40results about How to "Guaranteed cooling area" patented technology

The invention relates to an ammonia recovering process and ammonia recovering equipment, namely a method and a device for recovering ammonia from gas from ammonia production plants at a low temperature and isobaric pressure. Several or all coolers of the isobaric ammonia recovering device cool ammonia water and absorb water used by ammonia by using liquid ammonia of which the temperature is lower than that of cooling water. The coolers include a double-travel internal cooler in a bubbling absorber, a coil tube type cooler, an out-tower ammonia water cooler, a demineralized water cooler, a first out-tower small ammonia water cooler, a second out-tower small ammonia water cooler. In the invention, ammonia water is cooled without using cooling water, and power is saved; the cooling area of the out-tower ammonia water coolers and the cooling area of the coolers on all layers of tower plates increase gradually from top down and are allocated according to different ammonia absorbing capacities and different dissolution heat released on all layers of tower plates and the cooler loads on the coolers on the layers of tower plates; and thus, the required cooling area is guaranteed and does not wasted, and the ammonia absorbing capacities on all layers of tower plates are fully played.

The invention discloses an active cooling grinding wheel which comprises a grinding wheel disc body, an aluminum core and a diaphragm. The grinding wheel disc body is provided with a center cavity, a center through hole, cooing grooves and cooling through holes. Under the condition of not affecting the grinding efficiency and the intensity of the grinding wheel, the cooling grooves and the cooling through holes are additionally formed, a closed and crossed cooling belt is built, the cooling area is ensured, and internal heat of the grinding wheel disc body is dissipated in time; the diaphragm structure of the grinding wheel effectively utilizes vibration generated in the grinding process and is combined with the cooling grooves and the cooling through holes, and the active cooling mode is formed. The diaphragm vibrates to drive air in two cavities of the grinding wheel disc body to vibrate, air flow enters the cooling through holes and the cooling grooves, and the purpose of heat loss through convection is achieved.

The invention discloses a wire distribution cabinet with the temperature intelligently controlled. The wire distribution cabinet comprises a cabinet body, a heat dissipating assembly, ONU equipment, clamping equipment, household appliances and a household appliance storage rack. The cabinet body comprises a main cabinet body, a first door plate and a second door plate. An opening is formed in one side of the main cabinet body, the first door plate and the second door plate are arranged on the side, with the opening, of the main cabinet body, and a first wire bundle buckling fixing plate, a second wire bundle buckling fixing plate, a winding assembly and a draught fan control unit are arranged in the main cabinet body. The winding assembly comprises a winding base plate, base plate fixing bolts, an ONU input winder, an input winder fixing bolt, an ONU output winder and an output winder fixing bolt. The winding base plate comprises a base plate body, a first installation vertical rod and a second installation vertical rod, and is fixed to the inner wall of the cabinet body through the base plate fixing bolts, wherein the first installation vertical rod and the second installation vertical rod are arranged on the left side and the right side of the base plate body. According to the wire distribution cabinet, the space of the cabinet body can be fully utilized, the communication equipment installation demand for connection of optical fibers can be met, and intelligent cooling can be achieved.

The invention provides a deep hole type water cooling loop device for a baseplate of an electric cabinet, and aims at solving the problem that an existing water cooling loop on the baseplate of the electric cabinet of a coal mining machine has the defects of large cutting output of metal and long processing time. The key points of the device are as follows: a plurality of rows of deep holes are drilled on the thickness of the baseplate, the axial line of the deep holes is parallel to the surface of the baseplate, pin plugs are welded at orifices of the deep holes for sealing, a communicating waterway is formed between adjacent two rows of the deep holes for communicating the adjacent two rows of the deep holes, as for the adjacent communicating waterways, one is arranged at the upper ends of the deep holes, and the other one is arranged at the lower ends of the deep holes, thereby connecting all cooling main waterways into a pulse wave-shaped cooling waterway. The device has the advantages of greatly reducing the welding quantity in using steel plates for sealing the waterways and the cutting output of metal.

The invention provides an electronic equipment stamping hardware piece which is of a sheet-like structure. One surface of the sheet is a smooth plane, and the other surface of the sheet is uniformly provided with outward protruding convex points. A production process of the electronic equipment stamping hardware piece comprises the steps of guide hole punching, strip positioning, convex point forming, convex point shaping, trimming, leveling, secondary convex point shaping and blanking. Radiating fins are formed in a stamping mode, so that the thickness of the radiating fins reaches 0.07mm-0.09mm, meanwhile, convex points are stamped and formed on the back surfaces of the radiating fins, the uniformly-distributed convex points play a role of supporting stress, and the strength of the radiating fins is increased. Meanwhile, due to the design of the radiating convex points, circulation of air is guaranteed, the radiating area is guaranteed, and the radiating effect is better achieved.

