Processing liquid storage apparatus in automatic developer system, and photographic processing apparatus

Abstract: A processing liquid cartridge storage apparatus (4) in an automatic development processing system for automatically developing photosensitive materials according to the present invention is characterized by: a processing liquid cartridge (5) filled with at least two or more separately stored, different processing liquids and detachably loaded onto a cartridge bed plate (7) installed in the automatic development processing system, the processing liquid cartridge being equipped with outlet nozzles (9) extending from its processing liquid chambers and arranged to fit into corresponding apertures (8) provided in the cartridge bed plate (7); and a slide plate (17) slidably mounted beneath the cartridge bed plate (7) and having at least two or more hole pairs provided therein at equal intervals of a distance.

Description: BACKGROUND OF THE INVENTION The present invention relates to a processing liquid cartridge storage apparatus provided for storage of a processing liquid cartridge(s) filled with separately stored, different processing liquids in an automatic development processing system which develops silver halide photosensitive materials such as photographic film or paper (referred to as photosensitive materials hereinafter). A variety of automatic development processing systems are known including of a type for developing photographic film, a type for photographic paper, a type for both photographic film and paper, or a type for their combination accompanied with a photographic printing system. In a conventional automatic development processing system comprising a photographic printing machine and an automatic photographic paper development processing machine, a photographic material is exposed to image light of an original at the printing machine and then subjected to development, desilvarization, rinsing, and stabilization at the development processing machine. Those actions are carried out using different processing liquids which are thus declined in quality and quantity as the actions are repeated. It is hence essential for maintaining the processing actions at a desired degree of performance to replenish the processing liquids time to time. For replenishing, the processing liquids are generally stored in separate supply tanks a respectively as shown in Fig. 44. The supply tanks a are stored in a particular location of the automatic development processing system which may vary depending on its type. When an openable cover b for the supply tanks a is opened, processing liquid inlets c of their respective supply tanks a are exposed. The action of replenishing a processing liquid starts with upon a sensor (not shown) detecting shortage of the processing liquid in the automatic development processing system, opening an inlet lid d of the target supply tank a and is followed by preparing a container (not shown) filled with the desired processing liquid, pouring the processing liquid from the container through the inlet c into the supply tank a, adding an amount of water, and stirring a mixture of the processing liquid and water with a stirring rode. Also, for ease of replenishing, a cartridge filled with different processing liquids stored separately has recently been developed and introduced. The cartridge filled with the different processing liquids is readily loaded into a cartridge storage apparatus of the automatic development processing system for feeding the processing liquids at a time. For the purpose, the cartridge has outlet nozzles extending from separately mounted, different processing liquid chambers thereof and allows them to be connected with corresponding delivery nozzles mounted in the cartridge storage apparatus for supplying the processing liquids to development processing units in the automatic development processing system. A conventional photographic processing apparatus also includes a group of supply tanks for carrying the different processing liquids such as a developer and a bleacher. As the processing liquids are consumed, their supply tanks are replenished with the help of a stirring means. However, the supply tanks of the photographic processing apparatus when replenished with the processing liquids have to be subjected to a stirring action which is troublesome. The replenishing often results in messing the hands of an operator. For compensation, a processing liquid cartridge filled with the processing liquids is used as loaded on a drawer base of the photographic processing apparatus. The cartridge when exhausted is simply replaced with a new set of the cartridge. More specifically, the photographic processing apparatus of such a type is shown in Fig. 45 where a drawer base 4B is installed for movement to and from a drawer base storage 4A with an openable door 4D. A processing liquid cartridge 4C is then loaded onto the drawer base 4B which has been moved out. The openable door 4D is integrally mounted to the front side of the drawer base 4B. When the drawer base 4B is moved into the drawer base storage 4A, the openable door 4D shuts up the drawer base storage 4A and simultaneously locks up the drawer base 4B with a lock mechanism 4E mounted thereon. Accordingly, the drawer base 4B is prevented from moving out from the drawer base storage 4A when not desired. Since the processing liquids include a developer, a bleacher, a fixer, a stabilizer, and other agents, their respective supply tanks a are used of two or more. It is thus not an easy task for replenishing the plural tanks with the different processing liquids and adding respective amounts of water. This may result in fault filling with an improper processing liquid or error in filling amount. Also, upon adding the water, a resultant mixture has to be adequately stirred with a stirring rod e at each filling process. The stirring repeated at the filling processes of the different processing liquids requires a manual action of the operator and hence increases the overall development process time. It may also happen that traces of the processing liquid are splashed out during the filling into the supply tank. The filling of the supply tanks with their respective processing liquids takes both cost and time, creating a downtime and hence increasing the overall operating time of the automatic development processing system. It is possible for minimizing the downtime that the filling is carried out by a skilled operator but not everybody. The use of a processing liquid cartridge is implemented in view of the foregoing aspects. The cartridge filled with the separately stored processing liquids is loaded onto the automatic development processing system and when exhausted, is replaced with a new set of the cartridge thus eliminating the above problems. The cartridge is commonly made of a soft synthetic resin material and may cause the outlet nozzles to be hardly projected in alignment and extend downwardly at more or less different angles to the perpendicular. Accordingly, the outlet nozzles extending from the cartridge are substantially misaligned with the corresponding delivery nozzles to be connected and when they are joined to each other, some of their joints may produce leakage of the processing liquids. The conventional photographic allows the drawer base 4B to be formed integral with the openable door 4D of which upper end is higher than the drawer base 4B (Fig. 4). Accordingly, the openable door 4D may disturb the replacement of the processing liquid cartridge 4C. Also, the lock mechanism 4E is mounted to the openable door 4D which is rather low in structural rigidity and may easily be deformed by the weight of the drawer base 4B. This will result in locking error. US-A-4227818 discloses a warning system for a fluid mixing system for automatically mixing precise concentrations of photographic processing chemistry to be used in an X-ray processor. The apparatus comprise a first sensor in fluid supply for detecting the presence or absence of a predetermined quantity of a first fluid and a second sensor responsive to the level of fluid in a reservoir. It is an object of the present invention, for solving the prescribed drawbacks, to provide an automatic development processing system for developing photosensitive materials, with a processing liquid cartridge storage apparatus in which when a cartridge filled with different processing liquids stored separately is loaded on a cartridge bed plate, outlet nozzles extending from its processing liquid chambers respectively are securely joined at a time to the cartridge bed plate. It is another object of the present invention to provide an automatic development processing system for developing photosensitive materials, with a processing liquid cartridge storage apparatus in which outlet nozzles extending from their respective chambers of a cartridge filled with different processing liquids are connected readily and correctly at a time to and disconnected from corresponding delivery nozzles located beneath. It is a further object of the present invention to provide an automatic development processing system for developing photosensitive materials, with a processing liquid cartridge storage apparatus in which outlet nozzles extending from their respective chambers of a cartridge filled with