15results about How to "Reduce heat damage" patented technology

The invention belongs to the technical field of vehicle heat dissipation, and particularly relates to a method and system for reducing vehicle heat damage. Comprising a first air duct and a second air duct which are additionally arranged at a front air inlet grille of a vehicle and respectively lead to an engine compartment heat damage part and a power battery; additional grating openings are additionally formed in the positions of a vehicle fog lamp and a vehicle wheel cover; the heat dissipation effect of the engine compartment heat damage part and the power battery is judged according to data returned by the temperature sensor; if the temperature of the engine compartment heat damage part and the temperature of the power battery continuously exceed the set threshold value, the vehicle is prompted to have the heat damage risk through a vehicle large screen, and when the vehicle enters the idling power generation mode, the engine compartment cover is prompted to be opened through the vehicle large screen, so that effective cooling is achieved. The vehicle engine compartment heat damage part and the power battery are subjected to targeted cooling, the heat convection effect is enhanced, and when the cooling effect of the heat convection mode is poor, a user can be prompted to open the engine cover for timely cooling.

This invention discloses a multi-dimensional blending method for heating lubricating oil. The method first initializes data such as the viscosity-temperature characteristic curve of the base oil, the dissolution activation energy of additives, and the thermal degradation threshold. Then, it constructs a multi-dimensional coupled model encompassing temperature, rheology, and time dimensions. The main heating unit maintains the base oil's basic flow temperature and performs low-speed pre-blending. During additive injection, an auxiliary heating unit rapidly heats the local fluid at the instantaneous optimal dissolution temperature calculated by the model. Apparent viscosity is calculated based on mixing torque feedback. Shear rate and heating power are dynamically adjusted according to the blending efficiency function. The blending endpoint is determined using a "viscosity-energy consumption" feedback loop, and parameters are optimized through an adaptive learning module. This method achieves efficient dispersion, energy saving, low thermal damage, and improves product mixing uniformity and batch quality stability.

This invention provides an aqueous dewaxing reagent comprising the following components by weight percentage: 0.3-6% surfactant and 0.5-3% composite penetration enhancer, with the balance being water. The composite penetration enhancer is composed of limonene and terpineol, wherein the mass of terpineol is not less than 10% of the total mass of the composite penetration enhancer. The preparation method involves mixing the surfactant, composite penetration enhancer, and water. This invention utilizes a composite penetration enhancer composed of limonene and terpineol, which significantly improves dewaxing speed, reduces temperature dependence, widens the operating temperature window, reduces tissue damage, provides better protection against antigens, and is beneficial for IHC staining.

The utility model provides a single battery, battery pack and electronic device, this single battery includes casing, electrode assembly, lid and current collection member, the casing includes side wall, and the side wall surrounds to have the opening, electrode assembly installs in the casing, the lid blocks the opening, and is welded fixed with the side wall, current collection member sets up between the lid and electrode assembly, and current collection member and the current collection department of electrode assembly electric connection, wherein, at the side of lid away from electrode assembly, the lid includes thinning area, and the side surface of thinning area away from electrode assembly recess forms first recess, and the welding mark is formed by the welding connection of lid, side wall and current collection member, and the welding mark is located in first recess. The utility model can improve the technical problem of the welding quality of prior art because of the big thickness of lid, reduces the safety and the yield of single battery.

A high-silicon copper-containing calcine leaching residue resource utilization method, comprising: mixing high-silicon copper-containing calcine leaching residue with solid strong alkali, roasting at 140-160 DEG C, obtaining roasting alkali residue; the roasting alkali residue is added with calcium oxide and water to carry out concentrated alkali leaching, solid-liquid separation, obtaining alkali leaching residue and alkali leaching liquid; the alkali leaching liquid is added with a sulfidation agent to precipitate copper, obtaining copper precipitation residue and copper precipitation liquid; the copper precipitation liquid is added with calcium oxide to remove silicon, obtaining silicon precipitation residue and silicon removal liquid; copper is enriched in the copper precipitation residue; the "low-temperature roasting + concentrated alkali leaching" process of the application can effectively destroy the stable structure of high-silicon copper-containing calcine leaching residue, so that the copper wrapped by silicon is exposed, the chemical reaction of the high-silicon copper-containing calcine leaching residue leaching process is significantly strengthened, and the copper leaching rate can be greatly improved; the roasting temperature of the application is only 140-160 DEG C, which is much lower than the general alkali roasting temperature, the energy consumption is lower, the possible high-temperature injury is reduced, and the safety is higher.

