CN100498522C - Developing apparatus - Google Patents
Developing apparatus Download PDFInfo
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- CN100498522C CN100498522C CNB2005100068058A CN200510006805A CN100498522C CN 100498522 C CN100498522 C CN 100498522C CN B2005100068058 A CNB2005100068058 A CN B2005100068058A CN 200510006805 A CN200510006805 A CN 200510006805A CN 100498522 C CN100498522 C CN 100498522C
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- treatment
- development
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- treatment trough
- groove
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- Photographic Developing Apparatuses (AREA)
Abstract
The invention relates to a developing device, comprising a development part (2) treating the input photographic materials with development process and a drying part (3) drying the photographic materials treated in the development part (2); wherein, the development part comprises a plurality of processing troughs (21), a supplying vessel (40) storing the processing feed and a supplying water tough feeding water for the processing troughs; the processing troughs and the supplying water tough (23) are integrated to form a tough component (20). The developing device has the advantages that: the low cost and saved space of the troughs of the development are realized, meanwhile, the reasonable heat management of the processing troughs and the water supplying trough is realized.
Description
Technical field
The present invention relates to a kind ofly the photosensitive material that drops into be carried out the development section of development treatment and the withering drying section of crossing with described development section development treatment of photosensitive material is constituted by being intended to, described development section has a plurality of treatment troughs, store to described treatment trough and supply with the adding container for the treatment of fluid and store developing apparatus to the moisturizing groove of described treatment trough supply water.
Background technology
The photo film to as photosensitive material in prior art carries out in the film developing apparatus of development treatment, at its development section, have 7 respectively filling develop successively, the treatment trough of development treatment liquid such as developer solution of development treatment such as bleaching, photographic fixing, bleaching liquid, stop bath, stabilizing solution, these 7 treatment troughs, throughput direction along film 1 is arranged, it at first is the developer solution treatment trough, it then is the bleaching liquid treatment trough, then being 2 stop bath treatment troughs again, is 3 stabilizing solution treatment troughs at last.And then, be equipped with the adding container that is intended to the additional various treating fluids of each treatment trough, the water tank of giving each treatment trough supply water and the waste liquid tank (for example, consulting patent documentation 1) that treating fluid is pressed into by treatment trough by unwatering pump in the place different with these treatment troughs.
Groove as moisturizing is specifically constructed, following structure is widely known by the people: be connected with treatment trough by the pipeline with water pump and can give the moisturizing groove of its moisturizing, be arranged on than on the low position of treatment trough, by this moisturizing groove towards above the front end of the pipeline that extends, upper end against treatment trough is installed with to water drum, will be stored in the moisturizing groove by the water that its admission port is injected.
[patent documentation 1] spy opens flat 11-No. 30845 communiques (paragraph 0012-0013, Fig. 1-2)
[patent documentation 2] spy opens flat 9-No. 43807 communiques (paragraph 0009-0011, Fig. 1-2)
As mentioned above, in the developing apparatus of prior art,, also need around it, configuration store, also need to dispose waste liquid tank sometimes in order to carry out the moisturizing groove of moisturizing except storing the treatment trough of various development treatment liquid to development section configuration a group.This will beg to surrender and hang down the manufacturing cost of so numerous grooves, and dispose these grooves effectively so that save the space.
And then, in the developing apparatus of prior art, treatment trough and development section disposed adjacent, the moisturizing groove then is configured on the clear position in the developing apparatus.In general, the treating fluid that development treatment is used, need the strict certain temperature that keeps surpassing 30 degree, to since evaporation wait when causing not enough moisture to replenish, if the coolant-temperature gage of moisturizing groove lower (under common environment, even summer, water temperature is also below 30 degree), in being supplied to the treatment trough of this water, just need be with well heater etc. with its Fast Heating.And when waiting water temperature too low in the winter time, just occur temporarily stopping development treatment, till the heating of adopting well heater finishes.In addition, otherwise, when summer etc., owing to make the treating fluid of adjacent treatment trough surpass required temperature from the heat of drying section, so the problem of uniform heat management also will occur being difficult to treatment trough is carried out.
Summary of the invention
In view of above-mentioned live telecast, problem of the present invention is: the developing apparatus of the structure of cost degradation with the various grooves that can realize that development section has and save spaceization is provided, and has the developing apparatus that can also solve the structure of the problem of heat management in treatment trough and the moisturizing groove.
