92results about How to "Reduce operating rate" patented technology

In a heart treatment equipment provided with a stimulating mechanism for both the ventricles, the both ventricle stimulation is made optimized in order to inhibit the decrease of the cardiac output when a heart rate increase or the vagus nerve stimulation is performed and the equipment comprises a right ventricle pulse generator for stimulation the right ventricle, a left ventricle pulse generator for stimulation the left ventricle, wherein the controller for selecting either one of aforesaid right ventricle pulse generator and left ventricle pulse generator or selecting both of them for the ventricle stimulation is constituted such as to select both of the right ventricle pulse generator and the left ventricle pulse generator in response to the vagus nerve stimulation or the heart rate monitor output.

An adhesive sheet (S) is expanded by expanding means (20) with a plate-like article (W) being mounted to a frame (F) after dicing of the plate-like article (W) to increase spacings between individual chips (T), an expanded state of the adhesive sheet (S) is maintained by expansion maintaining means (10), so that the plate-like article (W) is able to be conveyed together with the frame (F) with the spacings between the chips (T) being maintained, thereby preventing adjacent chips (T) from interfering with each other during the conveyance. This allows the plate-like article (W) after the dicing to be conveyed together with the frame (F) without edges of the adjacent chips (T) coming into contact with each other by vibration during the conveyance to cause chipping or microcracks in the edges.

Multifunction production equipment enabling a plurality of processes in which deposition of reaction products on the inner wall of the processing chamber of equipment for producing a semiconductor or a flat-plate display, metal contamination due to corrosion of the inner wall, or the like, and fluctuation of the process due to discharged gas are suppressed, and a protective film structure for use therein. On the surface of a metal material, a first coating layer having an oxide coating of 1μ thick or less formed as an underlying layer by direct oxidation of a parent material, and a second coating layer of about 200 μm thick are formed. With such an arrangement, corrosion resistance against irradiation with ions or radicals can be imparted to a second layer protective film, and the effect of a protective layer for preventing corrosion of the surface of parent metal caused by diffusing molecules or ions into the second layer protective film can be imparted to the first layer oxide film. Consequently, contamination of the substrate with metals generated from each metal member and the inner surface of the process chamber is reduced, and stripping of the second layer protective film due to lowering in adhesion of the second layer protective film due to corrosion of the interface between the parent material and the second layer protective film can be suppressed.

A control method of a refrigerator including a compressor to supply refrigerant to an evaporator to cool a storage compartment, a valve to adjust flow of the refrigerant, a fan to blow air heat-exchanged by the evaporator, and a heater to remove frost from the evaporator. The control method includes, upon receiving a power-saving signal, determining whether the received power-saving signal is a first or second power-saving mode signal, upon determining that the power-saving signal is the first power-saving mode signal, performing at least one selected from among resetting of target temperature of the storage compartment, adjustment of an operation rate of the compressor, and adjustment of operation time of the heater to execute a first power-saving mode, and, upon determining that the power-saving signal is the second power-saving mode signal, controlling the compressor, the fan, and the heater to be off to execute a second power-saving mode.

In injecting a sample sucked into a sample loop in an autosampler from an injection needle into an analytical flow path via an injection port by a mobile phase, a sending flow rate of the mobile phase is reduced from a certain flow rate determined in an analysis condition to reduce pressure applied on a joint section between the needle and the injection port to thereby reduce the sample remaining in the injection port.

A substrate processing system of the present invention includes a transfer-in/out section for transferring-in/out a substrate and a processing section for performing a plurality of processing and treatments on the substrate, in which a throughput of substrate processing at a pre-stage performed from when the substrate is transferred in from the transfer-in/out section to when the substrate is transferred out to the external apparatus is set higher than a throughput of substrate processing at a post-stage performed from when the substrate is returned from the external apparatus into the processing section to when the substrate is returned into the transfer-in/out section.

