39results about How to "Keep temperature" patented technology

In a method for the combustion of a fuel, a fuel or a premixed combustible mixture is introduced into a combustion space as a combustible fluid open jet. The velocity of the open jet is selected in such a way that it is impossible for a stable flame front to form, i.e. is in any event greater than the flame front velocity, and that, on account of a jet pump effect, flue gas is mixed into the combustible fluid jet from the combustion chamber in a jet-induced recirculation internally within the combustion chamber. The admixed flue gas dilutes and heats the combustible fluid. The heating causes the spontaneous ignition temperature to be exceeded, and a low-pollutant volumetric flame is formed in a highly dilute atmosphere.

A pattern forming apparatus includes a drawing chamber having a drawing substrate on which an original pattern is drawn, a first temperature control unit having a first temperature regulator to make the temperature of the drawing chamber constant, and a constant-temperature member arranged near the drawing substrate. The pattern forming apparatus further includes a second temperature control unit having a second temperature regulator. The second temperature control unit is configured to control the set temperature of the constant-temperature member independently such that the temperature of the drawing substrate becomes substantially constant when the original pattern is drawn.

In a method for the combustion of a fuel, a fuel or a premixed combustible mixture is introduced into a combustion space as a combustible fluid open jet. The velocity of the open jet is selected in such a way that it is impossible for a stable flame front to form, i.e. is in any event greater than the flame front velocity, and that, on account of a jet pump effect, flue gas is mixed into the combustible fluid jet from the combustion chamber in a jet-induced recirculation internally within the combustion chamber. The admixed flue gas dilutes and heats the combustible fluid. The heating causes the spontaneous ignition temperature to be exceeded, and a low-pollutant volumetric flame is formed in a highly dilute atmosphere.

A multi-layer piezoelectric element of high reliability and high durability, that undergoes smaller variations in the amount of displacement even when used under a high electric field and high pressure and is subject to less variations in the amount of displacement even when used in continuous operation over a long period of time is provided. The multi-layer piezoelectric element comprises a stack formed by stacking piezoelectric layers and internal electrodes alternately one on another and external electrodes formed on a first side face and on a second side face of the stack, wherein one of the adjacent internal electrodes is connected to the external electrode on the first side face and the other internal electrode is connected to the external electrode formed on the second side face, while the ratio of change in the amount of displacement of the element after undergoing continuous operation of 1×109 cycles or more to the initial device dimension is not larger than 5%.

A fryer is provided which, during a standby for cooking, can keep the temperature of a cooking oil slightly lower than a cooking temperature and, during cooking, can quickly raise the oil temperature to the cooking temperature. The fryer also has capabilities of easily performing a heat exchange operation on the cooking oil, preventing degradation of the cooking oil, securing a good kitchen environment and enhancing a work efficiency. The fryer comprises a fryer tank having oil and water for cleaning the oil stored in two layers one upon the other; and a heater installed in the oil layer; wherein the water in the water layer is drawn out from a water suction opening at a bottom of fryer tank, cleaned by a filtering water tank and then delivered into the fryer tank almost horizontally in an off-centered direction from a water supply opening formed in a lower, side wall of the fryer tank, thus rotating the water in the fryer tank in a swirl. The fryer also has a device for discharging impurities collected in the filtering water tank.

A high-voltage circuit breaker includes two arcing contacts, which are capable of moving relative to one another along an axis, an insulating nozzle, a heating volume for accommodating quenching gas, a heating channel, and an overpressure valve. The pressure of the quenching gas is based on the energy of a switching arc, which is formed when the breaker opens and generates arcing gas, and the heating channel opens out, with axial alignment, into the heating volume. The heating channel connects an arc zone, and the overpressure valve limits the pressure of the quenching gas by opening a relief duct, which opens out into an expansion space. In high-current switching, the pressure of the arcing gases in the arc zone is limited, and the quality of the quenching gas stored in the heating volume is improved, due to the relief duct having an outflow section extending in the radial direction.

A kind of functional shorts (1) comprises a thigh section (2), a waist-shaping section (3), an abdomen-shaping section (4), and an adjusting band (7). The majority of the waist-shaping section (3) may be above an umbilicus. The waist-shaping section (3) may exert more force than the adjusting band (7). The waist-shaping section (3), the abdomen-shaping section (4), and the adjusting band (7) assist in correcting one's center of gravity and realigning one's vertical access. A method of adjusting one's center of gravity is also provided.

