32results about How to "Affect performance" patented technology

This application discloses a robot heat dissipation structure and a robot for improving the heat dissipation efficiency of robot joints. The robot heat dissipation structure of this application includes: a shell, a first power module, a second power module, and an air supply assembly; the shell includes a first receiving part and a second receiving part, which are integrally formed or detachably connected, and a communication port is provided between the first receiving part and the second receiving part; the first power module is at least partially received in the first receiving part, and a gap is provided between the side wall of the first receiving part and the first power module; the first receiving part is provided with a first air outlet and an air inlet; the first power module is provided with an air supply assembly near the air inlet; the second receiving part includes a third air outlet, a mounting interface, and a communication port, a dustproof plate is installed on the third air outlet, and a ventilation opening is provided on the dustproof plate; the second receiving part is connected to the second power module through the mounting interface, which has an opening.

The application provides a multi-layer co-extrusion insulation layer extruder which comprises a base plate, a support seat fixedly connected to the right side of the upper end face of the base plate, a support seat inner cavity in the shape of a circular arc, an extrusion device fixedly connected to the inside of the support seat, a discharge pipe fixedly connected to the left side outlet of the extrusion device, a discharge device fixedly connected to the left side of the upper end face of the base plate, the discharge device right side being in communication with the discharge pipe, and a die head fixedly connected to the middle of the left side end face of the discharge device. The device has the advantages of simple structure, convenient operation, and effective improvement of the overall quality and insulation performance of the cable.

The utility model relates to the technical field of intelligent closestool, especially to a kind of intelligent heating closestool, including closestool seat and closestool ring, closestool ring is movably arranged on closestool seat, electric heating wire is arranged in closestool ring, temperature is transmitted to the upper surface of closestool ring by heat transfer of electric heating wire, air hole, which is communicated with the inside of closestool ring, is opened in the side wall of closestool ring, waterproof air-permeable membrane of high temperature resistance is equipped on closestool ring, waterproof air-permeable membrane covers on air hole;The position of air hole on the side wall of closestool ring is also provided with waterproof flow guide structure, waterproof flow guide structure is communicated with outside and air hole, for guiding water flow away from air hole.The utility model discloses a kind of intelligent heating closestool, waterproof air-permeable membrane is set on the air hole of closestool ring, to form a water barrier, while guiding water flow away from air hole by waterproof flow guide structure, effectively prevent water droplet or water vapor from entering closestool ring by air hole, avoid affecting the performance and service life of electric heating wire.

This invention provides a sound-absorbing structure comprising at least one sound-absorbing unit. The sound-absorbing unit includes multiple sub-units arranged in an array and interconnected to form a sound-permeable groove. Each of these sub-units includes a connected sound-absorbing chamber and a connecting channel. The sound-absorbing chamber is a polygonal chamber, and the connecting channel is located at a corner of the sound-absorbing chamber. At least one sub-unit's sound-absorbing chamber is connected to the sound-permeable groove via the connecting channel. The sound-absorbing structure provided by this invention can effectively reduce noise transmitted from the fan module to the hard drive module, thereby preventing noise from affecting the performance of the hard drive module.

This utility model discloses a stamping device, relating to the field of relay processing technology. The stamping device, used to mount a relay frame, includes a base, a pressure plate, and a punch. The base has a movable clamping seat for clamping the relay body. The pressure plate is movably mounted on the base and moves along a direction perpendicular to the base. The punch is located on the side of the pressure plate facing the base and can move closer to or further away from the clamping seat. In the technical solution provided by this utility model, the pressure plate drives the punch to descend and stamp the portion of the lower iron frame located above the upper iron frame. This causes the structure to deform upon impact, thereby pressing the hole that mates with the upper iron frame, thus achieving the installation of the upper and lower iron frames. This avoids the problems of surface blackening and gaps between iron frames, which can easily lead to magnetic leakage, that can occur with laser welding.

This invention provides a highly crystalline furan-based polyester, its preparation method, and its applications. The highly crystalline furan-based polyester is prepared in the presence of a crystallization improver; the crystallization improver is at least one of cyclic monohydroxy acetal compounds. The preparation method includes reacting components, including furan dicarboxylic acid or its derivatives, and diols, in the presence of the crystallization improver to prepare the highly crystalline furan-based polyester. By introducing a crystallization improver into the reaction system for generating furan-based polyester, this invention significantly inhibits the etherification side reaction, reduces the content of etherification byproducts in the furan-based polyester product, and results in better color value and transparency, significantly improving the crystallinity of the furan-based polyester.