In order to finish above-mentioned problem, by be intended to that the photosensitive material that drops into is carried out the development section of development treatment and the withering drying section of crossing with described development section development treatment of photosensitive material is constituted, described development section has a plurality of treatment troughs, store to described treatment trough and supply with the adding container for the treatment of fluid and store in the developing apparatus of the moisturizing groove of described treatment trough supply water, the present invention is integrated with described a plurality of treatment troughs and described moisturizing groove, forms a bowl assembly.
After adopting this structure, because the moisturizing groove also becomes one with the requisite a plurality of treatment troughs of the development treatment of photosensitive material, form 1 bowl assembly together, so compare with indivedual making of prior art, situation that the moisturizing groove is set, can reduce manufacturing cost, and owing to the integrated effect of groove has been saved the space.
In order to finish above-mentioned problem, by be intended to that the photosensitive material that drops into is carried out the development section of development treatment and the withering drying section of crossing with described development section development treatment of photosensitive material is constituted, described development section has a plurality of treatment troughs, store to described treatment trough and supply with the adding container for the treatment of fluid and store in the developing apparatus of the moisturizing groove of described treatment trough supply water, the present invention disposes described moisturizing groove between described a plurality of treatment troughs and described drying section.
In this structure, because between the drying section with the heat generation source that is called " exsiccator " and a plurality of treatment trough, disposed adjacent moisturizing groove is so the water of storing in the moisturizing groove is just by the heat heating from drying section.In general, the treating fluid that development treatment is used, need the strict certain temperature that keeps surpassing 30 degree, to since evaporation wait when causing not enough moisture to replenish, if the coolant-temperature gage of moisturizing groove lower (under common environment, even summer, water temperature is also below 30 degree), in being supplied to the treatment trough of this water, just need be with well heater etc. with its Fast Heating.And when waiting water temperature too low in the winter time, just occur temporarily stopping development treatment, till the heating of adopting well heater finishes.This problem, as mentioned above, heat that can be by being used to self-desiccation portion is resolved the method for the water heating of moisturizing groove.And then, between drying section and treatment trough, insert this structure of moisturizing groove, can also obtain the effect of following subband: cut off the heat conduction of drying section to treatment trough by the moisturizing groove, thereby solve in the developing apparatus of prior art, the heat from drying section when summer etc. makes the temperature of the treating fluid of adjacent treatment trough surpass temperature required and variety of issue that occur.
In other words, adopt developing apparatus of the present invention, owing to have the characteristics of a plurality of treatment troughs and a bowl assembly of the integrated formation of described moisturizing groove, the characteristics that perhaps have the described moisturizing groove of configuration between described a plurality of treatment troughs and described drying section, perhaps have this two characteristics simultaneously, have cost degradation and the structure of save spaceization or the developing apparatus that to realize making the various grooves that development section has thereby become, perhaps become the structure that realizes the two with structure of the problem that solves the heat management in treatment trough and the moisturizing groove.
As the concrete example that realizes one on the two structure, can adopt following manner configured slot assembly: the time with described a plurality of treatment troughs of a bowl assembly of integrated formation and described moisturizing groove row shape alignment arrangements, also described moisturizing groove is positioned at end one side, makes described moisturizing groove and described drying section adjacency.
And then, in a kind of suitable embodiment of the present invention, store waste liquid tank from described treatment trough, form one with described bowl assembly.In this structure, not only treatment trough and moisturizing groove, and waste liquid tank also forms as a bowl assembly are so compare with indivedual making of prior art, situation that the moisturizing groove is set, can reduce manufacturing cost, and owing to the integrated effect of groove has been saved the space.
For photosensitive material is carried out successional processing, and being lined up the row shape, dispose a plurality of treatment troughs, so the waste liquid tank in the bowl assembly that forms one, preferably the sidewall along a plurality of treatment troughs of lining up the row shape disposes.Like this, a plurality of treatment troughs, moisturizing groove and waste liquid tank can be concentrated into a bowl assembly compactly.
And then, by sidewall configuration waste liquid tank, can adopt the overflow mode that treating fluid is discharged into the waste liquid tank from handling liquid bath along a plurality of treatment troughs of lining up the row shape.At this moment, dividing plate is set in waste liquid tank, so that make developer solution and these different treating fluids of bleaching liquid, even overflow flows into waste liquid tank, also can separate storage, on the angle of environmental protection, also very suitable.
