68results about How to "Cool down thoroughly" patented technology

Provided are an outdoor electronic newspaper stand and a fast cooling device of the outdoor electronic newspaper stand. The cooling device comprises a first face plate, a second face plate, a third face plate, a fourth face plate, an air supply opening, an air return opening, an air inlet, an air outlet and a heat exchange component. The first face plate and the second face plate are opposite, the third face plate and the fourth face plate are opposite, and the third face plate and the fourth face plate are adjacent to the first face plate and the second face plate. The air supply opening is formed in the first face plate and is close to the fourth face plate, the air return opening is formed in the first face plate and is close to the third face plate, the air inlet is formed in the second face plate and is close to the fourth face plate, the air outlet is formed in the second face plate, and the heat exchange component is arranged between the first face plate and the second face plate. According to the technical scheme, the fast cooling device is low in power consumption and low in cost, and a condensation phenomenon cannot occur when electronic equipment is cooled.

A lens conduit coupled solid slab laser adopts cuboid flake laser solid slab as laser medium. Said invention adopts solid core lens conduit coupling laser diode array outputted pump light to laser medium, said pump light lens conduit from laser solid slab side entering solid slab, total reflecting through slab two large face and absorbing by slab, laser solid slab having upper and lower large face and using water flowing heat sink to radiate heat, laser resonator adopting flat cavity. Said invented laser has compact structure, high coupling efficiency, good heat radiation effect, large laser output power and high light beam quality properties.

The invention relates to a rotary cutting tool with a replaceable tool bit and a rotary cutting method and a tool bit mounting method thereof and belongs to the field of hole processing in machining industry. At present, a twist drill used for drilling is of an integrated structure, and the tool bit reaching the service life needs to be replaced integrally, so that the cost is relatively high. Ina drilling tool with the replaceable tool, as the tool bit is subjected to relatively great radial and axial actions in the drilling hole, the condition of no fine drilling as the tool bit shifts radially at the connection is avoided. According to the replaceable structure of the tool bit, the drilling tool at the connection of the tool bit is relatively weak, and the drilling tool matrix is weaker due to a design of a chip removal chute. According to the rotary cutting tool with the replaceable tool bit provided by the invention, the tool bit is detachably connected to a cutter bar and the connection of the tool bit and the cutter bar is a V-shaped locating surface, so that the rotary cutting tool is good in tool bit positioning and fixing effect, and is unlikely to shift. The strength ofthe cutter bar is improved due to different spiral angles of the chip removal chute; the cooling effect is enhanced by a design of a cooling guide slot, and the tool bit is simple to mount and detach.

The system comprises the inspiration part, the exhaustion part and the airflow generation part. The inspiration part sucks external air into the microwave oven. The exhaustion part including the grid in front of oven outputs the circulated air in oven to outside. The airflow generation part is located on one side of the cavity. With the parts outside the cavity being cooled by the airflow generated from the airflow generation part moved along the cavity, one part of the airflow through the exhaustion part is output forming the airflow to cool parts and the other part of the airflow is fed into the cavity. With being circulated, the airflow in the cavity through the exhaustion part is output. The invention reduces the part number of fan assembly, simplifies the installing technique, lowers the production cost and raises the noise level.

The invention belongs to the technical field of bottle-making machines, and discloses a rotating disc type glass bottle-making machine. According to the rotating disc type glass bottle-making machine, the problems that an existing bottle-making machine is complex in structure and is inconvenient to mount and maintain are solved. The rotating disc type glass bottle-making machine comprises a base, a forward blowing mechanism and an air supplementing mechanism; a blank mold mechanism and a turnover mechanism are arranged on the base; a rotating disc machine body is also arranged on the base and is driven by a rotating disc motor to rotate; a vertical shaft is arranged on the rotating disc machine body in a sleeving way; the forward blowing mechanism and the air supplementing mechanism are arranged on the vertical shaft in a sleeving way; a mold opening/closing mechanism is arranged on the rotating disc machine body and comprises air cylinder seat base plates arranged on the rotating disc machine body; sliding rails are arranged on the air cylinder seat base plates; an air cylinder which can slide on the sliding rails is arranged on the sliding rails; the air cylinder is communicated with an external air source; the air cylinder is provided with a rack support; racks are arranged on the rack support; mold opening/closing shafts for driving holding clamps to move are arranged on the corresponding air cylinder seat base plates through bearings in a sleeving way; a sector gear which is meshed with the corresponding rack is arranged on each mold opening/closing shaft.

The invention discloses an improved cooling tower, which comprises a tower body. The improved cooling tower is characterized in that an air outlet is arranged at the top of the tower body; a fan is arranged at the air outlet; a deceleration motor connected with the fan is arranged at the outer end of the top of the tower body; multiple groups of spray devices are arranged at the lower end of the fan; each spray device comprises a water distribution pipe, water distributors and a water collector; a plurality of water distributors are arranged on each water distribution pipe; a water collecting groove is arranged at the lower ends of the spray devices; the water distribution pipes are connected with water inlet pipes; the water collecting groove and the water collectors are connected with water return pipes; four walls of the tower body are connected with air inlets; and air suction devices and air cooling devices are arranged at the air inlets. The improved cooling tower has the advantages that circulating water is cooled by adopting air; resource is saved; moreover, the air can be also circularly utilized; the air cooling devices at the air inlets on the tower body can quickly cool the air, so that the circulating water is cooled thoroughly; and the use is convenient and quick.

