151results about How to "Production Process Automation" patented technology

The present invention relates to a system and method for automatic measurements and calibration of computerized magnifying instruments. More particularly, the method includes an automatic calibration aspect, which includes obtaining an optimized digital image of a reference object including at least one standardized landmark feature, and establishing calibration parameters based on one or more measured attributes of the landmark feature. The method further desribes a calibration aspect, which includes providing calibration parameters, obtaining a digital image including at least one known attribute, measuring the at least one known attribute and comparing the measured value with the known value. The method further includes an aspect of automatic measurement of an attribute of one or more object, which includes retrieving calibration parameters, acquiring a digital image and measuring the attribute. The system includes an object support, a reference object including one or more standardized landmark features, and an automatically readable identification means.

Electrical heating element 1, preferably for the ignition of biomass heating systems such as pellet stoves, with an elongated coil carrier 2 that is made of a thermally resistant, electrically insulating material and is designed to accept a heating wire coil, where the heating wire coil is held spiral-like on the outside the coil carrier 2 and is enclosed by a sleeve tube 4 also made of a thermally resistant material. The coil carrier 2 and the sleeve tube 4 delimit an air channel 5 through which the heating wire coil passes. According to the invention, the coil carrier 2 comprises at least two adjacent coil carrier shell parts 6, 6′ that extend symmetrically to the center axis 8 of the heating element 1 in the longitudinal direction of the coil carrier 2.

The preparation method for high-H-value oligopeptide from zein comprises, using corn powder as material, hypercritical CO2 liquid extracting to remove fat and smelly materials in said powder and extract zein; adding some water to the zein; taking extruding and modifying treatment at given temperature and pressure to increase its solubility; using two proleases for two-step enzymolysis to zein at given substrate concentration, enzyme concentration, pH value, and time condition; then, separating, purifying, drying, smashing and obtaining the product with F value more than 20.

The invention relates to battery cell holding rack mounting equipment which comprises a feeding device, a gluing device, a rotating disc conveying device, a holding rack feeding device and a dischargedevice, wherein the feeding device, the gluing device, the rotating disc conveying device, the holding rack feeding device and the discharge device are mounted on a rack base according to a processing sequence to form a complete processing stream line. Due to adoption of an automatic line structure for loading and unloading materials, and a rotating disc multi-station conveying mechanism, the space can be relatively well utilized; the gluing mechanism, a detection mechanism, a holding rack pressing mechanism and the like are correspondingly arranged on the rotating disc multi-station conveying mechanism, then multi-station production is achieved, and relatively good automation of production is achieved; meanwhile, gluing and detection of electrode lug welding parts and mounting of a holding rack are achieved, full-automatic continuous product is achieved, the labor cost is reduced, high operation precision is achieved, different stations are compactly arranged and associated, the overall production efficiency and the equipment stability are improved, and automatic continuous line production is achieved.

The invention relates to a manufacturing technology of an electrical-conductive exothermic material, in particular to high-electrical-conductivity graphene carbon-fiber electrical-conductive paper and a preparation method thereof. The electrical-conductive paper comprises chopped carbon fibers, polyester super-short fibers, graphene powder and wood pulp fibers, and the high-electrical-conductivity graphene carbon-fiber electrical-conductive paper is obtained by conducting permeabilization treatment, defibering and dispersing, pulping treatment, mixing and papermaking on all the materials. According to the high-electrical-conductivity graphene carbon-fiber electrical-conductive paper and the preparation method thereof, the fibers are uniformly distributed, the thickness is uniform, the strength is high, water resistance is achieved, the air permeability is good, high electrical conductivity is achieved, the transition heat efficiency is high, the heat efficiency of the product is improved, the service life of the product is prolonged, and the electrical-conductive paper is a novel leap-upgrading and transformational breakthrough in the electrical exothermic material technology.

The invention discloses a method for producing ferrochrome and relates to chain grate-rotary kiln combined metalized pellet hot-filled methods for producing ferrochrome. The method is characterized in that a production process sequentially comprises the steps of proportioning materials, drying, carrying out ball milling, carrying out water-sprayed mulling, carrying out material waking, pelletizing, carrying out drying and preheating, carrying out rotary kiln pellet prereduction, carrying out hot filling and carrying out submerged-arc furnace smelting. According to the method disclosed by the invention, through material proportioning, ball milling and pelletizing, exhaust gas of a rotary kiln is used for drying and preheating in a chain grate, coal gas of a closed submerged-arc furnace and natural gas are used for heating, carbon in coke powder is used for reducing oxides of chromium and iron in chromite ore powder pellets, the comprehensive reduction rate of metal is controlled to reach 55-70%, the pellets are enabled to be metalized, and then, hot filling is used for carrying out transporting so as to supply high-carbon ferrochrome to submerged-arc furnace smelting. The method disclosed by the invention has the advantages that furnace conditions are effectively improved, the production process is stable in process, the reduction efficiency is high, the power consumption is low, the production cycle of the submerged-arc furnace is shortened, the consumption of the raw materials is low, the metal recovery rate is high, and the discharge of pollutants, such as dust and SO2, is low.

