54results about How to "Improve input-output ratio" patented technology

The invention relates to a method of manufacturing reconstituted tobacco through a high-quality functional paper-making process. The method of manufacturing the reconstituted tobacco through the high-quality functional paper-making process is characterized by comprising the following steps: a. waste tobacco materials are extracted after being fully infiltrated in hot water, the mixture of each waste tobacco material and water enters a slurry-squeezing machine to be squeezed into slurry, and solid and liquid are separated; b. crude extract liquid enters a concentrating system and is concentrated after passing through a straight-line vibration screen and a horizontal screw decanter centrifuge, and solid-liquid separation is conducted on the crude extract liquid; c. after the slurry is squeezed through the slurry-squeezing machine, the mixture of waste tobacco materials and water enters a crude extract tobacco slurry pool, and biological enzyme processing is conducted on the tobacco slurry after compound proteases and lignin enzymes are added to the crude extract slurry pool or follow-up slurry pools. According to the method of manufacturing the reconstituted tobacco through the high-quality functional paper-making process, the content of injurious components in raw tobacco materials such as proteins, amino acids, pectins, lignin and cellulose in the reconstituted tobacco can be selectively reduced so as to reduce the number of injurious components released when the reconstituted tobacco is combusted, a large amount of zymoprotein is not left in a finished reconstituted tobacco product, and meanwhile tobacco macromolecule substances are degraded through enzymes or are separated through flocculating agents.

The invention discloses an electronic deviation rectifying device used in glass fiber wallhanging cut trimming, consisting of a control system and an execution system. The control system comprises at least two colour mark sensors, a programmable controller, a transducer, and a revolving coder, and the execution system is composed of an execution motor frame, a slide bar frame, a sensor frame, a cutter saddle, an execution motor, a screw mandrel and a cutter. After any of the colour mark sensors detects color streak which serves as a colour mark inlayed along the edge on the upper surface at one side of the edge to be cut of the wallhanging, the colour mark sensor sends the location information to the programmable controller to control the movement of the cutter so as to rectify deviation. The signals of the colour mark sensors can be used in high speed deviation rectification and low speed deviation rectification. The revolving coder feeds back the detected speed of the threads of the wallhanging to the programmable controller to control the movement speed of the cutter so as to ensure constant ratio of deviation rectification to the speed of the threads of the wallhanging. The electronic deviation rectifying device realizes automated control to deviation rectification and is high in rectification precision, stable in performance, simple in operation and installation and low in making cost.

The invention provides an intelligent electric meter state evaluation method based on neural network health degree evaluation, which is a method for establishing and applying a model based on a neuralnetwork, and comprises the steps of A1 a model initial data acquisition method of acquiring network-accessed intelligent electric meter operation related data as initial input data of a neural network model through a power grid marketing business system; A2 screening model input data; A3 model parameter optimization of determining each parameter of the neural network model, and performing parameter training on the neural network model to establish an evaluation model based on the neural network, wherein the evaluation model comprises an electric meter index evaluation model and an electric meter state comprehensive evaluation model; A4 in the application of the state evaluation structure, according to the evaluation result of the evaluation model and the operation cycle of the electric meter participating in evaluation, analyzing the internal relation between the evaluation model and the operation cycle, and predicting the operation sampling inspection time and replacing selection parameters of the electric meter. According to the invention, the electric meter big data accumulated in power grid operation can be utilized to evaluate the on-grid electric meter.

The invention discloses a corrugated board production line full automatic deviation rectifying control device and its method. It includes no less than two sets device which is installed the detection mechanism respectively detected the horizontal position and the offset of the paper material, programmable controller, deviation rectifying electric machine on the base paper rack. The detection mechanism is set between the base paper rack and the forming machine, and it is under the control of the programmable controller, and detects horizontal position and the offset of the paper sheet material. The detected data is transmitted to the programmable controller to do comparison and operation. After this, the programmable controller is transmitted the control deviation rectifying command to the deviation rectifying electric machine to moving the horizontal position of the paper material, make the paper material aligned vertically. The improvement of the control precision is greatly reduced the trimming allowance, increased the input-output rate of the paper material.

