Asahi Kogaku Kogyo Kabushiki Kaisha

Gree, Inc.

Takayuki Itoh

Ryota Ogawa

Taku Watanabe

Tomohiro Tsukihara

Midori Moriyama

Norifumi Okumura

Haruya Nishikubo

Kanji Uemura

Naoko Hanada

Yasunori Arai

Yoshihiro Hama

Satoru Tachihara

Sadao Okudaira

Hirofumi Matsuo

A program, a control method, and an information processing apparatus capable of improving excitement of a game. An information processing apparatus (including a server device and a terminal device) executing a process of a game including game content for performing a battle using a plurality of game media may store the plurality of game media selected by a user of the game in association with the user, display some game media among the plurality of game media in a field area and proceed with the game content, and perform a process for providing a cooperation effect including changing of a parameter of a first game medium included in some game media when the first game medium satisfies a predetermined condition and a second game medium in a predetermined relationship with the first game medium and not included in some game media is included in the plurality of game media.

Program, control method, and information processing apparatus

When a mobile terminal obtains a container upon movement of a display range, a processor increases points in a storage unit. When the mobile terminal opens a container obtained by movement of the display range or as a present from another mobile terminal, the processor opens the container at predetermined success percentages, and writes an item obtained from the opened container in the storage unit. When the mobile terminal presents a container without opening it, the processor transmits screen data indicating a present to the other mobile terminal. The processor converts an item in the storage unit into points to increase the points in the storage unit based on an operation of the user of the mobile terminal.

Game control method, server apparatus, and storage medium

A high zoom-ratio finite-distance lens with fixed object-to-image distance having arranged from the object side a first lens unit of positive focal length, a second lens unit of negative focal length and third and fourth lens units of positive focal length. The first, third and fourth lens units are moved relative to the second lens units. Conditions are set on the magnifications of the first, second and fourth lens units at the ends of the magnification range, on the relative displacements of the third and fourth lens units and on the location of the entrance pupil.

High zoom-ratio finite-distance zoom lens

A telephoto zoom lens system comprises eleven lens elements including a fourth lens group (relay lens system) of a three-group three-element arrangement. The telephoto zoom lens system covers a range of from quasi-telephoto setting to telephoto setting, has a zoom ratio ranging from about 2.5 to 3, and an F number ranging from 4 to 4.5.

Telephoto zoom lens system

A compact wide-angle zoom lens comprising, in order from the object side, a variator that consists of a first lens component having a negative focal length and a second lens component having a positive focal length, and a single-element fixed third lens component (relay lens system) that is positioned subsequent to the variator for increasing its focal length. The first lens component has a negative-positive lens unit arrangement. The second lens component has a positive-negative-positive lens unit arrangement. The first and second lens component are mechanically moved so as to provide a variable focal length and maintain a constant focal position. The following conditions are satisfied: ##EQU1## where f.sub.1 : the focal length of the first lens component;

Compact wide-angle zoom lens

A variable magnification copying lens system with the arrangement composed, in order from the object side, of a first lens unit (A) having a negative focal length, a lens group (B) having a positive focal length, and a second lens unit (C) having a negative focal length. The system being capable of maintaining a constant distance between the object surface and the image surface not only by changing the distance between the first lens unit (A) and the lens group (B) and that between the lens group (B) and the second lens unit (C) but also by moving the overall lens system. The first and second lens units (A) and (C) have the primary function of maintaining a constant distance between the object surface and the image surface by a substantially symmetrical movement with respect to the lens group (B). Each of the first and second lens units being simply made of a single negative lens. The lens group (B) has the primary function of zooming and a five-unit and five-element configuration composed of a center biconvex lens, a negative meniscus lens that is positioned on both sides of the biconvex lens and the concave surface of which is directed toward the center, and a positive meniscus lens that is positioned on the outer side of the negative meniscus lens and the concave surface of which is directed toward the center.

Variable magnification copying lens system

A telephoto macro lens system includes, in order from the object side, a first lens group having a positive focal length and a second lens group having a negative focal length. The first lens group is composed of a first subgroup (1a) including a positive lens group and a negative meniscus lens and a second subgroup (1b) including a negative lens having a divergent surface on the object side. The second lens group is composed of a third subgroup (2a) having a large negative refractive power and a positive unitary lens (2b) spaced from the third subgroup. The lens system is so constructed as to satisfy the following conditions:

Telephoto macro lens system

A zoom lens with a high variable power ratio including wide-angle lens capability, comprises, in order from the object, a first lens unit having a positive focal length, a second lens unit having a negative focal length, and a third lens unit having a positive focal lenth. The first, second and third lens units are mechanically movable to change the overall focal length and keep an image plane constant. The third lens unit is composed of, in order from the object, a third sub-lens unit a having a positive lens, a negative lens and a positive lens in order from the object and a third sub-lens unit b having a positive lens, a negative lens and a positive lens in order from the object.

Zoom lens with high variable power ratio including wide-angle capability

A diaphragm is mounted for axial movement with the rear lens group in the zoom lens of a facsimile apparatus, and a closing ring axially movable with the rear lens group is rotatable via camming surfaces in a surrounding cylinder to close or open the aperture in accordance with the lens group axial movement.

Stop down structure for facsimile zoom lens

A finite distance zoom lens system including a first lens group having a negative focal length and a second lens group having a positive focal length. The two lens groups are mechanically movable to thereby vary the focal length while maintaining constant the distance between the object surface and the image surface. The zoom lens system has a magnification of about 1/10 to 1/5 times.

Finite distance zoom lens system

A compact high-performance zoom lens system having thirteen lens elements grouped into ten lens components with a rear half of the fourth lens group composed of three lens elements.

Growing community of inventors

Tokyo, Japan

Takayuki Itoh