different processing liquids are correctly positioned at a time to corresponding locations. It is a still further object of the present invention to provide an automatic development processing system for developing photosensitive materials, with a processing liquid cartridge storage apparatus in which the loading to a predetermined location of a cartridge filled with different processing liquids stored separately is detected mechanically and electrically whereby fault loading will be prevented. It is a still further object of the present invention, for solving the prescribed drawbacks, to provide an automatic development processing system for developing photosensitive materials, with a processing liquid cartridge storage apparatus in which when a cartridge filled with different processing liquids stored separately is loaded on a cartridge bed plate, outlet nozzles extending from its processing liquid chambers respectively are correctly connected at a time to corresponding delivery nozzles located beneath without producing any leakage from each joint. Other objects of the present invention are to replace the processing liquid cartridge with a new one without being disturbed by openable doors and to eliminate locking error of a drawer base. For achievement of the objects of the present invention, the followings are provided. The invention provides an automatic development processing system for automatically developing photosensitive materials comprising a processing liquid cartridge storage apparatus as defined in claim 1. The invention also provides an automatic development processing system for automatically developing photosensitive materials comprising a processing liquid cartridge storage apparatus as defined in claim 2. A group of guide members may be mounted corresponding to the apertures of the cartridge bed plate, each guide member having an outlet nozzle accepting hole provided therein of which an inner guiding edge is beveled for ease of insertion of the corresponding outlet nozzle, whereby the outlet nozzles of the processing liquid cartridge are correctly fitted at a time into the corresponding apertures of the cartridge bed plate. A slide plate may be slidably mounted beneath the cartridge bed plate and having at least two or more hole pairs provided therein at equal intervals of a distance, each hole pair comprising an outlet nozzle accepting hole for accepting the corresponding outlet nozzle and an outlet nozzle engaging hole communicated with the outlet nozzle through hole, and a contact tab provided on the lower side thereof; and said support member is mounted beneath the slide plate and has a stopper tab provided on the upper side thereof, whereby when the outlet nozzle accepting holes of the slide plate are aligned with the corresponding apertures of the cartridge bed plate, the slide plate causes the contact tab to hold the stopper tab thus preventing the upward movement of the support member, and when the slide plate is slid forward to align the outlet nozzle engaging holes with the apertures of the cartridge bed plate and hold with its inner edges at the outlet nozzle engaging holes the outlet nozzles of the processing liquid cartridge, its contact tab departs from the stopper tab of the support member thus allowing the support member to move upward. A slide plate may be slidably mounted beneath the cartridge bed plate and having at least two or more hole pairs provided therein at equal intervals of a distance, each hole pair comprising an outlet nozzle accepting hole for accepting the corresponding outlet nozzle and an outlet nozzle engaging hole communicated with the outlet nozzle through hole, and a contact tab provided on the lower side thereof; and said support member may be mounted stationary beneath the slide plate, and has a contact tab provided on the upper side thereof, whereby when the outlet nozzle accepting holes of the slide plate are aligned with the corresponding apertures of the cartridge bed plate, the slide plate causes the contact tab to engage with the stopper tab thus preventing the downward movement of the cartridge bed plate, and when the slide plate is slid forward to align the outlet nozzle engaging holes with the apertures of the cartridge bed plate and hold with its inner edges at the outlet nozzle engaging holes the outlet nozzles of the processing liquid cartridge, its contact tab departs from the stopper tab of the support member thus allowing the cartridge bed plate to move downward. A sensor may be mounted on the support member and/or the cartridge bed plate for detecting the upward movement of the support member to a predetermined level or the downward movement of the cartridge bed plate to a predetermined level. Each outlet nozzle may have an annular recess provided in the periphery thereof, and said nozzles are fitted into the corresponding apertures of the cartridge bed plate, secured with a securing means to the cartridge bed plate, and joined at a time with processing liquid delivery nozzles mounted on the support member beneath the cartridge bed plate by a lifting means moving upward the support member with the delivery nozzles or downward the cartridge bed plate with the outlet nozzles, and fitting members may be mounted on the lower side of the cartridge bed plate, each fitting member located about the aperture of the cartridge bed plate and having a horse-shoe shape arranged for detachably fitting into the annular recess of the corresponding outlet nozzle; and a slide member may be slidably mounted beneath the cartridge bed plate and has outlet nozzle holes provided therein, whereby the outlet nozzles of the processing liquid cartridge lowered into the apertures of the cartridge bed plate and the outlet nozzle holes of the slide plate are securely joined to the cartridge bed plate when the slide plate is slid forward to hold the annular recess of each outlet nozzle from one direction with the inner edge of the outlet nozzle hole of the slide plate and from the other three directions with the fitting member. Each outlet nozzle may have an annular recess provided in the periphery thereof, the nozzles are fitted into the corresponding apertures of the cartridge bed plate, secured with a securing means to the cartridge bed plate, and joined at a time with processing liquid delivery nozzles mounted on the support member beneath the cartridge bed plate by a lifting means moving upward the support member with the delivery nozzles or downward the cartridge bed plate with the outlet nozzles, guide members may be mounted stationary beneath the cartridge bed plate, each guide member is located about the aperture of the cartridge bed plate and having an outlet nozzle through hole provided therein for positioning the corresponding outlet nozzle; and holding members may be movably mounted on the support member, each holding member arranged to accept the outlet nozzle and joined with the corresponding delivery nozzle, whereby the outlet nozzles of the processing liquid cartridge held and positioned with their respective guide members are securely connected by the action of the lifting means to the corresponding delivery nozzles which are aligned by displacement of the holding members upon the delivery nozzles moving into the holding members. Each outlet nozzle may have an annular recess provided in the periphery thereof, and is fitted into the corresponding apertures of the cartridge bed plate, secured with a securing means to the cartridge bed plate, and joined at a time with processing liquid delivery nozzles mounted on the support member beneath the cartridge bed plate by a lifting means moving upward the support member with the delivery nozzles or downward the cartridge bed plate with the outlet nozzles, wherein guide members are movably mounted beneath the cartridge bed plate, each guide member located about the aperture of the cartridge bed plate and having an outlet nozzle through hole provided therein for positioning the outlet nozzle; and engaging members may be movably mounted on the support member, each engaging member arranged to engage with the lower side of the guide member and joined with the corresponding delivery nozzle, whereby the outlet nozzles of the processing liquid cartridge are securely connected to the corresponding delivery nozzles by the action of the lifting means causing the engagement of each movable guide member with the corresponding engaging member for precise alignment. The invention will now be described in more detail, by way of example only, with reference to the accompanying drawings, in which: BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of an automatic development processing system with a processing liquid cartridge storage apparatus according to the present invention; Fig. 2 is a perspective view of the processing liquid cartridge storage apparatus drawn out from the automatic development processing system; Fig. 3 is a perspective view showing the processing liquid cartridge storage apparatus of Fig. 2 in two units 4a and 4b on which processing liquid cartridges 5 and 6 are loaded respectively; Fig. 4 is a perspective view showing an interior of the processing liquid cartridge storage apparatus; Fig. 5 is a schematic front view of the processing liquid cartridge; Fig. 6 is a plan view of the processing liquid cartridge