40 results about "Assembly line" patented technology

The invention discloses an Internet of Things system for supply chain management. The system comprises a cargo receiving checking device, a logistics management server, an industrial personnel computer, a computer scale and a delivering checking device. The cargo receiving checking device is used for scanning a first electronic tag of a warehouse cargo, obtaining first cargo information of the warehouse cargo and uploading the first cargo information. The logistics management server is used for receiving the first cargo information, storing the first cargo information to a logistics database and generating sorting tasks and delivering cargo information according to cargo order information and the first cargo information. The industrial personnel computer is used for controlling an automatic assembly line to complete the sorting tasks. The computer scale is used for weighing a sub-cargo obtained through sorting of the industrial personnel computer and generating a second electronic tag comprising second cargo information of the sub-cargo. The delivering checking device is used for scanning the second electronic tag to obtain the second cargo information and conducts checking on the second cargo information according to the delivering cargo information. By means of the technical scheme, the technical problems that the cargo receiving and delivering information in the prior art is poor in accuracy and low in type-in efficiency are solved, and the accuracy and the type-in efficiency of the cargo receiving and delivering information are improved.

The invention provides a gene data analysis method and a heterogeneous scheduling platform. Assembly line management is performed on tasks to be executed through interaction among a controller, a GPU,an FPGA and a CPU by means of load balancing. The method specifically comprises the following steps: reading and processing a to-be-analyzed gene sequencing file, and storing obtained gene data intoa memory; and reading the gene sequence in the memory and allocating the gene sequence to the processor which is currently in an idle state and/or is not overloaded by combining the load and the running state of the processor by the controller, executing multi-task computational analysis, correcting and converting a computational result, generating an analysis report according to statistics standard output information, and completing data analysis. Load balance is monitored in real time in the analysis process, and if the load for processing the current task is in shortage, computing resourceacceleration processing is improved; correspondingly preposed task computing resources are reduced to reduce input; and the efficiency of analyzing and interpreting the multi-task gene data in unit time is greatly improved.

The invention provides a full-automatic end face cutting assembly line of a high-speed rail axle and belongs to the technical field of saw cutting mechanical equipment. The problems that in the prior art, feeding is conducted in a clamping mode, then longitudinal material feeding is conducted in a roller and chain conveying mode, and the method is not applicable to charging and conveying of large-size square materials and inconvenient to implement are solved. The full-automatic end face cutting assembly line sequentially comprises a feeding mechanism, a charging mechanism, a machine tool and a discharging mechanism. The feeding mechanism comprises a movable mechanism, a guide rail and a material storage frame. The movable mechanism moves back and forth along the guide rail and can carry the materials and move to the position in butt joint with a charging port of the machine tool. The charging mechanism pushes the materials which move to the charging port into the charging port of the machine tool, and the pushing-in direction of the materials is perpendicular to the moving direction of the movable mechanism. The full-automatic end face cutting assembly line has the advantages that functions including transverse charging, longitudinal conveying, positioned pushing and classified storage can be achieved, and conveying of the materials is more convenient.

The invention discloses an automatic lamination, detection and boxing production line of a stator and a rotor, and belongs to the technical field of mechanical equipment manufacturing. The productionline comprises a stator production line, a rotor production line, a control unit, a stator defective product conveying line and a rotor defective product conveying line, wherein the control unit correspondingly controls the stator production line, the rotor production line, the stator defective product conveying line and the rotor defective product conveying line to work. According to the production line, a mechanical arm and an automatic assembly line operation are adopted in the whole process, and the unqualified products in each working procedure can be automatically removed, so that the intelligent production is realized, and the number of operators is greatly reduced, the labor intensity of the operators is reduced, the production efficiency is improved, the product percent of pass isimproved, and the production cost is reduced; and meanwhile, the stator and the rotor which are subjected to pressure riveting treatment can be better adapted to long-distance transportation.

The invention provides a general text information extraction method. According to the method, a finite number of regular expressions are written to extract an original corpus; a finite proportion of corpus is divided from the extracted corpus to serve as a training corpus; an extraction model is constructed for the training corpus through an automatic mode induction method; and extraction is performed through the extraction model. The invention furthermore provides a general text information extraction system which is suitable for service scenes with different requirement levels and beneficialfor cultivating engineers meeting the corresponding requirements and forming "assembly line" operation of text key information extraction.

