90results about How to "Shorten exhaust time" patented technology

This invention relates to anode carbon blocks formed by vibration. Firstly, the heavy punch (4) and the heavy punch mantle (5) were lifted and the paste filler (7) was filled in the mould (6). Secondly, the two-bearing vibration table (8) was lifted to fall down the heavy punch and the heavy punch mantle to guarantee the he heavy punch mantle locked the mould closely. The heavy punch was stopped before it pressed the paste filler. When the vibration time was set, the heavy punch was fallen down rapidly to press the paste filler. When it was close to on/off (11), the heavy punch was forced. The system was vibrated until the set time to stop vibration was over. Then, it was demoulded and the carbon block discharged. The system began vibration before the heavy punch pressed the paste filler to provide the chance that the surface of the paste filler was flat automatically .During the vibration, the paste filler was from natural accumulation to vibration accumulation to discharge the gas in the filler and to improve the air discharge efficiency and shorten its time by the vacuum-pumping system.

In an ultra-low temperature freezer (R) using refrigerant mixture in which plural kinds of refrigerants having different boiling points are mixed, in order to ensure the flow rate of liquid refrigerant into a supercooler (31) and enhance the cooling efficiency of a cryocoil (32), the ultra-low temperature freezer (R) comprises: a main refrigerant circuit (38) provided with the cryocoil (32) and a capillary tube (29); and a sub refrigerant circuit (39) that is connected at the upstream end to the upstream end of the main refrigerant circuit (38) to branch off therefrom and provided with a capillary tube (28), and the ultra-low temperature freezer (R) is configured so that the sub refrigerant circuit (39) is lower in height than the main refrigerant circuit (38). Thus, gas-liquid mixture refrigerant discharged from the primary side (31a) of the supercooler (31) flows into the sub refrigerant circuit (39) at a higher rate than into the main refrigerant circuit (38) and, in turn, liquid refrigerant flows more into the sub refrigerant circuit (39) than into the main refrigerant circuit (38).

The invention provides an air inflation and exhaust system. The system comprises a sealing device which forms a forming cavity and a flexible device used for keeping and releasing the gas, wherein thesealing device is provided with a gas outlet, a gas inlet, a first through hole and a second through hole, the gas outlet is used for allowing the gas in the forming cavity to be discharged out of the cavity, the gas inlet is used for enabling the inert gas to enter the forming cavity through the gas inlet, the first through hole is used for allowing a part of a access device to be accommodatedin the forming cavity of the sealing device in a sealing mode, and the main body part of the flexible device is arranged in the forming cavity of the sealing device in a sealing mode through the second through hole; and the flexible device is provided with a gas inflation port and a gas extraction port which are used for allowing the gas to be fed and allowing the gas to be extracted respectively,and the gas inflation port and the gas extraction port are positioned outside the sealing device. The invention further provides additive manufacturing equipment and an air inflation and exhaust method.

An extreme ultraviolet exposure apparatus comprising a light source that emits extreme ultraviolet light, a plurality of illumination reflective mirrors that direct the extreme ultraviolet light emitted from the light source to a mask, a plurality of projection reflective mirrors that direct the extreme ultraviolet light reflected by the mask onto a sensitive substrate and that project and focus an image of the mask on this sensitive substrate, and a projection system optical housing that accommodates at least one of the projection reflective mirrors and at least one of the illumination reflective mirrors.

The present invention is to provide a decompress drying process device capable of processing large size substrate with high efficiency. Said subject is resolved with following method: a top plate (14) is installed across a reinforcing plate (13) on the bottom of a bar (11) of a cylinder unit (10). The size of the top plate (14) can be made to a size for covering the substrate (W) adequately. Its thickness is thinner than that of the reinforcing plate (13) such that light weight is achieved. In addition, the reinforcing plate (13) comprises four combination plate (13a) having an angle of 45 degree with said top plate (14) when overlook, and connection section (13b) for connecting these combination plates (13a). Thus each combination plate (13a) is connected to form rectangle shaped reinforcing plate (13), and the reinforcing plate (13) is arranged staggering with the top plate (14) by 45 degree, thus distortion of the top plate (14) because of torsion can be prevented.