Undoubtedly, even not with a plurality of treatment troughs and bowl assembly of the integrated formation of described moisturizing groove, and only with bowl assembly of the integrated formation of described a plurality of treatment troughs, described moisturizing groove is configured between described bowl assembly and the described drying section as the monomer groove, also can realize making the cost degradation and the save spaceization of the various grooves that development section has, can also solve the problem of the heat management in treatment trough and the moisturizing groove simultaneously.
Adopt further feature of the present invention and advantage, can be by the telling about of embodiment of using the following drawings be illustrated.
Description of drawings
Fig. 1 is the stereographic map that the profile of film developing apparatus of the present invention is adopted in expression.
Fig. 2 is the diagrammatic cross-section of the concrete structure of expression film developing apparatus.
Fig. 3 is the stereographic map that the film insertion section of the guide card that is connected with the leading section of film is inserted in expression.
Fig. 4 is the exploded perspective view of expression bowl assembly.
Fig. 5 is the stereographic map that bowl assembly has been installed in expression.
Fig. 6 is the planimetric map of the bowl assembly of the moisturizing stream of expression from the moisturizing groove to treatment trough.
Fig. 7 is a key diagram of telling about the pipeline between treatment trough and adding container and treatment trough and the moisturizing groove.
Fig. 8 is the diagrammatic cross-section of expression carriage assembly and the mutual contraposition of bowl assembly.
Fig. 9 is the diagrammatic cross-section of expression insertion section side carriage and drying section side carriage and the mutual contraposition of bowl assembly.
Embodiment
Below, with reference to the accompanying drawings, tell about the embodiment that adopts developing apparatus of the present invention.
In Fig. 1, as example of developing apparatus, the profile of film developing apparatus is shown, Fig. 2 illustrates its internal cross section.This film developing apparatus is being compared with width smaller, have bigger length and the height roughly be in the cubical housing 10, include the necessary inscape of development of photo film (hereinafter to be referred as " film ") in.
Upper corners portion in the developing apparatus front is being provided with display screen 11 and is allowing and covering 12 to the rock type insertion section of film insertion section 1 access.And then, on the top of device, the passage of arch is being set.This passage plays a role as the film Storage Department 4 of the film that temporary transient keeping development is discharged.
By Fig. 2 and Fig. 3 as can be known, in the housing 10 of film developing apparatus, have: the film insertion section 1 of the film F that the filling front end is connected with guide card L; The film F that stretches out from film insertion section 1 is carried out the film development section 2 of development treatment; Include exsiccator 30 in, be intended to the film drying section 3 of the film F after dry development is handled; With the conveying mechanism 5 that film F is carried to film development section 2 and film drying section 3 by film insertion section 1, comprise the control part 6 of the Control Component 6a of this film developing apparatus and power supply module 6b etc.With the film that discharge film drying section 3 dry backs, in film Storage Department 4, temporarily preserve, take out in due course.
Before the film insertion section 1 of packing into, as shown in Figure 3, it is bonding to use the front end of the film F that splicing tape ST will extract out from spool box to divide with guide card L, the body that makes film F with the form that guided by guide card L from the film insertion section 1 by film development section 2 and film drying section 3.On the guide card L that plays guiding function,, the through hole La that a column pitch equates is being set along throughput direction.Conveying mechanism 5 has everywhere that rotation is inserted among this through hole La, the conveying of sending guide card L is carried with sprocket and film and used roller.In other words, the through hole La of guide card L is as playing a role with carrying the sprocket hole that cooperates with sprocket.As shown in Figure 3: this sprocket hole row are positioned at the eccentric position of center line one side of the throughput direction (length direction) of guide card L.
As shown in Figure 3, in film insertion section 1, have: the guide 1a of the guide card L when guiding is inserted, import conveying roller assembly 5a, the film cutoff tool 1b that cuts off of the rear end of the film F that will all extract out from spool box as required, the inspection sprocket wheel 1c of the free rotary of the chain hole La that extends through the guide card L that comes is inserted in rotation.This checks the crown with sprocket wheel 1c, can insert the chain hole La that extends through the guide card L that comes with correct positive and negative posture, thereby can prevent to insert guide card L with the positive and negative posture of mistake.