The invention discloses a cloth dyeing pretreatment assembly line and a treatment method thereof. The cloth dyeing pretreatment assembly line comprises a cloth guide device, a padder device, a dryingdevice, an electric-shock de-sizing device and a rolling device. The electric-shock de-sizing device comprises a machine case, multiple guide wheels, two electric-shock assemblies and an IGBT power converter. The electric-shock assemblies are arranged at an interval. The treatment method of the cloth dyeing pretreatment assembly line comprises the following steps: guiding cloth by the cloth guidedevice; stabilizing cloth feeding through tension adjustment of the cloth guide device; rinsing cloth by the padder device to perform uniform rolling; drying rolled cloth by the drying device; performing electric-shock de-sizing operation on dried cloth by the electric-shock de-sizing device; and rolling de-sized cloth by the rolling device. With the cloth dyeing pretreatment assembly line and thetreatment method thereof, colour fastness of fabric can be effectively improved. Additionally, pollution emissions can be well reduced.

The invention relates to a switching noise suppression circuit integrated on an A/D (analog/digital) converter chip. The switching noise suppression circuit contains a positive reference path resistance capacitance (RC) network and a negative reference path RC network. The two RC networks are used to restrain the simultaneous switching noise (SSN) noises of the positive reference VREF+ and negative reference VREF- of an assembly line, thus the spurious free dynamic range (SFDR) of the A/D converter of a high speed high precision assembly line can be increased from 30-40dB to 80-90dB and the dynamic performance of the A/D converter of the assembly line can be greatly increased. The circuit of the invention can be widely used in the A/D converter of the high speed high precision assembly line.

The invention discloses a paper box packaging assembly line. The paper box packaging assembly line structurally comprises a packaging assembly line body, an electric controller, a feeding and conveying device, a baffle, a discharging and conveying device and a cover supporting rod. The packaging assembly line body is composed of a machine body, a pushing device, a paper box forming mechanism, an extruding mechanism, a drive device and telescopic hanging rods. The packaging assembly line body carries out extrusion shaping on flat paper boxes through the extruding mechanism, glue is speared to the folded positions of the paper boxes by a forming die through glue injecting mechanisms via top bead valves in a rolling manner, waste of the glue is reduced, it is guaranteed that no breakpoints are generated by smearing at the folded positions of the paper boxes, the redundant glue on the two faces of the folded positions of the paper boxes is scraped and recycled by the forming die through aglue scraping mechanism, and therefore waste of the glue and reduction of the forming quality of the paper boxes are avoided.

The invention discloses a follow fixture library device and an automatic fixture switching system and method. The follow fixture library device comprises a base, a rotating mechanism and a columnar placing base, the rotating mechanism is arranged in the center of the base, the columnar placing base is arranged on the rotating mechanism, at least two mounting surfaces are arranged on the peripheralsurface of the columnar placing base, and at least one placing assembly for placing an assembling clamp is arranged on each mounting surface. The automatic fixture switching system comprises at leastone switching robot used for replacing fixtures for an assembly line, at least one follow fixture library device and a controller, and the switching robots and the rotating mechanisms of the follow fixture library devices are both connected with the controller. Due to the fact that the columnar placing base of the follow fixture library device has the advantages of being small in occupied space and capable of containing a large number of fixtures, the effects that the overall occupied space of the automatic fixture switching system is small, and the fixture replacing efficiency is high are achieved.

A double-face roller coating color aluminum plate preparing technology mainly comprises the following steps including unreeling, dipping degreasing, brushing, spraying degreasing, cleaning, rolling coating, ground coating + back coating, drying, cooling, back coating, drying cooling, face coating, drying, cooling, reeling and a packaging. A four-coating and three-drying assembly line, namely ground coating + back ground coating + back face coating + front face coating is composed of three layers of ovens, totally three drying procedures including drying for ground coating + back coating, drying for back face coating and drying for front face coating are adopted, and a dipping, brushing and spraying degreasing and dirt removing method is adopted in pretreatment, the surface of an aluminum plate has a better effect than an independent dipping or independent spraying, degreasing and dirt removing method, the surface cleanliness degree is improved, and the coating and the aluminum substrate attaching force can be greatly improved; and an environment-friendly and chromate-free passivation treatment method is adopted in chemical layer pretreatment, the chemical layer roller coating technology is adopted, film forming is more uniform, and chemical layer treatment environment protection, pollution avoiding and zero emission are achieved.