The invention provides a gas intake system and a set of substrate processing equipment. The gas intake system comprises a gas inlet communicated with a reaction cavity, a gas intake pipeline and at least one gas source, wherein different gas sources provide different types of gases. The gas intake pipeline comprises a main line, main line valves, branches and branch valves, wherein the main lines are connected between the gas inlet and all the gas sources and used for delivering gases output by the gas sources into the reaction cavity through the gas inlet; the main line valves are arranged on the main lines and used for connecting or disconnecting the main lines; one ends of the branches are connected into the main lines in series and located on the upstream of the main line valves, and the branches are used for discharging gases in the main lines when the main line valves are closed; the branch valves are arranged on the branches and used for connecting or disconnecting the branches. According to the gas intake system, the efficiency for switching the types of gases in the reaction cavity is high, and thus the technological efficiency can be improved.

The invention discloses a cooking utensil, an exhaust control method and an exhaust control device thereof. The cooking utensil is provided with an air inflation device and an air exhaust device. Theexhaust control method comprises the steps of obtaining the food amount of the food after the food contained in the cooking utensil is cooked by the cooking utensil; judging whether the food amount ofthe food is greater than or equal to a preset value; and under the condition that the food amount is larger than or equal to the preset value, controlling the air inflation device to conduct intermittent air inflation, and controlling the air exhaust device to conduct air exhaust, so that the in-pot temperature of the cooking utensil is reduced to the first preset temperature. The technical problems that according to an exhaust control method of a cooking utensil in the prior art, when the amount of food is large, the food overflows easily, and the exhaust time is long are solved.

The invention relates to a device and a method of sealing and exhausting a large-scale type plasma display screen. The invention is characterized in that a plurality of vent holes (8) and an inflating/exhausting hole(3) are arranged on a rear base plate of the plasma display screen, heating a clamped front and a clamped rear glass base plates (5) through arranging the plates in a vacuum heating container (1), and simultaneously carrying out the vacuum exhausting to the vacuum heating container (1), after the temperature is increased and is kept for certain time, the temperature begins to reduce, glass cover plates (7) are used to seal the vent holes (8), and an inflation tube (6) is connected on the inflating/exhausting hole (3), when the temperature is reduced to the indoor temperature, the inflation tube (6) is pumped with working gas, and then the screen sealing process is completed after the inflation tube (6) is sealed. The invention has the advantages that the energy sources and the working gas are saved, and simultaneously, the safety of the plasma display screen can not be reduced.

The invention discloses a manufacturing method of a cold cathode planar light source, sealing materials are coated at the peripheries of a front substrate and a back substrate which are equipped with electrodes, dielectric layers and fluorescent powder layers, the space between the front substrate and the back substrate is not sealed, clamps are used for accurate contraposition of the two substrates, the front and back substrates are further arranged in a closed cavity, the heating and exhaust of the interior of the cavity are carried out, when the vacuum degree achieves 10 to 10 Pa, the exhaust is stopped, a discharge gas is filled in the cavity, the gas filling pressure is 80T/Tr to 101.3T/Tr kPa by selection, T is the temperature of the substrates during the gas filling, Tr is the room temperature, the sealing materials are melt under the high temperature, the temperature of the cavity is then decreased, the sealing materials are gradually cured, thus completely sealing the front and back substrates; when the temperature is decreased to the room temperature, the manufactured cold cathode planar light source is taken out from the cavity, and the internal pressure of the light source is 0.8 to 1 atmospheric pressure. The usage of the manufacturing method can simplify the manufacturing process of the cold cathode planar light source, reduce the manufacturing cost and reduce the thickness of the planar light source.

A planar-light source device includes a light source body, partition members, a movement restriction member and an electrode. The light source body has a discharge space. The partition members are disposed in the discharge space to divide the discharge space into sub-spaces connected to each other. The movement restriction member is disposed at one of or both the side portions of the respective partition members to restrict plasma movement between the sub-spaces of the discharge space. The electrode surrounds the light source body, and is overlapped with the movement restriction member.

