15results about How to "Improve heat distribution" patented technology

The invention discloses a process for processing a diamond blind groove by water-guided laser, which not only can optimize a laser incident angle, reduce a scattering effect and improve the smoothness of a groove wall through multi-angle compensation, but also can avoid periodic lines and defects caused by single-direction processing. The laser focus is always matched with the material surface through dynamic angle adjustment, the energy attenuation problem caused by depth increase is effectively relieved, and uniform machining of the bottom of the deep groove is ensured. And a complex multi-taper or gradual change structure can be realized, and the machining flexibility is obviously improved. Meanwhile, heat distribution is improved through multi-angle machining, the influence of heat accumulation on material performance is reduced, a water flow guide field is optimized, machining stability is enhanced, the limitation of the depth-diameter ratio is broken through, and the removal rate and machining precision are improved.

The invention discloses a high-flexibility heating film for an energy storage module, the heating film is of a five-layer composite structure and sequentially comprises an insulating layer, a heat conduction layer, a heating layer, an insulating layer and an adhesion layer, and a micro-nano thermal interface material is added between the heating layer and the heat conduction layer to improve the heat conduction efficiency. The heating layer is designed to be of a honeycomb-shaped circuit structure. The temperature control module, the power adjusting module, the safety protection module and the intelligent control module are matched, and the functions of high-precision temperature control, over-temperature protection, short-circuit protection and remote monitoring are achieved. The preparation method comprises the steps of material coating and curing of the heat conduction layer and the heating layer, addition of a micro-nano thermal interface material, superposition of the insulation layer and the adhesion layer, vacuum hot pressing and surface treatment. The high-flexibility heating film has the advantages of efficient heat conduction, excellent flexibility, waterproofness, safety and the like, can be widely applied to low-temperature environment heat management of equipment such as an energy storage module and the like, and has remarkable practical value and market prospect.

The utility model relates to the technical field of drying equipment, in particular to a high-purity antimony particle drying device which comprises a drying box body, a filter and an air return cavity, one side of the drying box body is connected with the filter, the other side of the drying box body is connected with the air return cavity, an air inlet is formed in the side, connected with the filter, of the drying box body, and an air outlet is formed in the upper portion of the side, connected with the air return cavity, of the drying box body. The upper part of the air return cavity is provided with an air return port and connected to an air return pipeline; a heating cavity is formed in one side of an air inlet of the filter, heating pipes protected by non-metal materials are uniformly arranged in the heating cavity, and temperature measuring points are arranged in the heating cavity; a drying machine is mounted outside the drying box body, is connected with the air return pipeline and is provided with a water outlet; the heating cavity supplies air through an air feeder. According to the high-purity antimony particle drying device, by reasonably designing the number proportion of the air inlet holes and the air outlet holes, a multi-layer tray placing structure and the layout of the heating pipes, the flowing path and heat distribution of hot air flow in the drying box body are optimized.

The present invention belongs to the technical field of brake equipment, and discloses a high-speed train anti-bias wear brake pad, including a back plate and a plurality of friction blocks, the plurality of friction blocks are arranged on the back plate, a plurality of plug holes are provided on the back plate, a plurality of foot posts are provided on one side of each friction block, and the gap of each foot post is inserted into the plug hole, an elastic member is provided between the back plate and the friction block, and a limiting member is connected to the end of each foot post away from the friction block, and the limiting member abuts against the back plate under the pressure of the elastic member, and each friction block is provided with a plurality of protrusions and a plurality of depressions along the cross-sectional edge parallel to the friction surface, and the plurality of protrusions and the plurality of depressions are staggered, and the plurality of protrusions and the plurality of depressions are transitioned in a circular arc, and are arranged in a wave shape. The present invention improves the heat dissipation effect through the protrusions and depressions on the friction blocks, reduces heat accumulation and local overheating, and at the same time improves the braking performance and service life by increasing the contact area and improving the self-cleaning function, optimizes the stress distribution, and enhances the overall reliability and safety of the braking system.

The invention provides a sintering fuel separate adding device and a sintering machine, the sintering fuel separate adding device comprises a feeding device, the feeding device comprises a feeding bin, a material conveying mechanism and a material distributing mechanism, the feeding bin comprises a feeding front section and a material distributing section which are sequentially connected in the extending direction of the feeding bin, and the material conveying mechanism is used for conveying fuel from a fuel inlet to the tail end of the material distributing section; when the distributing mechanism is in the static state, fuel in the feeding bin stays in the feeding bin, and when the distributing mechanism is in the rotating state, the fuel in the feeding bin falls to the top of a mixture of the sintering machine trolley. According to the device, sintering fuel can be secondarily added to the surface layer of a mixture after material distribution of the round roller, uniform mixing and material leveling operation is carried out, and the device has the advantages of being high in adaptability, good in material distribution effect, adjustable in fuel material distribution amount, adjustable in uniform mixing depth and adjustable in material leveling height. And the material passing through the fuel separating and adding device is sintered and ignited, so that the heat distribution of a sintered material layer is optimized, the quality of surface sintered ore is improved, and the energy consumption is reduced.

