Konica Corporation

Honda Tsushin Kogyo Co., Ltd.

Honda Tsushin Kogyo Kabushiki Kaisha

Asm Japan K.k.

Konishiroku Photo Industry Co., Ltd.

Nhk Spring Co., Ltd.

Agency of Industrial Science and Technology

Ministry of International Trade & Industry

Honda Tsushin Kogyo Kabushiki Kaishacals

Bentac Co., Ltd.

Alps Electric Co., Ltd.

Alps Alpine Co., Ltd.

Nichias Corporation

San-ei Kagaku Co., Ltd.

Kiyoshi Sato

Hiroki Nakamura

Naoya Hasegawa

Yukihiro Mori

Jun Suzuki

Toru Takahashi

Kiyoshi Kobayashi

Yutaka Sato

Akio Suzuki

Takashi Saito

Eiji Umetsu

Hisayuki Yazawa

Mikio Kawasaki

Iku Metoki

Shinichi Ohtani

Toshihiko Hanamachi

Noboru Hatakeyama

Yuji Hirai

Kenichi Yotsutani

Katsuya Kikuiri

Hideto Ando

Chika Honda

Shinichi Sasaki

Hisanobu Okawa

Shinya Miyaji

Tsutomu Saito

Yasunori Wada

Kazunori Kitamura

Isami Abe

Nobuya Tomosue

Eiji Yoshida

Kazutoshi Isomura

Mikio Shimizu

Kouji Ono

Sadatoshi Furusawa

Masumi Hosaka

Masatoshi Iwata

Masaaki Taguchi

Tadashi Sakane

Yoshito Sasaki

Kazutaka Murayama

Jun Oikawa

Junya Satoh

Hisanobu Ohkawa

Yoshitaka Uto

Taishi Numata

Hideji Sato

Masatosi Iwada

Kichitaro Shinozaki

Toru Shimizu

Akiko Makita

Kazuyoshi Takahashi

A longitudinally elongated parallel-arrangement of contact pieces are each mounted in an insulating housing of an electric connector. The parallel arrangement of contact pieces (,) has a longitudinal carrier strip (,) integrally connected thereto. The contact pieces have transverse connections (,) preformed in the vicinity of their tails to connect adjacent contact pieces. Gangs of parallel-connected contact pieces can be easily made simply by cutting and removing selected transverse connections.

Contact pieces for use in an electric connector and method of making the same

A substrate-holding apparatus for holding a semiconductor substrate in a semiconductor processor is characterized in that the apparatus includes a mount block made of an aluminum alloy wrought product and having a mount surface for mounting a semiconductor thereon, a heating block with a heater body embedded therein for heating the semiconductor substrate, and a shield member made of an aluminum alloy wrought product for housing the heating block. The mount plate is securely attached to the heating block by brazing or with bolts.

Substrate holding apparatus for processing semiconductors

A substrate-holding apparatus for holding a semiconductor substrate in a semiconductor processor is characterized in that the apparatus includes a mount block made of, e.g., aluminum nitrate with a high-frequency electrode embedded therein and a heating block made of, e.g., an aluminum alloy with a heating body embedded therein. The mount block is tightly attached to the heating block by engaging the bottom surface of the mount block with the top surface of the heating block, for example, by using a latching mechanism.

Substrate holding apparatus for processing semiconductor

A single wafer processing type of a semiconductor processing system is provided so as to achieve that residual particles inside a reactor thereof are efficiently removed and a gas injected into the reactor is uniformly flowed over a wafer in a wide range of the gas flow rate. The semiconductor processing system includes gas flow adjusting means (28, 29, 30) having a slit (30) communicated with an exhaust port (35) for pumping out a gas injected into a reactor (10) from the reactor (10). The slit (30) is provided annularly around a circumference of a wafer (34) and positioned below a position of the wafer (34), and a width of the slit (30) is narrowed about the exhaust port (35).

Semiconductor processing system

Electric connector

Electric cable connector

Female connector

Connector with a lock mechanism

A surface mounting type of connector for IC cards has a connector main body having two sets of electric contacts for connection to electric contacts of respective connectors provided in two IC cards. Contact portions of each set of the electric contacts are disposed in two rows in one direction to lie in a direction perpendicular to the one direction. The connector main body has a fitting recess formed in a lower portion thereof. Terminal portions of the two sets of electric contacts are arranged so as to lie exposed in two rows parallel to each other along facing side walls of the fitting recess. A terminal member having two parallel rows of terminal pieces to be connected to a wiring circuit board is fitted into the fitting recess such that the terminal pieces urgingly contact the terminal portions.

Surface mounting type of connector for IC cards

A tying wire is puled out from a continuous stock. It is then bent to form a U-shaped fold of an appropriate length. The U-shaped loop of the tying wire is wound around an overlapped portion to be tied of an article or articles. A front end of the U-shaped fold is wound around the other end by a rotatable hook, thus finally twisting both ends. The tying wire is cut at a rear end an appropriate timing. The apparatus for tying is made up of a mechanism for forming a U-shaped loop of the tying wire, a mechanism for guiding the U-shaped loop to wind it around an external surface of a portion to be tied of the article or articles, a mechanism for twisting the closed end and the other end of the U-shaped loop, and a mechanism for cutting the tying wire at an appropriate timing to an appropriate length.

Apparatus for tying one or more articles

Male connector for surface mounting

Female connector for surface mounting

Growing community of inventors

Tokyo, Japan

Kiyoshi Sato