storage apparatus 4a; Fig. 7 is a plan view of a slide plate 7 of which outlet nozzle accepting holes 22 hold corresponding outlet nozzles 9; Fig. 8 is a plan view of the slide plate 7 of which inner edges 23a about outlet nozzle engaging holes 23 are engaged with annular recesses 24 of the corresponding outlet nozzles 9; Fig. 9 is a cross sectional explanatory view showing the slide plate 17 in a support state; Fig. 10 is a schematic front view of a processing liquid cartridge 4a; Fig. 11 is an explanatory view of a lifting means with a support member being lifted down; Fig. 12 is an explanatory view of the lifting means with the support member being lifted up; Fig. 13 is a plan view of the slide plate; Fig. 14 is a plan view of a processing liquid cartridge storage apparatus 4a; Fig. 15 is a perspective view of a processing liquid cartridge storage with its cartridge bed plate removed in another automatic development processing system; Fig. 16 is a side view of the processing liquid cartridge storage apparatus of Fig. 15; Fig. 17 is a plan view of the processing liquid cartridge storage apparatus of Fig. 15; Fig. 18 is a front view of a processing liquid cartridge storage apparatus 4a of Fig. 15; Fig. 19 is a front view of a processing liquid cartridge storage apparatus 4b of Fig. 15; Fig. 20 is a plan view of the processing liquid cartridge storage apparatus 4b of Fig. 15; Fig. 21 is a side view of the processing liquid cartridge storage apparatus 4b of Fig. 15; Fig. 22 is an explanatory view of nozzles 9 and 12 with a support member being lifted down; Fig. 23 is an explanatory view of the nozzles 9 and 12 with the support member being lifted up; Fig. 24 is a perspective view of a guide member; Fig. 25 is a cross sectional view of the guide member with retainer members; Fig. 26 is a plan view of a processing liquid cartridge storage apparatus 4a; Fig. 27 is a plan view showing a part of the processing liquid cartridge storage apparatus; Fig. 28 is a perspective view of an interior of the processing liquid cartridge storage apparatus; Fig. 29 is a cross sectional view of a primary part defined in Embodiment 5 of the present invention; Fig. 30 is a plan view of the primary part defined in Embodiment 5 of the present invention; Fig. 31 is a plan view of a slide plate 17; Fig. 32 is a cross sectional view of a primary part defined in Embodiment 5 of the present invention; Fig. 33 is a plan view of a processing liquid cartridge storage apparatus defined in Embodiment 5 of the present invention; Fig. 34 is a cross sectional explanatory view of a sectional part defined in Embodiment 5 of the present invention; Fig. 35 is a plan view of a slide plate 17; Fig. 36 is a cross sectional view of a primary part defined in Embodiment 5 of the present invention; Fig. 37 is a plan view of a processing liquid cartridge storage apparatus defined in Embodiment 5 of the present invention; Fig. 38 is an explanatory view of an interior of the processing liquid cartridge storage apparatus defined in Embodiment 5 of the present invention; Fig. 39 is a longitudinally cross sectional explanatory view showing an outlet nozzle and a corresponding delivery nozzle separated from each other in the primary part defined in Embodiment 5 of the present invention; Fig. 40 is a longitudinally cross sectional explanatory view showing the outlet nozzle and the corresponding delivery nozzle connected to each other in the primary part defined in Embodiment 5 of the present invention; Fig. 41 is a perspective view of a photographic processing apparatus according to an embodiment 6 of the present invention; Fig. 42 is a perspective view of a lock mechanism of Embodiment 6; Fig. 43 is a view showing an action of Embodiment 6; and Fig. 44 is a perspective view of a conventional photographic processing apparatus; Fig. 45 is a perspective view of a conventional photographic processing apparatus. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiment 1 Fig. 1 is a perspective view of an automatic development processor machine 1 for photographic films, including an opening/closing door 2 which is located on a side thereof and opened when is pulled. On the inner side of the door 2 is a drawer platform 3 having rollers (not shown) on both sides thereof as illustrated in Figs. 2 and 3. A processing liquid cartridge storage apparatus 4 is mounted on the upper surface of the drawer platform 3. As shown in Fig. 3, this embodiment employs a couple of processing liquid cartridge apparatuses 4a and 4b to which a processing liquid cartridge 5 filled with four different processing liquids separately and a processing liquid cartridge 6 filled with two different processing liquids separately are loaded respectively. Each of the processing liquid cartridge storage apparatuses 4a and 4b is shaped of a parallelopiped incorporating a variety of components as shown in Fig. 4 (which is depicted at 4a). The processing liquid cartridge storage apparatus 4b is arranged to carry the processing liquid cartridge 6 containing the two processing liquids separately and thus has a construction similar to a half of that of the processing liquid cartridge storage apparatus 4a. As shown in Figs. 4 and 5, the processing liquid cartridge storage apparatus 4a comprises a cartridge bed plate 7 located at the top thereof. The cartridge bed plate 7 has a row of through apertures 8 (Fig. 2) provided therein at equal intervals of a distance. The apertures 8 are arranged to accept corresponding outlet nozzles 9 of the processing liquid cartridge 5 which is loaded onto the cartridge bed plate 7. The processing liquid cartridge storage apparatus 4a is provided with a support member 10 (Fig. 4) which is located in a center region thereof extending lengthwisely and can be lifted up and down by a lifting means 11. Delivery nozzles 12 for their corresponding processing liquids are mounted to the support member 10 so that they are aligned with the apertures 8 respectively. Each the delivery nozzle 12 is connected to a conduit 13. The support member 10 is lifted up to a predetermined level by an operating lever 14 turning a half and moved back to the home position by the same returning. Guide members 15 are fixedly mounted by retainers 16 (Fig. 4) to the lower surface of the cartridge bed plate 7 so that it is spaced by a few millimeters from the cartridge bed plate 7 for guiding the outlet nozzles 9 of the processing liquid cartridge 5 through the corresponding apertures 8. A slide plate 17 shown in Figs. 6 to 9 is slidably interposed between the cartridge bed plate 7 and the guide members 15. The slide plate 17 is a narrow rectangular strip having two lengthwisely extending slots 18 provided therein. Two stud bolts 19 (Fig. 9) mounted to the lower surface of the cartridge bed plate 7 are inserted into the slots 18 of the slide plate 17 respectively. More specifically, a collar 20 having a radially reduced region 20a thereof which can thus be accepted in the slot 18 is fitted onto each of the stud bolts 19 and held with a retainer nut 21 threaded on the distal end of the stud bolt 19. This allows the slide plate 17 to slide along the lower surface of the cartridge bed plate 7. The slide plate 17 has four outlet nozzle holes 22 provided therein at equal intervals for holding at once the outlet nozzles 9 of the processing liquid cartridge 5 (Fig. 5) extending through the corresponding apertures 8 of the cartridge bed plate 7 (Fig. 2), each outlet nozzle hole 22 communicating with an outlet nozzle holding hole 23 thus to form a pair. In the action of the processing liquid cartridge storage apparatus 4a, upon the outlet nozzles 9 being inserted across the apertures 8 of the cartridge bed plate 7 and the outlet nozzle holes 22 of the slide plate 17 (through the guide members 15), they are fastened to the cartridge bed plate 7 by the slide plate 17 sliding from its home location shown in Fig. 7 to a leftward location shown in Fig. 8 so that its inner edges 23a at the outlet nozzle holding holes 23 engage with annular recesses 24 (Fig. 5) provided in the outer surfaces of the outlet nozzles 9. Embodiment 2 The components denoted by 1 to 10 are identical to those of Embodiment 1 and will be explained in no more details. Fig. 10 illustrates a right lifting means 11a, a left lifting means 11b, and an operating handle shaft 11c. The two, right and left, lifting means 11a and 11b are located near both ends of the support member 10 respectively and the following description will be related to the right lifting means 11a. The right lifting means 11a comprises a support bracket 11d fixedly mounted on a bottom plate 4c of the processing liquid cartridge storage apparatus 4a, a link rod 11e rotatably mounted by the operating handle 11c to the support bracket 11d, a support member lifting rod 11g pivotably mounted at its lower end by a link pin 11f to a lower end of the link rod 11e, a pair of brackets 11h fixedly mounted to the support member 10 at both sides of its opening 10a, a support pin 11i for pivotably joining the support member lifting rod 11g to the brackets 11h, a vertical bracket 11j disposed across the opening 10a of the support member 10 to join the cartridge bed plate 7 and the bottom plate 4c to each other, a guide bracket 11k fixedly mounted to the vertical bracket 11j lengthwisely thereof, a support bracket 11L