The invention discloses a digital three-dimensional part virtual assembly method based on assembly points, and relates to the digital three-dimensional part virtual assembly technology. The method comprises the following steps: setting one point (assembly point) or a plurality of points (assembly points) on the digital three-dimensional part (or a certain relative position in space), and during virtual assembly, moving a part model in a virtual environment by an operator through input equipment, so that the assembly points on the part model are overlapped with the assembly points of a target part to finish the accurate assembly of the part.

The invention relates to a semi-automatic tapping machine, which comprises a main body machine frame and is characterized in that a sliding rail support which forms an oblique angle with a horizontal plane is arranged on the main body machine frame; auxiliary positioning air cylinders are distributed on the sliding rail support; a stopping device is arranged at the tail end of the sliding rail support; a tapping device is arranged below the stopping device; a control assembly is arranged on one side of the main body machine frame; and, a control end of the control assembly is connected with a controlled end of the tapping device, controlled ends of the auxiliary positioning air cylinders and a controlled end of the stopping device. Therefore by the semi-automatic tapping machine, a large number of labors can be saved, and the production efficiency of an assembly line is easy to improve. More importantly, the semi-automatic tapping machine is not provided with an automatic vibrating hopper, so consequences of workpiece deformation and adverse sizes are avoided.

The invention relates to the technical field of machining of photovoltaic backboard glass, in particular to an online series type drilling system for photovoltaic module backboard glass. The online series type drilling system comprises a transfer assembly line used for transferring the backboard glass, automatic positioning devices located above the transfer assembly line, and drilling machines located on one side of the transfer assembly line. The transfer assembly line stops the backboard glass on one sides of the drilling machines according to a control signal, the automatic positioning devices move downwards and fasten the backboard glass, and the backboard glass is drilled through the corresponding drilling machine. By means of the online series type drilling system for the photovoltaic module backboard glass, online drilling of the photovoltaic backboard glass is achieved, and meanwhile the requirement for the production capacity of 3-15 pieces per minute is met. In addition, one side of the transfer assembly line is provided with at least four sets of drilling machines, at least one set of drilling machine serves as a standby machine, abnormal conditions can be detected, the broken drilling machine is replaced by the standby machine, and in this way, the first-pass yield of products can be increased to be over 98%.

The invention relates to the technical field of logistics, in particular to an express package loading assembly line with a high automation degree. The express package loading assembly line with the high automation degree comprises a driving platform, a limiting device, a transfer device and a loading device, a power device is fixedly connected to the interior of the driving platform, a driving wheel is rotatably connected to the lower end of the driving platform, the limiting device is fixedly connected to the right side of the upper end of the driving platform, the transfer device is arranged on the left side of the limiting device, an adjusting device is arranged on the outer side of the transfer device, the lower end of the adjusting device is fixedly connected with the driving platform, the loading device is fixedly connected to the left end of the transfer device, and a control box is fixedly connected to the middle of the upper end of the driving platform. According to the express package loading assembly line with the high automation degree, through the arrangement of the limiting device, the loading device and the adjusting device, automatic loading of express packages can be achieved, the loading space and manpower resources can be saved conveniently, the loading efficiency is improved, and meanwhile the device is simple in structure, suitable for various transport vehicles and convenient to use.

The invention relates to a shaping processing device of an insulated stay for a transformer. The shaping processing device comprises a machine tool, a first pressing mechanism, a second pressing mechanism, a third pressing mechanism, a drying oven and a wind-up roll, wherein one side of the first pressing mechanism is provided with a first material bending roll, a second material bending roll is arranged between the other side of the first pressing mechanism and the second pressing mechanism, a sliding plate is arranged on the bottom of the second pressing mechanism, sliding rails are arrangedbetween the two sides and the machine tool, a slider is arranged on the bottom of the sliding plate, a screw is arranged in the slider, and the second pressing mechanism comprises a bottom plate, a second press plate and a second fixing plate. A third material bending roll is arranged between the third pressing mechanism and the drying oven, the drying oven and the machine tool are obliquely arranged, and the wind-up roll is connected with a second rotary motor so that after being bent and fed, insulation paper can be laminated with insulated stays many times for close and uniform shaping, stable transportation is conducted under transmission of the screw, and the shaping processing process can be completed through drying and winding-up. One-time automatic shaping processing is achieved,time and labor are saved, the production efficiency is improved, the stay spacing is stable, the shaping processing device is suitable for assembly line production, and the cost is reduced.

