、定着液供給ボトル３４、水洗水供給
ボトル３６に充填される。処理液充填後の供給ボトル３
２乃至３６は、供給ボトル保管場所３８で一時保管され
、現像所１０からの要請により直ちに供給用車両４０で
現像所１０へ供給できるように予め備えられる。A predetermined amount (for example, 5 liters) of each of the developer, fixer, and washing water stored at the processing solution storage location 28 is weighed out at the filling location 30 and stored in the developer supply bottle 32 and the fixer supply bottle 32, respectively. The bottle 34 and the flush water supply bottle 36 are filled. Supply bottle 3 after filling with processing liquid
2 to 36 are temporarily stored in a supply bottle storage area 38 and prepared in advance so that they can be immediately supplied to the photofinishing laboratory 10 by the supply vehicle 40 upon request from the photofinishing laboratory 10.
【００２０】上記現像液供給ボトル３２は、現像槽１２
に対応しており、赤色の容器を使用している。現像槽１
２には、現像液供給ボトル３２との対応が容易に分かる
ように例えば、識別手段としての赤色のシール１１が付
されている。また、定着液供給ボトル３４は、定着槽１
４に対応しており、青色の容器を使用している。定着槽
１４には、定着液供給ボトル３４との対応が容易に分か
るように識別手段としての青色のシール１３が付されて
いる。水洗水供給ボトルは３６は、水洗槽１６に対応し
ており、黄色の容器を使用している。水洗槽１６には、
水洗水供給ボトル３６との対応が容易に分かるように識
別手段としての黄色のシール１５が付されている。The developer supply bottle 32 is connected to the developer tank 12.
, and uses a red container. Developer tank 1
For example, a red sticker 11 as an identification means is attached to 2 so that the correspondence with the developer supply bottle 32 can be easily recognized. Further, the fixer supply bottle 34 is connected to the fixer tank 1.
4 and uses a blue container. A blue sticker 13 is attached to the fixing tank 14 as an identification means so that the correspondence with the fixing solution supply bottle 34 can be easily recognized. The washing water supply bottle 36 corresponds to the washing tank 16, and uses a yellow container. In the washing tank 16,
A yellow sticker 15 is attached as an identification means so that the correspondence with the washing water supply bottle 36 can be easily recognized.
【００２１】現像所１０の要請により、供給ボトル保管
場所で保管された各々の供給ボトル３２乃至３６は、供
給用車両４０によって現像所１０に供給される。現像所
１００において、現像液が疲労したりして、現像槽１２
の現像液を入れ換えたり、補充したりする場合には、現
像槽１２に付された赤色のシール１１に対応した赤色の
供給ボトル、すなわち現像液供給ボトル３２を取り出し
、現像液供給ボトル３２より現像液を現像槽１２に注入
する。定着槽１４内の定着液を入れ換えたり、補充した
りする場合には、定着槽１４に付された青色のシール１
３に対応した青色の供給ボトル、すなわち定着供給ボト
ル３２を選択し、定着液供給ボトル３４より定着液を定
着槽１４に注入する。水洗槽３６内の水洗水を入れ換え
たり、補充したりする場合には、水洗槽１２に付された
黄色のシール１５に対応した黄色の供給ボトル、すなわ
ち水洗液供給ボトル３６を取り出し、水洗液供給ボトル
３６より水洗液液を水洗槽１６に注入する。At the request of the photofinishing laboratory 10, each supply bottle 32-36 stored at the supply bottle storage location is supplied to the photofinishing laboratory 10 by a supply vehicle 40. In the developing laboratory 100, the developer tank 12 may become exhausted due to exhaustion of the developer solution.
When replacing or replenishing the developer, take out the red supply bottle corresponding to the red seal 11 attached to the developer tank 12, that is, the developer supply bottle 32, and remove the developer from the developer supply bottle 32. The liquid is injected into the developer tank 12. When replacing or replenishing the fixer in the fixer tank 14, use the blue sticker 1 attached to the fixer tank 14.
The blue supply bottle corresponding to No. 3, that is, the fixer supply bottle 32 is selected, and the fixer is injected into the fixer tank 14 from the fixer supply bottle 34. When replacing or replenishing the washing water in the washing tank 36, take out the yellow supply bottle corresponding to the yellow seal 15 attached to the washing tank 12, that is, the washing liquid supply bottle 36, and supply the washing liquid. The washing liquid is injected into the washing tank 16 from the bottle 36.