The application relates to a fluorinated two-dimensional inorganic nanofiller reinforced PEO-based solid-state polymer electrolyte and a preparation method and application thereof, and comprises the following steps: S1, obtaining fluorinated two-dimensional inorganic nanofillers by treating two-dimensional inorganic materials with a mixed gas of fluorine and nitrogen; S2, dissolving polyethylene oxide and a lithium salt in a polar solvent, then adding the fluorinated two-dimensional inorganic nanofillers obtained in the step S1, mixing, and obtaining a uniform mixed polymer solution; and S3, pouring the mixed polymer solution obtained in the step S2 on a polytetrafluoroethylene mold, vacuum drying, and obtaining the PEO-based solid-state polymer electrolyte. Compared with the prior art, the preparation process is simple and easy to operate, the ionic conductivity of the polymer electrolyte based on the fluorinated two-dimensional inorganic nanofillers can be improved, the electrochemical stability window can be widened, and the interface stability between the electrolyte and a lithium metal electrode can be improved.

The utility model belongs to the field of light storage and charging system, propose a kind of light storage and charging system for green building, including solar power generation system, energy storage system and charging system, the solar power generation system includes photovoltaic module, inverter, photovoltaic grid-connected cabinet and switch board, the energy storage system includes battery, energy storage converter, battery management system and energy management system, the shed frame top of charging system is provided with automatic cleaning device, the automatic cleaning device shed roof box, mobile frame, side brush, rack, gear and for driving gear and rack's speed reducer motor. The utility model discloses light storage and charging system can improve the electric energy overall utilization rate of green building, relieve power grid pressure, and utilize automatic cleaning device can be to the photovoltaic module installed on shed frame automatic cleaning, avoid soot cleaning not in time and influence photovoltaic module's performance, design is reasonable, is suitable for large-scale popularization.

The utility model discloses a kind of cable pipe bridge frame cable fixing frame, including bridge frame body, the inside of bridge frame body is provided with first fixed component, second fixed component is provided on first fixed component, by setting first fixed component and second fixed component, cable can be flexibly fixed in multiple points, multidirectional, the present application effectively solves the uneven stress of cable, easily damaged insulating layer and other problems caused by single fixing of existing cable fixing frame, when cable produces thermal expansion and cold contraction due to temperature change, first telescopic link and second telescopic link cooperate with adjusting seat, bidirectional screw rod and adjusting nut, the flexible adjustment of cable fixing position can be realized, adjustment space is provided for the dynamic change of cable, avoid because too tight or too loose and affect cable performance, significantly improve the stability and service life of cable in complex environment.

The embodiment of the utility model provides a kind of secondary battery and electronic device, secondary battery includes: shell, define accommodating cavity;Cover plate component, for sealing shell;Two groups of electrode components, oppositely set in accommodating cavity, cover plate component includes adapter piece, two groups of electrode components include main body and negative electrode tab extending from main body respectively, negative electrode tab is electrically connected to adapter piece;First adhesive tape, set in the inner side of negative electrode tab away from shell;Reinforcing layer, at least part of reinforcing layer is located on negative electrode tab, wherein, in the thickness direction of each group of electrode components, the orthographic projection of reinforcing layer is completely located in first adhesive tape.The above technical scheme of the utility model, at least can prevent negative electrode tab to wrinkle by reinforcing layer, simultaneously avoid reinforcing layer to fall off and influence battery performance.

This utility model relates to an electrical cabinet and its guide rail assembly, including a vertically arranged first support column, a vertically arranged second support column, and multiple horizontal guide rails. The first support column has a first ventilation channel inside, and each guide rail has a second ventilation channel running through it along its length. The second support column has a third ventilation channel. One end of the first ventilation channel has an air inlet structure, and one end of the third ventilation channel has an air outlet structure. Both ends of the guide rails are connected to the first and second support columns, respectively, and both ends of the second ventilation channels are connected to the first and third ventilation channels. Since the electrical components are mounted on the guide rails, the heat generated can be quickly transferred to the guide rails. This utility model, by setting a network of ventilation channels inside the guide rail assembly, allows a fan to transport cool external air into the ventilation network. The airflow carries away the heat from the guide rail assembly, thereby dissipating heat from the electrical components.