The invention relates to a process support for flow mixing of an engine assembly line. The process support comprises a first support and a second support, the bottom of the first support is positioned and fixed on an external line body tray through a first base, the upper end of the first support is a cantilever structure extending inwards, and the tail end of the cantilever structure is provided with a first support connecting plate. The end face of the first support connecting plate is provided with a threaded sleeve and a connecting bolt which are connected with the air inlet side of an engine. The bottom of the second support is positioned and fixed to the external line body tray through a second base, the upper end of the second support is of a cantilever structure extending inwards, a second support connecting plate is arranged at the tail end of the cantilever structure, and a threaded sleeve and a connecting bolt which are connected with the exhaust side of the engine are arranged on the end face of the second support connecting plate. Through the connection bolts on the corresponding support connection plates on the first support and the second support and the combination of the process supports at different heights and on different sides, efficient multi-model engine mixed line production is achieved.

The invention discloses an application of an energy-saving and thermal insulation tank in glove machine flow line production, the energy-saving and thermal insulation tank is applied to a chain and gang mould system of the glove machine flow line production, the shape of the energy-saving and thermal insulation groove is V-shaped or U-shaped, the inner layer and outer layer of the tank are a steelplate or an iron plate or a galvanized plate, and the middle interlayer is composed of heat preservation cotton or calcium silicate board material. On one hand, the energy is saved and the carbon isreduced, 17% of energy can be saved when the glove machine operates for one day, on the other hand, the lubricating oil used for maintenance is reduced, or the falling of the chain rust and oil scale,which can stick to the glove, is reduced, the pollution to the environment is reduced and the glove quality is improved, thereby improving the qualification rate of the product.

The invention discloses a fastening type vertical sander. By means of corresponding arrangement and relative rotation of two grinding cylinders of a grinding part, wood materials are placed between the two grinding cylinders; and by means of relative rotation of the grinding cylinders, the aim of grinding the wood materials is achieved. By means of procedures of an assembly line, sanding processing can be conducted on the wood materials in batches, and the processing efficiency is improved. The two sides of each first high-pressure spring are each provided with a telescopic rod. The telescopic rods are connected with grinding boxes. Hydraulic cylinders have an effect on pushing and drawing the telescopic rods. Inductors arranged on first rotation rollers are connected to the hydraulic cylinders. When the inductors induct that the wood materials make contact with the grinding cylinders, the hydraulic cylinders drive the telescopic rods to draw back in good time, the wood materials can enter the portion between the two grinding cylinders, then, the hydraulic cylinders drive the telescopic rods again to push the grinding boxes, the two grinding cylinders conduct extruding and sanding on the wood materials together, and the whole sanding procedure can be more stable.

The invention discloses an online cylinder crimping apparatus and method. The online cylinder crimping apparatus comprises a vehicle body wiring harness, a tool plate, an assembly line, a hydraulic gun, a hydraulic pipe, a steel wire rope suspension hoist, an electric wire, a cylinder and a crimping die; the vehicle body wiring harness is arranged on the tool plate; the tool plate is fixed on the assembly line for rotation; the electric wire is combined into one beam and then is penetrated in the cylinder; the hydraulic gun is suspended on an assembly line bracket through the steel wire rope suspension hoist, and the cylinder is placed in the crimping die; and the steel wire rope suspension hoist passes through the hydraulic pipe and the assembly line. A branch with relatively more vehicle body wiring harness single distribution points is analyzed, and the main line and single distribution points and design distribution of the cylinder crimping point are determined; next, the corresponding cylinder model and crimping die are selected; and next, a workshop performs based on the technological requirement according to a new technological flow manufacturing process.

The invention discloses assembling mechanism for a fixing support and a weak magnetic sheet. The assembling mechanism comprises a working platform, a weak magnetic sheet discharging mechanism, a weakmagnetic sheet manipulator, a fixing support feeding assembly, a fixing support manipulator and a jig assembly line. The weak magnetic sheet manipulator and the fixing support manipulator are arrangedon the working platform side by side, the jig assembly line is located below the weak magnetic sheet manipulator and the fixing support manipulator, the weak magnetic sheet discharging mechanism is located at one end of the weak magnetic sheet manipulator, and the fixing support feeding assembly is located at one end of the fixing support manipulator. The assembling mechanism has the beneficial effects that automatic feeding of weak magnetic sheets can be achieved, meanwhile, automatic feeding of the fixing support can be achieved, the assembling efficiency is improved, and the labor intensity of workers is reduced.

