12results about How to "Reduce mix" patented technology

The application belongs to the technical field of intelligent service robots, and relates to a home maintenance robot with omni-directional movement and electromechanical cooperative posture control, which comprises an omni-directional chassis, a multi-degree-of-freedom mechanical arm module, a capsule type modular intelligent material supply cabin, an environment sensing and interaction head module, a sensor group and a main controller. The chassis is driven by Mecanum wheels and motors; the material supply cabin comprises an annular cabin body assembly, a plurality of capsule cabins, a central feeding channel, a lifting feeding platform, a platform lifting driving mechanism, a cabin door opening mechanism, a discharging channel and a magnetic guide mechanism. The device can realize standardized classified storage of small standard parts, automatic cabin selection, single capsule release, central receiving and magnetic discharging, thereby reducing the risk of standard part scattering, mixing and jamming; effectively improving the passability of the robot in unstructured terrains such as carpets, doorsteps and slopes, avoiding the imbalance of the center of gravity when the mechanical arm extends for operation, and being compact in structure and suitable for daily maintenance of household items in single-family homes.

The utility model discloses a kind of defoaming devices for laundry detergent production, including two stirring units, and a plurality of stirring pipes are fixedly connected and communicated between the two stirring units;Stirring unit includes pressure tank, and drive assembly is fixedly installed on the top surface of pressure tank, and drive assembly is drivingly connected with piston plate, and piston plate is sealingly and slidably connected with pressure tank;Drive assembly is fixedly connected with a plurality of spray machines for blowing hot air;Piston plate top surface is provided with mounting hole, and window is sealingly and fixedly installed in mounting hole, for observing the inner cavity of pressure tank;The cavity between piston plate and the bottom surface of the inner cavity of pressure tank and stirring pipe is used for containing the raw materials of laundry detergent production;Stirring pipe inner cavity is provided with stirrer for stirring the raw materials of laundry detergent production.The utility model can meet the double needs of efficient stirring and effective defoaming in the process of laundry detergent production.

The utility model relates to sausage processing technical field discloses a kind of wire dismounting and dividing devices for sausage processing, including workbench, the workbench top is fixedly connected with side plate, the workbench top is provided with dismounting and dividing assembly, the wire dismounting and dividing assembly includes support plate, the support plate bottom is fixedly connected in the side plate top, the support plate one side is fixedly connected with fixed plate, the fixed plate top is fixedly connected with motor, the motor output end is fixedly connected with winding roller.In the utility model, through the rotation of winding roller driven by motor, the small intestine head and product fragments generated when wire dismounting are dropped into the inside of collecting box through round steel grate, so as to realize automatic wire dismounting, reduce the effect of impurities mixed into product, solve the problem that small intestine head and product fragments can be mixed into product to affect product quality, and improve personnel labor efficiency.

The utility model discloses a kind of batching devices for resin anchoring agent production, it is related to resin anchoring agent production technical field, including processing cylinder and limit frame, the front side of limit frame is slidably connected with top cover;In the utility model, by feeding hopper can be put into material inside guide cylinder, and buffer is carried out through spiral frame, so that material slowly moves down, prevent material directly falling into processing cylinder inside and produce more dust, start motor through shaft rod drives round plate rotation, round plate drives two stirring rollers and limit shell rotation, drive stirring roller autorotation by the transmission of gear and gear ring, to stir inside material of processing cylinder, multiple ball contact with shift lever in process, jolt shift lever drives vibrating frame to move up, then spring reset drives vibrating frame to move down, to drive vibrating frame to vibrate constantly up and down, by two vibrating frames to vibrating and defoaming inside material of processing cylinder, so that resin anchoring agent mixture is more uniform, produce less dust, convenient to use.