The invention discloses a biofertilizer cooling device which comprises a stirring and cooling system composed of a cooling box, a discharging box, a servo motor, a main stirrer, an auxiliary stirrer and an air cooler, a feeding and mixing system composed of a feeding pipe and a feeding pump, and a screening and discharging system composed of an inclined vibrating screen, a first conveyor belt anda second conveyor belt. The discharging box is welded to the bottom end of the discharging box, and a feeding hopper communicates to one side of the top end of the cooling box. The cooling device stirs and mixes a fertilizer through double stirrers, cold air blown by the air cooler is exported through an air outlet hole and is fed into the fertilizer along with rotation of the stirrers to cool thefertilizer from inside to outside, the fertilizer exported from a material guide port is pre-screened by the inclined vibrating screen, and two fertilizers of different levels are fed to different positions through the first conveyor belt and the second conveyor belt to be screened again. In the pre-screening process, an air outlet hopper is aligned to the inclined vibrating screen to blow cold air to cool the fertilizer thereon again.

The invention discloses a novel casting cooling device, which comprises a water tank, wherein the upper end surface of the water tank is provided with a plurality of arc-shaped grooves, the bottom part of each arc-shaped groove is provided with at least one casting roller, the part, corresponding to the bottom part of each arc-shaped groove, of an inner cavity of the water tank is fixedly provided with a sealing cavity for the corresponding casting roller, the left end of the upper end surface of the water tank is fixedly provided with a water inlet, the lower end of the right end surface of the water tank is fixedly provided with a water drainage pipe, the upper end surface of the water tank is vertically and fixedly provided with a support rod, the upper end of the upper rod is provided with a transverse rod, blowers are fixedly arranged on the transverse rod, and an air outlet of each blower faces an opening of each arc-shaped groove. By adopting the technical scheme, the novel casting cooling device has the advantages that cooling water is added into the water tank, so when a casting is put into the corresponding arc-shaped groove, the casting can be quickly cooled by the surface of the corresponding arc-shaped groove; the bottom part of each arc-shaped groove is provided with the corresponding casting roller, so the turnover of the casting is convenient, and the casting can be completely and thoroughly cooled; in addition, the blowers are arranged above the upper end surface of the water tank, so the cooling time of the casting is greatly shortened.

The invention relates to an integrated coal gasification waste heat recovery device. The device comprises a tank, wherein a feeding hole, a quenching chamber, a slag pool, a convective waste heat boiler and a gas outlet are formed from top to bottom of the tank in sequence; the coal gas flows downwards from the feeding hole of the tank and is quenched in the quenching chamber; the temperature of the quenched coal gas is 800-900 DEG C; the wastewater enters the slag pool while the coal gas continuously flows downwards into the convective waste heat boiler to be cooled; the temperature of the cooled coal gas is 200-300 DEG C; the cooled coal gas is exhausted from the gas outlet. Combining the quenching chamber with the convective waste heat boiler into a whole, the device has the advantages that the device fully recovers high-temperature raw coal gases and slag sensible heat, removes fly ash, reduces the investment and improves the heat efficiency.

The invention relates to water quenching automation equipment. The water quenching automation equipment comprises a quenching device, cooling devices and a clamping device, wherein the quenching device carries out a quenching procedure on a workpiece, and the workpiece is clamped into the cooling devices by the clamping device; the quenching device comprises a quenching machine tool and a control power supply, and the control power supply is used for controlling the quenching machine tool to carry out quenching treatment on the workpiece; the clamping device comprises a mechanical arm and a controller, and the quenched workpiece is conveyed into the cooling devices by the mechanical arm under the control of the controller; the quenched workpiece is conveyed between the first cooling device and the second cooling device through a conveying device; the first cooling device comprises a first cooling trough, and the quenched workpiece is conveyed into the first cooling trough through the mechanical arm; and the second cooling device comprises a second cooling trough, a water inlet pipe and a water outlet pipe, the water inlet pipe is arranged on one side of the second cooling trough, and the water outlet pipe is arranged on the other side of the second cooling trough. The water quenching automation equipment can evenly cool the quenched workpiece at a high speed and improves the technical requirement of the workpiece.

