14results about How to "Reduce sticking" patented technology

The application belongs to the field of solar cells. A gap film and a photovoltaic module are provided. The gap film comprises a bonding layer, an insulating layer, a first metal reflection layer, a first reflection structure, a support body and a second metal reflection layer which are sequentially stacked. The gap film of the application effectively improves the front power gain of the photovoltaic module, and has good long-term reliability.

The utility model discloses a kind of local printing device of shoe sole, including base, bracket is equipped on base, platform is equipped on bracket, drive part is equipped on platform, drive part end is connected with printing assembly and penetrates platform, printing assembly includes lower pressing plate, lower pressing plate is slidably connected with abutting plate, recess is equipped on abutting plate upper end and recess is equipped with through-hole corresponding printing position, heating plate is equipped in recess and heating plate and recess bottom are equipped with elastic element, printing is equipped with printing and printing protrusion passes through through-hole in heating plate corresponding through-hole, when printing, printing protrusion protrudes abutting plate lower end surface, protrusion length is the printing thickness required by shoe sole, the setting of printing assembly can accelerate the separation of printing protrusion and shoe sole, reduce the bonding of shoe sole and printing protrusion, avoid the problem of poor printing quality, printing protrusion can also be stored in abutting plate, avoid the problem of scalding caused by printing worker operation error touch.

The utility model discloses a kind of clean vegetable processing cutting device, it is related to clean vegetable processing technical field, including conveyer belt, conveying table, the conveyer belt one end is provided with conveying table, each corner at conveyer belt and conveying table bottom is uniformly fixedly connected with support leg, conveying table upper end surface is rotatably connected with threaded rod and threaded rod outer wall is threadedly connected with threaded sleeve, threaded sleeve upper end surface is fixedly connected with the vegetable feeding plate, conveying table left and right two ends are fixedly connected with extension plate, extension plate upper end surface is fixedly connected with support rod, fixedly connected with main plate between two groups of support rods, main plate upper end surface is provided with pressing mechanism and cutting mechanism, by the coordinated work of cam, reciprocating plate, sliding sleeve and the like structure, the automatic cutting of vegetable is realized, and reset is completed after each cutting, ensure the continuous operation and efficient production of equipment, after cutting, automatic trigger is achieved by the operation of plate, and the design of slanting end of plate can more effectively successfully push the cut vegetable into conveyer belt.

The present application belongs to the technical field of mechanical cutting tool manufacturing, and particularly relates to a micro-textured tool based on laser micro-cladding in-situ forming, a preparation method and application thereof. Specifically, the present application successfully prepares a multi-layer coated tool with a micro-textured morphology. The tool has the advantages of micro-texture, laser cladding layer and multi-layer coating structure, and has high hardness, good self-lubricating performance, good toughness, strong coating adhesion and small internal stress of the coating, and will not produce defects such as deformation or micro-cracks of the tool substrate material. In the cutting process, the tool can effectively reduce the cutting force and cutting temperature, reduce tool wear and improve tool life, and can be widely applied to dry cutting and cutting of difficult-to-machine materials, and therefore has good practical application value.

This invention relates to the field of cooking equipment technology, and more particularly to a spherical cooking equipment with distributed steam control. The technical solution includes a central interlayer fixedly installed on the outer wall of the spherical cooker. An air inlet branch pipe connects the air inlet end to the central interlayer. A first and second heat-expanding pipe, connected to the central interlayer, are fixedly installed on the inner wall of the spherical cooker. Both the first and second heat-expanding pipes adopt a conical vortex structure and are attached to the inner wall of the spherical cooker. This invention increases the heating area of ​​the material through the first and second heat-expanding pipes. Furthermore, the inclined arrangement of the first and second heat-expanding pipes generates an oblique force along the spherical surface on the material near the air inlet and outlet ends during rotation. This forcefully pushes the material in the low-speed zone towards the center and upper part of the spherical cooker, allowing material that was not originally turning to enter the high-speed turning zone, thus compensating for the deficiencies of insufficient linear velocity and weak turning near the rotating shaft.