A linear friction welding joint current auxiliary local shape correction method of blisk, steps are as follows: preparing shape correction equipment; measuring blisk to determine size out-of-tolerance blade; machining necking transition section at weld; sending blisk into vacuum environment device; sequentially installing single shape correction tooling and electrode at weld, electrode is connected to direct current pulse power supply; connecting cooling device; sequentially starting vacuum environment device, cooling device, direct current pulse power supply and single shape correction tooling; correcting and preserving; after shape correction stress is reduced to set value, direct current pulse power supply is turned off; cooling to normal temperature; recovering normal pressure environment, cooling device is turned off, electrode and single shape correction tooling are sequentially removed. The present application utilizes Joule heat effect and electroplastic effect generated by current through metal to realize local heating of welding joint, has directional correction ability to any specific out-of-tolerance blade, and improves shape correction efficiency; necking transition section is used to improve current density, shape correction temperature field is more concentrated, and high-precision shape correction is realized by spot cooling.

The application provides a silicon-chromium co-permeation agent and application thereof, and belongs to the technical field of co-permeation reagents.The application provides a silicon-chromium co-permeation agent, which comprises the following components in mass percentage: 40-50% of inert filler, 1-3% of activator and the rest of silicon-chromium supply agent, wherein the activator comprises ammonium chloride and / or sodium fluoride, the silicon-chromium supply agent comprises chromium powder and silicon powder, and the mass ratio of the silicon powder to the chromium powder in the silicon-chromium supply agent is 1:12-1:13.The application realizes silicon-chromium co-permeation by specifically limiting the mass ratio of the silicon powder to the chromium powder in the silicon-chromium supply agent, the obtained permeation layer has a hardness of 900-1100HV and a thickness of 80-100 mu m, and the ability of resisting lead-bismuth corrosion is improved, thereby preventing the workpiece matrix from being corroded by lead-bismuth and affecting the performance.

This invention belongs to the field of phase change heat transfer technology, specifically relating to a bending device and method for high-temperature alloy multilayer composite pipes. In this invention, a feed guide rail is provided on the upper surface of the operating table, and a feeding mechanism is connected to the feed guide rail. The feeding mechanism can move horizontally along the feed guide rail and is equipped with a three-jaw chuck. A core-pulling mechanism inserts a mandrel into the pipe to be bent through the back side of the feeding mechanism. A vacuum chamber is provided at the other end of the operating table, and the section of the high-temperature alloy multilayer composite pipe to be bent is located in the vacuum chamber. This invention can solve the problems of poor plasticity, high springback, and crack sensitivity encountered in the bending process of high-temperature alloy multilayer composite pipes with large length-to-diameter ratios. It achieves the bending of high-temperature alloy multilayer composite pipes by using a hot bending method under stable conditions, and combines offline programming and automatic springback compensation functions to control processing accuracy, ensuring that the bent high-temperature alloy multilayer composite pipes meet product quality and technical specifications.

The application provides a kind of data offline synchronization method based on MQTT protocol client and server, it is related to information technology field, including that client and server establish MQTT long connection;Client encapsulates message synchronization interface, and judges current network state in interface, if network is unobstructed, go online mode, if network is not connected, go offline mode;In online mode, data is directly synchronized to server through MQTT connection;In offline mode, client first caches synchronization data, and checks network state regularly, when network recovers, immediately start synchronization task;Server receives message, and parses data according to message type and handles it.The application can be applied in places with good network environment such as shopping mall, office building, street, etc., and also can be applied in places with poor network environment such as field, mountainous area, jungle, etc., with wider application scenarios.Using the characteristics of MQTT publishing and subscribing, when a large amount of data is used, the server can process data on demand, reduce the pressure on the service, and improve the stability of the service.

The utility model provides a kind of dish machine, comprising: shell, drive motor is fixedly installed in shell inside bottom, water pump is fixedly installed in shell inside back one side, fan is fixedly installed in shell inside back middle part.This kind of dish machine, by being provided with electronic magnifying glass, display screen one, polishing groove, water pump, water supply pipe, fan and filter element etc., electronic magnifying glass and display screen one constitute intelligent quality inspection system, capture workpiece microscopic flaw, guarantee polishing accuracy;Polishing groove, water pump and water supply pipe constitute cooling cleaning unit, and the dust generated by polishing is soaked, to prevent dust splashing, avoid polishing process to be interfered with dust chip;Fan linkage filter element forms air circulation system, not only can high -efficient heat dissipation, prevent equipment overheating, but also can purify the dust water vapor generated by polishing, reduce environmental pollution and equipment loss, these structures cooperate with each other, not only significantly improve the efficiency and quality of workpiece polishing, but also optimize the stability and durability of equipment.