An assembly machine for venting cap of disposable cell culture flask includes a rack, and an automatic controller and a rotating table arranged on the rack. An automatic loading mechanism, an automatic filter disc-sucking mechanism, an automatic heat-sealing mechanism, and an automatic unloading mechanism are all arranged above the rotating table. The automatic controller is electrically connected with the rotating table, the automatic loading mechanism, the automatic filter disc-sucking mechanism, the automatic heat-sealing mechanism, and the automatic unloading mechanism. By way of the automatic loading mechanism, the automatic filter disc-sucking mechanism, the automatic heat-sealing mechanism, and the automatic unloading mechanism as well as the automatic controller adapted thereto, the assembly machine can realize the automatic loading of the venting cap of disposable cell culture flask, the automatic placing of the filter disc, and the automatic heat-sealing of the venting cap of disposable cell culture flask and the filter disc, so that the automatic production of the venting cap of disposable cell culture flask can be realized.

The invention relates to the field of food production and in particular relates to a tomato crushing and beating machine. The tomato crushing and beating machine comprises a washing device, a crushingdevice, a conveyor belt and an air drying device, wherein the conveyor belt is located between the washing device and the crushing device and an input end of the conveyor belt is connected with the washing device; an output end of the conveyor belt is connected with the crushing device; the air drying device is erected on the conveyor belt and is used for carrying out air drying on tomatoes conveyed on the conveyor belt; the air drying device is provided with a drying assembly for independently drying the conveyor belt; in a working process, the tomatoes are put into the washing device and are washed; the washed tomatoes are conveyed into an acting region of the air drying device through the conveyor belt; after the air drying device is used for carrying out air drying on the tomatoes conveyed on the conveyor belt, the air-dried tomatoes are conveyed into the crushing device through the conveyor belt and the tomatoes are crushed and beaten through the crushing device. By adopting thetomato crushing and beating machine, automatic production of tomato sauce is realized, and the tomatoes are cut and pressurized through a cutter and a roller respectively so that the tomatoes are crushed into paste.

The invention relates to a manufacture method of a wireless radio frequency identification mark, which mainly comprises the following steps: 1. selecting base materials with the whole surface continuous conductive performance; 2. drilling holes on the base materials, covering crystals on the base materials, and electrically connecting and installing identification wafers on the base materials; and 3. processing and forming groove antennas on the base materials. Thereby, the manufacture cost of the wireless radio frequency identification mark is greatly reduced, and the invention has the advantages of electricity saving, energy saving, no pollution, retrievability, obvious and high grain of the antennas, strong reflectivity and high conductivity. In addition, the shielding effect of the whole surface conductive performance of the base materials is good, and the electric performance influence on the radio frequency identification mark by objects and environment can be obviously reduced, so the invention is more applicable to the radio frequency identification mark of the objects such as metal objects, water-containing conductors and the like.

The invention relates to ginseng high-quality dietary fiber and a production method thereof. The invention belongs to health food processing technology. According to the invention, after ginsenoside and ginseng polysaccharide are extracted by using an organic solvent technology, obtained ginseng residue is further subject to a supercritical extraction-elution one-step method, such that precipitation and impurity removing are carried out; the ginseng residue is subject to a wet high-temperature high-pressure shearing functionalizing treatment, such that the high-quality ginseng dietary fiber is prepared. Macro-molecular insoluble components such as lignin and cellulose are degraded, such that high-quality dietary fiber with good swelling property, good water binding capacity and good lipoid absorbability is produced. According to the invention, residue obtained after ginsenoside and ginseng polysaccharide solvent extraction processes is processed into an eatable substance. Physical property and processing performance of ginseng fiber are improved; and biological activity of ginseng fiber is enhanced. The reaction conditions are mild. During a preparation process, denaturation and pollution do not occur to the raw material, such that utilization efficiency of ginseng resource is improved.

The invention discloses a thin back light module, comprising at least a light guiding plate, at least a light source and a display panel; the surface of the light guiding plate is provided with a concavo-convex light guiding diffusion structure; furthermore, the concavo-convex light guiding diffusion structure is covered by a reflection metal layer; the exposed surface of the reflection metal layer is covered by an anti-oxidant film; therefore, the concavo-convex light guiding diffusion structure of the light guiding plate is matched with the reflection metal layer so as to guide the light source to diffuse and refract towards the display panel; furthermore, the thickness of the existing back light module design is effectively reduced.

The invention discloses polyester fiber conductive paper and a preparation method thereof. The polyester fiber conductive paper disclosed by the invention comprises short carbon fiber, polyester ultra-short fiber, low-melting-point ultra-short fiber and wool pulp fiber. The preparation method comprises the following steps: firstly manufacturing conductive paper; and then carrying out hot press processing treatment. The polyester fiber conductive paper disclosed by the invention not only maintains the advantages of wood pulp conductive paper in a paper technology, that is, uniform thickness, uniform distribution of carbon fiber and uniform heating temperature, but also remedies the defects that the wood pulp conductive paper is low in strength, low in water resistance and airtight and cannot be recovered as the damp powder is attenuated, so that the automatic production process of electric heating products is satisfied, the condition that the conductive layer is easy to break and layer in the processes of producing and using the products is overcome, the failure rate and power attenuation of a conductive paper material in the using process are eliminated, and the quality of the electric heating products is greatly improved and the service life of the electric heating products is prolonged. The polyester fiber conductive paper is a leap and upgrade and transformative innovation breakthrough in the technology of the electric heating material.