After inserting film insertion section 1 as the guide card L of guide, the spool box of taking in film F is born the 1d of portion clamping by film, close shake cover 12 after, form the shading state of film insertion section 1.
By checking guide card L, under the clamping that imports conveying roller assembly 5a, be transported to film development section 2 with sprocket wheel 1c.As shown in Figure 2, in film development section 2, area configurations bowl assembly 20 at an upper portion thereof, disposing the adding container group 40 that is intended to replenish each treating fluid, constitutes by 4 replenishers in lower region thereof, between bowl assembly 20 and adding container group 40, disposing the pump group 50 of the transversely arranged formation of various pumps.Positive zone in housing 10 as previously mentioned, is disposing film insertion section 1 and control part 6 up and down; Film drying section 3 is configured in the back side one side of film development section 2, so the width of housing 10 reduces, its result reduces the floor area of film developing apparatus, is of value to saving the space.
By Fig. 2 and Fig. 6 as can be known: in groove body 20A, produce subsidiary 7 auxiliary tanks 22, accommodate the treatment trough 21 of the multiple treating fluid that is intended to development treatment such as developing successively, bleach, deciding respectively, be configured in the moisturizing groove 23 of storage treating fluid thinned water of the terminal (near a side of film drying section 3) of treatment trough 21, along the waste liquid tank 24 of treatment trough 21 and 23 configurations of moisturizing groove.
Each treatment trough 21 according to the kind of accommodating treating fluid, in the present embodiment, is divided into painted development (CD) and is used treatment trough 21d with treatment trough 21b, 2 photographic fixing (F1X) with treatment trough 21c, 3 stable (STB) with treatment trough 21a, bleaching (BL).But owing to can regard identical structure as in fact, so when distinguishing especially,, use " treatment trough 21 " this term as their general name except needs.Accommodate the number of same development in addition with the treatment trough for the treatment of fluid, different because of the development specification, can adopt all kinds.
Groove lid 20B has top plate like region that covers auxiliary tank 22 and the frame shape zone that the carriage assembly 7 that inserts in the treatment trough 21 is positioned, supports.As shown in Figure 4: groove body 20A is the top complete container-like form that we opens, and groove lid 20B is the form that rectangle frame is connected with plate, so can make as the moulding product.
Shown in the synoptic diagram of Fig. 7, treatment trough 21 and auxiliary tank 22 also are communicated with by circulation road 51a in bottom separately when top is interconnected.In the 51a of this circulation road, ebullator 51 is being set.After ebullator 51 actions, the treating fluid in the auxiliary tank 22 can be pressed in the treatment trough 21 by circulation road 51a.Like this, flow into the treating fluid of auxiliary tanks 22 by treatment trough 21, just from the bottom of auxiliary tank 22 by circulation road 51a, flow into the bottom of treatment trough 21 once more, the circular flow of the treatment trough 21 shown in the arrow of formation Fig. 7.In the inside of auxiliary tank 22, filtrator 25 is installed, by the treating fluid after the filtration of this filtrator 25, the otch flow ipe 25a from the pipeline 25a that connects filtrator 25 arrives circulation road 51a.In addition, in auxiliary tank 22, also be installed with heat treated liquid well heater 26, detect the temperature sensor 27 etc. of the temperature for the treatment of fluid.According to the detecting signal of this temperature sensor 27, the action of control heater 26., reclaimed by waste liquid tank 24 from the treating fluid of treatment trough 21 overflows by replenishing treating fluid as waste liquid.
In addition, as mentioned above, as painted development treatment trough 21a, bleaching treatment trough 21b, the photographic fixing of treatment trough 21 treatment trough 21c and the stable treatment trough 21d that uses, because needing to supply with mutually different treating fluid is different additional liquid, so to replenish different treating fluids in order adjusting, and to prepare 4 adding containers 40.The auxiliary tank 22 of adding container 40 and treatment trough 21 connects with replenishing stream 52a, in additional stream 52a, is adorning the make-up pump 52 that replenishes liquid from adding container 40 to auxiliary tank 22 force feeds outward.Make-up pump 52 adopts the bellows type pump structures, utilize and follow the scalable difference in volume that once produces of bellows, with quantitative additional liquid from the liquid level force feed of adding container 40 to auxiliary tank 22.