An exposure apparatus EX includes a liquid immersion system and an exchange system which performs exchange of the liquid immersion member. The exchange system has a holding device which holds the liquid immersion member detachably and a transport device. By using the exchange system, it is possible to suppress the lowering in the working rate due to the cleaning or exchange of the liquid immersion member.

The inventors have reached the idea of a film formation apparatus including a film formation chamber, a removal chamber, two sluice valves provided apart from each other between the film formation chamber and the removal chamber, and a shadow mask transfer mechanism. The film formation chamber includes an evaporation source, and the removal chamber includes a parallel plate plasma source and a shadow mask stage. The film formation apparatus has a film formation mode in which a shadow mask overlapped with an object is transferred by the shadow mask transfer mechanism and a film is formed on the object; and a cleaning mode in which the shadow mask is irradiated with plasma by the plasma source, the shadow mask being held between an upper electrode and a lower electrode by the shadow mask stage.

A washing machine and a method of controlling the same include a motor to rotate a rotary tub including laundry, a heater to heat water contained in the rotary tub, a communication unit to receive an energy saving signal having information regarding an energy saving start time from an energy management system (EMS), and a controller, upon receiving the energy saving signal, to determine which one of the motor and the heater is a load having highest power consumption in a process to be executed at the energy saving start time, and reduce the operation rate of the determined load. Before current power rates exceed reference power rates, the load operation rate of the washing machine is changed so that power consumption is greatly reduced.

An electric equipment including a communication unit to communicate with at least one electric equipment in a predetermined space through a network, a sound collection unit to collect sound in the predetermined space, a voice recognition unit to recognize a voice from the collected sound, and a controller to transmit a noise reduction control signal to the at least one electric equipment when the recognized voice is an operation command. Voice recognition is performed in a state in which surrounding noise is reduced, thereby improving performance of the voice recognition and thus improving operational accuracy of an electric equipment. In addition, a voice recognition rate is increased, thereby improving user satisfaction.

The invention discloses a movable dust arrestment device used for a metal iron mixer, comprising a dedust pipe (1), a support (2), a fixed smoke cover (3) and a movable smoke cover (4). The movable dust arrestment device is characterized in that: the fixed smoke cover (3) and a guide way (5) are arranged on the support (2), and the movable smoke cover (4) can move along the guide way (5), and can be combined with the fixed smoke cover (3) to form a sealed dedust cover; a pig-iron ladle dumping device (6) is arranged on the support (2), and the dedust pipe (1) is arranged on one side of the fixed smoke cover (3). The movable dust arrestment device used for the metal iron mixer has the advantages of convenient usage, ensuring high dust arrestment rate and good dedust effect in the iron receiving process of metal mixer, being energy-saving, reducing running cost, improving the working environment of operating staffs and reducing the operating rate of cranes in workshop.

The invention relates to an improved production process for preparing sulfuric acid and cement from gypsum. Raw materials comprise dihydrate gypsum, clay and a reducing agent. The process comprises the following steps of: drying the raw materials; independently grinding; mechanically stirring and homogenizing; preheating green stock; decomposing and calcining through a rotary kiln; acid-washing and purifying kiln gas; drying through SO2; performing a double-conversion double-absorption process; and grinding the cement to prepare sulfuric acid and cement products, wherein a dihydrate gypsum process is adopted; the raw materials are dried by absolute dry tail gas at the temperature of between 70 and 85 DEG C which is discharged out of a sulfuric acid absorption device to obtain the dihydrate gypsum with free water content of less than 5 weight percent; and the dihydrate gypsum is then directly homogenized with the clay and the reducing agent in the presence of CaCl2 or Na2SO4 to produce the green stock. In the process, the heat consumption is reduced by 30 percent, the power consumption is reduced by 20 percent, the investment is reduced by 25 to 40 percent, and the cost is reduced by 25 to 30 percent. The process overcomes the disadvantages of high power consumption and heat consumption, large investment, low operation ratio and the like in the conventional method, 0.4 to 0.5 tonnage of steam serving as a byproduct is produced by every tonnage of sulfuric acid, and the process has obvious economic benefit.

