Arkray, Inc.

Matsushita Electric Works, Ltd.

Nidec-read Corporation

Kabushiki Kaisha Toyota Jidoshokki

Murata Machinery, Ltd.

Takashi Nakagawa

Tomohiro Yamaguchi

Akira Takahashi

Tokuo Kasai

Shinya Nakajima

Kiyoshi Takashima

Kenji Kamada

Kengo Ito

Yasunori Matsui

Toshihisa Hirai

Itaru Saida

Akinobu Mizuta

Naofumi Kodama

Hiroyuki Takano

Akihide Sugawa

Atsushi Isaka

Osamu Imahori

Kozo Kawai

Fumio Mihara

Kishiko Hirai, Legal Representative

Shinya Murase

Kazumi Okawa

Kyouichi Ohshiro

Michio Kaida

Yasuhiko Kubota

Kazuhiro Ohmiya

Toshihide Matsukawa

Shosuke Akisada

Masao Hirukawa

Minoru Kotaki

Osamu Hikita

Kousuke Katayama

Junichi Watanabe

Takahiro Kumode

Ichiro Hidaka

Hisaaki Hayashi

Daisuke Tsuchida

Osamu Hirao

Yoshito Umehara

Kei Inoue

Kenichi Ido

Yasunori Yoshida

Ken Miyano

Takuya Inoue

Hideki Mori

Keini Hasui

A flexible circuit board inspecting apparatus for conducting an inspection on a flexible circuit board includes a transport path and an inspection part mechanism. The transport path is configured to successively transport the flexible circuit board having a plurality of unit circuit boards arranged thereon. The inspection part mechanism is configured to bring and distance a jig for inspecting the flexible circuit board transported on the transport path close to and from the flexible circuit board. The transport path includes a longitudinal transport portion for transporting the flexible circuit board in a downward vertical direction. The inspection part mechanism moves the jig in a direction perpendicular to the flexible circuit board transported on the longitudinal transport portion to bring and distance the jig close to and from the flexible circuit board.

Flexible circuit board inspecting apparatus

A measurement device includes: a measurement portion that acquires measurement data; a setting portion that specifies an external device as a transmission destination of the measurement data based on a signal transmitted from the external device, and allows communication with the external device without receiving input of authentication information; and a transmission and reception portion that transmits measurement data to the external device. The setting portion causes the transmission and reception portion to transmit identification information of the measurement device to the external device, and further to transmit confirmation information thereto in addition to the identification information. The confirmation information is used by the external device to decide whether or not the external device can handle the measurement data transmitted from the measurement device.

Medical measurement device and measurement system

In a measurement situation information storage unit, a plurality of sets of measurement situation information for identifying a measurement situation in which predetermined measurement is performed on a measurement target are stored in association with time periods. A measurement processing unit executes measurement on the measurement target. A display unit selects, from among the plurality of sets of measurement situation information, a set of measurement situation information corresponding to the measurement operation timing based on the time of the measurement operation timing or based on processing results obtained as a result of execution of measurement by the measurement processing unit, and causes a display to show the selected set of measurement situation information in a manner distinguishable from other measurement situation information.

Measuring apparatus

An object is to provide an optical measurement apparatus for performing an efficient test by optical measurement without incurring incorrect measurements. To this end, the measurement apparatus utilizes a test instrument mounted thereto and including a carrier with a reagent retaining portion for application of a sample. The measurement apparatus includes a reader for color development at the reagent retaining portion, and a controller for driving control of the reader and for required determination. The controller performs the determination by utilizing the data obtained by reading the color development of the reagent after a reaction completion period Tr-Trdepending on the reagent and starting from the mounting of the test instrument. When detecting that the color development at the reagent retaining portion is completed before the lapse of the reaction completion period Tr-Trafter the mounting of the test instrument, the controller stops the test for the test instrument.

Optical measurement apparatus

The invention relates to a measurement system MSprovided with a plurality of loading unitsinto which a measurement toolsupporting a reagent is loaded. The measurement system MSincludes reading meansfor reading information on an analyte provider that includes identification information, and guidance meansfor guiding the measurement toolto which an analyte derived from the analyte provider has been or is to be applied, to a loading unit that is selected from the plurality of loading unitsand individually associated with the analyte provider based on the identification information that has been read by the reading means. With such configuration, the measurement results obtained from the analyte derived from the analyte provider can be easily associated with the information on the analyte provider that includes the identification information.

