KR910005070Y1 - Developing eqipment of slide film - Google Patents

Abstract

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Description

Ammonia Gas Washing Removal Blue Slide Film Developer

1 is an exploded perspective view of a conventional film developing apparatus.

2 is a partial perspective view of the film developing apparatus according to the present invention.

3 is a bottom perspective view of the film mounting base according to the present invention.

4 is a longitudinal sectional view of the film developing apparatus according to the present invention.

Figure 5 is an enlarged cross-sectional view of the main portion of the drainage according to the present invention.

* Explanation of symbols for main parts of the drawings

1: Film developing device 2: Film stand

3: supply tank 4: collection tank

10: film placing bag inlet, outlet 11: water valve

11a: supply pipe 12: water spray pipe

13: film guide guide groove 14: drain hole

15: drain pipe 16: drain valve

17: horizontal hook support slope 20: film hanger

21: hole 22: the handle

23: horizontal hanger support 24: guide vertical piece

30,40: inlet 31: supply valve

32, 42: vent hole 41: resin valve

The present invention relates to ammonia gas flushing type blue slide film developing apparatus used for various meetings, reports, recording and preservation of data.

In the conventional cylindrical developer (Foil Developer), as shown in FIG. 1, a foil film for manufacturing a blue slide film is overlapped with an original plate in an ultraviolet printer and then exposed to a proper time for exposure to ammonia gas. It is developed and used as a slide film. At this time, the phenomenon for developing blue color was used as the cylindrical developing device. However, if the foil film using the conventional cylindrical developing device is developed, the foil film can be used only at the place where the exhaust device is discharged due to the release of developing ammonia gas at every charge and extraction of the foil film. When the film is placed in the developing device, the overlapping parts are formed, which makes the film poor in color development. Therefore, when a large amount of slide films have the same rheology, the ammonia concentration in the ammonia and the development time are uneven. There was a problem that could be different.

The present invention has been devised to solve such a conventional problem, and in particular, it is possible to develop a large amount of foil film by improving the shape of the developing apparatus for coloring the foil film using ammonia gas, and the slide film of the same theme is uniform. It is an object of the present invention to provide an ammonia gas flushing type blue slide developing device which has a color development and can be used in any indoor space without a forced exhaust system through a flushing device of ammonia gas.

Hereinafter, this will be described in more detail with reference to the accompanying drawings.

That is, the present invention is a film stage (Film Stage) is formed to facilitate the introduction and withdrawal into the inner surface of the film developing apparatus (1) formed entirely of transparent acrylic plate as shown in Figs. ) And the ammonia supply tank 3 and the ammonia collection tank 4 are provided at both sides of the film developing apparatus 1, respectively.

The film mounting stand inlet, the outlet 10 is provided on the front of the film developing device 1, the supply pipe 11a of the water valve 11 attached to one side of the outer wall surface of the film developing device 1 is the upper portion thereof. It is connected to the water spray pipe 12 along the inner wall surface, and the film base guide groove 13, the ammonia water and the ammonia to prevent the fluctuation of the film base 2 in the inlet and out, The drain pipe 15 and the drain valve 16 are connected to the drain port 14 for discharging the dissolved water.

In addition, a horizontal hanger support tilting jaw 17 for horizontally supporting the film placing stand 2 is provided below the inner wall surface of the film placing stand of the film developing apparatus 1 and the outlet 10. The film placing table 2 will be described below.

The film stand 2 is formed on the upper surface of both sides of the resilient plate to easily restoring the film hanger 20 of the elastic thin plate to stand up, and the recovery stand in the film stand 2, Restoration holes 21 are laid to widen the contact area of the swath film, and a handle 22 is disposed on the front surface of the film placing stand 2, and a film placing stand 2 is drawn out from the bottom of the film placing stand. When mounted to the hanger 20, the horizontal hanger support 23 for holding the film mounting base 2 horizontally is caught by the horizontal hanger support inclined jaw 17 of the film forming apparatus 1. It consists of a prepared structure.

In addition, the guide vertical piece 24 protruding on one side of the horizontal hanger support 23 is configured to be inserted into the film guide guide groove 13 of the film developing device (1).

The ammonia water supply tank 3 and the ammonia water collection tank 4 send inlets 30 and 40 and ammonia water to the film developing apparatus 1 for supplying respective ammonia water to the collection tanks 3 and 4. A supply valve 31 for collecting the ammonia water, a collecting valve 41 for collecting resistance, and a vent hole 32 for supplying air during injection and supply, or for venting air in the collection tanks 3 and 4 or atmospheric pressure action. 42) is provided with a configuration provided respectively.

The ammonia water supply and collection tanks 3 and 4 are connected by pipe couplings 33 and 43 in order to allow replacement of the ammonia.