The application discloses a kind of vehicle signal cable anti-interference devices, belong to anti-interference magnetic ring field, the anti-interference device includes wrapping part, magnet part being arranged in the wrapping part, the wrapping part and magnet part are all piece-shaped arrangement, the magnet part is flexible material, magic tape A face and magic tape B face are fixedly installed on the outer side wall of the wrapping part, the magic tape A face and magic tape B face are all strip-shaped design, the magic tape A face and magic tape B face are mutually bonded.The anti-interference device, wrapping part is used as support, magnet part is wrapped on one or more signal cables, then wrapping part is pulled tight, magic tape A face on wrapping part is bonded on magic tape B face, so as to tighten wrapping part, magnet part is tightly bound on cable, so as to adjust tightening degree at will according to the size and quantity of wire harness, adjust flexible, convenient to operate, the wrapping part after tightening extrudes magnet part and is tightly attached on cable, and it is not easy to slide, and installation is stable and reliable.

This invention relates to the field of green special refractory ceramics technology, and particularly to a green refractory thermal shock resistant converter slag-blocking sliding plate and its preparation method. The raw materials for the aforementioned green refractory thermal shock resistant converter slag-blocking sliding plate, by weight, include: 50-80 parts of tabular corundum particles, 10-20 parts of fine tabular corundum powder, 1-3 parts of α-alumina micro powder, 5-10 parts of zirconium mullite, 5-10 parts of dispersed graphite, 1-2 parts of carbon fiber, 1-2 parts of silica micro powder, 1-2 parts of titanium powder, 1-5 parts of boron nitride, 1-5 parts of boron carbide, and 1-3 parts of phenolic resin; the raw materials for the dispersed graphite include: flake graphite powder, ferric nitrate, urea, potassium nitrate, and surfactant; the mass ratio of flake graphite powder, ferric nitrate, urea, potassium nitrate, and surfactant is 5-10:1-3:1-3:1-2:1-2. The thermal shock resistance, compressive strength, and high-temperature flexural strength of the converter slag-blocking sliding plate obtained by this invention are simultaneously improved.

The utility model discloses a plastic product drying equipment with turnover tray, including the baking oven and the mobile mechanism of the baking oven inner wall one end setting, the one end of mobile mechanism is provided with the clamping mechanism, the one side of baking oven and clamping mechanism is provided with the auxiliary mechanism, the inner wall both sides of baking oven are provided with the heating mechanism. The utility model discloses through mobile mechanism realizes multi -angle rotation, avoids the uneven baking of article, adopts heating mechanism, and both sides heat the article, and the article is heated more evenly, solved the device in the prior art from the narrow space and took out, and the operation is inconvenient, and the scalding caused by the easy contact high -temperature component, the problem that the hot -blast circulation is not smooth, and the poor directivity, leads to the temperature difference of different areas in the oven, and the situation that the article local is too dry or damp.

This invention relates to a myocardial repair patch based on multi-material printing, its preparation, and its application, belonging to the field of bio-3D printing and regenerative medicine technology. The invention uses PLCL and GelMA hydrogel loaded with active cardiomyocytes as bio-inks, and introduces gelatin gel as a heat buffer material. An orthogonal network structure is constructed using multi-material bio-3D printing technology to prepare a myocardial repair patch with excellent dynamic adaptability to the myocardial interface and good biocompatibility. The myocardial injury repair patch prepared by this invention achieves a structure-function integrated design through the synergistic effect of the three materials, significantly overcoming the limitations of single materials in terms of mechanical properties, biological function, or thermal compatibility. The mechanical properties of the myocardial injury repair patch prepared by this invention can precisely match those of natural myocardium, while possessing high cell activity, effectively inhibiting fibrosis, improving myocardial function, and achieving true active repair. Furthermore, the process conditions are controllable, demonstrating good translational potential.

This application provides a method for cutting a solar cell and a half-cell solar cell. The solar cell includes a first surface and a second surface opposite to each other. A first cutting line is located on the first surface, and a second cutting line is located on the second surface. The projection of the first cutting line on the second surface overlaps with the second cutting line. The method includes: preheating the location of the first cutting line; performing laser scanning on the location of the first cutting line on the preheated solar cell; and using a cooling process to cool the location of the second cutting line on the scanned solar cell, causing the cooled solar cell to crack, thus obtaining a half-cell solar cell. This application solves the problem that in the existing laser scribing technology, thermal damage to the silicon wafer surface and cross-section caused by laser action during the half-cell solar cell fabrication process severely affects the carrier transport efficiency, thereby affecting the overall performance of the solar cell.