The invention discloses a kaolin colloid preparation method which including following steps: (1)Kaolin is transferred to preparation locale by container, than is inputted into the kaolin store jar; (2)Machine crash the kaolin in the store jar until the average diameter less than 150mum; (3) The kaolin powder after crashing is transferred to the next step by screw transport; (4) Blend the necessary liquid material for kaolin colloid and the kaolin powder, and prepare the kaolin colloid. This method can reach the continuum and automation of the preparation procession, and decrease the material consume and labor cost.

The present invention is applicable to the technical field of drying equipment, and provides a fully automatic continuous vacuum drying system, including a frame, a group of drying chambers arranged on the frame, electrical equipment, and an electric control system for controlling the electrical equipment , the drying chamber group includes: a feed transition chamber, a vacuum drying chamber group, and a discharge transition chamber; the connection ends of the feed transition chamber, the discharge transition chamber and the external atmosphere are respectively provided with a feed sealing door, a discharge Sealed door; the feed transition bin, vacuum drying bin group, and discharge transition bin are all equipped with pipelines connected to the external vacuum pump and air pump, and at the same time, each bin is equipped with a material transfer mechanism to continuously transfer materials. The invention solves the problems of low vacuum degree, large energy loss, many human resources and high production cost in the drying process of existing batteries, capacitors and other products. At the same time, the drying production process of the product is intermittent rather than continuous production, and the efficiency of the drying production process is high. low problem.

The invention discloses an automatic leaching, synthesizing and sub-packaging method of a technetium [99mTc] labeled drug. The method comprises the following steps: providing an automatic synthesis module; connecting an inlet of a molybdenum-technetium generator to a leacheate bottle, and connecting an outlet of the molybdenum-technetium generator to a sixth valve; connecting an injector to an eighth valve through a pipeline; connecting a reaction bottle to a third valve and a seventh valve through pipelines, connecting a diluent bottle to a tenth valve through a pipeline, and connecting a packaging container to a fourth valve through a product tube; through cooperation of an injector, a molybdenum technetium generator, a leacheate bottle, a reaction bottle, a diluent, a packaging container and an automatic synthesis module, automatic leaching, synthesis and split charging of technetium [99mTc] labeled drugs are achieved. According to the method, repeatable and stable automatic production of technetium [99mTc] labeled drugs can be met, the GMP production specification is met, and radiation suffered by workers can be reduced to the maximum extent.

The invention relates to an automatic lifting and separating device for floor panels. The automatic lifting and separating device for floor panels adopts the technical scheme that first lifting devices (2) are symmetrically mounted on the left and the right sides of the lower part of a base frame (1); the upper ends of two position control devices (3) are movably connected with first lifting driving shafts (28) of the corresponding two first lifting devices (2), and the lower ends of the two position control devices (3) are movably connected with first lifting driven shafts (27) of the corresponding two first lifting devices (2); second lifting devices (4) are symmetrically mounted on the left and the right sides of the upper part of the base frame (1); a pull-off device (5) is mounted on the front side of the upper part of the base frame (1); the center distance a between first lifting driving chain wheels (23) of the first lifting devices (2) and second lifting driven chain wheels (36) of the second lifting devices (4) in a profile projection is equal to (0.7 to 0.8) (Lx-L0), wherein Lx is the distance between the inner sides of two horizontally adjacent uprights (8), and L0 is the length of a floor panel. The automatic lifting and separating device for floor panels has the characteristics of simple structure, low cost, high efficiency and high work reliability, and can meet the requirement of modern automatic production.

The invention relates to the technical field of packaging devices, in particular to a rotary suction assembly. The rotary suction assembly comprises sucking disc plates, a rotating shaft, swinging arms and a driving shaft, wherein sucking discs are fixedly mounted on one sides of the sucking disc plates; fixed brackets are arranged on the other sides of the sucking disc plates; the fixed brackets are fixedly mounted on the rotating shaft in a sleeving manner; one ends of the swinging arms are mounted on the rotating shaft in a sleeving manner; the other ends of the swinging arms are mounted on the driving shaft in a sleeving manner; swinging mechanisms which can enable one ends of the swinging arms to perform circumferential swinging around the axis of the driving shaft are mounted at the other ends of the swinging arms; a synchronous belt transmission mechanism which can drive the rotating shaft to rotate is connected on the rotating shaft; and the swinging mechanisms and the synchronous belt transmission mechanism synchronously move. According to the rotary suction assembly, the rotating shaft can rotate on the own axis while the swinging arms swing, so that a vertically placed paperboard is taken to a low place from a high place; and the paperboard is overturned to be horizontally placed, the automatic production is achieved, and the production efficiency is improved.