Sanyo Electric Co., Ltd.

Toppan Printing Co., Ltd.

Hisamitsu Pharmaceutical Company, Inc.

Kureha Corporation

Okada Shigyo Co., Ltd.

Hirofumi Okada

Shinichi Hirakawa

Tsutomu Ishikawa

Saichi Ono

Ryuichi Ogawa

Masaya Tanno

Takafumi Hayashi

Hiroyuki Taketomi

Yoichiro Yotsuya

Munetoshi Kajiya

Fumio Tosaka

Hiroshi Yamaga

Hiroshi Sakai

Yuji Hashitani

Takayuki Imaida

In a broadcast signal receiving apparatus, a remote controller has, as one of a plurality of buttons thereof, a state changing button for instructing to change a source to be reproduced by a main body. The main body or the remote controller has a memory storing a first state changing table indicating an order in which the source is changed. When the state changing button is operated, if the broadcast signal is being received by the tuner portion and reproduced as the source, the main body performs state change such that the first source in the first state changing table is specified as the source to be reproduced by the main body.

Broadcast signal receiving apparatus

A packaging material is formed by a substrate, and an inner sealing layer comprising a polyolefin layer and an aqueous dispersion-type polyester resin layer successively disposed on the substrate. The aqueous dispersion-type amorphous polyester resin layer contains an anionic surfactant or an amphoteric surfactant and is substantially free from an organic solvent having a boiling point of at most 100&#xb0; C. The thus-formed packaging material is excellent in aroma-retentivity, aroma non-adsorptivity, particulate non-adhesion, low residual solvent and sealability. The packaging material is also free from environmental problem and is therefore suitable as a packaging material for particulate medical supplies and health foodstuff.

Packaging material for and packaged product of medical supplies and the like

In a bagfor packaging having a first faceA and a second faceB that are mutually opposite, a first line of weaknessA (B) and a second line of weaknessA (B) and a third line of weaknessA (B) constituted by a plurality of breaks of perforation form arranged between the first line of weakness and the second line of weakness and having an inclination with respect to a prescribed unsealing direction Lare respectively formed in the first face and the second face such that these are arranged in mutually parallel fashion, and the plurality of breaks of perforation form constituting the third line of weakness formed in the first face and the plurality of breaks of perforation form constituting the third line of weakness formed in the second face are formed inclined in mutually opposite directions with respect to the prescribed unsealing direction. In this way a finger-grip portion of suitable extent is formed at the unsealed aperture of the bag for packaging after unsealing.

Packaging bag

A television receiver includes an input terminal (,). Through the input terminal is inputted an input signal having a predetermined electric field intensity. That is, a tuner (,) converts the input signal into a video intermediate frequency signal and audio intermediate frequency signal. The video intermediate frequency signal is amplified by a video intermediate frequency amplifier circuit (,). Based on that frequency, a filter (,) outputs a detection signal (Va). An RF-AGC circuit (,) outputs a reference voltage (Vref). An RF-AGC circuit (,) creates a control voltage (Vb) in response to a difference between the detection signal and the reference voltage. The tuner is controlled in gain by this control voltage. The reference voltage is varied by a micro-computer (,) depending upon the control voltage. Accordingly, the control voltage is adjusted to a desired voltage value.

Television receiver having an AGC circuit to control the gain on a tuner

A television receiver includes a volume control circuit (4) for controlling levels of sound signals corresponding to a left channel, a right channel, a center channel and a surround channel and speakers (6 to 10) corresponding to these channels. The television receiver further comprises a test tone circuit (11; 18), a microcomputer (14) and a character display circuit (16). The test tone circuit (11; 18) supplies a test tone of a prescribed frequency sequentially to the speakers (6 to 10) through the volume control circuit (4). The microcomputer (14) provides a command to the character display circuit (16) so that a CRT 17) displays which speaker is currently supplied with the test tone as well as volume levels of the respective speakers.

Sound reproducer

Growing community of inventors

Osaka, Japan

Hirofumi Okada