Referring to the operation and effect by the present invention configured as described above are as follows.

Looking at the action of the film developing apparatus 1 of the present invention through the utilization process, first, the ammonia water is stored in an appropriate amount through the inlet 30 of the supply tank 3, and then the inlet 30 is completely locked. And as shown by the virtual line in FIG. 4, the film mounting stand inlet and drawer opening 10 are opened, the handle 22 is grabbed, and the said film mounting stand 2 is pulled out.

At this time, the horizontal hanger support 23 of the film mounting stand 2 is caught on the horizontal length support inclined jaw 17 of the film developing device 1, the film mounting stand 2 is a film developing device (1) Receipt will be maintained in the outgoing state.

In the above state, after mounting the foil film exposed to ultraviolet light by overlapping the original film on the film hanger 20 of the film placing table 2, the handle 22 is pushed, and the film placing table 2 is a film placing guide It is settled inside the film developing apparatus 1 along the groove 13, the front side of which is supported by the horizontal hanger support slope 17, and the rear side of which is supported by the guide plain surface 24.

Subsequently, when the vent hole 32 is opened while closing the film loading stand and the outlet 10 and opening the supply valve 31 of the ammonia supply tank 3, the ammonia water is supplied to the film developing apparatus 1 by gravity. do.

When an appropriate amount of ammonia water is supplied to the inner surface of the film computing device 1, the supply valve 31 and the vent hole 32 are closed.

The ammonia gas generated at the same time as the ammonia water supply develops and colors the foil film.

When the vent hole 42 is opened while the collection valve 41 of the ammonia collection tank 4 is opened after a proper time, ammonia water is collected in the ammonia collection tank 4 by gravity.

Subsequently, when the whole amount of ammonia water flows out of the film developing apparatus 1 to the collecting tank 4, the collection valve 41 of the ammonia water collecting tank 4 is closed and the drain valve 16 of the film developing apparatus 1 is closed. When the water valve 11 is opened by opening, the water is sprayed along the water supply pipe 11a and the water spray pipe 12 on the inner wall.

Since the ammonia gas has high solubility in water, the ammonia gas is dissolved in water and discharged through the drain valve 16 in a short time.

Subsequently, the film placing stand inlet, the outlet 10 is opened to take out the handle 22 of the film placing stand 2, and the development and the colored film are taken out. Thus, the developing operation is completed.

Since the ammonia water supply and collection tanks 3 and 4 have the same capacity and the same structure, mutual exchange is possible, and the disassembly and coupling of each tank 3 and 4 is possible by the respective connection ports 33 and 43, so that the collection tank 4 ) When the ammonia water is filled and the ammonia water is empty in the supply tank 3, the front and rear valves 31 and 41 of the connection ports 33 and 43 are closed, and the connection ports 33 and 43 are released to exchange with each other. Can be used.

The present invention as described above is capable of developing the foil film without any obstacles caused by ammonia gas in any room without the forced exhaust device, and the large capacity of the film developing device allows a large amount of work. Since the subject film can have the same color development, there is an effect of improving the quality of the slide film.

In addition, compared to the frequent disposal of conventional ammonia water by one company, the present invention also reduces the amount of use due to the circulating use of ammonia water.

Claims (1)

In the conventional film producing apparatus, the supply pipe 11a of the water valve 11 attached to the outer wall surface of the film developing apparatus 10 provided with the film mounting base inlet and outlet port 10 has water along the upper inner wall surface thereof. It is connected to the pipe 12, the lower end of the film mounting base 2 to prevent the swinging of the introduction and withdrawal of the film mounting base guide groove 13, and supports the horizontal of the film mounting base (2) A film developing apparatus 1 having a horizontal hanger support inclined jaw 17 and a drain pipe 15 and a drain valve 16 respectively connected to a discharge port 14 for discharging ammonia water and ammonia-dissolved water; In order to easily erect the film on the top, a plurality of holes 21 are installed in the film holder 2 on which the film hangers 20 of the plurality of elastic thin plates are installed so as to face each other. The film holder 2 provided with the handle 22, the horizontal hanger support 23, and the guide vertical piece 24 on the front and rear surfaces thereof can be easily inserted into or drawn out from the inner surface of the film developing apparatus 1. Configuration to make; It is installed on both sides of the film developing device (1), respectively, to supply the ammonia water, the injection port (30, 40) for injecting the collection tank (3, 4) and the supply valve for sending the ammonia water to the film developing device (1) 31), ammonia water supply provided with a collection valve 41 for collecting and storing the ammonia water and a supply hole for injection and supply, and vent holes 32 and 42 for air discharge or atmospheric pressure in the collection tanks 3 and 4, respectively. An ammonia gas flush removal type blue slide film developing apparatus characterized by a related configuration between a tank (3) and a collection tank (4).