38results about How to "Uniform temperature change" patented technology

The invention relates to a method for producing fried bread, wherein said bread comprises skin and stuff. The stuff comprises 500g pork, 40-70g egg, 40-60g fecula, and 35-50g ginger, 70-85g flavoring agent, some green onion, and some water. The bottom of bread is thick with yellow skin. The invention also provides an aluminum pot, which can produce 300 breads at one time, with uniform temperature.

The invention relates to a vacuum cooling-heating stage for grazing incidence X-ray small-angle scattering experiment, comprising: a chamber providing a closed space; a vacuum connector communicated with the closed space; a variable temperature block disposed in the closed space, wherein a cable of the variable temperature block and a liquid nitrogen access pipeline pass through a variable temperature block fixing seal window to be connected with a temperature control device outside the closed space, and the top surface of the variable temperature block is provided with two raised screw heads; a sample tray for holding a sample, wherein a plurality of angle positioning holes in central symmetry are distributed in the sample tray and angularly mate with the raised screw heads; an incident seal window and an emergent seal window facing each other and fixed to the chamber, wherein X-ray passes through the incident seal window and irradiates to the sample at the grazing incidence angle of 0-2 DEG to produce scattering X-ray, and passes through the emergent seal window into a detector. The vacuum cooling-heating stage changes the temperature of a sample through the variable temperature block and the sample tray, uniform temperature variation is ensured for the sample, and in-plane rotational experiment of the sample can also be achieved.

The invention discloses a system and a method for shutdown cooling of a high-temperature gas cooled reactor nuclear power station. The system comprises an evaporator, an evaporator outlet valve set, asteam separator, an evaporator inlet valve set, a bypass valve set, a high-pressure heater, an auxiliary steam header, a condenser, a water feeding pump and a deaerator. The method comprises the following steps: 1) steam in the auxiliary steam header is introduced in a steam side of the high-pressure heater and the deaerator to increase the water feeding temperature in an inlet of the evaporator;2) the water feeding pressure in the inlet of the evaporator is adjusted by the water feeding pump; and the water injecting flow of the evaporator is controlled by an adjusting door in the inlet of the evaporator, so that the cooling speed of the evaporator is further controlled; and the pressure of the evaporator is controlled by an adjusting door in an outlet of the evaporator; 3) a working medium in the outlet of the evaporator is discharged into the steam separator; 4) the pressure of the steam separator is controlled by a bypass adjusting valve and auxiliary steam fed in the steam separator; and 5) water in the steam separator is recovered to the main deaerator to build a two-loop water cycle to cool the evaporator.

The invention discloses an air conditioning grouping system capable of improving reliability and a grouping control method. The grouping control method of an air conditioning comprises the steps thatthe operation status of units in a group is obtained by the group control end at intervals and is processed to obtain operation modes of the group; dispatching units and a dispatching order thereof are determined by the group control end according to dispatching attributes and the operation status of the units, and an issuing order is formulated according to a certain temperature order or a humidity order and the different operation modes in the dispatching order; and the group control end issues mode commands to the dispatching units for executing according to the issuing order. According tothe air conditioning grouping system capable of improving the reliability and the grouping control method, the competitive operation between slaves can be avoided, the temperature changes can furtherbe quickly responded, and the safety and the reliability of group operation are improved.

The invention relates to a glass rod material preparation method and a glass rod material preparation device. The glass rod material preparation method comprises the following steps: (a) putting a material into a material barrel; (b) feeding protection gas into the material barrel, a forming mold and a collimating mold; (c) controlling a heating unit to perform heating, preserving the heat till the temperature in the heating unit reaches softening temperature Ts of the material, controlling an annealing unit to be heated, and preserving the heat till the temperature in the annealing unit reaches annealing temperature of the material; (d) extruding the softened material, wherein after passing through the material barrel and being prepared into a rod material through the forming mold, the material enters the collimating mold; (e) enabling the heating unit to stop heating, naturally cooling the heating unit, preserving the heat of the annealing unit, and after the annealing unit is subjected to heat preservation for T, naturally cooling the annealing unit; and (f) after the annealing unit is cooled, taking out the material, and collimating and forming the material through the collimating mold, thus preparing the glass rod material. The forming mold is detachable, thus facilitating production of glass rod materials with different sizes; and furthermore, one forming mold can be provided with multiple through holes, so that the glass rod material production efficiency is improved.

In a coarse honing step in a section (101), a honing head (15) provided with coarse honing hones (17) is inserted into a cylinder bore (13) of a cylinder block (11), the honing head 15 is rotated while axially moving it, and the inner peripheral surface of the cylinder bore (13) is thereby ground. In the next idling step in a section (102), the cylinder block (11) is left as it is for (60) seconds to generate a springback (S). In a subsequent finishing honing step in a section (103), a honing head (21) provided with finishing honing hones (19) is inserted into the cylinder bore (13), the honing head (21) is rotated in a reverse direction to a rotational direction in the coarse honing step while axially moving it, and the inner peripheral surface of the cylinder bore (13) is thereby ground. Further, a coolant is supplied to the sections of the coarse honing step, the idling step, and the finishing honing step from coolant nozzles (23), (25), and (27), respectively, using a common coolant supply source (29).

