142results about How to "Realize continuous automatic production" patented technology

The invention provides a recycling, breaking and cleaning line for polyethylene terephthalate (PET) mineral water bottles. The recycling, breaking and cleaning line comprises a mineral water bottle conveying belt, a label removing machine used for separating labels from the recycled mineral water bottles conveyed by the conveying belt, a breaking machine used for breaking the bottle bodies after the labels are removed, a cleaning machine used for cleaning broken bottle chips and separating bottle covers, a steamer used for cleaning the separated bottle chips again at high temperature and a dewaterer used for drying the cleaned bottle chips, which are sequentially arranged according to the process. The dewatered bottle chips enter a storage bin and are packaged for storage. By the recycling, breaking and cleaning line, continuously automatic production can be realized. Several workers are required in the work site so that the work site of the plastic recycling industry gets rid of dirty, disorderly and bad conditions. Meanwhile, by adding the label removing machine, labels on the bottle can be separated so that the broken PET mineral water bottles are more purified.

The invention relates to a loose metal litter briquetting machine. A vertical main cylinder is arranged at the top of a stand, a piston of the main cylinder is connected with a punch in up-and-down reciprocating motion in a final pressure swaging bucket, a soleplate for sealing the bucket bottom is arranged at the bottom of the swaging bucket and controlled by a horizontally arranged knife gate cylinder, the middle of the swaging bucket is horizontally provided with a pushing cabin which is in sealed connection and vertical intersection with the swaging bucket; the tail end of the pushing cabin is provided with a pushing head connected with a piston of a pushing cylinder piston, the pushing cabin is provided with an open side which is communicated with the bottom of a feeding hopper, a precompression pushing head is arranged at the other side of the bottom of the feeding hopper and connected with a piston of a precompression cylinder. The precompression cylinder, the pushing cylinder and the main cylinder provided by the invention respectively extrude materials in the three directions of the X axis, the Y axis and the Z axis to effectively improve the compression efficiency of the materials and finally obtain high-density litter cakes while cutting coiled wires and separating litter liquid and have high degree of automation and good economic benefits.

The present invention provides a mechanization production line of cement sandwich light partition wall panel. Said production line includes mould box continuous operation equipment and successively-arranged manipulator for laying base net, pouring machine for pouring base layer slurry material, manipulator for laying core plate, pouring machine for pouring four-side and top layer slurry material, manipulator for screeding slurry, manipulator for laying upper-layer net, press roll for press-finishing slurry, manipulator for demoulding and manipulator for conveying finished product.

The invention relates to the technical field of film covering machines, in particular to automatic film covering equipment for plates. The automatic film covering equipment for the plates comprises arack, a conveying mechanism and a film covering mechanism, wherein the conveying mechanism conveys the plates on the rack and comprises a conveying belt and conveying rolls; the conveying belt is wound on the conveying rolls; a positioning baffle for positioning the front-back directions of the plates is arranged on the conveying belt; a guiding plate for limiting the left-right position of the plates is arranged on the rack; the film covering mechanism comprises a pressing and covering roll and a film supply assembly on the upper portion of the pressing and covering roll; the pressing and covering roll is movably connected with the rack; a pressure adjusting mechanism for adjusting downward pressure of the pressing and covering roll is arranged on the rack; a shaping roll is arranged on the rear side of the pressing and covering roll; disc hobs for cutting residual thin films are arranged on the shaping roll and correspond to the left sides and the right sides of the plates; side surface pressing rolls which press and cover the guiding plate are arranged at the position, which corresponds to the guiding plate, of the shaping roll; and a cutting assembly is arranged on the rear side of the shaping roll. Continuous film covering production of blocky plates is realized, after film covering, residual films are cut off and shaped immediately, the film covering quality is improved,and the production efficiency is high.

The invention discloses a process for efficiently purifying shikimic acid by utilizing a continuous ion exchange technology, and the process comprises: carrying out solid-liquid separation to obtain afermentation filtrate, and carrying out pre-purification on the fermentation filtrate by virtue of cation exchange resin to obtain a pre-purified liquid a; and pre-purifying the pre-purified liquid athrough a continuous ion exchange system to obtain a pre-purified liquid b; and finally, carrying out fine purification and spray drying on the pre-purified liquid b to obtain the shikimic acid. Theprocess has the advantages that the process is simple and stable, continuous and automatic production can be realized, the chromatographic purity and the content of the prepared shikimic acid finishedproduct are both higher than 99%, the utilization rate of the resin is greatly improved, the total usage amount of the resin is reduced by about 80%, an eluent is not used in the pre-purification process, wastewater is greatly reduced, the production cost is greatly reduced, the market competitiveness of the product is enhanced, and the process is suitable for large-scale industrial production.