fixedly mounted to the inner side of one of the paired brackets 11h so as to extend in parallel with the guide bracket 11k, and a pin 11m fixedly mounted at one end to a lower end of the support bracket 11L and at other end extending across slots provided in the guide bracket 11k and the vertical bracket 11j, which slots are described below, to a retainer (not shown) so that the support bracket 11L with the pin 11m moves upward and downward. The slots provided in the vertical bracket 11j and the guide bracket 11k are denoted at 11n and 11o respectively across which the support pin 11i also moves upward and downward. A stopper 11p is formed integral with the upper end of the support bracket 11d for limiting a rotational movement of the link rod 11e to an angle. The operating handle shaft 11c is rotatably mounted between both side plates 4d of the processing liquid cartridge storage apparatus 4a and extends across the support brackets 11d, the vertical brackets 11j, and the guide brackets 11k of the two lifting means 11a and 11b. The link rods 11e are fixedly joined at their proximal end to the operating handle shaft 11c. An operating handle 10q is fixedly mounted to one end of the operating handle 11c. Fig. 11 shows the lifting means 11 locating the support member 10 at a lower position or in a central region of the processing liquid cartridge storage apparatus 4a. When the operating handle 11q is operated, the link rod 11e turns until its distal end comes into direct contact with the stopper 11p on the support bracket 11d, as shown in Fig. 12. Simultaneously, the support member lifting rod 11g linked by the link pin 11f to the link rod 11e is lifted up as swinging forward and backward. Accordingly, the support pin 11i allows the paired brackets 11h and thus the support member 10 to move upwards close to the cartridge bed plate 7. The support member 10 can be lifted down to its home position shown in Fig. 11 by turning the operating handle 11q in a reverse direction. As described previously, the support member 10 (Fig. 4) is provided with the delivery nozzles 12 for different processing liquids aligning with the corresponding apertures 8 in the cartridge bed plate 7 and connecting to their respective conduits 13. Also, the guide member 15 (Fig. 4) is fixedly mounted by the retainer member 16 to the lower surface of the cartridge bed plate 7 below each aperture 8 for guiding the corresponding output nozzle 9 of the processing liquid cartridge 5 (Fig. 5) so that it is spaced by a few millimeters from the cartridge bed plate 7. The slide plate 17 shown in Figs. 13 and 14 is slidably interposed between the cartridge bed plate 7 and the guide members 15. The slide plate 17 has the four outlet nozzle holes 22 provided therein at equal intervals for holding at once the outlet nozzles 9 of the processing liquid cartridge 5 extending through the corresponding apertures 8 of the cartridge bed plate 7, each outlet nozzle hole 22 communicating with the outlet nozzle holding hole 23 thus to form a pair. Upon the outlet nozzles 9 being inserted into the corresponding apertures 8 of the cartridge bed plate 7 and the outlet nozzle holes 22 of the slide plate 17 (through the guide members 15), they are fastened at once to the cartridge bed plate 7 by sliding the slide plate 17 so that the annular recesses 24 of the outlet nozzles 9 (Fig. 5) are engaged with the inner edges 23a of the slide plate 17 at the outlet nozzle holding holes 23. Accordingly in the processing liquid cartridge storage apparatus 4a of this embodiment, when the processing liquid cartridge 5 (Fig. 3) is loaded in position onto the cartridge bed plate 7, its outlet nozzles 9 pass through the apertures 8 of the cartridge bed plate 7 and the outlet nozzle holes 22 of the slide plate 17 and enter unshown outlet nozzle holes of the guide member 15. Then, the slide plate 17 is pressed by hand as shown in Fig. 14 until the its inner edges 23a at the outlet nozzle holding holes 23 engage with and hold the corresponding outlet nozzles 9. This is followed by the operating handle 11q turning to cause the lifting means 11 (11a and 11b) to lift up the support member 10 to the predetermined level shown in Fig. 4. As the result, the delivery nozzles 12 on the support member 10 are joined at once to the corresponding outlet nozzles 9 of the processing liquid cartridge 5 held in the outlet nozzle holes (not shown) of the guide members 15. For separating the outlet nozzles 9 from the delivery nozzles 12, the operating handle 11q is turned in a reverse direction to actuate the lifting means 11 which in turn lifts down the support member 10. Accordingly, the outlet nozzles 9 readily depart from the corresponding delivery nozzles 12. A processing liquid cartridge storage apparatus 4 in an automatic development processor machine shown in Figs. 15 to 23 allows the support member 10 provided with the delivery nozzles 12 for processing liquids to be fixedly located in the interior thereof. In particular, the cartridge bed plate 7 on which the processing liquid cartridge 5 (6) (Fig. 16) is loaded is arranged movable upward and downward by the action of a lifting mechanism 30. The other components and their arrangement than the lifting mechanism 30 are substantially identical to those of the previous embodiment and will be explained in no more details. The lifting mechanism 30 comprises lifting plates 30a (Figs. 16 and 21) fixedly joined at top to the lower surface of the cartridge bed plate 7 and extending along the inner sides of a front panel 4d and a rear panel 4e of the processing liquid cartridge storage apparatus, guide members 30c having vertical slots 30b provided therein (Figs. 18 and 19) adjacent to both ends of the front and rear panels 4d and 4e, link pins 30d engaged in their corresponding slots 30b for vertical movement, a pair of left and right swing links 30e of a U or L shape joined to one end of each link pin 30d of which other end is joined to the front 4d and rear 4e panels, guide members 30g having horizontal slots 30f provided therein and located beneath the guide members 30c on the front and rear panels 4d and 4e, engaging pins 30h mounted at one end to lower regions of the swing links 30e for movement along and in the horizontal slots 30f of the guide members 30g, link members 30i joined to the other ends of the engaging pins 30h, link rods 30j to which the link members 30i are pivotably joined, a pivot shaft 30k fixedly joined at both end to the two link rods 30j respectively, and a round handle 30L (30m) fixedly mounted to one outward end of the pivot shaft 30k extending through the front panel 4d. The pivot shaft 30k is rotatably mounted between the front panel 4d and the rear panel 4e. In action, the lifting mechanism 30 is actuated when the processing liquid cartridge 5 (6) has been loaded in position onto the cartridge bed plate 7 with its outlet nozzles 9 inserted into the apertures 8 of the cartridge bed plate 7, the outlet nozzle holes 22 of the slide plate 17, and the outlet nozzle holes 15a of the guide members 15 and followed by the slide plate 17 sliding to hold the outlet nozzles 9. More specifically, the turning of the round handle 30L (30m) causes the link bars 30j, the link pins 30h, the guide members 30g, the swing links 30e, the link pins 30d, the guide members 30c, and the lifting plates 30a in this order to actuate as shown by the imaginary lines. Accordingly, the cartridge bed plate 7 linked by the lifting plates 30a to the link pins 30d is lowered allowing its outlet nozzles 9 to connect with the corresponding delivery nozzles 12 on the support member 10 (Fig. 23). The reverse turning of the round handle 30L causes the lifting mechanism 30 to lift up the cartridge bed plate 7 thus separating at once the outlet nozzles 9 of the cartridge bed plate 7 from the delivery nozzles 12 on the support member 10 (Fig. 22). This allows the processing liquid cartridge 5 (6) exhausted to be replaced with a new processing liquid cartridge filled with a processing liquid without any delay. Embodiment 3 An automatic development processor machine 1 and processing liquid cartridge storage apparatuses 4a and 4b are substantially identical in the construction to those described previously and will be explained in no more details. The guide member 15 in this embodiment is made of a hard type synthetic resin material as shown in Fig. 24 and 25, having a outlet nozzle holding hole 15a provided in the center thereof. A bevel 15b is formed about the outlet nozzle holding hole 15a of the guide member 15. A group of the guide members 15 are mounted by the retainer members 16 to the lower surface of the cartridge bed plate 7 as shown in Fig. 4. More particularly, each the guide member 15 is placed with its bevel 15b facing up and its holding hole 15a aligned with the corresponding aperture 8 of the cartridge bed plate 7 and fastened to the lower surface of the cartridge bed plate 7 at one side by an L shaped retainer 16a anchored with a screw(s) and at the other side by a hook retainer 16b which supports the bottom of the guide member 15, as shown in Fig. 25. The guide member 15 is also spaced by a few millimeters from the lower surface of the cartridge bed plate 7. The slide plate 17 is movably interposed between the cartridge bed plate 7 and the guide members 15, as shown in