41results about How to "Does not affect cooling effect" patented technology

The invention provides an internal core-pulling mechanism for an inclined hole of an injection-molded plastic piece. The internal core-pulling mechanism comprises an upper mold plate and a lower mold plate; the upper template is connected with a cavity; a top plate and a mold foot are arranged on the lower mold plate; a mold core is arranged on the mold foot; the mold core and the cavity form a mold cavity; a molded plastic piece is arranged in the mold cavity; a straight top rod is arranged on the top plate; the straight top rod passes through the mold core to contact the plastic piece; an internal pulling block is arranged in the mold core; the internal pulling block is matched with the inclined hole of the plastic piece; the internal core-pulling mechanism is characterized in that: an inclined sliding seat is arranged on the top plate; an inclined chute is made in the inclined sliding seat; a rolling pin is arranged in the inclined chute; an inclined top rod is arranged on the rolling pin; and the inclined top rod passes through the mold core and is connected with the internal pulling block. According to the technical scheme, the internal core-pulling mechanism for the inclinedhole of the injection-molded plastic piece is ingenious in idea and simple in structure, reduces the production cost without additionally applying power, and has no interference in a water path hole of the mold and no influence on the cooling effect of the mold; moreover, the internal core-pulling mechanism can be used for processing all the injection-molded plastic pieces with the inclined holesor inclined blind holes, and has wide applicability and remarkably active effect.

An embodiment of the invention discloses an electronic device cooling system with an auxiliary cooling device. The electronic device cooling system is used for cooling devices with high heating value in an electronic device machine case. The electronic device cooling system with the auxiliary cooling device comprises a machine cabinet, at least one electronic device machine case which is installed in the machine cabinet, and the auxiliary cooling device. The auxiliary cooling device comprises an air supercharging device, an air supply static pressure box and an air guide device. The air supply static pressure box is arranged on the inner side of the machine cabinet. The air supercharging device is arranged at the top or the bottom of the machine cabinet, and an air outlet on a lateral wall of the air supercharging device is communicated with a corresponding air inlet on a lateral wall of the air supply static pressure box. The air guide device is installed in the electronic device machine case, an air inlet of the air guide device is communicated with an air outlet of the air supply static pressure box, and an air outlet of the air guide device is aligned at the devices in the electronic device machine case.

The invention discloses an energy recovery system and method for an automobile engine. The energy recovery system for the automobile engine comprises an electric-control pump, a steam turbine, a condenser, a liquid storage tank, a controller, a pressure-limiting valve, an energy recovery mechanism, a first heat exchanger, a coolant temperature sensor, a second heat exchanger and a working medium temperature sensor. The coolant temperature sensor, the working medium temperature sensor and the electric-control pump are electrically connected with the controller. The energy recovery mechanism is installed on an output shaft of the steam turbine. The liquid storage tank, the electric-control pump, the first heat exchanger, the second heat exchanger, the pressure-limiting valve, the steam turbine and the condenser form a circuiting flow channel for working media. In the flowing process of the working media, heat of the engine is absorbed through the first heat exchanger and the second heat exchanger, and the energy recovery mechanism is driven by the steam turbine to recover energy. According to the energy recovery system and method, redundant heat of a cooling system and an exhausting system can be fully recovered, the energy utilization rate of fuel oil is increased, and meanwhile normal cod starting of the engine is prevented from being affected.

The invention provides a machining method of friction welding of a forged steel piston. The concrete steps are as follows: (1) dividing the steel piston into a piston head and a piston skirt which are respectively machined to be semi-finished products, wherein the shape of an inner cooling oil channel, an oil inlet and an oil outlet of the piston head and the piston skirt are machined to be in the sizes of a finished product, clearance of 1.5-4mm is reserved in the height direction, and a gap is reserved in the position, on one side of the inner-cooling oil channel, on the welding surface of the piston head and the piston skirt; and (2) combining the piston head and the piston skirt into a whole through the friction welding, wherein the gap is right filled with the turnup edge of a friction welding seam, and then carrying out other machining on the piston. The turnup edge is prevented from occurring on the inner side of the cooling oil channel, cooling effect of cooling oil on the top of the piston can not be affected, no turnup edges exist in the inner cooling oil channel, the weight of the piston can be reduced, the load of a connecting rod mechanism can be lightened, due to the fact that the turnup edge is embedded, the phenomenon that the inner turnup edge is scoured by the cooling oil to fall off to form hard particles, and risks including engine scraping and the like are caused is avoided.