This utility model discloses a feeding trough structure for a double-push, double-discharge type centrifuge, relating to the field of centrifuge technology. It has the advantage of reducing material adhesion to the inner wall of the feeding trough. The key technical points are: it includes a surrounding plate connected to the centrifuge product chamber via a connector; the surrounding plate is a semi-circular arc plate coaxially distributed with the drum; vertical plates are provided at both ends of the surrounding plate; gaps exist between the surrounding plate and the vertical plates and the outer wall of the drum, and they are distributed directly opposite the discharge port on the drum; and an anti-adhesion lining layer is provided on the side of the surrounding plate and the vertical plates facing the outer wall of the drum.

This utility model discloses a side-blown furnace feeding structure, including a feeding hopper, a weighing alarm component, a feeding port vertical pipe, and a furnace top cover horn-shaped feeding port. The feeding hopper vertical pipe is coaxially inserted into the feeding port vertical pipe to form an annular gap channel. The weighing alarm component includes a weighing sensor fixed to the outer wall of the feeding hopper, an alarm device electrically connected to the sensor, and an interlocking stop feeding execution mechanism. When the feeding hopper accumulates material due to blockage, the weighing sensor monitors the weight change in real time and triggers the alarm device, simultaneously stopping the feeding. The horn-shaped opening of the furnace top cover feeding port faces the furnace chamber, reducing the contact between the material and the inner wall, reducing adhesion and slag formation. The annular gap channel forms an air guiding cavity, maintaining stable negative pressure inside the furnace, preventing flue gas from escaping, and improving smelting safety and efficiency.

The utility model relates to the technical field of supply device, especially relates to a kind of supply device of transmission high viscosity fluid, including base, the upper portion of base is fixedly installed with support leg, the both sides of support leg along base are symmetrically distributed and are set, the upper end of two support legs is all installed with same conveying channel, the conveying channel is cylinder structure, and the one end welding of conveying channel is fixed with sealing plate.This scheme is rotated in conveying channel by motor drive shaft stem with spiral piece, can effectively promote high viscosity fluid to carry out stable delivery, and the design of spiral piece and conveying channel inner wall close combination can prevent material to stay, ensure that conveying process is continuous and uniform, and the spiral feeding mechanism of double-motor configuration respectively controls main conveying channel and feeding interface, forms complete conveying system, significantly improves the conveying efficiency of high viscosity fluid, adopts half splicing type heat shield to wrap conveying channel, and the heating structure of cooperation built-in electric heating tube can uniformly heat conveying channel.

This invention belongs to the technical field of lithium battery manufacturing equipment, specifically relating to an intelligent forming production line and process for solid-state lithium battery tabs. The production line includes a housing, within which are arranged according to the process flow: a pre-treatment mechanism, a cutting mechanism, a corner-cutting mechanism, an adhesive-applying mechanism, an auxiliary mechanism, and a packaging mechanism. The cutting mechanism includes: a support frame consisting of four columns and three mounting plates fixed thereon; a cutting assembly mounted on the top mounting plate; a scraping assembly mounted on a cutting base; an abutting assembly mounted on the cutting assembly; a dust-collecting assembly mounted on the cutting base; and a cooling assembly mounted on the cutting assembly. This invention significantly improves the cutting quality, cleanliness, and production efficiency of solid-state lithium battery tabs through integrated cleaning and cooling functions and full-process automation.

This invention discloses a vacuum freeze dryer for preventing material adhesion, aiming to provide a method to reduce adhesion by altering the distance between the raw material and the tray through staggered lifting. It includes: a vacuum freeze dryer body with a drying chamber; a push-pull frame installed inside the drying chamber and slidably connected to it; a placement rack installed within the push-pull frame, with a staggered plate mounted on it; a tray installed on and detachably connected to the push-pull frame, with lifting holes that match the staggered plates; a material turning assembly installed on the placement rack and corresponding to the tray; and a lifting assembly installed within the push-pull frame and connected to the placement rack. The advantages of this invention are: reducing adhesion by altering the distance between the raw material and the tray through staggered lifting; and improving tray stability by moving the raw material using a scraper.