Fig. 26. The slide plate 17 has the four outlet nozzle holes 22 provided therein at equal intervals for holding at once the outlet nozzles 9 of the processing liquid cartridge 5 (Fig. 5) extending through the corresponding apertures 8 of the cartridge bed plate 7, each outlet nozzle hole 22 communicating with the outlet nozzle holding hole 23 thus to form a pair. Upon the outlet nozzles 9 being inserted into the corresponding apertures 8 of the cartridge bed plate 7 and the outlet nozzle holes 22 of the slide plate 17 (through the guide members 15), they are fastened at once to the cartridge bed plate 7 by sliding the slide plate 17 so that the annular recesses 24 of the outlet nozzles 9 are engaged with the inner edges 23a of the slide plate 17 at the outlet nozzle holding holes 23. Accordingly in the processing liquid cartridge storage apparatus 4a of this embodiment, when the outlet nozzles 9 are accessed to insert into the apertures 8 of the cartridge bed plate 7, the outlet nozzle holes 22 of the slide plate 17 and the outlet nozzle holding holes 15a of the guide members 15, their leading ends are guided with the bevels 15b about the outlet nozzle holding holes 15a of the guide members 15 thus correcting any misalignment which may be caused during the passing through the loose apertures 8 of the cartridge bed plate 7. Embodiment 4 An automatic development processor machine 1 and processing liquid cartridge storage apparatuses 4a and 4b are substantially identical in the construction to those described previously and will be explained in no more details. As shown in Figs. 6 to 9, the slide plate 17 is slidably interposed between the cartridge bed plate 7 and the guide members 15. The slide plate 17 is a narrow rectangular strip having two lengthwisely extending slots 18 provided therein. There are a couple of stud bolts 19 mounted upright on the lower surface of the cartridge bed plate 7 and accepted in the two slots 18 of the slide plate 17 respectively. Each the stud bolt 19 is provided with a collar 20 having a radially reduced region 20 which is sized so that it move along and in the slot 18, and with a retainer nut 21 screwed onto the distal end thereof for holding the collar 20. The slide plate 17 is supported so that it slides beneath and along the lower surface of the cartridge bed plate 7. The slide plate 17 has the four outlet nozzle holes 22 provided therein at equal intervals for holding at once the outlet nozzles 9 of the processing liquid cartridge 5 extending through the corresponding apertures 8 of the cartridge bed plate 7 (Fig. 2), each outlet nozzle hole 22 communicating with the outlet nozzle holding hole 23 thus to form a pair. Upon the outlet nozzles 9 being inserted into the corresponding apertures 8 of the cartridge bed plate 7 and the outlet nozzle holes 22 of the slide plate 17 (through the guide members 15), they are fastened at once to the cartridge bed plate 7 by the slide plate 17 sliding so that the annular recesses 24 of the outlet nozzles 9 (Fig. 5) are engaged with the inner edges 23a of the slide plate 17 at the outlet nozzle holding holes 23 (Figs. 6 and 7). In particular, the slide plate 17 has a contact tab 25 perpendicularly mounted to substantially a center region of the lower surface thereof as shown in Fig. 9 (Figs. 6 and 7). When the slide plate 17 is moved outwardly so that the outlet nozzles holes 22 of the slide plate 17 are aligned with the apertures 8 of the cartridge bed plate 7, the contact tab 25 travels to a location 25a in the arrow direction shown in Fig. 10. Also, a horizontal stopper member 26 (Fig,10) is mounted on the support plate 10 so that while the outlet nozzles 9 of the processing liquid cartridge 5 (6) loaded on the cartridge bed plate 7 are disengaged from the inner edges 23a of the slide plate 17 at the outlet nozzle holding holes 23 (Fig. 7), the support member 10 is disabled to move upward with its stopper member 26 interrupted by the contact tab 25 at the location 25a. When the slide plate 17 is moved inwardly allowing its inner edge 23a at the outlet nozzle holding holes 23 to hold the corresponding outlet nozzles 9 of the processing liquid cartridge 5 (6), the contact tab 25 departs from the stopper member 26 of the support plate 10 and moves back in a reverse direction shown in Fig. 10 to its original position thus allowing the support plate 10 to be lifted up by the action of the lifting means 11. In other words, the outlet nozzles 9 of the processing liquid cartridge 5 (6) are not connectable to the delivery nozzles 12 on the support plate 10 when they are placed on the cartridge bed plate 7 but not correctly held with the slide plate 17. As shown in Fig. 10, there is provided a sensor means 28 which comprises a small magnet 28a on the cartridge bed plate 7 and a magnetic sensor 28b on the support member 10. More specifically, the small magnet 28a is mounted to a swing plate 29a located on the cartridge bed plate 7. The swing plate 29a is pivotably mounted at one end by a pivot 29c to a support bracket 29b anchored to the lower surface of the cartridge bed plate 7 and is generally urged by a spring (not shown) against the lower surface of the cartridge bed plate 7. The swing plate 29a is joined to a pressing rod 29d which extends upwardly through an opening of the cartridge bed plate 7. When the processing liquid cartridge 5 (6) is loaded onto the cartridge bed plate 7 as shown in Fig. 3, it presses down the pressing rod 29d which in turn lowers the swing plate 29a. As the swing plate 29a is lowered about the pivot 29c, the small magnet 28a moved down diagonally. The small magnet 28a at the lower position is then detected with the magnetic sensor 28b on the support member 10 which is lifted up. The detection of the magnetic sensor 28b is indicative of the delivery nozzles 12 of the support member 10 being joined to the corresponding outlet nozzles 9 of the processing liquid cartridge 5 (6) and its electric signal allows the automatic development processor machine 1 to be set in an enable state. The sensor means 28 may be composed of a limit switch or any detecting device. As shown in Figs. 15, 18, and 19, the processing liquid cartridge storage apparatus 4a (4b) in the automatic development processor machine allows the lifting means 30 to move up and down the cartridge bed plate 7 relative to the support member 10 which carries the delivery nozzles 12 and remains stationary in the apparatus 4a (4b). The contact tab, the stop member (not shown), and the sensor means 28 (28a and 28b) are provided as well as the other components in this embodiment and their actions and effects are identical to those of the embodiment. Embodiment 5 Embodiment 5 of the present invention will now be described in which an automatic development processor machine 1 and processing liquid cartridge storage apparatuses 4a and 4b are substantially identical in the construction to those of the previous embodiments. As shown in Figs. 27, 29, and 30, there is a fitting member 15 having a horse-shoe shape of about 2.9 mm thick and mounted to a half-circular edge 8a about each aperture 8 of the lower surface of the cartridge bed plate 7 for detachably engagement with the annular recess 9a (about 3 mm in depth) of the outlet nozzle 9. The horse-shoe fitting member 15 engages with and holds the annular recess 9a of the outlet nozzle 9 from three horizontal directions without producing a looseness. The slide plate 17 is disposed for sliding movement along the lower surface of the cartridge bed plate 7 and has four rectangular holes 16 provided therein for passing the outlet nozzles 9 of the processing liquid chambers of the processing liquid cartridge 5 loaded on the cartridge bed plate 7. More particularly, the slide plate 17 is a narrow rectangular strip of a metallic material having an operating tab 17a formed by folding one edge thereof to 90 degrees as shown in Fig. 31, and its rectangular holes 16 are aligned at equal intervals of a distance. The rectangular hole 16 is sized slightly so greater than the aperture 8 of the cartridge bed plate 7 as to accept the fitting member 15 on the cartridge bed plate 7 together with the outlet nozzle 9 extending from above. In the action of the processing liquid cartridge storage apparatus 4a of this embodiment, when the processing liquid cartridge 5 is loaded onto the cartridge bed plate 7 as shown in Fig. 2, its outlet nozzles 9 extending downwardly enter the apertures 8 of the cartridge bed plate 7 and the holes 16 of the slide plate 17 (Fig. 29) and project downwardly and outwardly. At the time, the slide plate 17 is misaligned with the fitting members 15 about the apertures 8 of the cartridge bed plate 7 so that its operating tab 17a stays away from the cartridge bed plate 7, as shown in Fig. 27. Then, when the operating tab 17a of the slide plate 17 is pressed towards the fitting members 15 after the processing liquid cartridge 5 is loaded onto the cartridge bed plate 7, the inner edges 16a of their respective holes 16 advance and engage with the annular recesses 9a of the outlet nozzles 9 thus urging the outlet nozzles 9 into the corresponding fitting members 15. This causes each the outlet nozzle 9 to be correctly directed with the horse-shoe fitting member 15 which securely engages with the annular recess 9a of the outlet nozzle 