The invention discloses a drying method for surface coating of strip steel, the drying method includes the procedures as follows: after the strip steel being normally and continuously coated on the production line, the hot wind is used for preliminary drying the coat surface, simultaneously the electromagnetic induction is utilized to heat the inside of the strip steel for inner drying, then the hot wind is utilized again for the final drying the coat surface. The invention dries the coat of the strip steel by outside hot wind and inner heating, the temperature changes uniformly in the drying process of the coat, the invention can effectively eliminate coat crazing and can prevent uneven depth caused by the production accumulation of the coat; the invention utilizes simultaneous drying process for the outside and the inside of the coat, achieving the same effect; the invention can decrease the heating temperature for the electromagnetic induction the strip steel, thereby being useful to cool the production of the strip steel.

A method for controlling the temperature of a hot isobaric press comprising a pressure vessel (1) having a charging zone (19) located inside and being arranged between the charging zone and the pressure vessel The heat insulator (8) between them, wherein, the heating element (4) and the charging area (19) with the charging device (18) are arranged in the heat insulator (8). Therein, in addition to at least one existing natural or activated convection for heating or cooling or for maintaining the temperature level, at least one swirl (23) is actively or passively formed in the pressure vessel (1). An independent or also suitable hot isobaric press for this method is characterized in that in the pressure vessel (1) there are arranged active or passive means for forming a swirl (23) which occurs essentially at an angle to the convection device.

The present invention provides a multilayer carbon nano tube thin film stacked loudspeaker based on a thermoacoustic effect, belonging to the field of mechanical design. The loudspeaker comprises an outer frame and multiple layers of carbon nano tube thin films which are parallel to one another and connected in parallel, and the number of the layers is at least 2 and at most 4. The carbon nano tube thin films are formed by carbon nano tubes, the two ends of the carbon nano tube thin films are connected with metal electrodes which are fixed on the outer frame, the metal electrodes at the same side are connected with the same wire, and the metal electrodes connected with each layer of carbon nano tube thin film are not in contact. Sound production elements generate corresponding temperaturechange according to accessed audio signals to allow mediums around to rapidly expand and extract to emit sound waves. The loudspeaker provided by the invention has no a vibration part to avoid a resonance effect; the multilayer carbon nano tube thin film stacked loudspeaker is simple in structure and few in consumable items required by making, can be made to be any shape as required, and the soundfield medium is uniformly heat without a segmentation vibration phenomenon; and the loudspeaker provided by the invention can generate high-volume sound in an audible sound range, and can be appliedto audible sound devices such as a sound and a radio.

The invention relates to a heat exchanger for controlling the temperature of energy storage elements (12) of an energy store (10) and/or of power electronics, for example of battery cells, having a heat exchange surface (16) which is placed on the energy store (10). Essential to the invention is the fact that the heat exchanger surface (16) is partially coated with a layer (29) comprising a heat-conducting material, and that the heat exchange surface (16) has contact regions (30) which are provided with the heat-conducting layer (29), and insulating regions (32) which are not provided with the heat-conducting layer (29). The invention further relates to an energy store and to the production thereof having energy storage elements (12) and at least one such heat exchanger (14), which rests on the energy storage elements (12) in order to control the temperature of the energy storage elements (12). Essential to the invention is the fact that a contact area between the energy storage elements (12) and the heat exchanger (14) is formed by the heat-conducting layer (29) applied to the heat exchanger (14).

The invention relates to the technical field of glass manufacturing, and discloses a high-efficiency conveying mechanism for annealing processing of a glass product. The mechanism comprises a box body, wherein a material clamping cavity is formed in the middle part of the box body, a rotating frame is movably connected to the middle part of the material clamping cavity, and a lower fixing seat isfixedly connected to one side of the rotating frame. According to the invention, an automatic turnover mechanism is additionally arranged; when a to-be-treated glass tube is in a heating stage, a heatpreservation stage and a rapid cooling stage, gas passing through a gas pressure cavity has pressure changes due to different temperatures, and the gas pressure cavity is subjected to pressure reliefand negative pressure filling through gas outlet holes with small diameters, so an upper ratchet plate and a lower ratchet plate extend or retract under the action of the pressure changes; a rotatinggear rotates through a ratchet end, so a supporting frame drives the to-be-treated glass tube to turn over; and thus, the glass tube can be automatically turned over during temperature rise, the glass tube is heated uniformly, and can be turned over multiple times in the heat preservation stage and the rapid cooling stage, and the upper side and the lower side of the glass tube are heated more uniformly.