The invention relates to a method for confirming damage of a cooling water pipe of a blast furnace cooling wall. The method comprises the following steps of: 1) preparing a wind belt before damping down a blast furnace, one end of the wind belt is connected with a blast furnace compressed air pump, the other end of the wind belt is connected with a three-way joint through a valve, a pressure meter is arranged at one side of the three-way joint and a connector is arranged at the other side of the three-way joint; 2) leading out each section of cooling water pipe which needs to be molded after damping down the blast furnace and when the furnace body has no coal gas; 3) utilizing water draining valves of the cooling water pipe to connect the wind belt onto the water draining valves of the cooling water pipe, and molding section by section according to the molding requirements; 4) confirming the damaged cooling water pipe after the molding, changing the pipe to communicate with industrial clean circulation water. Compared with the prior art, the method disclosed by the invention has the beneficial effects that the method has the characteristics of low cost, simple structure, reasonable design, convenience in use, high accuracy and high practicability; and moreover, cooling effects of other cooling walls are not affected, at the same time, the damaged cooling wall can be checked rapidly and effectively, and corresponding measures can be taken in time, so as to improve working efficiency.

The invention discloses a lifting ejector pin assembly, an electrostatic chuck provided with the lifting ejector pin assembly and a processing device where the electrostatic chuck is located. The lifting ejector pin assembly comprises a lifting ejector pin. The channel is used for accommodating the lifting thimble; the channel for accommodating the lifting thimble is connected with a pressure control device; a sealing ring is arranged at one end, close to the substrate, of the channel for accommodating the lifting thimble; the upper surface of the sealing ring is in contact with the back surface of the substrate in the technological process, so that gas on the back surface of the substrate is prevented from entering the channel for accommodating the lifting ejector pin, and the pressure control device can independently control the pressure in the channel for accommodating the lifting ejector pin.

A fluid supply system (10) for cooling and lubricating a transmission of an automobile, comprising a cooling channel (14) and a lubrication channel (22).The lubrication channel (22) communicates with the cooling channel (14) via a shift valve (20), wherein the shift valve (20) is adapted to provide at least a first valve status, by which the cooling channel (14) is connected to the lubrication channel (22) via only one first valve path (28), and a second valve status, by which the cooling channel (14) is connected to the lubrication channel (22) via at least the first valve path (28) and by which the cooling channel (14) is connected in addition via a second valve path (30) to a bypass channel (32) bypassing the lubrication channel (22).

The invention relates to the technical field of blow molding, in particular to a combined cavity blow molding die. The combined cavity blow molding die comprises mutually independent cavity modules, mutually independent cooling modules and die bottom plates. The cooling modules are mounted on the die bottom plates, the cavity modules are mounted on the cooling modules, and the cavity modules, thecooling modules and the die bottom plates are all disposed in pairs. The combined cavity blow molding die is provided with the mutually independent cavity modules, and has the advantages of flexible configuration, good cooling effect, good production efficiency and good product quality.

The invention belongs to the forced air cooling technology of an electronic device, and in particular relates to a forced air cooling chassis resisting marine atmospheric environment. Electronic components on the existing forced air cooling chassis directly contact cooling gas and outside atmosphere, and suffer to dust and corrosion after long-term use. Excessive dust affects the cooling effect of the device. The degradation of the three-proofing performance of the chassis is caused by corrosion. According to the invention, the chassis structure is redesigned; the chassis main body in a closed structure is composed of a front panel, a rear panel, a left cooling plate, a right cooling plate, a top plate and a bottom plate; the chassis main body is covered by an upper cover plate, a lower cover plate, a right side plate and a left side plate; the left cooling plate and the right cooling plate are provided with cooling air passages which are communicated with the upper cover plate and the lower cover plate; and on the premise that ventilation, cooling and other performances of the electronic device are ensured, the marine atmospheric environmental resistance of the electronic device is improved.

The invention discloses a two-stage superheater desuperheating water system capable of independently taking water. The two-stage superheater desuperheating water system comprises a deaerator, a waterfeeding pump, a third high-pressure heater, a first main pipe electric gate valve, a second high-pressure heater, a first high-pressure heater, an economizer, a second main pipe electric gate valve, afirst electric contact gate valve, a first contact main pipe check valve, a second-stage water supply system main pipe electric gate valve in an independent water taking mode, a first-stage water supply system main pipe electric gate valve in an independent water taking mode, a second electric contact gate valve, a second contact main pipe check valve, a platen superheater inlet header, a second-stage superheater inlet header, a steam pocket outlet steam pipeline, a first-stage superheater inlet header, a first-stage superheater outlet header, a platen superheater outlet header, a second-stage superheater outlet header and a steam output pipeline. The system can guarantee the cooling effect of superheated steam water spraying, the spray cooling effect is good, and the operation workload of operators is small.