The invention provides an atmosphere protection system for laser additive manufacturing. The atmosphere protection system comprises a sealing device and sliding components fixedly connected with the outer wall of the sealing device; the sealing device is a forming cavity used for carrying out laser additive manufacturing, the sealing device comprises a rigid component and a flexible component, wherein the rigid component and the flexible component are used for defining the forming cavity in the vertical direction, and the flexible component is connected with the rigid component in the verticaldirection; the sliding components can slide on external guide rails in the vertical direction, the rigid component of the sealing device is driven in the vertical direction along with the sliding components sliding on the external guide rails in the vertical direction so that the flexible component can be driven by the rigid component to be compressed or stretched, and then the volume of the forming cavity can be reduced or increased. The invention further provides laser additive manufacturing equipment comprising the atmosphere protection system.

In a vacuum prober, a head plate is arranged on a prober chamber. A stage, first moving mechanism, recessed chamber, and sealing member are provided in the prober chamber. The stage is arranged below a probe card. The first moving mechanism vertically moves the stage in at least the Z direction. The recessed chamber has a bottom portion and side portion. A lower camera, an upper camera, and the stage are operated to obtain data for alignment. When the upper end of the side portion of the recessed chamber comes into tight contact with the lower surface of the sealing member and a vacuum mechanism evacuates the recessed chamber, a vacuum chamber is formed. As the chamber has a small capacity, the time required for evacuation can be shortened.

A method for repairing nitrogen charging valve used on equipment for producing magnetron includes shearing damaged bellows in valve along vertical direction of its diameter , grinding two edges of corrugated sheet , applying high vacuum glue to bind two edges of said corrugated sheet and to let said glue fill full of seam of corrugated sheet , placing it in room temperature and drying it by air to let it be bound firmly , grinding it for ensuring evenness of vacuum glue to let it stretch out and draw back freely , setting repaired valve on leakage tester for checking whether repaired valve is on specification or not .

The invention relates to a bottle blowing machine blowing pin water cooled circulating device. The device comprises a blowing pin body, wherein an exhaust pipe, an air inlet pipe, a cooling water pipe, a blowing pin cutter and a blowing pin head are mounted on the inner side of the blowing pin body; an air inlet, an air outlet, a water inlet and a water outlet are formed in the blowing pin body; the device is characterized in that the distance between the air inlet and the water inlet is 30 to 35 mm; the air inlet pipe is formed on the outer side of the exhaust pipe; a cooling water cavity comprising the cooling water pipe, the air inlet pipe, the blowing pin body and the blowing pin head is led to the blowing pin head, is sealed through an upper part O-shaped sealing ring, a middle O-shaped sealing ring and a lower part O-shaped sealing ring, and is isolated through an air cavity, the device can form a good cooling circuiting loop, and can keep a blowing pin at low temperature, thereby ensuring that the blowing pin and a bottle blank form large temperature difference, preventing the blowing pin from being adhered to a bottleneck, and further being capable of improving the production quality and the production efficiency of bottles.

The invention discloses an exhaust valve plate for a compressor, an exhaust valve module and a compressor. The exhaust valve plate for the compressor is substantially strip-shaped with a length as S; S is smaller than 25 mm and bigger than 15 mm; at least one part of the exhaust valve plate is bent to one side of an exhaust valve port so as to form a height difference h1 between one end and the other end of the exhaust valve plate; and h1 is smaller than 0.5 mm and bigger than 0.03 mm. According to the exhaust valve plate for the compressor, one part of the exhaust valve plate is bent to one side of the exhaust valve port so as to warp the end part; the warping height of the end part of the exhaust valve plate is controlled to form lower pressure between the exhaust valve plate and the exhaust valve port; meanwhile, the compensation effect on the machining error of the exhaust valve port and the like can be achieved; the exhaust valve plate can be tightly bonded on the exhaust valve port to reduce the leakage; and the warping structure of one end of the exhaust valve plate can enable the exhaust valve plate to obtain higher resilience force, so that the exhaust time is shortened, and the exhaust efficiency is improved.