The fruit and vegetable spray cleaning device with ultraviolet disinfection belongs to the technical field of fruit and vegetable cleaning equipment, including a frame, a driving wheel, an intermediate wheel and a driven wheel arranged on the frame; a conveying platform is arranged on the driving wheel, the driven wheel and the intermediate wheel, There is a cleaning device on the upper left side of the conveying platform. The cleaning device is composed of a top nozzle, a top pressurized water pipe, a bottom nozzle and a bottom pressurized water pipe. Both the top pressurized water pipe and the bottom pressurized water pipe are connected to the water inlet port. A ejector rod is arranged above, and an ultraviolet lamp is arranged on the ejector rod, and the ejector rod is connected and fixed with the frame through a bracket. The invention has simple structure and clear working principle, can not only complete the cleaning process of fruits and vegetables, but also sterilize the fruits and vegetables, effectively kill the harmful substances of the fruits and vegetables themselves and the secondary pollution of fruits and vegetables during the cleaning process, and ensure the cleaning of fruits and vegetables Quality, can improve the cleaning efficiency of fruit, and this equipment can be better integrated into the production of fruit assembly line.

The invention relates to the technical equipment field of a beverage filling valve, in particular to an intelligent integrated valve for filling and capping; the intelligent integrated valve comprisesa valve body provided with a valve cover, a cylinder body, a valve base and an air cylinder cover arranged at the lower end of the valve base and connected with a capping mechanism, the valve base isarranged at the lower end of the cylinder body, the valve body is arranged at the upper end of the cylinder body, a valve cap is arranged at the upper end of the valve cover, and an air valve body isarranged between the valve body and the cylinder body. The intelligent integrated valve adopts a nested-doll structure to design the filling and capping integrally, and the structure is compact; a gas-liquid passage is engraved in the valve body through an integration principle to solve the single form of the traditional filling valve, the problem of oxygen pollution generated by the external transportation in the capping link in a filling production line is solved, the pollution of the oxygen to the beverage is reduced, the freshness of the taste of the beverage is improved, the external capping link is reduced, and the disadvantage of the capping mechanism occupying a lot of space in the traditional assembly line form is solved, the production efficiency is improved, the filling speed is improved, and the time and cost are saved.

The invention relates to the technical field of food processing devices, in particular to an assembly line-type kiwifruit peeling and slicing device. The assembly line-type kiwifruit peeling and slicing device comprises a screening machine, a peeling device, a cleaning device and a slicing device, wherein inlet ends of peeling pipelines are connected with a discharge opening of the screening machine; the peeling device comprises the peeling pipelines; the peeling pipelines are obliquely placed and adopt hollow sandwich structures; each peeling pipeline comprises a first interlayer and a peeling blade; each first interlayer is provided with a steam inlet and a steam exhaust hole; the cleaning device comprises a conveying device and a flushing device, wherein the conveying device is locatedat outlet ends of the peeling pipelines; the flushing device is used for flushing the kiwifruits on the conveying device; and the slicing device is used for cutting the peeled kiwifruits into slices.According to the assembly line-type kiwifruit peeling and slicing device disclosed by the invention, the purpose of peeling by enabling the skins of kiwifruits to be cooked with steam, and slicing canalso be performed.

The invention provides a thunder preventer spherical part laser chemical vapor deposition ceramic layer assembly line and a production process. The assembly line comprises a controller and a work chamber. A single-layer feeding device is arranged at the position, located on a feed port, on the outer side of the work chamber. Multiple reverse conveying rollers parallel to one another are evenly arranged in the work chamber. An S-shaped conveying rail is formed on each reverse conveying roller from the feed port to a discharge port. Multiple laser devices are arranged on the top of the work chamber in the conveying direction of the reverse conveying rollers. A target base capable of containing silicon substrates or aluminum substrates is arranged at the focal position of each laser device. An oxygen inlet is formed in the bottom of the work chamber. The discharge port end of the work chamber communicates with an air filter device. A defective product detection device is arranged at the position, located on the discharge port, in the work chamber. Compact and non-conducting ceramic films can be formed on the surfaces of spherical parts processed on the assembly line through the production process, one-time preparation of insulating layers on the surfaces of the spherical parts, automatic detection of quality and automatic classification of good products and defective products areachieved.