This invention belongs to the field of mining engineering technology, specifically disclosing a method for subsequent backfilling of a goaf in a gently dipping thick ore body. The backfilling method involves dividing the ore body vertically into multiple intermediate sections, each intermediate section into multiple segments along the strike, each segment into multiple ore block units along the dip, and each ore block unit into multiple stopes. Segmental vein roadways are arranged along the strike of the floor, and ore extraction ramps are arranged along the dip from these segmental vein roadways. Roof-cutting vein roadways are arranged along the strike of the roof, and roof-cutting ramps are arranged along the dip from these roof-cutting vein roadways. An ore extraction access road is constructed along the strike from the ore extraction ramps, and a drilling roadway is constructed along the strike from the roof-cutting ramps. Downward drilling is used in the drilling roadways to create blast holes and blast the ore, which is then extracted through the ore extraction access road. After mining is completed, a goaf is formed. Backfilling pipelines are laid through the roof-cutting vein roadways, roof-cutting ramps, and drilling roadways to the goaf before backfilling. This invention features reduced mineralization, high efficiency in mining, low cost, and high safety in stope mining.

This utility model belongs to the field of immersion coolant production technology, and relates to a filtration device for immersion silicone oil coolant used in lithium batteries. Specifically, it is a filtration device suitable for the production of immersion coolant products with high dielectric strength requirements. The device includes a filter tank, which comprises an outer shell. Inside the outer shell, there are a mixing chamber, a filter plate, and a filtrate chamber, with the mixing chamber and filtrate chamber positioned opposite each other on either side of the filter plate. It also includes a vacuum pump. The filter tank has an outlet at the bottom of the filtrate chamber, which connects to the vacuum pump and the filtrate chamber. Finally, it includes a storage tank connected between the filter tank and the vacuum pump. The filtrate chamber of the filter tank is connected to the storage tank and the vacuum pump via the outlet. This device can form a sealed space, isolating air and reducing the mixing of water vapor and dust into the coolant material, thereby reducing damage to dielectric strength and purity. The device is also simple in composition and easy to operate.

This application provides a delivery pump, a fluid delivery device, and a nuclide synthesis system, belonging to the field of fluid delivery technology. It includes: a pump body, a liquid guide pipe, a diverter pipe, a regulating mechanism, and a flushing mechanism. The liquid guide pipe is connected to the pump body and is connected to a three-way valve. The diverter pipe includes a first pipe body, a control valve, and a second pipe body. The first pipe body is connected to the inlet of the control valve, and the outlet of the control valve is connected to the second pipe body. A filter screen is installed inside the first pipe body. The first pipe body has a first branch pipe and a second branch pipe. The first branch pipe is located on the side of the filter screen closer to the control valve, and the second branch pipe is located on the side of the filter screen farther from the control valve. There are two diverter pipes, each connected to one outlet of the three-way valve via the inlet end of the first pipe body. This effectively reduces the probability of particulate impurities entering the delivered liquid and maintains stable particulate impurity filtration for a long time without the need for manual cleaning.

This invention discloses a harmless wastewater resource treatment device for diseased and dead livestock and poultry carcasses, belonging to the field of wastewater treatment technology. To address the problem that existing wastewater resource treatment devices lack a dynamic extrusion mechanism, leading to the easy mixing of the separated oil phase with the aqueous phase and affecting subsequent treatment, this invention includes an air flotation oil removal component. The air flotation oil removal component is fixedly connected to one end of an output pipe, the other end of which is fixedly connected to one end of a valve. The other end of the valve is fixedly connected to a liquid storage tank assembly, which is connected to an extrusion component. The liquid storage tank assembly is fixedly connected to one end of a conveying pipe, the other end of which is fixedly connected to one end of a hydraulic pressure chamber, and the other end of the hydraulic pressure chamber is fixedly connected to one end of a double-conical tube. During wastewater treatment, this invention utilizes a pneumatic extrusion component to preferentially separate the lower aqueous phase through top-down extrusion, reducing the mixing of oil and grease into the aqueous phase and improving separation purity.