【００２２】上記現像槽１２、定着槽１４及び水洗槽１
６の各々に現像液、定着液、水洗水を注入する場合、予
め調整された現像液、定着液、水洗水を各供給ボトルか
ら直接供給できるので、現像所１０で作業者が現像液、
定着液、水洗水を調整する必要はない。したがって、処
理液の調整作業に熟練していない作業者であっても、各
処理槽への処理液の入替え及び補充ができる。また、各
供給ボトルの容器の色と処理槽に付されたシール１１、
１３、１５の色とが対応しているので、容器の色とシー
ル１１乃至１５の色とが同一の色となるようにすること
により処理槽に供給する処理液が充填された供給ボトル
を容易に識別でき、注入作業が効率的に行え、しかも所
定の処理槽に所定の処理液を確実に注入できる。[0022] The developer tank 12, the fixing tank 14 and the washing tank 1
When injecting the developing solution, fixing solution, and washing water into each of 6, the pre-adjusted developing solution, fixing solution, and washing water can be directly supplied from each supply bottle.
There is no need to adjust the fixing solution or washing water. Therefore, even an operator who is not skilled in adjusting the processing liquid can replace and refill each processing tank with the processing liquid. In addition, the color of the container of each supply bottle and the seal 11 attached to the processing tank,
Since the colors 13 and 15 correspond to each other, by making the color of the container and the colors of the seals 11 to 15 the same, it is easy to remove the supply bottle filled with the processing liquid to be supplied to the processing tank. It is possible to perform injection work efficiently, and to reliably inject the specified processing liquid into the specified processing tank.
【００２３】上記の如く、現像所１０に処理液を供給ボ
トルに充填した状態で供給するが、疲労等により使用不
能となった現像液、定着液、水洗水（以下、これらを総
称して廃液と呼ぶ）がある場合には、廃液を回収ボトル
（図示省略）に充填して供給用車両４０に積載する。ま
た、フイルム取り出し後のパトローネ等の廃材も供給用
車両４０に積載する。さらに、処理液を処理槽に注入し
て空となった供給ボトルも供給用車両４０に積載し、上
記回収ボトル及び廃材と共に処理液供給拠点１８に回収
する。As mentioned above, the processing solution is supplied to the developing laboratory 10 in the form of a supply bottle, but when the developer, fixer, and washing water (hereinafter collectively referred to as waste solution) become unusable due to fatigue, etc. If there is a waste liquid, the waste liquid is filled into a recovery bottle (not shown) and loaded onto the supply vehicle 40. Further, waste materials such as cartridges after taking out the film are also loaded onto the supply vehicle 40. Furthermore, the empty supply bottle after injecting the treatment liquid into the treatment tank is also loaded onto the supply vehicle 40 and collected at the treatment liquid supply base 18 together with the collection bottle and waste materials.
【００２４】回収された供給ボトル３２乃至３６は、回
収タンク保管場所４２で一時保管された後に、あるいは
直ちに回収タンク洗浄場所４４において、供給ボトル３
２乃至３６内が温水によって洗浄される。洗浄後の温水
は廃液処理場所４６で廃液処理される。洗浄後の供給ボ
トル３２乃至３６は洗浄済タンク保管場所４８で一時保
管され、必要に応じて取り出され充填場所３０で処理液
が充填される。The collected supply bottles 32 to 36 are temporarily stored at the collection tank storage location 42 or immediately after being stored at the collection tank cleaning location 44.
The interiors of 2 to 36 are cleaned with warm water. The hot water after washing is treated as a waste liquid at a waste liquid treatment place 46. The supply bottles 32 to 36 after cleaning are temporarily stored at a cleaned tank storage location 48, and are taken out as needed and filled with processing liquid at the filling location 30.
【００２５】上記実施例では、現像所１０から使用後の
供給ボトル３２乃至３６を回収して再利用するので、そ
の分コストを押さえられる。さらに、上記実施例では、
廃材及び廃液を処理液供給拠点１８に回収するので、現
像所１０において廃材、廃液の処理に煩わされることは
ない。In the above embodiment, the used supply bottles 32 to 36 are collected from the photofinishing laboratory 10 and reused, so that costs can be reduced accordingly. Furthermore, in the above embodiment,
Since the waste material and waste liquid are collected at the processing liquid supply base 18, there is no need to bother with processing the waste material and waste liquid at the photofinishing laboratory 10.