The utility model relates to motor technical field, specifically disclose a split module's three phase asynchronous stator rotor assembly, include: stator mechanism is the stator of three phase asynchronous motor, the rotor mechanism is sleeved in the stator mechanism, and the rotor mechanism and stator mechanism constitute three phase asynchronous stator rotor assembly. This split module's three phase asynchronous stator rotor assembly, each stator core cylinder in stator mechanism and the structure part such as the core module in rotor mechanism all adopt modularization design, when the motor operation failure, maintenance personnel can locate the fault module quickly, further, the stator mechanism is formed gradually by stator core cylinder one, stator core cylinder two and stator core cylinder three, and the accurate snap fit connection of strip protruding block of outer wall and strip recess of inner wall between each cylinder, the installation of close cooperation optimizes the magnetic field conduction path, provides stronger electromagnetic driving force for the rotor, makes the motor more efficient in the operation process.

This invention discloses an auxiliary device for welding automotive metal parts, relating to the field of automotive parts technology. The auxiliary device includes a base with a slide rail on its top. A fixed plate is fixedly connected to the left end of the slide rail, and a movable plate is slidably connected to the right end of the slide rail. A clamping mechanism is provided on the top of the base. The clamping mechanism includes a primary motor, a linear motor, two rotating shafts, an L-shaped rod, an air cylinder, an arc-shaped block, a bent pipe, and a workpiece. The primary motor is fixedly connected to the left side surface of the fixed plate. The movable column slides out of the air cylinder to support the rotating workpiece, preventing it from sliding downwards from the linear motor due to its own weight during rotation. This prevents the workpiece from shifting due to downward sliding, which could cause the welding torch to shift its welding position when welding the back of the workpiece, affecting the welding effect.

The application discloses a battery electrolyte dosage boundary determination method and related equipment, through scientific calculation and model construction, the electrolyte dosage boundary of the warranty period is accurately determined, and electrolyte injection amount design is optimized. Based on the porosity, volume parameters and electrolyte density of the pole piece and the diaphragm, the pore electrolyte filling amount is accurately calculated to ensure that the electrolyte is fully filled in the internal pores; in combination with the bottom structure parameters of the battery shell and the electrolyte density, the bottom filling electrolyte amount is accurately calculated to maintain the stability of the bottom heat transfer. The internal standard extraction method is used to determine the consumption of formation electrolyte, which is in line with the actual production; with the help of multi-temperature experimental data and the Arrhenius formula, a model is constructed to scientifically predict the electrolyte consumption under the working condition; according to the regression analysis of the volatilization experimental data, the electrolyte transmission amount generated due to poor sealing is reasonably calculated. Finally, the dosage boundary is determined by comprehensively considering the above-mentioned quantities, the performance reduction or cost waste caused by improper electrolyte dosage is effectively avoided, and the balance optimization of performance and cost is achieved.

The invention relates to the field of heat dissipation of electronic equipment, in particular to communication equipment which comprises a case, a circuit mainboard, a high-power-consumption chip, a flexible connecting piece and a heat dissipation device, the circuit mainboard, the high-power-consumption chip, the flexible connecting piece and the heat dissipation device are arranged in the case, and a memory piece, a power module, a hard disk interface and a network card chip are embedded in the circuit mainboard. The high-power-consumption chip is electrically connected with the circuit mainboard through a flexible connecting piece and used for enabling the high-power-consumption chip to be independent from the surface of the circuit mainboard, and the high-power-consumption chip is detachably installed in the heat dissipation area of the heat dissipation device and used for heat dissipation. According to the heat dissipation equipment, rapid heat dissipation of the high-power-consumption chip in the communication equipment is improved, the energy consumption cost is reduced, and the problems that noise is generated by an existing heat dissipation mode, and the circuit mainboard is prone to short circuit and corrosion are effectively solved.