An air conditioner for a vehicle includes: a heater core which heats air for air-conditioning by using cooling water of a cooling circuit which cools a fuel cell of a fuel cell vehicle or an engine of a hybrid car as a heat source; a heat exchanger arranged upstream of the heater core in a flow of the air for air-conditioning to heat the air for air-conditioning by using refrigerant which flows through a heat pump cycle as a heat source; and a control part which controls operation of the heat pump cycle in a manner that a target temperature of the air for air-conditioning heated by the heat exchanger is changed in accordance with a temperature of the cooling water.

Disclosed are a light transmission sheet and a screen that can realize good color reproduction while suppressing a lowering in light transmittance. The light transmission sheet comprises a light diffusing sheet and / or a colored sheet. The light diffusing sheet and / or the colored sheet comprise light diffusing fine particles dispersed in a light transparent matrix and satisfy formula (1): 0.5%≦T1-T2≦5%   (1) wherein T1 represents light transmittance at a wavelength of 450 nm, %; and T2 represents light transmittance at a wavelength of 600 nm, %. A light diffusing sheet and / or colored sheet for a screen are also disclosed. The screen comprises the light diffusing sheet and / or colored sheet for a screen.

The invention is related to a thermally insulated and moisture-repellent textile structure, consisting of 1. an inner layer (contact skin): made of moisture-absorbance and sweat-repellant ultrafine fiber; 2. a middle layer: made of thermally insulated and anti-static metal yarns combined with moisture-absorbant and sweat-repellent ultrafine fibers; 3. an outer layer: moisture-absorbant and breathable pure cotton. When such textiles are applied to apparels like underwears, sweaters or jackets, the ultrafine fibers in the inner layer can completely absorb excessive water molecules on skin surface. When these water molecules that carry body heat pass through the middle layer, through the dual functions of the metal yarns of thermal insulation and the ultrafine fibers of moisture absorbance and sweat repellency, the water molecules are completely absorbed by the outer layer of pure cotton and repelled from the body. The body heat is conserved between the middle layer and human body. Thus, when such textile is worn, besides the anti-static and anti-bacteria property of the metal yarns, body dryness and comfort can be kept at a constant body temperature. It greatly improves the textile in the effect of moisture-absorbance and sweat-repellency and thermal insulation.

Method for producing a porous titanium material for example a support. Starting from a titanium powder this powder is sintered under vacuum conditions in an inert / reducing atmosphere. Titanium hydride is added as powder and decomposes during sintering. The hydride ions provide a very reducing atmosphere preventing any titanium oxide or carbide / nitride composition to be formed at elevated temperature.

In an ion source, within a support body which supports a plasma production chamber for producing a plasma on the basis of an ion source flange, a cavity is provided ranging from a position near the plasma production chamber to a position near the ion source flange. The cavity serves as a cooling medium passage which introduces a cooling medium to a position near the plasma production chamber to cool the plasma production chamber. The plasma production chamber is cooled at a position very near it by the cooling medium. Therefore, temperature of the plasma production chamber at the time of plasma production is kept at low temperatures.

A magnet temperature control device, for use in a magnetic resonance system having a magnet, includes a pipeline and a temperature regulator. The pipeline is connected to a liquid or gas circulation, and the temperature regulator is connected in series in the pipeline to regulate the temperature of the liquid or gas. A part of the pipeline is arranged inside the magnet, while the rest of the pipeline is arranged outside said magnet; the part of said pipeline which is arranged inside said magnet is distributed uniformly within the magnet, and its cross-sectional shape is in an annular, helical, radicalized or network form, or a combination thereof. Compared to the use of a heater that is distributed only on the surface of the magnet, the pipeline distributed inside the magnet can control the magnet temperature more directly and effectively, so as to smooth and eliminate the temperature change of the magnet promptly by the liquid or gas flow therein, thereby making the magnet temperature more stable.

The present invention refers to a cooling device for lamp with power light emitting diode comprising of a number of cooling water containers containing a circulating pump and a temperature sensor installed to a particular body with lighting installed. Cooling water incoming pipe and extruding pipe connected to the cooling water container above are connected to a cooling water circulation passage of power light emitting diode, so that cooling water flows in circulation within the circulation passage. When the temperature of the circulating cooling water rises to a certain point, the circulation of the particular cooling water container stops operating, and another cooling water container is operated to keep the thermal power light emitting diode at room temperature, so that the durability of the power light emitting diode is lengthened, and maximizes the cooling effectiveness and power-saving.

The invention relates to a method for controlling an engine braking device for a combustion engine in motor vehicles, in particular in commercial vehicles, which has an intake system, an exhaust system, gas exchange valves associated with the combustion engine, a fuel injection device, which injects fuel into at least one combustion chamber, an exhaust turbocharger integrated into the exhaust system and the intake system, and an engine braking unit, wherein the engine braking unit has a decompression brake, which influences at least one outlet valve of the gas exchange valves, and a brake flap, which is arranged in the exhaust system and causes the exhaust gas to build up. According to the invention, as engine braking starts or during engine braking, fuel is injected into at least one combustion chamber of the combustion engine for a predefined period of time.