9 urged by the inner edge 16a of the slide plate 17. As the result, the outlet nozzles 9 are precisely aligned with the delivery nozzles 12 for processing liquids provided at given locations. When the operating lever 14 of the lifting means 11 is turned to a half, the support member 10 moves upward to join the delivery nozzles 12 mounted thereon with the corresponding outlet nozzles 9 held in place by a combination of the fitting members 15 and the slide plate 17. Accordingly, if the outlet nozzles 9 of the processing liquid cartridge 5 extend downwardly at adverse angles, they are urged against the corresponding fitting members 15 on the cartridge bed plate 7 by the slide plate 17 so that they are aligned with the delivery nozzles 12 respectively. Hence, the outlet nozzles 9 are accurately joined to the corresponding delivery nozzles 12 producing no leakage. In the embodiment, the processing liquid cartridge 4a (4b) allows the outlet nozzles 9 of the processing liquid cartridge 5 loaded on the cartridge bed plate 7 to be joined with and separated from the corresponding delivery nozzles 12 by lifting up and down the support member 10 which carries the delivery nozzles 12. It is also possible for the outlet nozzles 9 of the processing liquid cartridge 5 joining with and separating from the delivery nozzles 12 to move the cartridge bed plate 7 on which the processing liquid cartridge 5 is loaded by the action of any lifting means while the support member 10 carrying the delivery nozzles 12 remains stationary in the processing liquid cartridge storage apparatus 4a (4b). As shown in Figs. 15 and 32, a processing liquid cartridge storage apparatus 4c of this embodiment permits the cartridge bed plate 7 on which the processing liquid cartridge 5 is loaded to be moved downwardly from its upper standby location by the lifting means 18 (to a lower location shown in Fig. 15) for joining the outlet nozzles 9 of the processing liquid cartridge 5 with the corresponding delivery nozzles 12 on the support member 10 installed stationary in the apparatus 4c. Also, it is possible that the delivery nozzles 12 on the support member 10 are moved upward by the lifting means 11 (Fig. 4) and joined to the corresponding outlet nozzles 9 extending downwardly from the processing liquid cartridge 5 which is placed on the cartridge bed plate 7 provided stationary in the processing liquid cartridge storage apparatus 4c. As shown in Fig. 32, the cartridge bed plate 7 of the processing liquid cartridge storage apparatus 4c is lifted up and down by turning forward and backward a knob 19 of the lifting means 18 mounted beneath the cartridge bed plate 7 and composed of a link mechanism. The cartridge bed plate 7 has a row of the apertures 8 provided therein at equal intervals as shown in Fig. 33. The aperture 8 is of a round shape through which the outlet nozzle 9 of the processing liquid cartridge 5 (Fig. 32) loaded on the cartridge bed plate 7 is inserted to project downwardly. A corresponding number of guide members 20 are provided beneath the apertures 8 of the cartridge bed plate 7 for positioning the outlet nozzles 9 of the processing liquid cartridge 5 and spaced by a few millimeters from the lower surface of the cartridge bed plate 7 as shown in Figs. 32 and 34. The guide member 20 is made of a hard synthetic resin material and has a through hole 20a in the center thereof. The through hole 20a is defined by a bevel 20b for guiding the outlet nozzle 9 and a step region 20c for engaging with a flange 9b of the outlet nozzle 9 for the positioning. Also, the slide plate 17 which is a holding means is interposed between the cartridge bed plate 7 and the guide members 20 as shown in Figs. 33 and 35. The slide plate 17 has the four outlet nozzle holes 22 provided therein at equal intervals for holding at once the outlet nozzles 9 of the processing liquid cartridge 5 extending through the corresponding apertures 8 of the cartridge bed plate 7 (Fig. 34), each outlet nozzle hole 22 communicating with the outlet nozzle holding hole 23 thus to form a pair. When the processing liquid cartridge 5 is loaded onto the cartridge bed plate 7, its outlet nozzles 9 are inserted into the corresponding apertures 8 of the cartridge bed plate 7 and the outlet nozzle holes 22 of the slide plate 17 (through the through holes 20a of the guide members 15). The outlet nozzles 9 are fastened at once to the cartridge bed plate 7 by sliding the slide plate 17 in the arrow direction of Fig. 33 so that the annular recesses 9a of the outlet nozzles 9 are engaged with the inner edges 23a of the slide plate 17 at the outlet nozzle holding holes 23. As shown in Fig. 32, the support member 10 of the processing liquid cartridge storage apparatus 4c extends lengthwisely in a center region of the same and comprises a C channel 10a and a pair of engaging members 10b. The C channel 10a is open in the lower and fixedly mounted at both sides by screws 10c to the shell of the processing liquid cartridge storage apparatus 4c. The C channel 10a has openings 10d provided therein at locations aligned with the outlet nozzles 9 for accepting the delivery nozzles 12. The opening 10d is greater in diameter than the delivery nozzle 12 which can thus be dislocated horizontally therein. The engaging members 10b spaced lengthwisely from each other are fixedly mounted by screws 10f (Fig. 34) to the upper side 10e of the C channel 10a. Each of the delivery nozzles 12 is fixedly mounted to a holding member 21 which comprises a delivery nozzle retainer 21a and a delivery nozzle holder 21b. The delivery nozzle retainer 21a is located between the engaging member 10b and the C channel 10a of which upper side 10h is just under the lower side 10g of each engaging member 10b. The delivery nozzle holder 21b is fitted from the engaging member 10b side by a packing 21d into the delivery nozzle retainer 21a. The holding member 21 comprising the delivery nozzle retainer 21a and the delivery nozzle holder 21b is supported by the engaging members 10b for horizontal displacement in all directions. The delivery nozzle holder 21b has an inner taper surface 21c on the top thereof for ease of insertion of the outlet nozzle 9. The delivery nozzle 12 is fixedly fitted in the center of the holding member 21 opposite to the corresponding outlet nozzle 9 so that it projects upwardly and vertically. The delivery nozzle 12 can be displaced horizontally with the holding member 21 for adjustment. In the action of the processing liquid cartridge storage apparatus 4c, when the processing liquid cartridge 5 is loaded onto the cartridge bed plate 7, the outlet nozzles 9 extending from its different processing liquid chambers pass through the apertures 8 of the cartridge bed plate 7 and the outlet nozzle holes 22 of the slide plate and enter the through holes 20a of the guide members 20 under the lower side of the cartridge bed plate 7. This causes the flanges 9b of the outlet nozzles 9 to be engaged with and positioned by the step regions 20c of the guide members 20 in the through holes 20a. Then, as the slide plate 17 is slid in, its inner edges 23a of the outlet nozzle holes 23 engage with the annular recesses 9a of the outlet nozzles 9 allowing the outlet nozzles 9 to be joined with the cartridge bed plate 7. The turning of the knob 19 then causes the lifting means 18 to lift down the outlet nozzles 9 on the cartridge bed plate 7. If any of the outlet nozzles 9 is tilted and extends not straight, it comes into contact with the taper surface 21c of the outlet nozzle holder 21b and hence, the holding member 21 itself is horizontally dislocated so that its outlet nozzle holder 21b is aligned with the center of the outlet nozzle 9. As the holding member 21 moves, the delivery nozzle 12 is dislocated horizontally to match the outlet nozzle 9. Accordingly, the outlet nozzle 9 when lowered further with the cartridge bed plate 7 can be joined with the delivery nozzle 12 with accuracy. This embodiment allows the outlet nozzles 9 to be joined with the corresponding delivery nozzles 12 in correct alignment thus preventing any leakage of the processing liquids from the joints between the nozzles. As shown in Figs. 36 to 38, each of processing liquid cartridge storage apparatuses 4d and 4e includes the cartridge bed plate 7 arranged stationary on which the processing liquid cartridge 5 (Fig. 2) is loaded, and the support member 29 with the delivery nozzles 12 arranged movable upward and downward. The support member 29 is lifted up and down by the action of a lifting means 25 for joining the delivery nozzles 12 thereon to the corresponding outlet nozzles 9 of the processing liquid cartridge 5 extending downwardly from the cartridge bed plate 7. It is also possible in the processing liquid cartridge storage apparatus 4d or 4e to move down the cartridge bed plate 7 together with the processing liquid cartridge 5 by a lifting means (such as denoted at 18 in Fig. 32) for joining the outlet nozzles 9 extending downwardly from the processing liquid cartridge 5 to the corresponding delivery nozzles 12 on the support member 10 installed stationary. As shown in Fig. 37, the cartridge bed plate 7 has the four apertures 8 provided therein at equal intervals of a distance. The aperture 8 is of a round shape for accepting the outlet nozzle 9 of the processing