The utility model relates to car light light guide strip technical field, concretely relates to a car light light guide strip with heat -resisting function: including LED installation shell, LED lamp board, vitreous body, first fixed establishment, light guide strip body and second fixed establishment, be provided with LED lamp pearl on the LED lamp board, install the vitreous body in the inside top end of LED installation shell through the first fixed establishment, and be located above LED lamp pearl, the vitreous body can bear the high temperature that high -power LED lamp pearl produced, block heat directly to light guide strip body and related parts, reduce high temperature damage, at the same time, LED installation shell top end is provided with the hole and the vitreous body corresponds, installs the light guide strip body through the second fixed establishment in protruding place, and the light guide strip body bottom end is located above the vitreous body, this kind of design guarantees light conduction, utilizes the heat -resisting characteristic of vitreous body again, reduced the risk of material ageing, performance decline, prolonged the service life of car light light guide strip, guaranteed the normal use of car light.

The utility model discloses a kind of industrial silicon semi-automatic furnace buffering feeding devices, more specifically to industrial silicon production technical field, it includes the blanking tube, vibrating feeder, discharge pipe, elbow, swivel joint, support plate, chute, chute up and down adjusting device, rotating lever;The outlet of blanking tube is communicated with the inlet of vibrating feeder, the outlet of vibrating feeder is communicated with elbow by discharge pipe, the bottom end of elbow is equipped with swivel joint, the outer wall of swivel joint is fixedly connected with support plate, the bottom end of support plate is fixed with pulley, pulley is slidably connected with annular slide rail, annular slide rail is fixedly connected with the outer wall at the feed inlet of ore-heating furnace, the outer wall of swivel joint in the upper portion of support plate is fixed with rotating lever;The bottom end of swivel joint is rotatably connected with chute;Chute is connected with rotating lever between chute up and down adjusting device.

This invention belongs to the field of peanut breeding technology, specifically relating to a method for breeding multi-resistant peanut germplasm. The multi-resistant peanut germplasm is obtained by pretreatment with an inducing agent, ARTP mutagenesis, and directional hybridization of high-yielding parents. It aims to solve the technical problems in traditional breeding where multiple resistances are difficult to synthesize without damage and physical mutagenesis is difficult to penetrate thick-skinned seeds. A ternary deep eutectic solvent prepared with betaine, lactic acid, and L-arginine is used as an inducing agent for micro-swelling pretreatment. While breaking the physical barrier of the seed coat, it is preloaded with growth-promoting and protective signal substrates. Then, it is combined with ARTP for efficient whole-genome mutagenesis and early extreme screening in a high-osmotic and high-salt composite hydroponic system. Finally, it is directionally hybridized and targeted screened with highly disease-resistant donor parents to breed peanut germplasm with strong drought resistance, salt tolerance, high disease resistance, and excellent agronomic traits.

The invention discloses a perovskite solar cell and a preparation method thereof, and a photovoltaic module. The preparation method of the perovskite solar cell comprises the following steps: providing a perovskite cell substrate; the method for preparing the electrode on the perovskite cell substrate comprises the following steps of: printing electrode slurry on the perovskite cell substrate to form an electrode slurry layer with a grid line pattern; and selectively scanning the area where the grid line pattern is located by adopting first laser with the energy density of 0.05 J / cm < 2 >-0.8 J / cm < 2 > to obtain the electrode. According to the application, the compatibility between the metallized electrode preparation process and the temperature-sensitive perovskite layer can be effectively improved, so that the thermal influence on the perovskite layer is reduced while the electrode quality is improved, and finally the photoelectric conversion efficiency of the solar cell is effectively improved.

The invention relates to the technical field of pre-oxidized fibers, and particularly discloses a cotton spinning pre-oxidized fiber and a preparation method thereof. The preparation method comprises the following steps: mixing a polyacrylonitrile precursor with a first modified oil agent to obtain a pretreated precursor; the first modified oil agent comprises polytetrafluoroethylene dispersion liquid, nano aluminum oxide and a silane coupling agent; carrying out gradient pre-oxidation on the pre-treated precursor in an air atmosphere under the conditions that the temperature is 215-255 DEG C and the tension is 1650-2100 cN, so as to obtain a pre-oxidized fiber; immersing the pre-oxidized fiber into a second modified oiling agent for oiling and curling to obtain a cotton spinning pre-oxidized fiber; the second modified oiling agent comprises an antistatic agent, a bundling agent and a moisture absorption friction increasing agent. According to the invention, the structural stability and antistatic property of the fiber are improved by controlling the condition parameters of pre-oxidation and optimizing the components and proportion of the first modified oil agent and the second modified oil agent, so that the spinnability of the cotton spinning pre-oxidized fiber is improved, and high-quality and large-scale cotton spinning processing of the pre-oxidized fiber is realized.