The present invention discloses a sensor packaging component, comprising: a redistribution layer, which comprises a first surface and a second surface opposite to each other; a first tube core, which is electrically connected to the first surface of the redistribution layer; a molding compound, which comprises a third surface and a fourth surface opposite to each other, the third surface of the molding compound being combined with the first surface of the redistribution layer; the molding compound encapsulating the first tube core on the first surface side of the redistribution layer; and a sensor element, which is electrically connected to the redistribution layer. The sensor packaging component allows more components to be packaged together, and provides better structural support or better heat distribution for the packaging component, while reducing the volume and cost of the entire packaging component.

The utility model discloses an aluminum alloy holding furnace convenient to replace electric heating rods, and relates to the technical field of aluminum alloy holding furnaces, the aluminum alloy holding furnace comprises an aluminum alloy holding furnace, a support assembly is arranged in the aluminum alloy holding furnace, a protection assembly is arranged at the top of the aluminum alloy holding furnace, and an electric heater is arranged on the surface of the protection assembly; the protection assembly comprises a protection unit and a heat dissipation unit. The protection unit comprises a sealing cover, a protection cover and an access door. The electric heater is installed at the top of the furnace body in a vertical insertion mode, the electric heater is convenient to disassemble, the structure of the furnace body does not need to be integrally damaged, continuous use is facilitated, continuous production is achieved, an oblique insertion type furnace needs more complex disassembly procedures due to limitation of a tilting mechanism, mechanical moving parts (such as a tilting device) are reduced due to vertical layout, and the production cost is reduced. The coupling between the heater and a movement mechanism is reduced, and element vibration or abrasion caused by frequent pouring of molten aluminum is avoided.

The invention relates to a light source device for calcium imaging and photoheredity. The light source device comprises a first light-emitting chip, a second light-emitting chip, a first LED lamp wick, a second LED lamp wick, a third LED lamp wick and a fourth LED lamp wick. The first light-emitting chip controls the first LED lamp wick and the third LED lamp wick to cooperatively emit first exciting light so as to excite the GCaMP calcium indicator; the second light-emitting chip controls the second LED lamp wick and the fourth LED lamp wick to cooperatively emit second exciting light so as to excite ChrimsonR photosensitive protein; the first LED lamp wick, the second LED lamp wick, the third LED lamp wick and the fourth LED lamp wick are diagonally arranged on the same plane of the substrate; wherein the first LED lamp wick and the third LED lamp wick which emit the first exciting light are distributed diagonally, and the second LED lamp wick and the fourth LED lamp wick which emit the second exciting light are distributed diagonally. The light source device disclosed by the invention can emit exciting light with two different wavelengths, so that the requirement on light source switching is reduced, and the stability of a light path is greatly improved, thereby improving the accuracy and repeatability of data.

The utility model provides a laser radar TOF module convenient for heat dissipation, comprising a circuit board, the front surface of the circuit board is provided with a TOF module, the back surface of the circuit board is provided with a control module, the control module is electrically connected with the TOF module, the back surface of the circuit board is also provided with a heat conduction insulation part, and the heat conduction insulation part is electrically connected with the control module. And the heat-conducting insulating part is coated on an electronic component on the back surface of the circuit board. According to the utility model, the arrangement structure of internal components of the laser radar TOF module is improved, and the back surface of the circuit board is provided with the heat conduction insulation part, thereby improving the heating distribution of the module, reducing the internal heating source of the module, accelerating the heat conduction, improving the heat dissipation performance of the laser radar TOF module, and improving the service life of the laser radar TOF module. And the overall stability of the laser radar TOF module is facilitated.

The utility model discloses a motorcycle front magnetorheological damper and motorcycle, including working cylinder, guider assembly, piston assembly, floating piston assembly, magnetorheological fluid, outer tube support assembly, ECU control unit and sensor, guider assembly, piston assembly and floating piston assembly are located in the inside of working cylinder, and piston assembly includes built -in solenoid and damping passage, and damping passage penetrates the upper and lower end of piston assembly, and magnetorheological fluid fills the working cavity between guider assembly and floating piston assembly, and, outer tube support assembly is at least partially coated in the outside of working cylinder, and is connected with guider assembly, and ECU control unit and solenoid electric connection are used for the signal adjustment input to solenoid's current according to sensor, like this through solenoid and the combination of magnetorheological fluid, ECU control unit can real -time regulation magnetic field intensity, change the viscosity of magnetorheological fluid to dynamic control damping force.