The invention discloses a three-network-integration fiber-to-home universal distribution case. The three-network-integration fiber-to-home universal distribution case comprises a case body, a heat radiation assembly, ONU equipment, clamping equipment used for clamping the ONU equipment, household equipment and a household equipment storage rack, wherein the case body comprises a body, a first door board and a second door board, one side of the body is provided with an opening, the first door board and the second door board are arranged at one side of the opening of the body, the body is internally provided with a first wire harness buckling fixing board and a second wire harness buckling fixing board, the heat radiation assembly comprises an air distributing case body, and an air inlet box, a fan storage chamber, an air guiding inclination surface and an air leading pipe which are sequentially connected from down to up, the clamping equipment comprises a clamping equipment body, a first guiding rod, a second guiding rod and a sliding compaction block, the first guiding rod and the second guiding rod are respectively provided with a first spring and a second spring, and two ends of the first spring and the second spring respectively abut against the sliding compaction board and a third board. The case is advantaged in that the case body space is fully utilized, and communication equipment mounting requirements required by three-network-integration fiber access can be satisfied.

The invention discloses a solar thermal collector. The solar thermal collector comprises a shell, a water tank, and a plurality of circular heat pipes that contain a working solution. The water tank is disposed at the upper end of the shell. Each circular heat pipe comprises a first bent section, a straight section and a second bent section in sequential connection from top to bottom, wherein thefirst bent section is bent downwards, the second bent section is bent upwards, the first bent section is located in the water tank, and the straight section and the second bent section are located inthe shell. The shell is configured to absorb solar energy, convert the solar energy into heat energy and transmit the heat energy to the straight sections and the second bent sections. Under the conditions of determining the total height of the solar thermal collector and making sure the cooling area of the circular heat pipes in the water tank, the height of the circular heat pipes in the water tank is reduced, the height of the circular heat pipes in the shell is increased, the unit heat absorption area is enlarged, and the heating capacity for water in the water tank is enhanced. Meanwhile,with the decrease of the size of the water tank, the flow rate of liquid in the water tank can be easily increased, and the overall heat exchange capacity is improved.

The invention discloses a stroboscopic lamp with arc cooling fins. The stroboscopic lamp includes an installation base, a circuit board, an LED lamp bead, a heat dissipation assembly and a cover. TheLED lamp bead is arranged at the upper end of the installation base through the circuit board, the cover covers and is connected with the upper end of the installation base, the heat dissipation assembly is arranged at the lower end of the installation base, the heat dissipation assembly is formed by splicing the cooling fins, each cooling fin includes a body, an arc heat dissipation mechanism isarranged on the end face of each body, the arc heat dissipation mechanisms of a vertical structure protrude on the cooling fins, and heat conduction is achieved through the heat dissipation mechanismsbetween the cooling fins. The design of the heat dissipation mechanisms ensures air circulation and the heat dissipation area, the heat dissipation effect can be achieved better, materials of the cooling fins can be replaced according to the actual conditions, and optimization of performance and cost is thus achieved.

The invention discloses a long-row lamp, which comprises a mounting base, a circuit board, LED lamp beads, a radiating assembly, a mask and a silicon film, wherein the LED lamp beads are arranged on the circuit board; the circuit board is arranged at the upper end of the mounting base through the silicon film; the mask is covered and connected with the upper end of the mounting base; the radiatingassembly is arranged at the lower end of the mounting base; the radiating assembly is formed by splicing a plurality of radiating fins;the long-row lamp transmits heat through radiating strips between the radiating fins; the design of the radiating strips not only ensures the circulation of air, but also ensures the radiating area, so that the product achieves the best heat conduction and radiation effect; according to the radiation requirement of the product, the product can be fixedly connected through the overlapping combination of the radiating fins and screws, so that the structure is simple, the installation is convenient, and the damaged radiating fins are replaced conveniently.

The invention provides a heat dissipation device which comprises a first heat dissipation piece, a second heat dissipation piece, a first heat dissipation piece, a second heat dissipation piece and a third heat dissipation piece, the first heat dissipation piece is provided with a through hole along the axis, and the first heat dissipation piece is provided with a first heat conduction surface; the heat conduction piece comprises a contact part and a heat conduction part arranged on the contact part, the peripheral surface of the heat conduction part is attached to the first heat conduction surface in a surrounding manner, and the heat conduction part is encircled to form an accommodating space; the second heat dissipation piece is arranged in the containing space, and the outer circumferential face of the second heat dissipation piece is attached to the inner circumferential face of the heat conduction part. The peripheral surface of the heat conduction part is attached to the first heat conduction surface in a surrounding mode, and the peripheral surface of the second heat dissipation part is attached to the inner peripheral surface of the heat conduction part, so that when heat is transmitted to the heat conduction part through the contact part, the heat on the heat conduction part can be dissipated through the first heat dissipation part and the second heat dissipation part at the same time; therefore, the problem that heat is accumulated and is difficult to dissipate when the heat is only dissipated through one of the first heat dissipation piece and the second heat dissipation piece is solved, and the heat dissipation efficiency is improved.