【００２６】次に、図２を用いて上記現像所用処理液供
給方法に使用する供給ボトルについて説明する。供給ボ
トル５０は、有低の筒部５２を備えており、筒部５２は
仕切板５４によって各々隔離された薬品収容室５６、５
８を備えている。供給ボトル５０には、薬品収容室５６
に連通する薬品充填用の供給管５６Ａ、薬品収容室５８
に連通する薬品充填用の供給管５８Ａが形成されている
。さらに、供給ボトル５０には、薬品収容室５６及び薬
品収容室５８とに連通すると共に薬品収容室５６、５８
の各々に収容された薬品の流出口６０を備えている。
なお、供給ボトル５０は、各処理槽に対応して容器の色
が所定の色にしておく。Next, the supply bottle used in the above-mentioned method for supplying processing liquid for a developing laboratory will be explained with reference to FIG. The supply bottle 50 is equipped with a cylindrical portion 52, which has a cylindrical portion and a cylindrical portion 52.
It is equipped with 8. The supply bottle 50 has a medicine storage chamber 56.
A supply pipe 56A for drug filling that communicates with the drug storage chamber 58
A supply pipe 58A for filling chemicals is formed to communicate with the supply pipe 58A. Further, the supply bottle 50 is connected to a medicine storage chamber 56 and a medicine storage chamber 58, and is connected to the medicine storage chambers 56, 58.
Each of them is provided with an outlet 60 for the medicine contained therein. Note that the color of the supply bottle 50 is set to be a predetermined color corresponding to each processing tank.
【００２７】処理液を現像所に供給する場合には、薬品
収容室５６及び薬品収容室５８に、処理液を組成する異
なった薬品を供給管５６Ａ、５８Ａを介して充填する。
この場合、薬品収容室５６、５８に充填された薬品が混
合されたときに所望の処理液となるような量の薬品を充
填しておく。現像所１０では、注入口から薬品収容室５
６、薬品収容室５８に充填された薬品処理槽に注入する
。この注入の際あるいは注入後に異なった薬品が混合さ
れ、均一な処理液として処理槽に収容される。したがっ
て、供給ボトル５０を使用することにより、薬品を混合
、攪拌したりして処理液を作る作業を省ける。When the processing liquid is supplied to the photofinishing laboratory, different chemicals constituting the processing liquid are filled into the chemical storage chamber 56 and the chemical storage chamber 58 via supply pipes 56A and 58A. In this case, the chemical storage chambers 56 and 58 are filled with an amount of chemicals that will form a desired treatment liquid when mixed. In the developing laboratory 10, there is a chemical storage chamber 5 from the injection port.
6. Inject into the chemical treatment tank filled in the chemical storage chamber 58. During or after this injection, different chemicals are mixed and stored in a processing tank as a uniform processing solution. Therefore, by using the supply bottle 50, it is possible to omit the work of mixing and stirring chemicals to prepare a processing liquid.
【００２８】上記実施例では、容器の色により供給ボト
ルを処理槽に対応させているが、それぞれ色のことなっ
たシールを貼付してもよい。あるいは、容器の形状を供
給ボトルごとに異なるようにしてもよい。あるいは、供
給ボトルの処理槽の処理注入口と、処理槽の前記注入口
が装着される装着部位との形状を各々同一にしておき、
特定の供給ボトルの注入口のみが処理槽の装着部位に装
着できるようにしてもよい。In the above embodiment, the supply bottles are made to correspond to the processing tanks depending on the color of the container, but stickers of different colors may be attached to each bottle. Alternatively, the shape of the container may be different for each supply bottle. Alternatively, the shape of the processing inlet of the processing tank of the supply bottle and the mounting part to which the inlet of the processing tank is attached are made the same,
Only the inlet of a particular supply bottle may be attached to the attachment site of the processing tank.
【００２９】さらに上記実施例では、処理槽にシールを
貼付しているが、処理槽自体の色を各々異なるようにし
てもよい。Further, in the above embodiment, a sticker is pasted on the processing tank, but the processing tanks themselves may have different colors.