The utility model provides a power module and an electric drive assembly. The power module comprises a plurality of chips, a plurality of copper bars, a first substrate and a vapor chamber. The plurality of chips are fixed with the first substrate in a silver sintering manner, so that excellent electric conduction and heat conduction properties are achieved, the fatigue effect is avoided, and the power cycle index and the reliability of the electric drive assembly are improved; the plurality of chips are arranged on the first substrate in pairs, and the plurality of copper bars are electrically connected with the two chips in one group respectively, so that the connection resistance between the chips is reduced, higher current magnitude and better heat-conducting property are synchronously obtained, and the power cycle index of the electric drive assembly and the heat distribution of the chips are improved. The vapor chamber is in heat conduction with the first substrate, so that heat generated by the chip is conducted to the vapor chamber through the first substrate, the heat conductivity coefficient is increased, and the heat conduction capability is improved. According to the power module and the electric drive assembly, the current output capacity under the same parallel chip condition is improved, the power density and reliability of the power module are improved, and the service life of the power module is prolonged.

The present invention relates to a heat sink and an electric oil heater, comprising a main body, an upper oil chamber arranged in the upper section of the main body, a lower oil chamber arranged in the lower section of the main body, and an oil circuit comprising a first main circuit, a first branch circuit, a second main circuit, a second branch circuit, a third main circuit, a third branch circuit, and a fourth main circuit. The sum of the average flow cross-sectional areas of the plurality of third branches is greater than the sum of the average flow cross-sectional areas of the plurality of first branches, and is less than the sum of the average flow cross-sectional areas of the plurality of second branches. The sum of the volumes of the fourth main circuit and all the third branches is greater than the sum of the volumes of the first main circuit and all the first branches, and is less than the sum of the volumes of the second main circuit, the third main circuit, and all the second branches. It can improve the problem of uneven heating of the heat sink and the electric oil heater, which can not only improve the heating effect of the electric oil heater, but also reduce the possibility of the local temperature of the heat sink being too high and exceeding the dangerous range, and reduce the risk of people being scalded by high temperature when using the electric oil heater.

The invention relates to a method for improving the air permeability of a sintered ore bed, which comprises the steps of return ore screening, iron ore screening, particle mixing, conventional primary mixing, conventional secondary mixing, small-particle-size mixing, long-period primary mixing, long-period secondary mixing, sintering distribution, material loosening, sintering and the like. And in cooperation with the specific arrangement of grading material distribution and material loosening, the air permeability of the sintered ore layer is greatly improved.

The invention provides a preparation method of a flexible thermoelectric device and the flexible thermoelectric device, a P-type thermoelectric film and an N-type thermoelectric film are alternately bonded on a flexible substrate side by side according to pre-designed structural parameters, a connecting electrode is prepared between the P-type thermoelectric film and the N-type thermoelectric film, and then two copper wires are led out; and then pasting a flexible heat insulation layer on the upper surface to obtain a flexible device, then folding the flexible device along a center line perpendicular to the length direction of the thermoelectric film, carrying out compression molding, and finally carrying out surface packaging to obtain the flexible thermoelectric device. According to the method, a flexible heat insulation layer is added on the upper surface of an In-plane structure flexible thermoelectric film and is folded, so that the In-plane structure flexible thermoelectric device with a hot surface and a cold surface in the vertical direction is formed, the heat distribution of the In-plane structure flexible thermoelectric device is optimized, and the In-plane structure flexible thermoelectric device can be used for thermoelectric refrigeration or thermoelectric power generation of a geometric surface with complex curvature change.

The invention discloses an anti-fog vehicle lamp based on heat balance and a heat dissipation circulation control system. The anti-fog vehicle lamp based on heat balance comprises a lampshade, a lamp shell, a functional assembly, a heat conduction mounting support and a soaking structure. The soaking structure comprises a heat conduction layer, a heat detection unit and an active heat dissipation structure; the heat-conducting layer covers the functional assembly, the heat-conducting mounting bracket and part of the lamp shell; the heat detection unit obtains heat distribution information in the lamp; the active heat dissipation structure is composed of an active heat dissipation control center, a heat dissipation driving module, a circulating heat dissipation channel and a circulating heat dissipation substance. The active heat dissipation control center generates a heat dissipation circulation control instruction according to the heat distribution information; the heat dissipation driving module controls operation of the circulating heat dissipation substance in the circulating heat dissipation channel according to the instruction, and heat balance in the lamp is achieved. The problem that heat distribution is difficult to effectively balance for a long time due to heat concentration in a narrow space of an automobile lamp in a related anti-fog automobile lamp technology is solved.