621results about How to "Extend heating time" patented technology

A thermocouple vacuum sensor is provided, the thermocouple being surrounded by a gas or mixture of gases the pressure of which is to be measured. Cyclically the thermocouple is heated until its temperature reaches an upper temperature threshold. The thermocouple is subsequently cooled until its temperature reaches a lower temperature threshold. The heating time required to heat the thermocouple from the lower to the upper temperature threshold is measured. The cooling time required to cool the thermocouple from the upper temperature threshold to the lower temperature threshold may also be measured. The pressure surrounding the thermocouple may then be determined as a function of either the heating time, or the cooling time, or both.

The invention discloses an automatic constant-temperature electronic cigarette and a control method thereof. The electronic cigarette comprises an electronic cigarette body, a heating assembly, a controller and a power source are arranged in the electronic cigarette body, the power source supplies power to the heating assembly and the controller, the controller comprises a resistance value detection module, a comparison module and a heating time adjusting module, the resistance value detection module comprises a resistance value change amplitude detection unit, the input end of the resistance value change amplitude detection unit is electrically connected with the heating assembly, the comparison module comprises a resistance value amplitude comparison unit, the input end of the resistance value amplitude comparison unit is electrically connected with the output end of the resistance value change amplitude detection unit, the heating time adjusting module comprises a prolonged heating adjusting unit, a standard heating adjusting unit and a shortened heating adjusting unit, and one of the prolonged heating adjusting unit, the standard heating adjusting unit and the shortened heating adjusting unit is communicated with the heating assembly. The automatic constant-temperature electronic cigarette has the advantages of being capable of automatically adjusting smoke temperature, smoke amount and smoke smoking taste uniformity, saving energy and preventing dry burning.

The invention relates to a food processing method, in particular to a special poultry meat fine and deep processing method. In the invention, high-technology content special duck meat deep processed new products and special convenient and quick poultry meat green products are developed by using technology for preserving raw material duck meat with edible multifunctional preservation films, ultrasonic rapid penetration salting promoting technology, energy-saving, emission-reducing and environmentally-friendly microwave assisted sterilization technology, vacuum cooling technology, vacuum oil frying technology, infrared roasting technology and the like.

The present invention reliably blows a fuse element to store with high reliability data that corresponds to whether or not the fuse element has been blown. For this purpose, a resistor element is provided in a circuit through which an electric current flows to blow the fuse element in the ink jet printing head. The resistor element adjusts the electric current so that, in the process of blowing the fuse element, the current continues to flow for a predetermined duration even after a maximum current has passed through the fuse element. The predetermined duration is longer than a period from a time point when the electric current rises to a time point it reaches the maximum current.

The invention discloses a plate type phase-change thermal storage heat exchanger capable of supplying heat stably. The plate type phase-change thermal storage heat exchanger comprises a plurality of seal boxes arranged in parallel. A phase-change thermal storage body is arranged in each seal box. Corner holes are formed in the four corners of each seal box respectively. A sealing part is arranged between any two adjacent seal boxes, and the two corner holes in the same side end of each seal box are separated through the sealing part. Any two adjacent sealing parts are arranged in parallel at the 180-degree included angle. Hot working medium flowing cavities and cold working medium flowing cavities are defined by the seal boxes through the sealing parts, wherein the hot working medium flowing cavities and the cold working medium flowing cavities are distributed alternately. The plate type phase-change thermal storage heat exchanger further comprises an outer frame. The seal boxes are pressed tightly and sealed by the outer frame. A cold working medium inlet and outlet and a hot working medium inlet and outlet are further formed in the outer frame and are communicated with the corner holes. The plate type phase-change thermal storage heat exchanger is small in size and convenient to assemble, disassemble and maintain; phase-change thermal storage materials are adopted for thermal storage, so the defect that heat supply is not stable is effectively overcome, the heat supply time is prolonged, the stable heat supply temperature can be maintained, the stability is good, and the working media do not influence each other.