A prepreg 10 comprises: a reinforcing fiber layer 3 including reinforcing fibers 1 and a resin composition 2 with which the space between fibers of the reinforcing fibers 1 is impregnated and which contains (A) a benzoxazine resin, (B) an epoxy resin, and (C) a curing agent having 2 or more phenolic hydroxy groups in a molecule; and a surface layer 6a or 6b provided on at least one surface of the reinforcing fiber layer 3 and containing (A) a benzoxazine resin, (B) an epoxy resin, (C) a curing agent having 2 or more phenolic hydroxy groups in a molecule, and (D) polyamide resin particles 4 having an average particle size of 5 to 50 μm, wherein the polyamide resin particles 4 include a particle made of a polyamide 11.

A prepreg 10 comprises: a reinforcing fiber layer 3 including reinforcing fibers 1 and a resin composition 2 with which the space between fibers thereof is impregnated and which contains (A) a benzoxazine resin, (B) an epoxy resin, and (C) a curing agent having 2 or more phenolic hydroxy groups; and surface layers 6a and 6b provided on the surfaces of the reinforcing fiber layer 3 and containing (A) a benzoxazine resin, (B) an epoxy resin, (C) a curing agent having 2 or more phenolic hydroxy groups, and (D) polyamide resin particles 4 having an average particle size of 5 to 50 wherein the polyamide resin particles 4 include a particle made of a copolymer in which caprolactam and laurolactam are copolymerized at a molar ratio of 9:1 to 7:3 and having a melting point of 180° C. or more.

A heating unit heated upon receiving power supplied from an AC power supply, a temperature detecting unit detecting the temperature of the heating unit, a memory storing power energization pattern in which power energization and non-power energization are performed for each percentage of AC power, and a power control unit that determines the percentage of AC power applied to the heating unit based on the temperature and that determines the power energization pattern by referring to the memory are provided. When the power energization percentage is changed, the power control unit changes the power energization pattern after the power energization percentage is changed in accordance with the changed power energization percentage based on the power energization pattern before the power energization percentage is changed and the power energization pattern after the power energization percentage is changed.

A fan speed control circuit for controlling the rotation speed of a fan motor unit. The speed control circuit includes a resistor, a voltage stabilizing unit, a transistor and a thermal resistor. The resistor is connected to a power source of the fan motor unit, the voltage stabilizing unit is connected between the resistor and ground. The collector of the transistor is connected to the fan motor unit, the base is connected to a node between the resistor and the voltage stabilizing unit. The thermal resistor is connected between an emitter of the transistor and ground.

A heating unit heated upon receiving power supplied from an AC power supply, a temperature detecting unit detecting the temperature of the heating unit, a memory storing power energization pattern in which power energization and non-power energization are performed for each percentage of AC power, and a power control unit that determines the percentage of AC power applied to the heating unit based on the temperature and that determines the power energization pattern by referring to the memory are provided. When the power energization percentage is changed, the power control unit changes the power energization pattern after the power energization percentage is changed in accordance with the changed power energization percentage based on the power energization pattern before the power energization percentage is changed and the power energization pattern after the power energization percentage is changed.

A fan device that can be attached to a garment body includes a fan, a drive, an operation interface, and a controller. The drive rotates the fan. The operation interface is for a user to switch drive status of the drive. The controller switches the drive status of the drive based on operation on the operation interface by the user. The operation interface includes a first switch and a second switch. The first switch is for switching an air volume of the fan between air volumes of multiple modes. The second switch is for switching a mode to a first mode in which the air volume of the fan is a first air volume which is larger than air volumes that are switched by the first switch.

Glass for a vehicle includes a glass plate; a test-region A demarcated in the glass plate, the test-region A being specified in JIS R3212; a shielding layer provided more outwardly than the test-region A in a plan view; an information transmission / reception region demarcated within an opening portion provided in the shielding layer, and through which a device mounted in the vehicle transmits / receives information; and an infrared reflective layer positioned peripheral to the information transmission / reception region in a plan view, the infrared reflective layer having a portion that overlaps with the shielding layer in a plan view, wherein a solar direct transmittance of the test-region A is 60% or less and a solar direct reflectance of a region in which the infrared reflective layer is provided peripheral to the information transmission / reception region is greater than a solar direct reflectance of the test-region A by at least 5%.