The invention discloses a water-cooling and air-cooling electronic power heat dissipation device which comprises a heat dissipation plate, positioning heat dissipation fins, floating heat dissipationfins, a telescopic driving mechanism, an abutting cooling water plate, a lower connecting plate and an exhaust mechanism. In order to adapt to the space sizes of different cases, a floating telescopicstructure is designed, the water-cooling and air-cooling electronic power heat dissipation device telescopes and slides at the lower ends of the positioning cooling fins via the floating heat dissipation fins, and the lower connecting plate floats and stretches out and draws back below the heat dissipation plate, so that the whole structure can adapt to the cases with different thicknesses afterstretching out and drawing back.

The invention relates to the field of plastic molds, and discloses a device capable of heating a sprue bush in a plastic mold. The device comprises the sprue bush, and an assembling part, a fixed partand a butt joint part are arranged on the sprue bush. The assembling part is sleeved with a mounting sleeve, and a heat preservation and insulation layer is arranged between the assembling part and the mounting sleeve. The outer surface of the mounting sleeve is a conical face, and a plurality of grooves are formed in the assembling prat. Heat exchange wires are laid in the grooves. The multiplegrooves are machined in the outer side of the assembling part, then the heat exchange wires are laid in the grooves, the heat exchange wires are powered on to generate heat to heat the assembling part, and therefore molten plastic materials flowing through the assembling part are kept at a high temperature and are kept at a proper temperature until the molten plastic materials enter a mold cavity;and the problems that a flow channel is blocked, and a product has glue missing, shrinkage, craze discoloring and other defects are avoided, the procedure of additionally correcting the product is omitted, and the production efficiency is improved.

The invention discloses a temperature and pressing measuring device on a water-cooling wall surface of a combustion chamber and a machining method thereof. The device comprises a pressure-measuring pipe, a temperature-measuring pipe, a temperature-measuring joint nozzle, and a pressure-measuring joint nozzle, the temperature-measuring joint nozzle and the temperature-measuring pipe are integrally welded, the pressure-measuring joint nozzle and the pressure-measuring pipe are integrally welded, the temperature-measuring pipe and the pressure-measuring pipe are welded with a combustion chamber inner wall, a combustion chamber interlayer, and a block together, and the block and a cavity arranged on a combustion chamber jacket are welded together. The machining method includes: finishing of the external surface of the combustion chamber inner wall is performed; temperature-measuring holes and pressure-measuring holes are machined on the combustion chamber inner wall, the combustion chamber interlayer, and the block; the temperature-measuring pipe and the pressure-measuring pipe are welded with the combustion chamber inner wall and the combustion chamber interlayer together; the temperature-measuring pipe and the pressure-measuring pipe penetrate through the temperature-measuring hole and the pressure-measuring hole on the block and are welded with the block together, and the block is welded with the cavity on the combustion chamber jacket together. According to the device and the machining method thereof, the cooling effect of a measuring point area and the structural intensity of the combustion chamber are not affected, and the leakage of cooling media to the inner side of the combustion chamber and the outside of the combustion chamber interlayer is avoided.

The invention belongs to the technical field of cooling and conveying devices, and particularly relates to a rapid cooling and conveying device for an immersed aluminum profile. The device comprises arolling support part I, a rolling support part II, a lower cooling part and an upper cooling part. According to the device, cooling liquid in a cooling box body I is extracted through a water suctionpump I, and then is sprayed from an injection pipe, so as to achieve that the cooling liquid is ejected onto the lower surface of the aluminum profile, and cooling of the lower surface of the aluminum profile is achieved; at the same time, a liquid outlet pipe releases cooling liquid in a cooling box body II onto the upper surface of the aluminum profile, so as to achieve that the cooling liquidis blocked onto the aluminum profile between the liquid outlet pipe and a liquid extraction pipe through elastic sealing plates arranged on both sides, and the cooling liquid cools the upper surface of the aluminum profile; and during the process, the cooling liquid on the upper surface of aluminum alloy is constantly replaced, so as to ensure that the cooling speed of the aluminum profile is moreuniform, and the quality of the aluminum profile during the cooling process is improved.

The invention discloses a method for prolonging the service life of a through-water cooler for bar rolling. A through-water pipe is connected with a water cooling seat of the through-water cooler through a flange bolt assembly, and the through-water pipe is connected with a water return seat of the through-water cooler through a flange bolt assembly. By adopting the method, the problem that a Venturi pipe in the through water cooler cannot be maintained due to single radial wear is solved.