39results about How to "Maintain working temperature" patented technology

A portable electric appliance (1, 23) such as a hand held hair dryer uses a brushless electric motor (13, 25) in combination with a secondary fan assembly (14) and/or an air scoop (24) to redirect air toward the motor (13, 25), to maintain a cool operating temperature. The appliance includes a control circuit (50, 80, 94, 102, 110) for controlling the brushless motor (13, 25) and other appliance features. The control circuit and the coil windings (21) of the brushless electric motor are designed to run the appliance at a relatively low current to accommodate a higher operating voltage, thereby operating at a low wattage for reducing extraneous or waste heat. This facilitates placement of the control circuit in a small, portable appliance, and may enhance operation of the appliance in certain modes such as a hair dryer “cool shot.”

Solid metal ammine complexes are applied for safe and high-density storage of ammonia to be released for use as reducing agent in selective catalytic reduction of NO_x in exhaust gases. The compositional formula of the metal ammine complexes is M(NH₃)_nX_z, where M^Z+ represents one or more metal ions capable of binding ammonia, X represents one or more anions, n is the coordination number (from 2 to 12), and z the valency of the metal ion (and thus the total number of compensating anion charges). Ammonia is released by generating a reduced gas-phase pressure of ammonia inside the container, which is below the equilibrium desorption pressure of ammonia at the operating temperature of the storage material thus enabling the unit to be operated is a safe manner with lower operating temperature and pressure.

An arrangement for maintaining an operating temperature of a battery (8) in a vehicle (1). A cooling system (12) with a circulating coolant. A radiator (14) to cool the coolant includes a heat-transfer region (12a) where the coolant is in contact with the battery (8). An AC installation with a circulating refrigerant includes a first circuit with a first evaporator (21) in which a refrigerant cools air in a driving cab space (2) of the vehicle (1), and a first condenser (17) where the refrigerant releases thermal energy; a second circuit with a second evaporator where the refrigerant cools the coolant in the cooling system (12), and a second condenser (24) where the refrigerant warms the coolant in the cooling system (12).

A diaphragm valve includes a heating body that thermally contacts a valve body of the valve and extends proximal to a diaphragm of the valve opposite a valve passage through which medium flows. The heating body forms a thermally conductive pathway between the valve body and the diaphragm that facilitates maintaining an operating temperature at the diaphragm. When used in an atomic layer deposition (ALD) system, the diaphragm valve inhibits condensation or freezing of high-temperature ALD precursor gases in the valve passage. A plunger including thermally insulating features preferably extends through a central opening in the heating body to operably couple a valve actuator to the diaphragm. In some embodiments, a thermally resistive member may be interposed between the valve passage and the actuator for attenuating heat transfer between the valve passage and the actuator.

A sensor, in particular a gas sensor for determining a physical characteristic of a measuring gas, in particular the temperature of the concentration of a gas component, in particular in the exhaust gas of an internal combustion engine, includes a sensor element which protrudes with a gas-side end section from a sensor housing and having a double protecting tube, which encloses the gas-side end section, and has an outer tube and an inner tube. For improved protection of the sensor element against thermal shock, a reduction in the heating power for the sensor element, and sufficiently high dynamics of the sensor, a cup-shaped central protecting tube is placed over the gas-side end section, the central protecting tube being provided with gas passage apertures in the tube casing, the gas passage apertures being positioned offset to the tube bottom with respect to the gas passage apertures present in the inner tube.

A water treatment process whereby heat is used and recaptured to pasteurize water and or sewage effluent. Contaminated waters are partially treatable utilizing bacterial and chemical processes; however some bacteria (e.g. Cryptosporidium and Giardia) are resistant to chemicals. The present process raises the temperature of the water to a desired pasteurization temperature and for a corresponding required length of time to destroy pathogens and viruses. A heat exchanger is employed to use the waste heat from the pasteurization tank to pre-heat the fluid entering the tank. After the initial heating of the tank, the pre-heating reduces the required heat to maintain the temperature of the tank. Make-up heat increases the temperature within a small temperature range. The make-up heat may be waste heat from a separate process.

An electronic device capable of starting up in a low-temperature environment and a startup method for starting up the electronic device in the low-temperature environment and provide a stable operation temperature. The electronic device includes a temperature detection unit, a plurality of electronic elements, a storage unit, and a control unit. The electronic elements connects to the temperature detection unit. The storage unit stores a temperature monitoring process and an operating system. The control unit electrically connects to the temperature detection unit, the electronic elements, and the storage unit. The control unit acquires an operation temperature of the electronic elements through the temperature detection unit. The control unit executes the temperature monitoring process for driving the electronic elements, and increases the operation temperature of the electronic elements, so that the operating system is executed when a working temperature of the electronic device is higher than a first rated temperature.

An ink jet recording method including a supporting portion that supports a work, a discharge head that discharges functional liquid, a heating portion that heats the functional liquid, and a cooling portion that cools the supporting portion, includes heating the functional liquid by using the heating portion such that a temperature of the functional liquid in the discharge head is a first temperature, and cooling the supporting portion by using the cooling portion. In the ink jet recording method, when a temperature of the work after the functional liquid discharged from the discharge head has landed onto the work is set to a second temperature and a temperature of a work supporting surface of the supporting portion during the cooling is set to a third temperature, the first temperature is equal to or higher than the second temperature and the second temperature is higher than the third temperature.

A computer cooling system devised with a computer housing, which is a sealed body and has a plurality of paths. An end portion of the sealed body is connected to a heat conducting plate via pipes thereof. The heat conducting plate is directly attached to a CPU, hard disc or other computer components that need heat dissipation. The paths of the housing are filled with a cooling liquid that is circulated between an interior of the housing and the heat conducting plate using a pump, thereby rapidly lowering temperatures of the computer components to which the heat conducting plate is attached. The housing is made of a material such as aluminum having a good thermal conductance coefficient. In conjunction with circulation of the cooling liquid, temperatures in the computer are rapidly exchanged by the housing and thus controlled within a recommended operating temperature range.