The invention relates to the technical field of thickened oil emulsification viscosity reduction and demulsification dehydration mining and discloses a thickened oil emulsification viscosity reduction-demulsification compound and a preparation method thereof. The thickened oil emulsification viscosity reduction-demulsification compound is prepared from 86.5-69 parts of water, 5-15 parts of an emulsifier, 5-10 parts of an emulsion stabilizing agent, 0.5-1 part of a de-emulsifier and 3-5 parts of an inorganic base. The thickened oil emulsification viscosity reduction-demulsification compound has the advantages that a thickened oil emulsification viscosity reduction ratio is in a range of 95-100%; a film is formed on the surface of a metal pipe wall so that the friction between thickened oil flowing in a shaft and a gathering and transportation pipe and the pipe wall is reduced; a static settling demulsification rate is in a range of 90-99% at a temperature of 80-90 DEG C; and processes are simple so that integration of reduction of viscosity of thickened oil in the shaft and demulsification dehydration before refining is realized. The thickened oil emulsification viscosity reduction-demulsification compound is mainly suitable for viscosity reduction of thickened oil having water content greater than or equal to 30% and viscosity less than 50000mPa.s at a temperature of room temperature to 100 DEG C in a shaft, and gathering and transportation of the thickened oil in a pipe.

The invention relates to an LED production process optimization method based on a big data technology, comprising the following steps: S1, establishing a dispensing data model, wherein, the dispensingdata model is used for representing the corresponding relationship between the original material parameters and the original dispensing amount; S2, obtaining the current dispensing amount through thedispensing data model; S3, obtaining the LED product by the current dispensing amount. The influence of fluorescent powder settling on LED products can be effectively reduced by the dispensing data model, and the luminous characteristics of the LED products can be kept consistent. The method can effectively improve the concentration degree of LED color coordinates and the falling Bin rate of themain color area in the mass production stage, improve the input-output ratio and productivity, increase the delivery rate and reduce the production cost. Through real-time monitoring the glue contentconcentration in the dispensing process, if the glue content concentration exceeds the threshold range or the on-line time exceeds the threshold range, timely detection and alarm increase the yield ofproducts and reduce abnormal losses.

The invention relates to a manufacturing method of a metal tube. The method comprises the following steps of manufacturing a tube blank, stretching the tube blank, finely stretching the tube blank, and cutting the tube blank to form a tube stock. The tube blank is manufactured in a way of welding a tube and is machined into a form of a seamless beam tube, the machined tube blank is brightly annealed in a closed space, and the annealed tube blank is slowly cooled in the closed space to reach the temperature of at least 500 DEG C below and then is naturally cooled, so that brilliance appears on the surface of the tube blank, and carbon removal can be avoided; through the coarse stretching, the tube blank can meet the same quality requirement of a stretched straight tube; the machining situation does not need to be frequently monitored after the tube blank is fed, and equipment can automatically stop running and give a prompt after manufacturing is finished; a fine stretching device is simple and convenient, the energy consumption is greatly reduced, and the working efficiency is also improved; in addition, a cutting device for cutting the metal tube is driven by a motor and an air cylinder, and multiple groups of metal tubes can be machined in one step, so that the efficiency is high, the cost is low, and convenience in maintenance can be achieved.

The method for purifying and recovering aromatic hydrocarbon in the tail gas of oxydol production equipment adopts the pretreated active carbon catalyst as adsorption agent to remove aromatic hydrocarbon and recover and reuse it. Its adsorption condition is as follows: tail gas pressure is 0.2-2 MPa, temp. is 0-40 deg.C, space velocity is 100-2000 h(-1), and the inlet aromatic hydrocarbon content is less han or equal to 1000 ppm generally; then it uses the superheated stream or N2 to heat at 120 deg.C-400 deg.C to make desorption, and make cooling treatment so as to recover aromatic hydrocarbon.

The present invention provides a dynamic management method for soil nutrients in a rubber plantation, comprising the following steps: dynamic managing target for the soil in the rubber plantation is determined according to the soil fertility level; the short-term target yield in the rubber plantation is determined in accordance with the current natural rubber price fluctuation and combined with the soil yield level; soil managing measures of soil in the rubber plantation under the dynamic management target for the soil of the rubber plantation is determined according to the dynamic management target for the soil of the rubber plantation and the short-term target yield in the rubber plantation; the soil management measures comprise: the application amount of organic fertilizers, the application amount of inorganic fertilizers and a dynamic fertilizer application method. Through the dynamic management method for the soil nutrients in the rubber plantation, on the one hand, rubber planters/rubber planting enterprises can use the minimum investment to obtain the maximum economic benefit so as to improve the input-output ratio; on the other hand, through the method, the goal of utilizing and nourishing rubber trees and utilizing and nourishing the land can be achieved; therefore, the stability of china's natural rubber total output and the sustainable development of natural rubber industry can be ensured.