Shown in the synoptic diagram of Fig. 6, the moisturizing groove 23 that forms incorporate bowl assembly 20 with treatment trough 21 together is connected with each auxiliary tank 22 usefulness moisturizing stream 53a, in moisturizing stream 53a, is adorning outward dilution water from the small pump 53 of moisturizing groove 23 to auxiliary tank 22 force feeds.In order to supply water for 7 all treatment troughs 21, be provided with at the diapire of moisturizing groove 24 and giving 7 admission ports, the moisturizing stream 53a that is communicated with each auxiliary tank 22 is connected with this admission port.
As Fig. 2 and shown in Figure 8, in bowl assembly 20, being installed with up and down reciprocatingly (crawls) for the zone of managing groove 21 throughout carries the carriage assembly 7 of the film F that is guided by guide card L.This carriage assembly 7 is by sinking to the bottom carriage 7A in the treating fluid and being configured in the top of bottom carriage 7A and guiding film F to constitute to the top carriage 7B that treatment trough 21 moves from treatment trough 21.In the carriage 7A of bottom, guiding is being set is carrying a plurality of pairs of rollers of film F and make driving rolls that the film F counter-rotating of foot carries and the drive sprocket that is intended to carry guide card L.They itself well-known, so do not repeat them here.About the structure of the conveying mechanism 5 that is arranged on conveying guide card L on the carriage 7A of bottom and film F, for example can consult that the spy opens flat 7-No. 72602 communiques and the spy opens communique 2003-No. 5335.
Between the frame wall 201 in the diapire 202 that covers the groove lid 20B that is provided with on the position of waste liquid tank 24 to small part and the outside, the formation recess that we opens towards the top 203 disposes the drive rod assembly 7b that rotary power is passed to the conveying mechanism 5 that is provided with by worm gear on the carriage assembly 7A of bottom here.And then, on the diapire 204 of the plate like region on the auxiliary tank 22 that form to cover groove lid 20B, the mounting hole of the filtrator 25 as the auxiliary tank parts, well heater 26 and the temperature sensor 27 auxiliary tank 22 being installed being disposed and moisturizing are being set with connector etc.
And then, in the present embodiment, though only schematically illustrated in Fig. 9, as to be intended to film F is sent into from film insertion section 1 the insertion section side carriage 1A of film development section 2 location is also undertaken by the side carriage location division, insertion section 80 that is arranged on the groove lid 20B; Be intended to film F is sent into the location of the drying section side carriage 3A of film drying section 3 from film development section 2, also undertaken by the drying section side carriage location division 81 that is arranged on the groove lid 20B.Side carriage location division, insertion section 80 and drying section side carriage location division 81, carriage location division 8 with bowl assembly 20 configurations for carriage assembly 7 is located, all as the location matrix, by making the mutual occlusal surface of each location division 8,80,81 that constitutes groove lid 20B accurately, promptly by groove lid 20B is played a role as the location matrix of carriage assembly 7, insertion section side carriage 1A and drying section side carriage 3A, thereby can make all location correctly mutually of carriage assembly 7, insertion section side carriage 1A and drying section side carriage 3A.
As shown in Figure 9, with film development section 2 and film drying section 3 disposed adjacent, the drying chamber 31 that particularly will dispose the exsiccator 30 that blows out the hot blast that makes film F drying is adjacent with the moisturizing groove 23 of bowl assembly 20.During the breaking-in period of film developing apparatus, drying chamber 31 forms very high temperature under the effect of exsiccator 30, and a large amount of heats passes to moisturizing groove 23 by drying chamber 31.Because drying chamber 31 and treatment trough 21 are kept apart fully by moisturizing groove 23, so, can not be directly passed to treatment trough 21, and be absorbed by the water of moisturizing groove 23 from the heat of drying chamber 31.In other words, the heat of drying chamber 31 is used to improve the water temperature of moisturizing groove 23 in fact, almost can not pass to treatment trough 21.It is moisturizing groove configuration of the present invention, block from drying chamber 31 to the heat transmission of handling liquid bath 21 with the moisturizing groove 23 of filling water, thereby can avoid the heat of drying chamber 31, the special unusual problem that raises for the treatment of fluid that in summer, makes adjacent processing liquid bath 21, but also can avoid the water temperature of moisturizing groove 23 in winter particularly low especially, when treatment trough 21 moisturizings, the treating fluid of treatment trough 21 becomes the problem of the outer low temperature of regulation for a moment.
