Other

Rohm Co., Ltd.

Koichi Wada

Takaya Nagahata

Tokihiko Kishimoto

Koji Nishi

Yasuhiro Yoshikawa

Hiroshi Fukumoto

Hiroaki Hayashi

Yoshinobu Kishimoto

Shigeyoshi Ono

Shigemitsu Suzuki

Toshihiro Watanabe

Akio Kakefuda

Noriyuki Masuda

Toshio Okazaki

Tatsuo Hara

Shigeo Uegaki

A clip connector (A) includes an insulating housing ( ) and a plurality of terminals ( ) projecting from the housing ( ). The housing ( ) includes an outer surface ( ) for engaging a support member such as a printed board. The outer surface ( ) is irregular, including a plurality of projecting portions ( ) and a plurality of retreating portions ( ). Each of the terminals ( ) includes a straight portion ( ) and a bent portion ( ). Each of the straight portion ( ) is formed with a through-hole ( ) through which a resin for bonding the support member and the outer surface ( ) is applied.

Clip connector, method of attaching clip connector, and assembly of clip connector and support member

The compound of the present invention relates to a drug, particularly to a novel isoquinoline derivative or its salt having an I current inhibitory effect without serious side effects such as convulsion and also to a drug, particularly a cardiac rate lowering agent, containing the compound as the active ingredient. Namely, the compound has a current I inhibitory effect and is particularly useful as a cardiac rate lowering agent for preventing ischemic heart diseases such as angina and cardiac infarction and circulatory diseases such as congestive cardiac insufficiency and arrhythmia (supraventricular arrhythmia). The present invention relates to dialkoxy-1,2,3,4-tetrahydroquinoline-2-carbonylpiperidino-3,4-dialkoxypropaneanilide derivatives, etc.

Isoquinoline derivatives or salts thereof

An electrical connection structure includes a circuit board provided at an edge thereof with a plurality of external connection terminals, a flexible flat cable provided at an edge thereof with a plurality of connection terminals in corresponding relationship to the external connection terminals of the circuit board, and a corresponding number of clips. Each of the clips has a first clamping portion open in a first direction for inserting the circuit board, and a second clamping portion open in a second direction opposite to the first direction for inserting the flexible flat cable.

Board-cable connection structure

A connector (,) according to the present invention includes a housing (,) and terminal pins (,) mounted on the housing (,) for electrically connecting connection terminals (,) of a circuit board (,) to a conductor pattern of a flat cable (,). The housing (,) is bonded to the circuit board (,) by an adhesive for mechanical connection thereto. The housing (,) has a projection (,) which, together with the circuit board (,), forms a recess (,) for applying an adhesive thereto.

Connector

In a connector used in a print head, each of a plurality of terminal pins has at one end portion thereof an integral grip portion for gripping a circuit board. The terminal pins are spaced a predetermined distance from one anther in juxtaposed relation to one another, with the grip portions disposed at the same side. Each of the terminal pins is inserted into a connector housing from the other end portion of the terminal pin, so that the terminal pins are attached to the connector housing.

Connector and printer head using the same

A method of repairing a damaged portion of a glass layer of glass-lined steel equipment by repeated steps of applying a repair agent to a damaged area of the glass layer and then heating the repair agent for solidification and adherence to the glass by the use of a sol-gel process, until a thickness of a repair glass layer becomes almost equal to the existing glass layer adjacent thereto without generating cracks or exfoliations in the glass. Also, an apparatus for heating the repair area of a layer of glass-lined steel equipment includes a flexible thermal insulation sheet body having a recess on a single side thereof; electric heater units provided in the recess for emitting far infrared rays; magnets provided adjacent to the recess for securing the sheet body on a wall of glass-lined equipment covering the damaged portion to be repaired; a silica glass cloth enclosing the body for maintaining configuration; a thermal sensor placed in the recess for locating adjacent to the damaged area; and a thermal controller coupled to the sensor and the heater units for automatically controlling the temperature of the heater units.

Method and apparatus for repairing glass-lined equipment by sol-gel

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Yamagata, Japan

Koichi Wada