63results about "Drying/glazing processed material" patented technology

The invention discloses a semi-gear rack-meshed type drying device of an X-ray medical image film. The semi-gear rack-meshed type drying device comprises a pedestal; support frames are installed at the two sides of the upper end of the pedestal; a cross rack is installed on the tops of the support frames; and a fixed plate is installed in the middle of the upper end of the cross rack. A driven belt wheel is installed in the middle of the front end of the fixed plate; and a rotation post is installed at the front end of the driven belt wheel. A fixed post is installed in the middle of the crossrack; a swinging rack is hinged to the front end of the fixed post; and a swinging wheel is installed at the lower end of the swinging rack. Air bleeding cylinders are installed at the middle part ofthe support frames; pistons are installed inside the air bleeding cylinders; piston rods are installed between the pistons; a guide plates is installed between the piston rods; and sliding clamps areinstalled uniformly at the lower end of the guide plate. Dividing cavities are installed at the inner sides of the lower ends of the support frames; and gas ejector pipes are connected to the outer sides of the dividing cavities. Besides, a heating device is installed at the left of the upper end of the cross rack. According to the invention, an X-ray film can be shaken left and right and the airblowing effect on the X-ray film by the air bleeding cavity is realized; and the drying efficiency of the X-ray film after developing is increased.

A concentration of a gas introduced into a circulation blower and an exhaust blower is reduced with a simple apparatus configuration. In an exhaust system, exhaust gases from a plurality of drying chambers are joined to a joining duct to be then exhausted by an exhaust blower. A plurality of exhaust ducts having inlets at different positions in each drying chamber are provided, and the exhaust duct having the inlet in the lowest gas concentration area is used as a duct for an exhaust gas circulated to a circulation blower.

The present invention discloses a portable air cooling film drying apparatus. The drying apparatus comprises: a drying oven housing, wherein both the upper and lower ends of the drying oven housing are of an open shape; a bracket structure for placing a film cartridge is arranged in the drying oven housing; at least one air blowing apparatus and at least one air suction apparatus are arranged on the drying oven housing; a drying oven cover, which is detachably mounted on an upper opening of the drying oven housing; and a wastewater containing apparatus, which is detachably mounted on a lower opening of the drying oven housing. The film cartridge filled with films is put on the bracket structure inside the drying oven housing; and the air blowing apparatus is used for blowing the outside air into the drying oven housing, and the air suction apparatus is used for sucking out the air inside the drying oven housing. The portable air cooling film drying apparatus provided by the present invention is convenient to use, simple in operation method, and easy to carry, so that working efficiency is improved, a rejection rate of the films is reduced, and the portable air cooling film drying apparatus has a certain environment protection function.

A photographic processing apparatus includes a processing bath train, which processes photographic paper. A drier is positioned downstream from the processing bath train, for heating air and for drying the photographic paper by blowing the photographic paper with the heated air. Feeding racks feed the photographic paper in a predetermined travel path which begins on an upstream side of the processing bath train, extends through the processing bath train, and ends at the drier. A memory is accessed to estimate expected travel time t1 for passing of the photographic paper through the predetermined travel path in feeding of the feeding racks. The memory is accessed to estimate expected warmup time t2 for warming up the air in the drier up to a target temperature T2. A controller compares the expected travel time t1 and the expected warmup time t2, initially starts heating in the drier if the expected warmup time t2 is longer than the expected travel time t1, and starts actuation of the feeding racks when time of a difference (t2-t1) elapses after start of the heating in the drier. So warmup of the drier to the target temperature T2 is synchronized with a reach of the photographic paper to the drier.

The invention discloses a film drying box for the imaging department. The film drying box comprises a drying box, wherein a motor is fixedly mounted on the top surface of the drying box; the output end of the motor is fixedly connected with a rotating rod penetrating through the drying box; sliding grooves are formed in the left wall and the right wall of the rotating rod; sliding bases are installed in the sliding grooves in a sliding mode; a plurality of fixed through holes are formed in the sliding grooves; a lower clamping block is fixedly connected to the left lower wall and the right lower wall of the rotating rod, and an upper clamping block is fixedly connected to the two sliding bases; and clamping mechanisms are arranged on the upper clamping block and the lower clamping block and used for clamping films. By means of a fixing mechanism, a T-shaped pull rod is pulled to be disengaged from the through holes, limiting blocks extrude compression springs and enable the sliding bases to move to proper positions, so films with different lengths can be clamped; and humidity in the drying box is reduced through a circulating pipe and activated carbon, so drying effect is good, andimaging is more reliable.

