Mitsubishi Denki Kabushiki Kaisha

E.i. Dupont De Nemours and Company

Nichiyou Hatsumei Gallery Co., Ltd

Du Pont Opto Electronics Kabushiki Kaisha

Toyohiro Kobayashi

Nobuo Otsuka

Peter F Thompson

Seiji Wada

Toshiyasu Tanaka

Shoji Mochizuki

Mitsuru Murata

Shunji Tsuboi

Larry J Stratton

Shouji Mukohara

Masahito Mori

Yasuo Sato

Toshiyasu Higuma

Akihiko Naito

Hirokazu Taki

Yoshinori Numano

Tatsunao Hayashida

Shoji Mukohara

Nozomi Tsuzaki

Masamichi Kawashima

Masaru Sugita

Mitsuru Shinma

Hideto Sakurai

Yoshikazu Morino

Water absorbing material provided in a planar shape over the substantially entire surface of a front side surface of cooling clothing is layered with an intermediate cloth having air permeability and a waterproof material or sheet, which is waterproof, to be sandwiched and wrapped therewith. By sewing or by sealing and joining the intermediate cloth and waterproof cloth or sheet, waterproof water dividers having length in the horizontal direction are provided at a suitable inclined angle of locations. Water that is inserted from a water inlet in the upper part of the cooling clothing by a PET bottle or the like flows toward the lower part of the cooling clothing between the surface of the water absorbing material and the waterproof cloth, meandering left and right continuously or in a stepwise shape, and making a puddles arise like terraces in prescribed locations here and there.

Wearable implement

Optical shunt device

An air conditioning apparatus of a VAV system has a main controller which comprises an operation mode changing means, a temperature schedule inputting means for inputting data for warming or cooling each of the rooms in accordance with a program, and a room controller having a set room temperature changing means for changing a set room temperature for each of the rooms. The program can be easily changed by operating the controllers so as to meet the life pattern of a resident. The air conditioning apparatus provides advantages of saving energy and comfortableness.

Air conditioning apparatus

An optoelectrical connector device comprising a first and a second optical terminal connected to a main optical transmission line, a third optical terminal connected to a subsidiary optical transmission line, a first and a second light receiving means, and a first and a second light emitting means. The second light receiving means and the first light emitting means are optically connected to each other, and transmit a signal to a first information processing unit and receive the processed signal from it. The second optical terminal is connected optically to the first light receiving means and the second light emitting means, and transmits a signal to the first information processing unit and receives the processed signal from it. The third optical terminal is connected optically to the first light receiving means and transmits a signal to a second information processing unit.

Optoelectrical connector device and optical plug socket therefor

Local room thermostat

A duct type air conditioning system with a variable capacity blower in which the maximum blower capacity is established at initialization of the system at the optimum blower capacity. The optimum capacity is established by varying the capacity of the blower and measuring the air flow volume and air flow noise. The optimum capacity is inputted into the control system through a central thermostat which has a liquid crystal display associated therewith. The system installer interfaces with the control system by a dialog which occurs through the liquid crystal display. The optimum capacity of the blower is stored in a memory device, and the control system variably controls the capacity of the blower so as not to exceed the optimum capacity.

Air conditioning system

An optoelectronic device for use in an optical communication system is disclosed. The optoelectronic device, coupling to each other the ports of a plurality (e.g. two or three) of optical data transmission lines, comprises: pass-through optical fibers connecting to each other the ports of the optical data transmission lines; receiving optical fibers connecting such ports to the input of an optical-to-electrical transducer; transmitting optical fibers connecting the output of an electrical-to-optical transducer to the above ports; a pulse width fixing circuit, having an input and an output coupled to the output of the optical-to-electrical transducer and the input of the electrical-to-optical transducer, respectively, for regenerating and amplifying the signal and limiting the pulse width of the regenerated signal to a predetermined fixed length; and a pulse width normalizing circuit (second pulse width fixing circuit) to whose output the input of a terminal electronic data processing device is coupled to receive information from the optical signal transmitted through the optical data transmission lines. The output of the terminal data processing device is supplied to the electrical-to-optical transducer.

Optoelectronic device for an optical communication system

Central thermostat

In an optical communications apparatus of one office having a light sending device which has a plurality of coupling ends adapted to be coupled with a light transmitting optical fiber for connecting individual offices and which sends a transmission signal in the form of light, and a light receiving device which receives a light signal; an optical communications apparatus comprising light sending means connecting the respective coupling ends and the light sending device through optical fibers, light receiving means connecting the respective coupling ends and the light receiving device through optical fibers, and pass-through means for passing the light signals between the coupling ends.

Optical communications apparatus

An air conditioning system provided with a variable capability blower and heat source unit is configured such that individual room dampers 9 and controllers 14 can be subsequently added to a central control device as options to convert from an all room simultaneous air conditioning mode to a variable air volume mode with separate temperature control for each room. The utilization of existing power lines to transmit the various information and control signals simplifies the conversion and reduces its cost.

Duct type air conditioning system

A duct type air conditioning system with a variable capacity blower in which the maximum blower capacity is established at initialization of the system at the optimum blower capacity. The optimum capacity is established by varying the capacity of the blower and measuring the air flow volume and air flow noise. The optimum capacity is inputed into the control system through a central thermostat which has a liquid crystal display associated therewith. The system installer interfaces with the control system by a dialog which occurs through the liquid crystal display. The optimum capacity of the blower is stored in a memory device, and the control system variably controls the capacity of the blower so as not to exceed the optimum capacity.

A sentence forming apparatus forms a plurality of semantically equivalent sentences simultaneously in a plurality of languages by a conversational system. The apparatus includes a semantic dictionary memory which stores a plurality of indexes in a first language, a plurality of words in the first language semantically in coordination respectively with the indexes and grammatical information relating to the respective words, and first language syntax dictionary memory and second language syntax dictionary memory which store information concerning grammatical syntax and word in the corresponding language. A selection menu is formed based on the contents of the semantic dictionary. The apparatus further includes first language sentence assembler and second language sentence assembler which assemble, respectively, the first language sentence and the second language sentence utilizing the information concerning the grammatical syntax and word in the respective languages, in accordance with the selection menu.

System of simultaneous translation into a plurality of languages with

A printing device of a construction wherein operation checking program data for checking various operations of a printing mechanism and a display unit are memorized in a memory unit, into which print data for editing, memory, correction of sentences, etc. are memorized, and, on the basis of the operation checking program data, the printing mechanism and the display unit are caused to perform predetermined operations to effect the operation checking. In the above-described memory unit, not only the checking program data, but also the print completion of the memory operation of which the printing operations can be effected.

Printing device having external data input

An ink donor sheet color detecting device is disclosed wherein markers differentiated from each other in shape or in length for individual colors of inks applied to an ink donor sheet are provided at positions on the ink donor sheet corresponding to individual ink areas while a judging means for judging the differentiated shaper or length of a marker is provided in order to to allow distinction of a color of the ink of an ink area corresponding to the marker.

Ink donor sheet color detecting device

A dot-matrix print controller having a dot pattern generating means for generating a dot pattern to be printed and a means for supplying current pulses to a dot-matrix print head in accordance with an output of said dot pattern generating means, said controller comprising a counter means for counting the number of dots of a dot pattern to be printed; and a pulse width control means for controlling the width of said current pulses applied to said print head so that the thickness of print is constant.

Growing community of inventors

Shizuoka, Japan

Toyohiro Kobayashi