The invention belongs to the field of oil extraction equipment in oil fields, and in particular relates to a constant-temperature heat tracing carbon fiber continuous sucker rod, and a preparation device and a preparation method thereof. The sucker rod comprises a carbon fiber core, a glass fiber layer coating the outer side of the carbon fiber core, and an epoxy resin layer coating the outer side of the glass fiber layer, wherein an electric heating strip A is arranged at the center of the carbon fiber core, the carbon fiber core is formed by carbon fiber bundles adhered by resin, the glass fiber layer is composed of a glass fiber winding layer and a longitudinal glass fiber layer, the glass fiber winding layer is wound on the outer side of the carbon fiber core, and glass fibers and carbon fibers forming the longitudinal glass fiber layer are arranged in parallel. The sucker rod provided by the invention is simple in technology and reasonable in layout; according to the preparation method provided by the invention, the multi-layer friction-resistant continuous sucker rod with a constant-temperature heating function and being capable of preventing paraffin precipitation can be produced, and the produced sucker rod has the multiple advantages of light weight, friction resistance, and high torsional strength, shearing strength and tensile strength.

The invention relates to a thin-layer self-control static solid fermentation integrated optimizing method and a device thereof. To solve the problems existing in the prior art, the method comprises the following steps: paving solid fermentation materials, which have been sterilized and inoculated, on a multi-layer movable slat fermentation bed in a sterile fermentation room to form a thin layer at a time, automatically controlling the sterile air volume, temperature and humidity to carry out solid fermentation according to the different fermentation phases, starting the driving device of the multi-layer movable slat fermentation bed to move the materials out of the fermentation room after the fermentation of the solid materials is finished, and finally carrying out a product post-treatment. The device comprises a sterile air adjusting system, a movable bacterium sterilizing and inoculating tank, a spiral paving machine, a multi-layer movable slat fermentation bed, and a sterile fermentation room. The method and device have the following advantages: (1) the hyphae of zymocyte are not easy to break, the growth of zymocyte is good, and the device is especially good for the enzyme-producing and enzymolysis solid fermentation; (2) the massive production bottleneck of thin-layer static solid fermentation is broken down, the industrial scale-production degree is high, the equipment investment is little, and the production efficiency is high.

A manufacturing method of an abrasion-resisting layer of a screw machine barrel comprises the following steps that 1, abrasion-resisting powder is added into an inner cavity of the machine barrel (4), and openings of the two ends of the machine barrel (4) are sealed; 2, the machine barrel (4) is conveyed into a heating furnace with the temperature of 1000-1300 DEG C to be heated, and keeps rotating in the radial direction and moving back and forth in the axial direction while being heated in the heating furnace; 3, the machine barrel is subjected to centrifugation in a centrifugation part; and 4, the machine barrel (4) is conveyed to a heat preservation part after being subjected to centrifugation, tempering is conducted on the machine barrel, the machine barrel (4) is subjected to heat preservation in the heat preservation part of the machine barrel for 8-9 hours and then taken out from the heat preservation part, and then the machine barrel with the abrasion-resisting layer is prepared. The manufacturing method has the advantages that the defect that when a machine barrel is disposed in the heating furnace, the heating temperature of the two ends is low while the temperature of the middle is high is overcome, the abrasion-resisting powder disposed in the inner cavity of the machine barrel is heated evenly so as to be melted and oxidized at the same temperature, accordingly, molten liquid evenly covers the inner circumferential surface of the inner cavity of the machine barrel, and the abrasion-resisting layer is completely coincident in performance.

The invention relates to a relay flat iron core processing method and a device thereof. The method comprises the steps: the relay flat iron core is cold-forged by three moulds and three strokes, a flat wire is cut into a proper length in a cutting fixing mould, and then the iron core is moulded in the three main moulds. The device comprises a fixing and cutting mould which is used for cutting the flat wire, the three main moulds, three punching moulds and a removing clamp with a U-shaped groove, wherein the three main moulds and the three punching moulds are used for cold-forging and moulding the flat wire. The relay flat iron core processing method and the device enable the flat wire to be moulded in a sealing mold cavity and eliminate the defect that the head of a square part is easy to generate fuzzy grains when being upset, and meanwhile, the automation continuous production can be realized.

The invention provides a bag making machine comprising a feeding device, a hot cutting device, a folding device, a flanging device, a first sewing device, a reversing and flanging device, a second sewing device, a bag collecting device and a bag tying device which are sequentially arranged. The bag making machine provided by the invention is high in production efficiency, low in equipment cost and capable of overcoming defects existing in the existing packaging bag making machine, realizing continuous automatic production of packaging bags on one production line and sufficiently meeting the requirement of modern industrial production.