【００３０】さらに上記では、供給ボトルに処理液を充
填しているが、予め調整した補充液を充填してもよい。
この場合、現像所では、供給ボトルから補充装置に補充
液を注入し、処理槽へは、補充液を所定の濃度に希釈す
るなどして補充する。Furthermore, although the supply bottle is filled with the processing liquid in the above description, it may also be filled with a replenisher prepared in advance. In this case, in the photofinishing laboratory, the replenisher is injected into the replenisher from the supply bottle, and the replenisher is diluted to a predetermined concentration and then refilled into the processing tank.
【００３１】[0031]
【発明の効果】以上のように構成されているので、現像
所で各処理槽に供給する処理液を調整することなく処理
液を処理槽に注入できるという優れた効果を奏する。As described above, the present invention has the excellent effect that the processing liquid can be injected into the processing tanks without adjusting the processing liquid to be supplied to each processing tank in the photofinishing laboratory.
【図１】本発明の一実施例に係る現像所用処理液供給シ
ステムを示すブロツク図である。FIG. 1 is a block diagram showing a processing liquid supply system for a laboratory according to an embodiment of the present invention.
【図２】本発明に係る供給ボトルの平面図である。FIG. 2 is a top view of a supply bottle according to the invention.
１２ 現像槽
１４ 定着槽
１６ 水洗槽
１８ 処理液供給拠点（供給拠点）３２
供給ボトル
３４ 供給ボトル
３６ 供給ボトル
５０ 供給ボトル12 Developing tank 14 Fixing tank 16 Washing tank 18 Processing liquid supply base (supply base) 32
Supply bottle 34 Supply bottle 36 Supply bottle 50 Supply bottle
Claims (5)
処理槽に各々対応しかつ処理液を収容する供給ボトルと
、に特定の処理槽とこの特定の処理槽に注入する処理液
が収容された供給ボトルとを対応させるための識別手段
を設け、各処理槽用に予め調整した処理液を前記供給ボ
トルに収容し、前記識別手段に基づいて前記供給ボトル
から各処理槽へ処理液を注入することを特徴とする現像
所用処理液供給方法。Claim 1: Each processing tank that performs a series of development processing, and a supply bottle that corresponds to each processing tank and contains a processing solution, a specific processing tank and a processing solution to be injected into this specific processing tank. An identification means is provided to match the stored supply bottles, and a processing liquid prepared in advance for each processing tank is stored in the supply bottle, and the processing liquid is transferred from the supply bottle to each processing tank based on the identification means. A method for supplying a processing solution for a developing laboratory, characterized by injecting.
処理槽に各々対応しかつ処理液を収容する供給ボトルと
、に特定の処理槽とこの特定の処理槽に注入する処理液
が収容された供給ボトルとを対応させるための識別手段
を設け、各処理槽用の処理液調整作業及び該調整後の処
理液の前記供給ボトルへの充填作業を供給拠点で行い、
この供給拠点から現像所へ前記供給ボトルを供給すると
共に収容した処理液を処理槽へ注入した後の供給ボトル
を前記供給拠点に回収することを特徴とする現像所用処
理液供給方法。2. Each processing tank that performs a series of development processing, and a supply bottle that corresponds to each processing tank and contains processing liquid, a specific processing tank and a processing liquid to be injected into this specific processing tank. An identification means is provided for matching the stored supply bottles, and the processing liquid adjustment work for each processing tank and the filling operation of the adjusted processing liquid into the supply bottles are performed at the supply base,
A method for supplying processing liquid for a photo lab, characterized in that the supply bottle is supplied from the supply base to the photo lab, and the supply bottle, after the contained processing liquid has been injected into the processing tank, is returned to the supply base.
処理槽に各々対応しかつ処理液を収容する供給ボトルと
、に特定の処理槽とこの特定の処理槽に注入する処理液
が収容された供給ボトルとを対応させるための識別手段
を設け、各処理槽用の処理液調整作業及び該調整後の処
理液の供給ボトルへの充填作業を供給拠点で行い、この
供給拠点から現像所へ前記供給ボトルを供給すると共に
前記処理槽からの廃液を回収ボトルへ充填して前記供給
拠点に回収することを特徴とする現像所用処理液供給方
法。3. Each processing tank that performs a series of development processing, and a supply bottle that corresponds to each processing tank and contains a processing solution, and a specific processing tank and a processing solution to be injected into this specific processing tank. An identification means is provided to match the stored supply bottles, and the processing liquid adjustment work for each processing tank and the filling operation of the adjusted processing liquid into the supply bottles are performed at the supply base, and the developing process is carried out from this supply base. A method for supplying processing liquid for a photo lab, characterized in that the supply bottle is supplied to the processing station, and the waste liquid from the processing tank is filled into a collection bottle and collected at the supply base.