This utility model relates to the field of cable technology and discloses a dual-unit optoelectronic composite cable, including a sheath layer. An electrical unit mechanism is disposed on the right side inside the sheath layer for transmitting electrical signals. A tensile-resistant mechanism is disposed inside the sheath layer to improve the tensile strength of the entire composite cable. The electrical unit mechanism includes two sets of copper stranded wires, each set of which is fixedly connected to an insulation layer. A butterfly-shaped optical cable assembly is disposed on the left side inside the sheath layer. In this utility model, electrical signals are transmitted through two sets of copper stranded wires, the insulation layer prevents leakage interference, and the colored optical fiber in the butterfly-shaped optical cable assembly transmits optical signals. Tensile steel wires bear external forces. The electrical unit and the butterfly-shaped optical cable are arranged separately and side-by-side, achieving synchronous and stable transmission of electrical and optical signals. This avoids the electrical unit heating up and affecting the optical fiber performance, and improves the tensile strength of the composite cable, meeting the needs of optoelectronic composite transmission in complex environments.

The utility model discloses steam generator testing equipment, including base, protective cover and water tank, and the base top fixed mounting has test platform, and the test platform top two sides are provided with first test station and second test station respectively, and the protective cover fixed mounting is in test platform top, and the protective cover top fixed mounting has roof, and the water tank fixed mounting is in roof top, and first test station and second test station are installed electric heating type steam generator and intelligent liquid level control steam generator respectively, and the protective cover outside is provided with safety grating, and the test platform front end is provided with double start button, emergency stop button and reset button. The utility model can realize the double position parallel test of electric heating type and intelligent liquid level control type steam generator, and guarantees the test water source cleanliness through the hierarchical filtration water supply system, and combines pneumatic clamp, turnover mechanism and safety interlock design, and significantly improves the test efficiency, accuracy and operation safety.

The utility model provides a novel screw fixing cushion block for refrigerator, including platform body and screw post, is equipped with the through -hole below the recessed portion on the platform body top, can transport airflow / liquid flow, optimizes the performance of refrigerator inside circulation and part. Screw post height is super recessed portion depth, the top surface protrudes the platform body, its thread hole and platform body mucilage surface cooperation, strengthens the connection reliability and installation convenience, platform body and screw post integrated molding and be plastic material quality, have structure strength and buffering performance simultaneously, further optimize the airflow circulation or liquid flow discharge in the refrigerator, ensure that the temperature is even in the refrigerator, improve the refrigeration effect, also be favorable to preventing liquid accumulation simultaneously.

This invention discloses an anti-clogging and explosion-proof distillation tank, comprising a tank body, an anti-collision component disposed on the outer wall of the tank body, and an anti-clogging component disposed in the inner cavity of the tank body. The anti-collision component is elastically connected to the outer ring of the tank body. The anti-clogging component includes a rotating shaft, a drive motor, a stirring rod, and a scraper. The drive motor drives the stirring rod and the scraper to rotate via the rotating shaft. The stirring rod breaks up agglomerated crystals at the outlet of the tank body, and the scraper removes crystals adhering to the inner wall of the tank body. This explosion-proof distillation tank effectively blocks impacting objects through the anti-collision component, preventing direct contact between the impacting objects and the explosion-proof distillation tank. The anti-clogging component breaks up agglomerated or blocky crystals precipitated after distillation, preventing their accumulation at the discharge port and resulting in smoother discharge.

This invention belongs to the field of polymer materials technology and discloses a yellowing-resistant antibacterial composite material particle and its preparation method. The raw materials for this composite material include a matrix resin, an antibacterial component, a compatibilizer, and other additives, with a weight ratio of (70-95):(3-10):(2-5). The antibacterial component comprises an antibacterial modifier obtained by reacting a monophenolic compound with trihydroxystilbene in a buffer system via laccase catalysis. The matrix resin is polypropylene or polyethylene, and the compatibilizer is preferably maleic anhydride-grafted polypropylene. The preparation method involves premixing the components and then melt-blending and granulating them using a twin-screw extruder. This invention fundamentally solves the technical problems of easy yellowing of nano-silver antibacterial agents and the lack of migration resistance of small-molecule organic antibacterial agents. The resulting composite material exhibits excellent and long-lasting antibacterial properties, outstanding yellowing resistance, and good processing stability, making it particularly suitable for products with high requirements for color and hygiene safety.