The invention discloses a drying apparatus. The drying apparatus (60) comprises a conveying portion (61) conveying printing paper (2) inside a housing (73), a partition board with holes (74) of a conveying path carrying out conveying spraying heated air to the conveying portion (61), and a circulating mechanism (75) circulating the air sprayed from the partition board with holes (74) facing the partition board with holes (74) through a heating chamber (78) and the air (WB) sprayed to the conveying path without facing the partition board with holes (74). One side opposite to the partition board with holes (74) inside the housing (73) from the conveying path is provided with a partition component (79) having horizontal wall portion (79a). The horizontal wall portion (79a) is configured to between a four-level hole (74a) at the lower part corresponding to the partition board with holes (74) and a three-level hole (74a) at the upper part. Therefore, a drying portion (60) (drying apparatus) with very good thermal efficiency can be obtained.

A photosensitive material processing apparatus includes a printer section for recording an image on photographic paper by exposure. There is a processor section for photographic development of the photographic paper. A drier section dries the photographic paper. A type bar code reader reads and inputs type information of a type of the photographic paper. A condition table memory is used to generate information of a transporting speed of the photographic paper and other processing conditions according to the type information being input, so as to control at least one of the printer section, the processor section and the drier section.

The invention relates to a portable film rack drying device which comprises a supporting platform, a detachable plate, a film rack, a wind spreading plate, a fan and a T-shaped slide block, wherein the detachable plate is arranged at the upper end of the supporting platform; the film rack is mounted on one side of the detachable plate; the wind spreading plate is connected with the detachable plate and is located on one side of the film rack; the fan is arranged in the middle of the detachable plate; the detachable plate is connected with the film rack through the T-shaped slide block; the T-shaped slide block is mounted in the detachable plate and used for driving the film rack to slide up and down to a proper position. The portable film rack drying device involved by the invention overcomes shortcomings of the existing device, solves a problem that the ordinary electric drying oven is not portable when being used for drying films, solves the classification work of different tank film racks, is good in supporting effect and convenient to disassemble, saves space, improves the work efficiency, and enhances the convenience.

The invention discloses an X-ray film developing and drying integrated device for the imaging department. The X-ray film developing and drying integrated device comprises a box body. The box body is internally divided into a developing chamber, a film washing chamber and a drying chamber through a first partition plate and a second partition plate which are longitudinally arranged. A main windingmechanism and an auxiliary winding mechanism which are connected through a traction rope are arranged on the two sides of the box body; a plurality of clamping pieces used for clamping X-ray films arearranged on the traction rope; and a notch allowing the traction rope with the clamped X-ray films to freely shuttle inside and outside the box body is formed in the box body. The X-ray films are sequentially brought into the developing chamber, the film washing chamber and the drying chamber in the box body through the moving traction rope to complete developing-washing-drying integrated assembly line operation, and convenience and rapidness are achieved.

A drying device in which temperature and humidity of a gas flow fed into each of plural helical dryers in the form of a cylinder (i.e., temperature and humidity of an exhausted gas flow) can be each controlled independent of the other dryers. The drying device, is equipped with a casing. The casing includes therein at least a helical dryer 6 in the form of a cylinder for exhausting a drying gas flow fed therein out of gas distributed on its outer periphery to feed on a drying object, and an axial-flow blower 5 connected to an entrance side of the helical dryer for inspiring a gas flow exhausted out of the helical dryer into the casing inside the same casing and feeding into the helical dryer again to circulate said gas flow, in which a part of a gas flow inspired by the axial-flow blower serves as a gas flow having a depressed dew point which results from splitting a gas flow exhausted out of the helical dryer and depressing the dew point of the split gas flow in a dehumidifying facility 1 located outside the casing.

The invention discloses a radiograph drying machine. The machine includes a drying machine shell, a machine door, radiograph hanging rods and a temperature control hot-air machine, wherein one side of the drying machine shell is provided with the machine door, and the top of the drying machine shell is provided with a cross plate through a connecting rod; the bottom of the cross plate is provided with the multiple radiograph hanging rods, and the two opposite sides of the interior of the drying machine shell are provided with side guide rails. According to the radiograph drying machine, through the arrangement of the temperature control hot-air machine, temperature control drying can be conducted on radiographs inside the drying machine shell so as to avoid that radiograph developing is vague since the temperature is higher than 55 DEG C, which effectively improves the drying quality of the drying machine to the radiographs; moreover, the temperature control hot-air machine can move in the drying machine; on the one hand, the drying efficiency of the radiographs is improved, the drying cost of the radiographs is reduced, and the caused pollution to the radiographs when the radiographs are dried is prevented; on the other hand, the radiograph drying uniformity of the drying machine is improved, and it is avoided that uneven drying caused by heating source fixing influences developing.