liquid cartridge 5 (Fig. 36) loaded on the cartridge bed plate 7 so that the outlet nozzle 9 projects outward from the lower side of the cartridge bed plate 7. A corresponding number of guide members 26 (Fig. 36) are provided beneath the apertures 8 of the cartridge bed plate 7 for positioning the outlet nozzles 9 of the processing liquid cartridge 5 and spaced by a few millimeters from the lower surface of the cartridge bed plate 7. The guide member 26 is a hard synthetic resin material of a cylindrical shape and has a through hole 26a in the center thereof. The through hole 26a is associated with a step region 26b provided on an upper inner side of the guide member 26 for engaging with a flange 9b of the outlet nozzle 9 for the positioning. The guide member 26 also has a flange 26c provided on the upper end thereof with an opening 26d. The opening 26d is greater in diameter than a retainer bolt 27 which depends from the lower side of the cartridge bed plate 7 for movably joining the guide member 26 to the cartridge bed plate 7 for horizontal adjustment. The guide member 26 has a bevel 26e on the lower end thereof for ease of engagement with each engaging member 28 which is mounted to a support member 29 and will be described later. The slide plate 17 which is a holding means (Fig. 37) is slidably interposed between the cartridge bed plate 7 and the guide members 26. The construction of the slide plate 17 is identical to that explained in the embodiment defined by claim 2 and explained in no more details. As shown in Figs. 36 and 38, the support member 29 of the processing liquid cartridge storage apparatus 4d (4e) extends lengthwisely in a center region of the same and comprises a C channel which is opened at the upper and supported by a lifting means 25. The support member 29 has a row of holes 29a provided along and in a center region thereof. The engaging members 28 having a C shape in cross section are movably fitted into the holes 29a of the support member 29 with their openings facing upwards. Provided in the center of each the engaging member 28 is the delivery nozzle 12 which extends vertically and upwardly and is aligned with the corresponding outlet nozzle 9 hanging from above. The delivery nozzle 12 is dislocated as the engaging member 28 moves horizontally. The engaging member 28 is arranged to move horizontally relative to the corresponding guide member 26 on the cartridge bed plate 7. In the action of the processing liquid cartridge storage apparatus 4d or 4e (Fig. 37), when the processing liquid cartridge 5 is loaded onto the cartridge bed plate 7, the outlet nozzles 9 extending downwardly from its different processing liquid chambers pass through the apertures 8 of the cartridge bed plate 7 and the outlet nozzle holes 22 of the slide plate 17 and enter the through holes 26a of the guide members 26 beneath the cartridge bed plate 7. If any of the outlet nozzles 9 of the processing liquid cartridge 5 is misaligned with the through hole 26a of the corresponding guide member 26, its movement into the through hole 26a causes the guide member 26 to be horizontally dislocated for correct alignment thus locating the outlet nozzle 9 in the outlet nozzle holding hole 23. Simultaneously, the flange 9b of the outlet nozzle 9 is engaged with the step region 26b of the guide member 26 in the through hole 26a hence positioning the outlet nozzle 9 relative to the cartridge bed plate 7. Then, the slide 17 is slid in so that its inner edges 23a at the outlet nozzle holding holes 23 come into engagement with the annular recesses 9a of the outlet nozzles 9 as shown in Fig. 37, thus joining the outlet nozzles 9 to the cartridge bed plate 7. This is followed by the operating lever 14 of the lifting means 25 (Fig. 38) turning to a half to lift up the support member 29 and thus the engaging members 28 carrying the corresponding delivery nozzles 12. Accordingly, the guide members 26 are allowed to engage at the lower end with the openings of the engaging members 28 respectively (Fig. 36). Even if the guide members 26 and the upwardly moving engaging members 28 are misaligned with each other, they are horizontally dislocated from each other upon physical contact to align the outlet nozzles 9 with the corresponding delivery nozzles 12 and join them to each other with accuracy as shown in Figs. 39 and 40. Embodiment 6 The components in this embodiment are denoted by different numerals from those used in the previous embodiments. A photographic processor apparatus A of Embodiment 6 includes a processing station for developing exposed photosensitive materials (not shown) which is supplied with relevant processing liquids from a processing liquid cartridge 2 loaded onto a drawer base 1. A drawer base storage 4 is provided in a housing 3 of the apparatus. The housing 3 has a storage opening 41 provided in a side thereof for accessing the drawer base storage 4. The drawer base 1 is installed in the drawer base storage 4 and can be moved out through the storage opening 41. Two movable rails 12 are mounted to both side walls 11 of the drawer base 1. There are provided stationary rollers 42 and rails 43 at both sides of the drawer base storage 4 for supporting the movable rails 12 and for guiding movable rollers 13 mounted on the drawer base 1 respectively. Also, a stopper 44 is mounted adjacent to the front end of each stationary rail 43 for limiting the movement of the movable rollers 13. The drawer base 1 can thus be drawn out through the opening 41 from the drawer base storage 4 by the action of a supporting means composed of the rails 12 and 43 and the rollers 13 and 42. The drawer base 1 includes a liquid supplying means 1A such as a supply conduit or tubing. The drawer base 1 has a top plate 10 on which the processing liquid cartridge 2 is detachably loaded. When the processing liquid cartridge 2 is loaded, its filling outlets are connected to the corresponding liquid supply tubings. When the processing liquid cartridge 2 is exhausted, it is replaced with a liquid filled cartridge. A pair of doors 5 are provided for closing the storage opening 41 of the drawer base storage 4 and mounted by hinges 51 to the housing 3. As shown, a lock mechanism 6 is provided for disabling the outward movement of the drawer base 1. The lock mechanism 6 comprises, as shown in Figs. 41 and 42, a hook 61 (a part of engaging means on the drawer base 1), an engaging pin 62 (a part of the engaging means on the drawer base storage 4) for engagement with the hook 61, a release lever 63 for releasing the locking of the drawer base 1, a rotary shaft 64, and a tension spring 65. The hook 61 has an engaging notch 61a provided in the lower end thereof and a taper edge 61b provided on the distal end thereof. The release lever 63 is formed with a press-down tab 63b. The engaging pin 62 projects inwardly from an inner wall 4a of the drawer base storage 4. Each side wall 11 of the drawer base 1 is provided with an insertion hole 11a at a front end region thereof. The rotary shaft 64 of the lock mechanism 6 is crosswisely mounted with both ends inserted into the two insertion holes 11a of the two side walls 11. More particularly, the rotary shaft 64 is also supported by two bearings 8 fitted into the two insertion holes 11a. The hook 61 is joined to one end of the rotary shaft projected from the side wall 11 so that it turns as the rotary shaft 64 rotates. The release lever 63 is also joined to the end of the rotary shaft 64 inside the side wall 11 so that it swings as the rotary shaft 64 rotates. The release lever 63 is formed of a projection 63a while the side wall 11 of the drawer base 1 is provided with a projection 11b. The tension spring 65 is mounted between the two projections 63a and 11b. The hook 61 remains urged by the tension spring 65 in a locking direction. Hence, the hook 61 extends horizontal (as shown by the real line in Fig. 42) when no tension is applied to the spring 65 by the release lever 63. The doors 5 can be locked by a door lock mechanism (not shown). The action of replacing the exhausted processing liquid cartridge 2 with an unused one in the photographic processor apparatus A will be explained. The action starts with opening the doors 5 and depressing the release lever 63 against the urging force of the tension spring 65 to turn up the hook 61. When the hook 61 is disengaged from the engaging pin 62, the drawer base 1 is pulled out from the drawer base storage 4. Then, the exhausted processing liquid cartridge 2 is removed from the drawer base 1 and a replacement is loaded onto the drawer base 1. This is followed by pressing the drawer base 1 into the drawer base storage 4. The inward movement of the drawer base 1 causes the taper end 61b of the hook 61 to strike the engaging pin 62 and turn upward on the same against the urging force of the tension spring 65. When the drawer base 1 further moves inwardly, the hook 61 turns down allowing its engaging notch 61a to engage with the engaging pin 62. As the result, the drawer base 1 on which the new processing liquid cartridge 2 is loaded is set and locked in the drawer base storage 4. Then, the doors 5 are closed to shut up the storage opening 41 of the drawer base storage 4. The storage opening 41 of the drawer base storage 4 may be provided in any side of the photographic processor apparatus A.