In addition, as mentioned above, not with a plurality of treatment troughs 21 and 1 bowl assembly 20 of described moisturizing groove 23 integrated formation, and only with 1 bowl assembly 20 of described a plurality of treatment trough 21 integrated formation, with described moisturizing groove 23 as the monomer groove, be configured between described bowl assembly 20 and the described drying chamber 3, also can realize making the low cost and the save spaceization of the various grooves that development section has, can also solve the problem of the heat management in treatment trough 21 and moisturizing groove 23 simultaneously.
In the above-described embodiment,, adopted the film developing apparatus, but undoubtedly as developing apparatus, the photosensitive material beyond the comparison film film, the device that develops such as sensitized paper for example, the present invention also can be suitable for.
Claims (4)
1, a kind of developing apparatus, it is characterized in that: the photosensitive material that drops into is carried out the development section of development treatment and the withering drying section of crossing with described development section development treatment of photosensitive material is constituted by being intended to, described development section has a plurality of treatment troughs, stores to described treatment trough and supply with the adding container for the treatment of fluid and store moisturizing groove from water to described treatment trough that supply with
Between described a plurality of treatment troughs and described drying section, dispose described moisturizing groove.
2, developing apparatus as claimed in claim 1 is characterized in that: described a plurality of treatment troughs and described moisturizing groove are integrated, form a bowl assembly.
3, developing apparatus as claimed in claim 2, it is characterized in that: adopt following manner configured slot assembly: described a plurality of treatment troughs and described moisturizing groove row shape alignment arrangements, and make described moisturizing groove be positioned at end one side, make described moisturizing groove and described drying section adjacency.
4, developing apparatus as claimed in claim 1 is characterized in that: bowl assembly of the integrated formation of described a plurality of treatment troughs, described moisturizing groove is configured between described bowl assembly and the described drying section as the monomer groove.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2004030944 | 2004-02-06 | ||
| JP2004030944A JP4210928B2 (en) | 2004-02-06 | 2004-02-06 | Development device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1652019A CN1652019A (en) | 2005-08-10 |
| CN100498522C true CN100498522C (en) | 2009-06-10 |
Family
ID=34879202
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005100068058A Expired - Fee Related CN100498522C (en) | 2004-02-06 | 2005-01-28 | Developing apparatus |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4210928B2 (en) |
| CN (1) | CN100498522C (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2009103740A (en) * | 2007-10-19 | 2009-05-14 | Noritsu Koki Co Ltd | Developing processor |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4806962A (en) * | 1984-03-27 | 1989-02-21 | Konishiroku Photo Industry Co., Ltd. | Automatic developing apparatus |
| CN1101133A (en) * | 1993-02-16 | 1995-04-05 | 诺日士钢机株式会社 | Photographic film developing apparatus |
| JP2001343732A (en) * | 2000-05-31 | 2001-12-14 | Koyo Photo Service:Kk | Developing method and developing apparatus for card photographic paper |
| JP2002107898A (en) * | 2000-09-28 | 2002-04-10 | Yamaguchi Sogyo Kk | Developing apparatus and method for short-sized film |
-
2004
- 2004-02-06 JP JP2004030944A patent/JP4210928B2/en not_active Expired - Fee Related
-
2005
- 2005-01-28 CN CNB2005100068058A patent/CN100498522C/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4806962A (en) * | 1984-03-27 | 1989-02-21 | Konishiroku Photo Industry Co., Ltd. | Automatic developing apparatus |
| CN1101133A (en) * | 1993-02-16 | 1995-04-05 | 诺日士钢机株式会社 | Photographic film developing apparatus |
| JP2001343732A (en) * | 2000-05-31 | 2001-12-14 | Koyo Photo Service:Kk | Developing method and developing apparatus for card photographic paper |
| JP2002107898A (en) * | 2000-09-28 | 2002-04-10 | Yamaguchi Sogyo Kk | Developing apparatus and method for short-sized film |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1652019A (en) | 2005-08-10 |
| JP4210928B2 (en) | 2009-01-21 |
| JP2005221864A (en) | 2005-08-18 |
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Granted publication date: 20090610 Termination date: 20120128 |