The invention discloses a preliminary water removal device used for filter paper. Pulp wheels are arranged in pulp storage grooves evenly distributed on a base, one end of each supporting arm on the base is fixedly connected with the base, and supporting rollers are arranged at the other ends of the supporting arms and are connected with the supporting arms in a coupling manner. Cantilevers are further arranged at the axes of the supporting rollers, sliding blocks below the cantilevers are connected with water press rollers, the water press rollers are connected with the sliding blocks in a coupling manner, water press cloth with paper pulp is arranged between the water press rollers and the pulp wheels, and a filter paper filtering area is formed by the water press rollers and the pulp wheels. The preliminary water removal device has the advantages that after angles are changed, the water press rollers remove water through self gravity, the water removal effect is better, the work time and the workshop length of the drying procedure are reduced, the area of collecting liquid is enlarged through the special-shaped pulp storage grooves, liquid backflow is more convenient, the liquidheat radiation area is guaranteed at the same time through step openings of different heights, and the structure of the split type sliding blocks guarantees that the water press rollers can be dismounted when the water filter angle is not changed.

The invention discloses a stroboscopic lamp with hole type cooling fins. The stroboscopic lamp includes an installation base, a circuit board, an LED lamp bead, a heat dissipation assembly and a cover. The LED lamp bead is arranged at the upper end of the installation base through the circuit board, the cover covers and is connected with the upper end of the installation base, the heat dissipationassembly is arranged at the lower end of the installation base, the heat dissipation assembly is formed by splicing the cooling fins, each cooling fin includes a body, a hole type heat dissipation mechanism is arranged on the end face of each body, the hole type heat dissipation mechanisms of a honeycomb structure are arranged above the cooling fins, and heat conduction is achieved through heat dissipation convex points between the cooling fins. The design of the heat dissipation convex points ensures air circulation and the heat dissipation area, the heat dissipation effect can be achieved better, materials of the cooling fins can be replaced according to the actual conditions, and optimization of performance and cost is thus achieved.

The invention relates to an intelligent alarm user external electric meter box, and belongs to the technical field of electric meter boxes, the intelligent alarm user external electric meter box comprises a seat body, the top of the seat body is provided with a box body, the top of the box body is provided with a heat dissipation structure, and the top of the seat body is provided with driving assemblies located at the two sides of the box body; the driving assemblies on the two sides drive the side covers on the two sides to ascend, descend and turn over to form a cover structure, and the side covers on the two sides forming the cover structure are located above the heat dissipation structure. The side covers capable of being lifted and turned over are arranged and used for opening and closing to protect the top heat dissipation structure, the maximum heat dissipation area of the top can be guaranteed in the rain and snow-free weather, exhaust air on the two sides of the top is guided to the two sides through the side covers in the rain and snow weather, the heat dissipation structure is protected, meanwhile, the jacking swing structure is arranged, and the heat dissipation effect is improved. The snow shaking function can be achieved when snow is accumulated on the side cover, and the box body and a heat dissipation structure of the box body are protected.

The invention discloses a stroboscopic lamp with strip-type cooling fins. The stroboscopic lamp is characterized by including an installation base, a circuit board, an LED lamp bead, a heat dissipation assembly and a cover. The LED lamp bead is arranged at the upper end of the installation base through the circuit board, the mask covers and is connected with the upper end of the installation base,the heat dissipation assembly is arranged at the lower end of the installation base, the heat dissipation assembly is formed by splicing the cooling fins, each cooling fin includes a body, a strip-type heat dissipation mechanism is arranged on the end face of each body, the strip-type heat dissipation mechanisms of a vertical structure protrude on the cooling fins, and heat conduction is achievedthrough the heat dissipation mechanisms between the cooling fins. The design of the heat dissipation mechanisms ensures air circulation and the heat dissipation area, the heat dissipation effect canbe achieved better, materials of the cooling fins can be replaced according to the actual conditions, and optimization of performance and cost is thus achieved.

The invention discloses a stroboscopic lamp with wavy cooling fins. The stroboscopic lamp is characterized by including an installation base, a circuit board, an LED lamp bead, a heat dissipation assembly and a cover. The LED lamp bead is arranged at the upper end of the installation base through the circuit board, the cover is connected with the upper end of the installation base and covers the upper end of the installation base, the heat dissipation assembly is arranged at the lower end of the installation base and formed by splicing the cooling fins, each cooling fin includes a body, a wavyheat dissipation mechanism is arranged on the end face of each body, the wavy heat dissipation mechanisms of a vertical structure protrude on the cooling fins, and heat conduction is achieved throughthe heat dissipation mechanisms between the cooling fins. The design of the heat dissipation mechanisms ensures air circulation and the heat dissipation area, the heat dissipation effect can be achieved better, materials of the cooling fins can be replaced according to the actual conditions, and optimization of performance and cost is thus achieved.