Claims: An automatic development processing system for automatically developing photosensitive materials, with a processing liquid cartridge storage apparatus (4) comprising: a processing liquid cartridge (5; 6) filled with at least two or more separately stored, different processing liquids and detachably loaded onto a cartridge bed plate (7) installed in the automatic development processing system, the processing liquid cartridge equipped with outlet nozzles (9) extending from chambers in which said at least two or more different processing liquids are separately stored, said outlet nozzles arranged to fit into corresponding apertures (8) provided in the cartridge bed plate; a support member (10) carrying a group of processing liquid delivery nozzles (12) thereon corresponding to the outlet nozzles (9) fitted in the apertures (8) of the cartridge bed plate (7) and arranged to be lifted up and down by a lifting means (14), whereby when the support member is lifted up, the delivery nozzles are securely connected at a time to the corresponding outlet nozzles of the processing liquid cartridge; and characterised by a slide plate (72) slidably mounted beneath the cartridge bed plate (7) and having at least two or more hole pairs (22) provided therein at equal intervals of a distance, each hole pair being in the form of an outlet nozzle accepting hole for accepting the corresponding outlet nozzle (9) of the cartridge and an outlet nozzle engaging hole communicating with the outlet nozzle accepting hole, said outlet nozzle engaging hole being shaped so as to engage annular recesses (24) provided in the periphery of the corresponding outlet nozzles of the cartridges, whereby when the outlet nozzles of the processing liquid cartridge (5,6) are lowered at once through the corresponding apertures (8) of the cartridge bed plate into the outlet nozzle accepting holes of the slide plate, the slide plate is slid forward to allow its inner edges at the outlet nozzle engaging holes to engage with annular recesses (24) provided in the periphery of the outlet nozzles, thus securing the outlet nozzles of the processing liquid cartridge to the cartridge bed plate at a time. An automatic development processing system for automatically developing photosensitive materials, with a processing liquid cartridge storage apparatus (4) comprising: a processing liquid cartridge (5;6) filled with at least two or more separately stored, different processing liquids and detachably loaded onto a cartridge bed plate (7) installed in the automatic development processing system, the processing liquid cartridge equipped with outlet nozzles (9) extending from chambers in which said at least two or more different processing liquids are separately stored, said outlet nozzles arranged to fit into corresponding apertures (8) provided in the cartridge bed plate; and characterised by : a support member (10) carrying a group of processing liquid delivery nozzles (12) thereon corresponding to the outlet nozzles (9) fitted in the apertures (8) of the cartridge bed plate (7) and mounted stationary beneath the cartridge bed plate while the cartridge bed plate is arranged to be lifted up and down by a lifting means (14), whereby when the cartridge bed plate is lifted down, the outlet nozzles of the processing liquid cartridge (5; 6) are securely connected at a time to the corresponding delivery nozzles (12) of the support member, and a slide plate (72) slidably mounted beneath the cartridge bed plate (7) and having at least two or more hole pairs (22) provided therein at equal intervals of a distance, each hole pair being in the form of an outlet nozzle accepting hole for accepting the corresponding outlet nozzle (9) of the cartridge and an outlet nozzle engaging hole communicating with the outlet nozzle accepting hole, said outlet nozzle engaging hole being shaped so as to engage annular recesses (24) provided in the periphery of the corresponding outlet nozzles of the cartridges, whereby when the outlet nozzles of the processing liquid cartridge (5,6) are lowered at once through the corresponding apertures (8) of the cartridge bed plate into the outlet nozzle accepting holes of the slide plate, the slide plate is slid forward to allow its inner edges at the outlet nozzle engaging holes to engage with annular recesses (24) provided in the periphery of the outlet nozzles, thus securing the outlet nozzles of the processing liquid cartridge to the cartridge bed plate at a time. An automatic development processing system for automatically developing photosensitive materials as claimed in claim 1 or claim 2, with a processing liquid cartridge storage apparatus (4) further comprising: a group of guide members (15) mounted corresponding to the apertures (8) of the cartridge bed plate (7), each guide member having an outlet nozzle accepting hole (15a) provided therein of which an inner guiding edge is beveled for ease of insertion of the corresponding outlet nozzle (9), whereby the outlet nozzles of the processing liquid cartridge (5; 6) are correctly fitted at a time into the corresponding apertures of the cartridge bed plate. An automatic development processing system for automatically developing photosensitive materials as claimed in claim 1, with a processing liquid cartridge storage apparatus (4) further comprising: a contact tab (25) provided on the lower side of said slide plate (17); and said support member (10) is mounted beneath the slide plate and has a stopper tab (26) provided on the upper side thereof, whereby when the outlet nozzle accepting holes of the slide plate (17) are aligned with the corresponding apertures of the cartridge bed plate (7), the slide plate causes the contact tab (25) to hold the stopper tab (26) thus preventing the upward movement of the support member, and when the slide plate is slid forward to align the outlet nozzle engaging holes with the apertures (8) of the cartridge bed plate and hold with its inner edges at the outlet nozzle engaging holes the outlet nozzles of the processing liquid cartridge (5; 6), its contact tab departs from the stopper tab of the support member thus allowing the support member to move upward. An automatic development processing system for automatically developing photosensitive materials as claimed in claim 2, with a processing liquid cartridge storage apparatus (4) further comprising: a contact tab (25) provided on the lower side of said slide plate (17); and said support member (10) is mounted stationary beneath the slide plate (17), and has a stopper tab (26) provided on the upper side thereof, whereby when the outlet nozzle accepting holes of the slide plate are aligned with the corresponding apertures of the cartridge bed plate, the slide plate causes the contact tab (25) to engage with the stopper tab thus preventing the downward movement of the cartridge bed plate (7), and when the slide plate is slid forward to align the outlet nozzle engaging holes with the apertures of the cartridge bed plate and hold with its inner edges at the outlet nozzle engaging holes the outlet nozzles of the processing liquid cartridge, its contact tab departs from the stopper tab of the support member thus allowing the cartridge bed plate to move downward. An automatic development processing system according to claim 4 or 5, with a processing liquid cartridge storage apparatus wherein a sensor (28) is mounted on the support member and/or the cartridge bed plate (7) for detecting the upward movement of the support member (10) to a predetermined level or the downward movement of the cartridge bed plate to a predetermined level. An automatic development processing system for automatically developing photosensitive materials as claimed in claim 1 or 2, with a processing liquid cartridge storage apparatus (4) wherein each outlet nozzle has an annular recess (24) provided in the periphery thereof, and said nozzles are fitted into the corresponding apertures (8) of the cartridge bed plate (7), secured with a securing means to the cartridge bed plate, and joined at a time with processing liquid delivery nozzles (12) mounted on the support member (10) beneath the cartridge bed plate by a lifting means (14) moving upward the support member with the delivery nozzles or downward the cartridge bed plate with the outlet nozzles, fitting members (15) are mounted on the lower side of the cartridge bed plate (7), each fitting member located about the aperture of the cartridge bed plate and having a horse-shoe shape arranged for detachably fitting into the annular recess (24) of the corresponding outlet nozzle (9); and when the slide plate (17) is slid forward to hold the annular recess (24) of each outlet nozzle from one direction with the inner edge of the outlet nozzle hole (22) of the slide plate and from the other three directions with the fitting member. An automatic development processing system for automatically developing photosensitive materials as claimed in claim 1 or 2, with a processing liquid cartridge storage apparatus (4) wherein each outlet nozzle has an annular recess (24) provided in the periphery thereof, the nozzles are fitted into the corresponding apertures (8) of the cartridge bed plate (7), secured with a securing means to the cartridge bed plate, and joined at a time with processing liquid delivery nozzles (12) mounted on the support member (10) beneath the cartridge bed plate by a lifting means (14) moving upward the support member with the delivery nozzles or downward the cartridge bed plate with the outlet nozzles, guide members (15) are mounted stationary beneath the cartridge bed plate (7), each guide member is located about the aperture (8) of the cartridge bed plate and having an outlet nozzle through hole (15a) provided therein for positioning the corresponding outlet nozzle (9); and holding members movably mounted on the support member (10), each holding member arranged to accept the outlet nozzle (9) and joined with the corresponding delivery nozzle (12), whereby the outlet nozzles of the processing liquid cartridge held and positioned with their respective guide members (15) are securely connected by the action of the lifting means (14) to the corresponding delivery nozzles which are aligned by displacement of the holding members upon the delivery nozzles moving into the holding members. An automatic development processing system for automatically developing photosensitive materials as claimed in claim 1 or 2, with a processing liquid cartridge storage apparatus (4) wherein each outlet nozzle (9) has an annular recess (24) provided in the periphery thereof, and is fitted into the corresponding apertures (8) of the cartridge bed plate (7), secured with a securing means to the cartridge bed plate, and joined at a time with processing liquid delivery nozzles (12) mounted on the support member (10) beneath the cartridge bed plate by a lifting means (14) moving upward the support member with the delivery nozzles or downward the cartridge bed plate with the outlet nozzles, wherein guide members (15) are movably mounted beneath the cartridge bed plate (7), each guide member located about the aperture (8) of the cartridge bed plate and having an outlet nozzle through hole (15a) provided therein for positioning the outlet nozzle(9) ; and engaging members are movably mounted on the support member (10), each engaging member arranged to engage with the lower side of the guide member (15) and joined with the corresponding delivery nozzle (12), whereby the outlet nozzles (9) of the processing liquid cartridge (5; 6) are securely connected to the corresponding delivery nozzles by the action of the lifting means (14) causing the engagement of each movable guide member (15) with the corresponding engaging member for precise alignment.

Inventors: KINOSHITA TOGO, TAMURA MASAAKI, WADA HIROAKI, KINOSHITA, TOGO, TAMURA, MASAAKI, WADA, HIROAKI
Applicants: NORITSU KOKI CO LTD, NORITSU KOKI CO., LTD.
Application year: 1996
Main classification: G03D3
IPC codes: G03D3