The invention belongs to the technical field of glass manufacturing, and particularly discloses a manufacturing method of optical glass capable of improving the input-output rate of products. According to the manufacturing method of the optical glass, a glass raw material is effectively smelted by reasonably controlling the heating temperature; a melting tank is used for melting the glass raw material; the bottom surface of a melting cavity is an inclined surface; the lower edge of a melting discharge port is not higher than the inclined lower end of the bottom surface of the melting cavity; therefore, almost all high-temperature molten glass in the melting cavity can flow out of the melting discharge port to enter the next procedure in the later period of product production, and finally aqualified product is formed, so that the input-output rate of the product reaches 95% or above, the input-output rate of the product is greatly increased, and the manufacturing cost of the optical glass is reduced; besides, compared with an existing manufacturing method of the optical glass, the step of removing scrapped products is omitted, and meanwhile the step of manually beating and burningcondensed glass at the discharge hole through a burning gun is omitted.

The invention discloses an intelligent mortar stirrer. The intelligent mortar stirrer comprises a base, a mortar stirring groove and a stirrer motor and further comprises a material storage partition groove and a feeding port which are formed in the base; the feeding port conveys raw materials to the material storage partition groove through a motor and a conveying device; the material storage partition groove comprises at least one material trough and a water trough which are connected with the mortar stirrer; a water outlet of the water trough and a material outlet of the material trough are each provided with an electromagnetic switch; a support of the material storage partition groove is provided with a pressure sensor and an intelligent module which comprises a single-chip microcomputer controller; the signal input end of the single-chip microcomputer controller is connected with the pressure sensor; and the signal output end of the single-chip microcomputer controller is connected with the stirrer motor and connected with the electromagnetic switches arranged on the material outlet of the material trough and the water outlet of the water trough. The intelligent mortar stirrer can automatically perform material throwing and stirring according to the set mortar matching ratio and the consistence, and the mortar reliability is improved.

The invention relates to an automatic coil wall-thickness reduction drawing device and drawing method of a small-diameter capillary tube. The drawing device comprises a feeding tray, an electric motor and a gear box controlled by the electric motor, wherein the power take-off shaft of the gear box is fixed connected with a drawing mechanism; the drawing device also comprises a mould box, wherein moulds are arranged in the mould box, a raw material tube inlet and a finished tube outlet are separately processed on the opposite side walls of the mould box, a start-stop sensor is arranged at the finished tube outlet, and the start-stop sensor is connected with a control system. The drawing method of the invention adopts oil bath type lubrication, the auxiliary materials can be recycled, the small-diameter capillary tube meeting the drawing quality requirements of the straight pipe can be drawn, the quality controllability is high, the machining condition is not needed to monitor frequently, the work efficiency is greatly increased, the input-output ratio are improved, and the consumption of auxiliary materials is reduced.

The invention discloses an advanced environment controller and a control method thereof. The environment controller comprises a housing, and a controller and a memory electrically connected with the controller are installed in the housing. The surface of the housing is provided with a display screen, a high-brightness red digital tube, an Led indicator, a control key, an RS485 interface, an RS232interface, a USART interface, a network interface, a power interface and a 0-10V analog output port, which are electrically connected with the controller. The exterior of the housing is provided withrelays, a temperature sensor and a humidity sensor, which are all electrically connected with the controller, wherein the number of relays is greater than 11, and each of the relays is electrically connected with a fan and a small window switch driver. The advanced environment controller and the control method thereof disclosed by the invention rely on the Internet of Things technology to controlthe temperature of the livestock and poultry culture within a set range according to the signals monitored by the temperature and humidity sensors through ventilation, heat dissipation, humidification, heating, water curtains and small windows, so as to meet the requirements for livestock growth.

The invention discloses an environment-friendly and energy-saving protective agent for coating the surface of a positive unformed plate. The environment-friendly and energy-saving protective agent comprises nano fumed silica, a 60% polytetrafluoroethylene emulsion, carboxymethylcellulose, carboxyl cellulose, a polyester fiber, a sulfuric acid and distilled water. The invention further discloses a coating production method employing the protective agent in a roller-dipping rolling manner. The advantages of acid leaching rolling are reserved; the adverse consequences generated by an acid leaching hydraulic mode are avoided; and the protective agent has important significance in the economic benefit aspect of reducing the production cost and the social benefit aspect of reducing the lead slag and waste acid effluents.