The invention relates to a testing apparatus for a metal material, and particularly relates to a temperature characteristic testing apparatus for a Young modulus of a metal wire and a testing method thereof. The temperature characteristic testing apparatus comprises a fixing rack, wherein one end of the metal wire is fixedly arranged on one end of the fixing rack, while the other end of the metal wire is connected with an electronic portable scale; the electronic portable scale is connected with the other end of the fixing rack; the metal wire is stressed to be tightened; in an experimental area for the metal wire, the edges of the experimental area are provided with one digital microscope respectively; the digital microscopes are connected with a computer; a steel rule is also mounted in the experimental area; a probe of a two-channel digital thermometer is connected to the middle of the experimental area for the metal wire; the outer sides of two ends of the experimental area for the metal wire are connected onto a low-frequency alternating-current transformer respectively; the low-frequency alternating-current transformer is also connected with a power supply; a resistance changing box is connected in series between the low-frequency alternating-current transformer and the power supply. According to the temperature characteristic testing apparatus and the testing method thereof, a heating method of realizing impedance conversion by using the alternating-current transformer is provided; the temperature change of the metal wire is achieved by utilizing a current generating circuit; a numerical value which is accurately measured is obtained.

The invention relates to the field of electronic equipment, and discloses a piece of electronic equipment and a temperature control method thereof. The electronic equipment comprises a housing, a temperature detection device, a heating component, a refrigeration component, and a main control unit. The housing consists of an inner wall and an outer wall arranged opposite to the inner wall, and an interlayer area is formed between the inner wall and the outer wall. The temperature detection device is arranged in the interlayer area, and detects the temperature in the interlayer area. The heatingcomponent is arranged in the interlayer area. The refrigeration component is arranged in the interlayer area. The main control unit is electrically connected with the temperature detection device, the heating component and the refrigeration component. The main control unit opens the refrigeration component when the temperature value received is higher than an upper limit threshold, and opens theheating component when the temperature value received is lower than a lower limit threshold. Compared with the prior art, the temperature in the electronic equipment can be controlled, so that the battery and other components are protected from damage, the service life of the electronic equipment is prolonged, it is ensured that the electronic equipment can work normally at different external temperatures, the user experience is enhanced, and the use range is increased.

The invention provides a manufacturing method and manufacturing equipment of vacuum glass. The manufacturing method comprises the following steps of A, glue dotting on a first glass sheet; B, glue curing and glass tempering; C, placing of the glass sheet; D, vacuum sucking, heating, and sheet closing; E, fetching out. The manufacturing method has the advantages that while the first glass is tempered, the glass powder glue, blocking glue and fulcrum glue are cured, and the glass tempering and the glue curing are simultaneously completed, so that the technology steps are simplified, the preparation time is shortened, and the adhering strength between the glass powder glue, the blocking glue as well as the fulcrum glue and the first glass is improved; by respectively arranging heating bodiesat the upper part and lower part, the heating speed of each glass body is favorably improved; the heat is transferred to the glass in a contact heating way, so that the heat loss is reduced, and the energy-saving effect is realized; the uniform change of temperature at each part of the glass sheet is favorably guaranteed in the heating process; by arranging the blocking glue, the influence to theappearance quality of the vacuum glass due to the flowing of the melting glass power glue to the interior in a tempering furnace is avoided.

The invention discloses a door window for regulating the temperature in a sunshine room. The door window comprises hollow glass plates which are connected in sequence, ventilating pipes are arranged between the adjacent hollow glass plates, and fans communicate with the tops of the ventilating pipes; openings are formed in the two side walls of the ventilating pipes, and a through hole which communicates with the opening on the same side is formed in the side wall, facing towards the corresponding ventilating pipe, of each hollow glass plate; an inserting plate which blocks the corresponding through hole is inserted in each hollow glass plate; a telescopic rod which controls the corresponding inserting plate to move up and down is connected to the top of each inserting plate; a heating device is arranged inside one of the two adjacent hollow glass plates, and a condensing device is arranged inside the other hollow glass plate of the two adjacent hollow glass plates; and a ventilating hole is formed in an inner glass plate of each hollow glass plate. According to the door window for regulating the temperature in the sunshine room, the temperature in the sunshine room can be rapidlyadjusted in a large range by additionally mounting the heating devices and the condensing devices inside the hollow glass plates.

A shape memory alloy actuator includes a wire portion which is inserted through a first tube member, a shape memory alloy wire portion which is inserted through a second tube member, a movable body which is movable in a direction in which, a length of the shape memory alloy wire portion changes, an elastic member which exerts an external force in a direction in which, the shape memory alloy wire portion elongates, and a fixing member to which, one end of the second tube member and one end of the shape memory alloy wire portion are fixed, and one end of the wire portion is connected to the movable body, and one end of the shape memory alloy wire portion and one end of the wire portion are joined to a joining portion, and the joining portion includes a plurality of crimp terminals.