Ink jet printing is provided on large area substrates such as wide width textile webs. The printheads are driven by linear servo motors across a bridge that extends across the substrate. The timing of the jetting of the ink is coordinated with the motion of the printheads, so that the heads can be rapidly moved and the ink can be jetted while the printheads are accelerating or decelerating as they move on the bridge. Preferably, ultraviolet (UV) light curable ink is jetted and first partially cured with UV light and then subjected to heating to more completely reduce uncured monomers of the ink on the substrate.

A refrigerator defrosting heater and a control method thereof are provided. The refrigerator defrosting heater is characterized in that a main heater and an auxiliary heater are arranged in group and controlled independently, the main heater is a defrosting heater for an evaporator, and the auxiliary heater is a defrosting heater consisting of a defrosting tray and a drainage pipe. The control method comprises: the main heater and the auxiliary heater are started synchronously to defrost when the defrosting operation is initiated; the main heater is stopped when the evaporator is defrosted completely, while the auxiliary heater continues working; the auxiliary heater is stopped when the defrosting tray and the drainage pipe are defrosted completely; and the whole defrosting process is ended. The invention is particularly suitable for the use in an air-cooling refrigerator and can efficiently prevent the drainage pipe from being blocked by ices and reduce the energy consumption.

The invention discloses a solar heat collection and ventilation system for a passive house. The solar heat collection and ventilation system is composed of a TROMBE wall, a slanting roof solar chimneyand a two-phase closed type thermosiphon, wherein the TROMBE wall comprises a transparent glass cover plate, an air interlayer, a heavy wall, an air valve, a heavy wall upper indoor air inlet and a heavy wall lower indoor air outlet; the slanting roof solar chimney is composed of a transparent cover plate, an air interlayer, a slanting roof, a heat absorption plate and a heat insulation plate. Anair baffle is arranged at the junction between the slanting roof solar chimney and the TROMBE wall; the two-phase closed type thermosiphon is composed of an evaporator, a condenser, a rising air pipe, a downflow liquid pipe and control valves. Through the solar heat collection and ventilation system, the defects that a traditional heat collection and ventilation system is single in function and poor in effect are overcome. The solar heat collection and ventilation system has the advantages of being high in heat collection and ventilation ability, diversified in function and easy to operate and not consuming energy. The solar heat collection and ventilation system is used for conducting natural ventilation and preventing indoor overheat in summer and making domestic hot water and can achieve solar hot air heating and fresh air preheating in winter.

An apparatus and method for producing a wearing article of the present invention includes supplying an elastic member; stretching the elastic member; placing the stretched elastic member so that the elastic member spreads across a plurality of first webs divided in a transport direction; making a part of a second web loose in the transport direction while transporting the second web, thereby forming a loose portion; placing the first web, on which the elastic member is disposed, on non-loose portion before and after the loose portion of the second web; and cutting the elastic member between adjacent first webs of the plurality of first webs.

The invention discloses a minitype sewage integrated device which comprises a device body, wherein the device body is sequentially provided with a stirring cavity, a separation cavity and a disinfection cavity; a stirring device and a flocculation device are arranged in the stirring cavity; a cleaning device, a filter unit and a sewage accumulation device are arranged in the separation cavity; and a sterilizing device is arranged in the disinfection cavity. The sewage treatment method comprises the following steps: (1) sewage primary filtration; (2) sewage stirring treatment; (3) sewage separation treatment; (4) sewage disinfection treatment; (5) water quality detection; and (6) periodical maintenance. The minitype sewage integrated device has the advantages of simple structure, high practicality, small size and low cost, and is convenient for actual operation and use. After the sewage is sequentially treated by the stirring cavity, separation cavity and disinfection cavity, the treated water has high quality and is clearer.

A thermocouple vacuum sensor is provided, the thermocouple being surrounded by a gas or mixture of gases the pressure of which is to be measured. Cyclically the thermocouple is heated until its temperature reaches an upper temperature threshold. The thermocouple is subsequently cooled until its temperature reaches a lower temperature threshold. The heating time required to heat the thermocouple from the lower to the upper temperature threshold is measured. The cooling time required to cool the thermocouple from the upper temperature threshold to the lower temperature threshold may also be measured. The pressure surrounding the thermocouple may then be determined as a function of either the heating time, or the cooling time, or both.