The invention designs a precise tube drawing machine. The precise tube drawing machine comprises a cam trolley, wherein wheels of the trolley are arranged on guide rails at the two sides of a transmission chain; a cam groove is formed in the center of the trolley; the cam groove is internally provided with a cam; the front side of the cam is connected with a pull rod; the head of the pull rod is bent downwards to form a downward hook; the back side of the cam is provided with clamping blocks for clamping a material to be processed; when the cam moves frontwards, the clamping blocks are at a clamped state; when the cam moves backwards, the clamping blocks are at a loosened state; the trolley coordinates the pull rod and the clamping blocks by using the cam; in an operation process, the hook at the front end of the trolley slightly hooks the transmission chain; the transmission chain drives the trolley to move frontwards; the cam moves frontwards and the clamping blocks are used for clamping a tubular product; after the tubular product completely passes though a positioning device, the tubular product is not subjected to a backward pull force; the cam moves frontwards and the hook is raised upwards; then the cam moves backwards and the tubular product is released by the clamping blocks; only does a motor button on the positioning device need to be pressed and the trolley can be pulled back to a normal position to carry out next time of tube drawing; the precise tube drawing machine is simple and convenient.

The invention discloses a film slitting machine with finished film take-up shafts and edge film take-up shafts separate from each other. The film slitting machine comprises a take-up contact roller, a plurality of finished film rolls, two edge film rolls, two finished film take-up shafts, and two edge film take-up shafts. The finished film take-up shafts are disposed on two sides of the take-up contact roller and axially parallel to the take-up contact roller. The finished film rolls alternately disposed on the two finished film take-up shafts at intervals. The edge film take-up shafts are disposed around the take-up contact roller and axially parallel to the take-up contact roller. The two edge film rolls are disposed on the edge film take-up shafts and arranged at two ends of the take-up contact roller respectively. The film slitting machine has the function that take-up defects of the edge film roll are prevented from causing quality problem in the finished film rolls.

The invention relates to an impact resistant and vibration resistant lithium/thionyl chloride battery. The battery comprises a housing. The following components are orderly arranged in the housing, from bottom to top: a bottom insulating sheet, a battery core, an upper insulating sheet, a top insulating sheet, and a metal-glass top cap. Electrolyte is filled in the battery core. The battery core is in a structure of rolled layers. The battery core comprises orderly arranged components of: a separating membrane, a cathode sheet, another separating membrane, and an anode sheet. The metal-glass top cap is provided with a central column in the center. A cathode lead is connected with the central column. An arc transition is arranged on the edge of the lower surface of the metal-glass top cap. Anode leads are clamped and welded between the metal-glass top cap and the housing. There are at least two anode leads. The anode leads are annularly and uniformly distributed along the inner wall of the battery housing. The battery is suitable to be applied in oil exploitation and geological exploration engineering. The battery resists environmental probations of high temperatures, and impacts and vibrations of drilling bits and drill pipes. With the battery, the battery core is prevented from loosening.

The invention relates to a powdered ink separating and recycling device for detecting. A metal hood is arranged on a frame; a negative-pressure extract opening is formed above the metal hood; an oblong-shaped baffle plate provided with a plurality of through holes is fixed in the metal hood; a cavity formed between the baffle plate and a back hood panel serves as a dust absorbing channel; the platform surface of the frame serves as a detection operation platform surface; the upper ports of a plurality of powdered ink recycling hoppers are formed on the detection operation platform surface; a powdered ink recycling tank is arranged in the frame; a connecting sleeve is used for connecting the lower ends of the powdered ink recycling hoppers with the powdered ink recycling tank; and a grounding contact is formed on one side of the metal hood. The invention has the advantages that: due to the adoption of the device, about 80 percent of powdered ink left after detection is successfully recycled, the detection cost is reduced, the input-output rate is increased, and carbon emission is reduced; meanwhile, flying dust produced by powdered ink for detection can be absorbed, so that the dust is prevented from harming a human body.

The invention relates to a production method for cold bending products. The production is automatically controlled by a programmable logic controller (PLC) in the production method. The method comprises the steps of uncoiling, guiding, cold bending, steel seal printing and cutting-off. The cold bending work of materials is completed fully automatically, and the problems that the deviation of the cold bending angle dimension of the materials is too large due to too much manual participation, the yield is low and the input-output ratio is much lower are effectively solved.