処理槽に各々対応しかつ処理液を収容する供給ボトルと
、に特定の処理槽とこの特定の処理槽に注入する処理液
が収容された供給ボトルとを対応させるための識別手段
を設け、各処理槽用の処理液調整作業及び該調整後の処
理液の供給ボトルへの充填作業を供給拠点で行い、この
供給拠点から現像所へ前記供給ボトルを供給すると共に
現像処理により生じた廃材を前記供給拠点に回収するこ
とを特徴とする現像所用処理液供給方法。4. Each processing tank that performs a series of development processes, and a supply bottle that corresponds to each processing tank and contains a processing solution, are provided with a specific processing tank and a processing solution to be injected into this specific processing tank. An identification means is provided to match the stored supply bottles, and the processing liquid adjustment work for each processing tank and the filling operation of the adjusted processing liquid into the supply bottles are performed at the supply base, and the developing process is carried out from this supply base. A method for supplying a processing solution for a developing laboratory, characterized in that the supply bottle is supplied to a developing laboratory, and waste material generated by the developing process is collected at the supplying station.
載の現像所への補充液供給方法に使用される供給ボトル
であって、互いに隔離され処理液を組成する異なった薬
品が各々充填される複数の薬品収容室が設けられ、かつ
各薬品収容室に連通し各薬品収容室に収容された薬品を
処理槽に注入可能な供給部材を有することを特徴とする
供給ボトル。5. A supply bottle used in the method for supplying replenisher to a photofinishing laboratory according to any one of claims 1 to 4, wherein different chemicals constituting the processing solution are separated from each other, respectively. A supply bottle characterized by being provided with a plurality of chemical storage chambers to be filled, and having a supply member communicating with each chemical storage chamber and capable of injecting the chemical contained in each chemical storage chamber into a processing tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP6670891A JPH04301633A (en) | 1991-03-29 | 1991-03-29 | Method for supplying photographic processing liquid for processing laboratory and supplying bottle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP6670891A JPH04301633A (en) | 1991-03-29 | 1991-03-29 | Method for supplying photographic processing liquid for processing laboratory and supplying bottle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH04301633A true JPH04301633A (en) | 1992-10-26 |
Family
ID=13323699
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP6670891A Pending JPH04301633A (en) | 1991-03-29 | 1991-03-29 | Method for supplying photographic processing liquid for processing laboratory and supplying bottle |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH04301633A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH075670A (en) * | 1993-06-14 | 1995-01-10 | Fuji Photo Film Co Ltd | Container for photographic processing composition and recycling method therefor |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS614060A (en) * | 1984-06-18 | 1986-01-09 | Konishiroku Photo Ind Co Ltd | Automatic developing machine for color photographic sensitive material |
| JPS62269959A (en) * | 1986-05-19 | 1987-11-24 | Konika Corp | Automatic developing device with feeding and recovering container for processing solution |
| JPS6455562A (en) * | 1987-08-26 | 1989-03-02 | Fuji Photo Film Co Ltd | Processing liquid feeding structure for photosensitive material processing machine |
-
1991
- 1991-03-29 JP JP6670891A patent/JPH04301633A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS614060A (en) * | 1984-06-18 | 1986-01-09 | Konishiroku Photo Ind Co Ltd | Automatic developing machine for color photographic sensitive material |
| JPS62269959A (en) * | 1986-05-19 | 1987-11-24 | Konika Corp | Automatic developing device with feeding and recovering container for processing solution |
| JPS6455562A (en) * | 1987-08-26 | 1989-03-02 | Fuji Photo Film Co Ltd | Processing liquid feeding structure for photosensitive material processing machine |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH075670A (en) * | 1993-06-14 | 1995-01-10 | Fuji Photo Film Co Ltd | Container for photographic processing composition and recycling method therefor |
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