The present invention relates to one drying system to dry film homogeneously inside one conic air duct by means of the heat effect of heating PTC ceramic element. The drying system consists of blower, air duct, heating element, hot blast tank and air pipes. The blower blows blast via air duct to the heating PTC ceramic element via air duct to generate heat effect. Hot blast entering the hot blast tank from the air duct is divided into two parts to enter separately to the upper and the lower conic air pipes from their large ports and the two parts, after passing through the conic surface of the air pipes, blow to the films through the air outlet slits. The present invention has no damage of film and the peripheral parts owing to the conic air pipes to make the films to obtain homogeneous wind and heat.

Disclosed is a negative developing method including a puddle-forming step, a diluting step, and a surface drying step. In the puddle-forming step, developer containing an organic solvent is supplied to a resist film formed on a surface of the substrate and keeping a puddle of the developer on the resist film. In the diluting step, a concentration of a dissolution product dissolved in the developer on the resist film is diluted by additionally supplying the developer containing the organic solvent to the resist film after the puddle-forming step. In the surface drying step, the surface of the substrate is dried by rotating the substrate after the diluting step.

The invention discloses a film drying device of a film processor, which includes a fixing device, a drying device and a heating device. The drying device includes a drying box, a base and a feeding port. It is arranged at the bottom of the drying box, and the fixing device is arranged inside the drying box. The heating device includes an electric heating wire and an exhaust fan. A fixing ring is arranged at the curved pipe of the exhaust fan, and the electric heating wire is connected together through a metal frame and the fixing ring. There is an air outlet plate on the top of the drying box, the top of the air outlet plate is connected to the exhaust pipe, and there are several curved pipes on the bottom of the air outlet plate. The fixing device includes a mounting seat, a hydraulic rod and a fixing rod. Reduce the drying wind speed, so that the hot air overflows slowly, the drying quality is higher, and it is not easy to leave marks. At the same time, the corners of the film can be fixed, and the drying is more uniform and thorough, which is conducive to the rapid imaging of the film. It is worth promoting.

Disclosed herein is a tool having an opening capable of holding a recording sheet by being raised in a gable form, which comprises a hook capable of retaining the gable form utilizing a restoring-force when formed in the gable form, and a hook hole into which the hook can fit. The tool is used to stand the recording sheets subjected to recording in the opening raised in the gable form, thereby drying the recording sheet.

The invention discloses a medical thermosensitive film drying device, and relates to the technical field of medical instruments. The medical thermosensitive film drying device comprises a body and an air blower, the top surface of the body is provided with a through hole, the air blower is arranged on the left side of a displacement plate, and the body is internally provided with a displacement part used for driving the displacement plate to stably displace towards a thermosensitive film, and being quickly far away when being far away from the thermosensitive film. A driving mechanism used for driving the displacement part to operate is arranged on the inner wall of the body, two fixed short plates are fixedly connected to the inner wall of the body, and the opposite sides of the two fixed short plates are jointly and fixedly connected with a disinfection lamp. Through mutual cooperation of the structures, the device has the effects of drying a thermosensitive film in a variable-pitch manner, preventing the film from being damaged and disinfecting the thermosensitive film, and solves the problems that in a traditional mode, the fixed-point temperature of the film is rapidly increased along with the continuous drying process, the film is prone to being damaged, and the disinfection function is not achieved.

A photographic film developing apparatus maintains a photographic film, a developer solution and a second processing solution at a specific temperature while performing film development operation by directly applying the individual solutions to an emulsion side of the photographic film. After the developer solution and the second processing solution have been applied from respective processing solution application heads to the emulsion side of the photographic film, the quantity of each solution on the emulsion side is adjusted to form a layer of a specified thickness. While transfer belts advance each successive portion of the photographic film up to a processing solution wipe-out device, heaters provided close to the transfer belts heat the individual solutions applied to the photographic film through the transfer belts to maintain the solutions at the specific temperature.