Disclosed are a laser module apparatus and a display apparatus using the same. In accordance with an embodiment of the present invention, a laser module package which generates a green laser beam can include a pumping light source, configured to generate and output a pump beam; a laser medium, configured to receive the pump beam and output an infrared beam; an optical crystal, configured to receive the infrared beam and output a laser beam having a green wavelength band; and a micro heater, configured to be thermally coupled to the pumping light source and control an operation temperature of the pumping light source to be maintained to a predetermined target temperature.

A coolant pump includes a drive wheel, a driven wheel, and a coupling-control pump. The driven wheel is connected to a coolant impeller and coupled by a variable degree to the drive wheel, the degree of coupling responsive to an amount of fluid confined between the drive wheel and the driven wheel. The coupling-control pump is configured to change the amount of fluid confined between the drive wheel and the driven wheel based on a variable control signal.

A mount connects a light emitting device, such as a laser diode assembly, to an optical bench. The mount may include a thermoelectrical module coupled to a sub-element of a heat exchanger extending through an opening formed in the optical bench. The thermoelectrical module acts as a heat sink to draw heat outwardly from the laser diode and cool the same. The heat sink enables the laser diode to transmit heat thereto such that substantially all of the heat generated by the laser diode sinks to the heat exchanger. As such, the laser diode transfers virtually no heat to the optical bench so the optical bench is free of deflections or distortions resultant from the heat generated during generation of the laser beam.

An apparatus and process for thermally de-manufacturing tires and other materials. The apparatus is a retort chamber with various zones in which tires are combusted to provide energy for the thermal depolymerization reaction, depolymerization takes place, and products leave the retort chamber. In one embodiment, the process reacts water with iron present in steel-belted tires to produce hydrogen, which helps to break sulfur-sulfur bonds in vulcanized materials. The water also helps control the temperature of the reaction, which allows for control over the types and relative amounts of the various depolymerization products.

The invention discloses an anti-explosion wireless analyzer. The anti-explosion wireless analyzer comprises a box body, an anti-explosion tank, an upper box cover, an analyzer, an audible and visual alarm, a heat tracing ribbon, a heat tracing ribbon junction box, an insulating board, a mounting plate, a lateral plate, a wireless receiver, and a wireless emitter, wherein the anti-explosion tank is positioned at the upper part inside the box body; the analyzer is connected with the lower part of the anti-explosion tank; the audible and visual alarm is arranged on the analyzer; the insulating board is arranged on the inner side wall of the box body; the lateral plate is laid on the insulating board; the mounting plate is arranged on the lateral plate; the heat tracing junction box is arranged on one side of the bottom of the box body; the heat tracing ribbon is connected to the heat tracing junction box and arranged between the insulating board and the lateral plate or between the lateral plate and the mounting plate; the wireless receiver and the wireless emitter are positioned at the top end of the box body and connected with the analyzer; the upper box cover is arranged on the box body. The wireless receiver and the wireless emitter are arranged in the anti-explosion wireless analyzer disclosed by the invention, so that wireless communication between the sensor and the alarm is realized, uploading or transmitting and receiving of commands under the data wireless state can be realized, the detecting effect can be better, and the long-time stable detection and analysis effect can be realized.

The present invention provides a simple, cost effective and hassle-free method and apparatus for modifying the surface grain structure of the material, thereby providing a material with multi-modal grain structure having high strength and good formability. The present invention uses a single step processing technique known as submerged static friction stir processing for modifying the surface grain structure of the material, thereby generating a multi-modal grain structure. In the present invention since the working material is completely immersed in the coolant, this maintains the working temperature of the system. Further the present invention does not involve long processing steps and do not need any specialized equipments.

A method improving fuel economy by the retention of heat in or heating a liquid cooled, internal combustion engine is provided wherein insulation, a heating member, or both are attached to the engine and used to reduce heat loss from the engine or keep the engine at an operating temperature. The engine is subsequently maintained at the operating temperature or a temperature substantially close thereto for either a period of time determined by a user or for a time period that is longer than time periods obtained by following standard practices.

A method and apparatus for controlling the electrical power applied to an electrically driven oxygen separation device having one or more composite membrane elements to separate oxygen from an oxygen containing feed. The composite membrane elements have a resistance increasing during the operation thereof that would act to reduce oxygen output if applied voltage were held constant. In order to increase the time interval for renewing the composite membrane elements, the electrical potential difference is controlled such that the electric current drawn by the elements remains at a substantially constant level by increasing the electrical potential difference as the resistance increases until a predetermined voltage level is reached. Once this level is obtained, the electrical potential difference is maintained at a constant level and the electric current being drawn and the oxygen output is allowed to decay to a predetermined low level after which the element or elements are replaced.

A solid oxide fuel cell C including a solid oxide fuel cell having a planar solid oxide substrate, a cathode electrode layer formed on one surface of the substrate, and an anode electrode layer formed on a surface opposite the one surface, is disposed so that the anode electrode layer opposes a catalytically-oxidizing member 13 of a heating appliance. Fuel supplied from a fuel storage container 10 is subjected to flameless combustion in the catalytically-oxidizing member by catalytic oxidation. The heat is conducted to the fuel cell C from the catalytically-oxidizing member, thereby maintaining the fuel cell at its operating temperature. Simultaneously, produced oxidation fuel components of the fuel are supplied to the anode electrode layer; and air is supplied to the cathode electrode layer. Hence, the fuel cell generates electric power.