The utility model discloses a kind of aluminium alloy piece chamfering device, comprising: rack, conveyor belt device, a pair of clamping mechanism, lifting mechanism, main shaft device and workpiece collection groove, the conveyor belt device is installed on the rack, multiple workpiece positioning blocks are equipped on the conveyor belt device, and the multiple workpiece positioning blocks are spaced apart along conveying direction, and the conveyor belt device is equipped with processing station;A pair of the clamping mechanism is arranged on the both sides of the conveyor belt device, the clamping mechanism is connected with clamping block, and the clamping block is suitable for clamping workpiece arranged on the processing station of the conveyor belt device;The lifting mechanism is installed on the rack, and the lifting mechanism is suitable for driving the main shaft device vertically lifting movement;The main shaft device is installed on the lifting mechanism, and chamfering cutter is installed on the main shaft device. It can stably realize workpiece conveying, and chamfering is processed, and processing efficiency and product quality consistency are improved.

The present application provides a kind of life garbage incineration fly ash reduction-heavy metal detoxification system and method to solve the problem of poor resource utilization of fly ash in the prior art, the system includes pulping unit, electrolysis / heavy metal detoxification unit, hydrochloric acid preparation unit and low temperature pyrolysis unit, water washing, electrolysis, solid-liquid separation are integrated, reduce the loss caused by fly ash in the process of transfer, by using the synthesized hydrochloric acid and lye in the process, the precipitation of heavy metals is realized, the mixing of additional ions is reduced, the economic benefit is improved, the present application aims at waste control waste, utilizes a large amount of chloride ions in fly ash, synthesizes hydrochloric acid by chlorine and hydrogen produced by electrolysis, and the heavy metals in ash are acid leaching detoxification, and the reduction of fly ash is also realized, and the subsequent processing cost of fly ash is reduced.

This invention belongs to the technical field of scrap steel preheating electric arc furnace steelmaking equipment, and relates to a self-embedded anti-cold air device for a scrap steel preheating electric arc furnace. This self-embedded anti-cold air device is used to movably and sealably connect the upper furnace shell flue and the horizontal flue in the scrap steel preheating electric arc furnace. It includes a toothed furnace body bracket and a U-shaped flue bracket. The toothed furnace body bracket is fixedly installed on the upper furnace shell flue and moves with the scrap steel preheating electric arc furnace. The U-shaped flue bracket is fixedly installed on the side of the horizontal flue near the upper furnace shell flue, and the toothed end of the toothed furnace body bracket can freely embed into the U-shaped flue bracket in its direction of movement, forming an interlocking structure. During the furnace tilting process, the toothed furnace body bracket moves with the furnace body. During the smelting process, the toothed furnace body bracket and the U-shaped flue bracket interlock, filling the gap at the connection, improving the system's sealing performance, reducing cold air mixing, and thus improving the scrap steel preheating effect.

The technical problem to be solved by the utility model is to provide a device for reducing buffering force during liquid pouring in a biomacromolecule process, kinetic energy of the liquid poured by the device is dissipated step by step, smooth transition of liquid flow is realized, local shear effect is greatly reduced, and gas-liquid mixing is effectively reduced. The device comprises a flow guide pipe, the flow guide pipe comprises a first branch pipe and a second branch pipe, the second branch pipe is trumpet-shaped, a first spiral flow guide plate is arranged in the first branch pipe, a second spiral flow guide plate is arranged in the second branch pipe, and a first spiral flow guide groove is formed in the surface of the first spiral flow guide plate; a second spiral flow guide groove is formed in the surface of the second spiral flow guide plate, a dispersing device used for dispersing liquid is arranged at the lower end of the second branch pipe, the vertically-poured liquid flow can be converted into spiral motion through the first spiral flow guide groove and the second spiral flow guide groove, the flow speed is reduced, and gas-liquid mixing is reduced; the flow velocity is further reduced through section expansion, and concentrated impact is avoided through a dispersion device.