Fuji Photo Film Company, Limited

Kabushiki Kaisha Square Enix

Hideo Iwasaki

Kiichiro Sakamoto

Haruo Takase

Hiroki Fujimoto

Toshio Kurokawa

Kazushige Uenaka

Takuya Okada

Toshiro Tahara

Hideaki Nomura

Kouhei Miyazaki

Takashi Tokita

Kouki Takahashi

Takeo Ohtomo

A non-transitory computer-readable medium including a video game processing program product for causing a server to realize functions to create a rank regarding a video game for each of a plurality of users is provided. The functions includes: a managing function configured to manage the plurality of users in a state where the plurality of users is grouped into groups by every predetermined number; a creating function configured to respectively create ranks for the users in each of the groups; a setting function configured to set up grades for the users in each of the groups on the basis of the ranks of the users; a dividing function configured to divide the groups into a plurality of elements, the plurality of elements respectively corresponding to the grades; and a composing function configured to compose a new group using the plurality of elements.

Video game processing program and video game processing system

There is disclosed a developing processing method and apparatus in which developing processing is carried out with a developing solution being jetted toward an emulsion surface of a photosensitive material from jetting holes of a blowoff chamber. Only one blowoff chamber is disposed in a developing tank and conveying roller sets are disposed at both sides of the blowoff chamber. The photosensitive material is horizontally conveyed above the blowoff chamber by the conveying roller sets. Due to the number of components of the developing processing tank being thus reduced, the apparatus can be made small in size. Positions where the photosensitive material is nipped by the roller sets are located within a processing solution, and therefore, there is no possibility of the photosensitive material being nipped and conveyed in a state in which outer peripheral surfaces of the rollers are wet non-uniformly with the processing solution. As a result, non-uniform processing is prevented.

Developing processing method and apparatus

An apparatus for supplying a film for use in an automatic developing machine wherein a film stored within a cartridge is withdrawn and supplied to an automatic developing machine, which automatically conveys the film for processing by a power supply from a power source, comprises a device for actuating the cutter by a power supply from the power source to cut the trailing end of the film and a switching device for switching the power supply to the actuating device from the power source to the capacitor. In consequence, when the power supply is interrupted, the cutter is actuated by the electric power from the capacitor.

Apparatus for supplying a film for use in an automatic developing machine

A developing apparatus provided with a circulation apparatus comprising an apparatus for discharging a processing solution for photosensitive material contained in a developing tank, and an apparatus for supplying the discharged processing solution to inside the developing tank. The supply apparatus is made up of a first processing solution supply apparatus that supplies a part of the discharged processing solution to the developing tank through a first apparatus for adjusting a supply amount of the processing solution, and a second processing solution supply apparatus with a processing solution guiding apparatus that flushes a part of the discharged processing solution onto the surface of the photosensitive material while being conveyed inside the developing tank, through a second valve apparatus for adjusting a supply amount of the processing solution. The first and second valve apparatus are controlled so that immediately after changing all the processing solution in the developing tank, and after supplying of a predetermined amount of replenishment solution, the ratio of the circulation amount of the first processing solution supply apparatus to the second processing solution supply apparatus is changed. As a result the operating conditions such as processing speed etc. can be constant and the degree of progress of development of the photosensitive material is controlled. Consequently a stabilized contrast of the photosensitive material can be obtained from immediately after replacing the processing solution with new processing solution.

Developing apparatus

An apparatus for warming up an automatic developing system in which the warming time required for heating a treating liquid up to a predetermined temperature is computed on the basis of sensed treating liquid temperature and the ambient air temperature, and the warming operation is commenced at a time which is obtained by subtracting the computed time length from a set time at which the automatic developing system is to be started, so that the warming is completed by the time at which the developing system is to be started, thus enabling the user to start the treatment of a photosensitive material at the expected time.

Apparatus for warming up automatic developing system

An apparatus for heating a processing liquid has a heater for heating the processing liquid and a temperature sensor for detecting the temperature of the liquid. The heater and the sensor are housed in a protective housing made of a metal or a ceramic material. Since the heater and the temperature sensor are provided together in one unit, the mounting of the apparatus on a processing tank is facilitated. In addition, since the output of the temperature sensor changes in accordance with whether the liquid level of the processing liquid is above or below the position to the temperature sensor, it is also possible to detect the liquid level from the change in the output of the temperature sensor.

Growing community of inventors

Tokyo, Japan

Hideo Iwasaki