The invention relates to the field of oil-sucking rods and provides an oil-sucking rod continuous full cladding production line and a cladding method thereof. The oil-sucking rod continuous full cladding production line comprises a wheel type conveying mechanism, an intermediate frequency heating device, a front traction device, a cladding module, an air cooling device, a water cooling device anda rear traction device in sequence, wherein positions between the intermediate frequency heating device and the front traction device as well as between the front traction device and the cladding module as well as between the air cooling device and the water cooling device as well as between the water cooling device and the rear traction device are all provided with positioning devices, distance sensors are arranged between the intermediate frequency heating device and the positioning devices, a terminal control device is fixed on the front traction device and controls the whole line, the cladding module comprises a cladding unit and a cladding material supplying unit, and a fixed platform II and the position between the water cooling device and the rear traction device are further provided with 4 sets of transmission devices. The oil-sucking rod continuous full cladding production line and the cladding method thereof have the beneficial effects that the oil-sucking rod continuous fullcladding production line and the cladding method thereof can adapt to cladding of the oil-sucking rods with different diameters, the cladding thickness can be adjusted, and the cladded oil-sucking rods have good corrosion resistance and abrasive resistance.

The invention discloses a laser cladding powder feeder, and belongs to the technical field of laser cladding. The laser cladding powder feeder comprises a powder storage device and a powder feeding head, wherein the powder storage device comprises a fixed disc, a group of storage cylinders are fixedly mounted at the top of the fixed disc, a mixing cylinder is fixedly connected to the bottom of thefixed disc, the storage cylinders communicate with the mixing cylinder through mixing pipes, powder discharging hoppers are fixedly connected to the middle of the storage cylinders, rotating wheels are arranged below the powder discharging hoppers, a mixed material pipe and a powder feeding pipe are fixedly arranged on the side wall of each rotating wheel, the top of the mixing cylinder communicates with an output pipe, a homogenizing pipe is fixedly connected to the middle of the output pipe, homogenizing fan blades are fixedly installed in the middle of the homogenizing pipe, the output pipe communicates with a powder feeding head, the powder feeding head comprises a water cooling sleeve, a protective sleeve and a powder feeding sleeve, a powder feeding channel is arranged between the powder feeding sleeve and the protective sleeve, an air curtain channel is arranged between the protective sleeve and the water cooling sleeve, and a water cooling cavity is formed in middle of the water cooling sleeve. According to the laser cladding powder feeder, with the arrangement of the multiple groups of the powder feeding paths, the flexible material utilization is achieved, the material waste is reduced, the mixing is simple and convenient, the ratio is accurate, the cladding quality is improved, and the powder sintering blocking is avoided to a certain extent.

The invention discloses a high-temperature steel slag waste heat recovery device and method. The high-temperature steel slag waste heat recovery device comprises a radiant heat exchange chamber, a convection heat exchange chamber, a circulating fan and a plurality of cold air spray heads, wherein the radiant heat exchange chamber is internally provided with first heat exchanger sets, an inlet moving gate, an outlet moving gate, a hot air outlet and the multiple cold air spray heads; the top wall and the side wall of the radiant heat exchange chamber are provided with the first heat exchanger sets; the hot air outlet is formed in the position, close to the inlet moving gate, of the top of the radiant heat exchange chamber; the multiple cold air spray heads are arranged in the position, close to the outlet moving gate, of the top of the radiant heat exchange chamber; the convection heat exchange chamber is arranged above the radiant heat exchange chamber and communicates with the radiantheat exchange chamber through the hot air outlet, a second heat exchanger set is arranged in the convection heat exchange chamber, a heat exchange medium is injected into the second heat exchanger set, and the end, close to the outlet moving gate, of the convection heat exchange chamber is provided with a cold air outlet; and an inlet of the circulating fan is connected with the cold air outlet through a pipeline, and an outlet of the circulating fan is connected with the multiple cold air spray heads.

The invention discloses a liquor brewage cooling system. The system comprises a cooling cylinder provided with a liquor steam inlet and circulating cylinders connected through a circulating pump and arranged at two sides of the cooling cylinder, a screw cooling tube provided with a cooling medium is arranged in the cooling cylinder, and the cooling tube is arranged in the cooling cylinder in a sealing manner, can horizontally rotate along the cooling cylinder, and traverses out from the bottom of the cooling bottom. The screw cooling tube capable of horizontally rotating is adopted, and cycle cooling of the circulating cylinders is combined, so the cooling area is increased, thereby liquor steam is thoroughly cooled, and the efficiency is improved; and the system has the advantages of simple structure, convenient manufacturing, and increase of the liquor yield by 30%.

The invention provides a cooling device for a deslagging agent production process, and relates to the technical field of deslagging agent production. The cooling device for the deslagging agent production process comprises a first box body, water conveying pipes which are evenly distributed are fixedly connected to the middle and the lower part of the periphery of the first box body, atomizing nozzles are fixedly connected to the output ends of the water conveying pipes, one side of a second box body is fixedly connected with a first filter through an exhaust pipe, the first filter is fixedly connected with a first vacuum pump through an exhaust pipe, one side of a third box body is fixedly connected with a second filter through an exhaust pipe, and the second filter is fixedly connected with a second vacuum pump through an exhaust pipe. Materials can be scattered through a rotary disc, then are evenly soaked through the atomization spray heads and then enter the second box body and the third box body, water on the materials is rapidly vaporized in the vacuum state, thus heat on the materials can be absorbed, even and thorough cooling is achieved, and the cooling device is worthy of wide popularization.