Measurement system, measurement method, program for implementing the method, and recording medium for the program

Glucometer

It is an object to provide a test instrument and an optical measurement apparatus which enable easy matching of test results when tests by optical measurement are performed with respect to a large number of patients. To the above end, a test instrument B is provided, which includes reagent retaining portionsA,B,C retaining a reagent which reacts with a sample to produce a color reaction. The test instrument B includes a patient information entry sectionas an example of patient identifying information region in which patient identifying information is to be written.

Test instrument and optical measurement apparatus

An optical measurement apparatus is provided for conducting a test by efficiently reading color development of a reagent after reaction by optical measurement. To the above end, an optical measurement apparatus is provided which is to be used with at least one test instrument mounted to the apparatus. The test instrument includes a carrier provided with at least one reagent retaining portion which retains a reagent, and a sample is applied to the carrier. The optical measurement apparatus includes a reader for reading color development of the reagent retaining portion, and a controller for performing driving control of the reader and determination. The controller performs the determination by utilizing data obtained by a reading operation P to read the color development of the reagent performed after the lapse of a reaction completion period Tr-Trfrom the mounting of the test instrument, and the reaction completion period depends on the reagent.

A hair dryer having a static atomizing device, which has the capability of generating an electrostatically charged microparticle mist of 3 nm to 100 nm. The static atomizing device has a pair of an atomizing electrode and a counter electrode, a tank for storing a liquid such as water; a liquid transport member for transport water from the tank to the atomizing electrode according to capillary phenomenon, and a voltage applying unit. When a high voltage is applied between the atomizing electrode and the counter electrode, while water being supplied to the atomizing electrode through the liquid transport member, the electrostatically charged microparticle mist is generated.

Hair dryer with static atomizing device

In an electrostatic atomizing hairdryer, electrostatically atomized mist generated in an electrostatic atomizing unit is effectively scattered into airflow emitted from a main body of the hairdryer so that the mist can be sprayed to hair uniformly and a time necessary for treatment of hair can be shortened. A tank constituting the electrostatic atomizing unit is detachably provided on a portion in the vicinity of an outer periphery of the main body, and an electrode unit for generating the mist is provided in a path of airflow sucked in an inside of the main body so as to be insulated from heat of a heating unit by an adiabator. A mist emitting opening from which the mist is emitted is disposed on a plane substantially the same as and at substantially the center of an air exit opening of the main body. Thereby, the mist emitted from the mist emitting opening is effectively scattered into the airflow emitted from the air exit opening.

Electrostatic atomizing hairdryer and electrostatic atomizer

A hair dryer is provided, which includes a housing having an air outlet, fan disposed in the housing, a pair of air flow channels extending toward the air outlet in the housing, a partition wall for separating the channels from each other, heater disposed in only one of the channels, and a minus-ion generator disposed in the other channel. The partition wall is formed by a tubular member, which is disposed in the housing such that one of the channels is provided by an inner space of the tubular member, and the other channel is provided by a clearance between an inner surface of the housing and an outer surface of the tubular member. Therefore, it is possible to simultaneously provide a cold air flow with minus ions and a hot air flow from the air outlet, and thereby efficiently perform hair styling.

Hair dryer with minus ion generator

The hair dryer includes a housing body that includes an air intake opening and an air outlet opening. The air outlet opening includes a non-ionized air outlet opening and an ionized air outlet opening. A fan is disposed within the housing body for introducing air into the housing body through the air intake opening and directing the air to the air outlet opening. An ionized air passage mechanism is formed within the housing body and is connected to the ionized air outlet opening. An air ionizing device is disposed within the ionized air passage mechanism for generating ionized air. Under this configuration, ionized air generated by the air ionizing device is discharged from the ionized air outlet opening and non-ionized air is discharged through the non-ionized air outlet opening such that both ionized air and non-ionized air are blown together from the air outlet openings of the hairdryer against hair.

Hairdryer

Growing community of inventors

Kyoto, Japan

Takashi Nakagawa