A robot system includes: a robot; an illumination apparatus disposed in or around the robot; and a control apparatus that controls the robot and the illumination apparatus, wherein the control apparatus includes a robot control unit that operates the robot on the basis of a program, an operation area prediction unit that predicts an operation area of the robot on the basis of the program, and an illumination control unit that turns on or off the illumination apparatus on the basis of the operation area predicted by the operation area prediction unit to display the operation area.

A core grinding wheel that has a grinding layer on an outer periphery of a core is used. An ultrasonic wave is output from an ultrasonic sensor to the grinding layer via grinding fluid. An ultrasonic measuring device control unit calculates a thickness of the grinding layer on the basis of a sonic velocity in the grinding layer and an arrival time difference between a reflected wave from a surface of the grinding layer and a reflected wave from a surface of the outer periphery of the core. A grinding process and a truing process are controlled on the basis of an outside diameter of the grinding wheel, which is calculated on the basis of the measured thickness of the grinding layer and an outside diameter of the core.

The invention provides a circle substrate firing furnace which can reduce the heat loss and obtain the steady sintering temperature. The sintering treatment of a glass substrate (W) can be performed by blowing out the hot blast from a furnace main body part (10). the hot blast exhausted from the furnace main body part (10) cycles in a circulating path (20) by a circulating fan (40), passes through an adsorption tower (30) for adsorbing and decomposing the resultant from a catalyst filtering part (70) for decomposing the organic compounds, and is heated again in a main heater (52). The hot blast exhausted from the furnace main body part (10) directly flows into the catalyst filtering part (70), thereby the organic compounds contained in the hot blast can be decomposed, thus no additional single heater is needed for heating the catalyst, the heat loss can be reduced. In addition, the sintering temperature in the furnace main body part (10) can be adjusted by controlling the main heater (52), therefore the temperature can be easily controlled to obtain the steady sintering temperature.

A pulse detector 100 includes a pulse information calculation unit 120 which calculates pulse information on the basis of a pulse wave detection signal from a pulse wave detection unit 10 having a pulse wave sensor 11 and a body motion detection signal from a body motion detection unit 20 having a body motion sensor, a determination unit 112 which determines the exercise state of a subject, and a control unit 150 which controls at least one of a pulse wave sensing operation in the pulse wave detection unit 10, a body motion sensing operation in the body motion detection unit 20, and a calculation processing rat in the pulse information calculation unit 120 on the basis of the determination result of the exercise state in the determination unit 112.

A production line system (1) comprises a core apparatus (10) of a stacker crane form and various processing lines (20, ..., 110) for performing various processes on a glass substrate that is received in a substrate receiving cassette stored in the core apparatus (10) and connected at plural loading/unloading positions (C1, C2) of the core apparatus (10) through a substrate loading/unloading mechanism (16a, 16b). At this time, the processing lines (20, ..., 90) are production lines that are used to perform various process for producing color filters, wherein the processing lines (20, ..., 70) are main screen-making lines for performing the processing steps including photolithography process, while the processing line (90) is a reserve screen-making line for performing the same process. Further, processing line (100) is a substrate inspection line that inspects a processed glass substrate that has been processed in the processing lines (20, ..., 90), and the processing line (110) is a substrate regeneration line that regenerates a glass substrate in which a defect was detected. Further, in a conveying path (15) of the processing lines (30, ..., 70), common defect inspection machines (39-77) are arranged for inspecting a common defect occurring at the same position in a plurality of glass substrates of the processed object. Further, the cassette that is stored and conveyed by the core apparatus (10) is preferably a frame line type cassettes that uses a plurality of frame lines suspending between left and right frames to support the substrate in a horizontal status.