The utility model relates to the technical field of moistureproof stock bin, concretely is a kind of moistureproof stock bin device based on electromagnetic vibration anti-caking, including bin body;Anti-caking mechanism and cleaning mechanism are equipped on the bin body;The cleaning mechanism includes guide plate, and the guide plate is fixedly connected in bin body inner wall, and the guide plate is slidably connected with scraper, and the scraper is fixedly connected with support ring on it.The scraper structure set up can be mutually cooperated with knocking structure, utilizes the vibration that bin body is received and carries out transmission, so that scraper can continuously rotate and continuously automatically clean bin body inner wall, to reduce the probability that powder is bonded in bin body inner wall, reduce the frequency of bin body's disassembly overhaul cleaning.The knocking block connected on transmission block set up can be assisted to knock operation to bin body inner wall, so that it can be mutually cooperated with the electromagnetic oscillator outside bin body, continuously knock bin body, reduce powder bonding in bin body inner wall and pass through vibration and scatter the caked powder.

The present application relates to the field of sanitary ware, and discloses a nozzle sterilization method of an intelligent closestool, comprising the following steps: step 100, a user starts a cleaning function; step 400, a spray rod is in an extended state, and a water outlet sprays hot water to perform flushing; step 500, the water outlet stops spraying water, and then the spray rod is retracted; step 800, a light-emitting part of a UV lamp assembly is turned on to perform sterilization; and step 900, the light-emitting part of the UV lamp assembly is turned off; wherein, steps 200 and 300 are arranged between step 100 and step 400; step 200, the spray rod is in a retracted state, the water outlet sprays hot water to flush the UV lamp assembly; step 300, the water outlet stops spraying water, and then the spray rod is extended; and / or, steps 600 and 700 are arranged between step 500 and step 800; step 600, the spray rod is in a retracted state, the water outlet sprays hot water to flush the UV lamp assembly; and step 700, the water outlet stops spraying water. The above method can effectively reduce the adhesion of dirt around the spray hole, has good sterilization effect, and guarantees the health of the user.

This invention relates to the field of water conservancy engineering technology, and in particular to a sewage filtration device for water conservancy projects. The device includes a filter tank with an inlet pipe connected to one side. A filter plate is installed inside the inlet pipe. A T-shaped cylinder is installed at the top of the filter tank. A water-guiding plate is installed on the inner wall of the filter tank. A cleaning mechanism is provided at the top of the filter plate. The cleaning mechanism includes a rotating shaft A that rotates inside the T-shaped cylinder. A fan blade is fitted onto the outer wall of the rotating shaft A. This invention uses a pusher plate that moves along the axis of a scraper, and a slider that slides along the bottom groove of the scraper to increase the angle between the two sets of pushers. The end of the pusher plate approaches the inner wall of the filter tank, creating a pushing force on the sediment and other impurities accumulated on the surface of the filter plate. This achieves active cleaning to avoid pore blockage, ensuring stable sewage filtration efficiency. It eliminates the need for manual intervention, reducing downtime for cleaning, lowering maintenance intensity, and improving the continuous operation capability of the device.

The utility model relates to injection molding machine feed technology field, concretely discloses a kind of injection molding machine feed mechanism, including feed hopper and the box cover being set at the top of feed hopper, rotatingly connected with rotating rod in the feed hopper, rotating rod is provided with several groups of cross bars, several groups of crushing blades are provided on the cross bar, the utility model is driven rotating rod to rotate by setting rotating rod, cross bar, crushing blade, drive assembly and air-blast component, air-blast component carries out air-blast to feed hopper inside, drive assembly drives rotating rod to rotate, rotating rod drives several groups of cross bars to rotate in feed hopper, plastic particles are stirred, can reduce the situation that plastic particles is due to humidity is larger and generates adhesion while a variety of injection molding raw materials can be stirred and mixed, avoid to appear a large amount of water vapor to enter injection molding machine, vaporization is generated under high temperature condition, lead to injection molding finished product inside appear bubble and other phenomena, improve the quality of injection molding.