The invention relates to the technical field of membrane electrode production processes, and provides a process method for producing a membrane electrode. The process method comprises a thermal transfer printing process method, a thermal compounding process method, a carbon paper laminating process method and a hot pressing process method. The thermal transfer printing process method comprises the following steps that S11, thermal transfer printing is performed on a material A and a material B; and S12, the material A and the material B subjected to heat transfer printing are rolled. The thermal compounding process method comprises the steps that S21, a material A subjected to thermal transfer printing is cut into sheets, and the sheets are transferred and pasted to the position above a lower frame material belt; and S22, an upper frame material belt is arranged above the material A subjected to heat transfer printing, and a semi-finished product material belt is formed through heating and rolling. The carbon paper laminating process method comprises the following steps: S31, respectively transferring and laminating carbon paper above and below a semi-finished product material belt; and S32, heating, rolling and compounding, and cutting into sheets. The hot-pressing process method comprises the following step of S41, carrying out hot pressing on a sheet material. Continuous automatic production of the membrane electrode is realized, and the production efficiency and quality of the membrane electrode are improved.

The invention discloses a large-size bulging bridge shell tube blank local annealing device and process. The device comprises a tubular medium-frequency annealing furnace, a tube end clamping mechanism and a longitudinal moving mechanism, wherein the device is cooperatively used with other material transferring equipment, and the continuous operation of an automatic production line of a liquid expansion forming bridge shell can be realized. According to the process, a vertical air cylinder drives an upper clamping V-shaped block to move downwards, and the upper clamping V-shaped block is matched with A lower clamping v-shaped block to clamp the end part of one side of a tube blank, a supporting V-shaped block is arranged at the front part of the lower clamping V-shaped block to support a round tube at the inner side of the tube blank, the vertical air cylinder and the upper clamping V-shaped block are arranged on a door-shaped frame, and the horizontal air cylinder drives the door-shaped frame to move longitudinally; and a servo motor drives a lead screw to rotate so as to drive a mobile platform to move longitudinally. According to the large-size bulging bridge shell tube blank local annealing device, the bulging-shaped area in the middle of the large-size bulging bridge shell tube blank with the large size after the hydraulic bulging can be uniformly heated, and the large-size bulging bridge shell tube blank local annealing device has the advantages of being energy-saving, safe in operation, reliable in clamping, convenient to operate to operate and the like, and can remarkably improve the production efficiency.

The invention proposes a transverse tappet production device. The transverse tappet production device comprises a sizing mechanism, an adjusting mechanism, a drilling and milling mechanism and a painting mechanism; a feed end of the sizing mechanism is communicated with a supply mechanism; transverse tappet blanks are fed in the sizing mechanism by the supply mechanism; the sizing mechanism performs the sizing and cutting treatment for the transverse tappet blanks according to specifications; a discharge end of the sizing mechanism is communicated with the adjusting mechanism; the sizing mechanism feeds the transverse tappet blanks after the sizing and cutting treatment into the adjusting mechanism; the adjusting mechanism performs the direction adjustment for the transverse tappet blanks; a discharge end of the adjusting mechanism is communicated with the drilling and milling mechanism; the adjusting mechanism feeds the transverse tappet blanks after the direction adjustment into the drilling and milling mechanism; the drilling and milling mechanism drills and mills the transverse tappet blanks; a discharge end of the drilling and milling mechanism is communicated with the painting mechanism; the drilling and milling mechanism feeds the drilled and milled transverse tappet blanks into the painting mechanism; and the painting mechanism paints the transverse tappet blanks. The production device realizes automation from sizing to gluing and tenoning of tappets so as to facilitate improvement of the production efficiency.

The invention discloses a lifting type material supporting mechanism and a material collecting device of a conducting film assembly. The lifting type material supporting mechanism comprises a base plate, a fixed plate, a motor assembly, a material supporting plate, a plurality of guiding rods, a nut base and a screw rod, wherein two stand columns are arranged above the base plate, the fixed plate is fixed at the upper end of each stand column, the motor assembly is provided with a driving wheel, the material supporting plate is arranged above the fixed plate, the guiding rods penetrate through guiding holes formed in the fixed plate, the upper end of each guiding rod is fixedly connected with the material supporting plate, and the lower end of each guiding rod is fixedly connected with a lower connecting plate, the nut base is provided with a driven wheel which is connected with the driving wheel in a transmission mode, and the screw rod is in threaded connection with a nut hole. In the process of stacking materials, the positions of the materials are neat and cannot be changed easily, the material placement positions do not need to be changed when a mechanical arm or a robot places the materials, the using efficiency of the robot or the mechanical arm is improved easily, and productivity is improved. According to the material collecting device of the conducting film assembly, the automatic material collection of the FPC conducting film assembly is achieved, manual material collecting is not needed, labor cost is reduced, and material collecting efficiency is improved.

A production device capable of achieving continuous automatic production of semi-tempered plate vacuum glass comprises a glass loading mechanism, a first transmission system, a tray, a point distribution and gluing mechanism, a heating and edge-sealing device, a semi-tempering device, a cooling device, an edge-sealed glass translation mechanism, a tray rotary mechanism, a second transmission system, a vacuumizing mouth-sealing vehicle, a vacuumizing mouth-sealing heating device, a vacuumizing mouth-sealing vehicle rotary mechanism, and a glass unloading mechanism. The production device can achieve continuous automatic production of the semi-tempered plate vacuum glass, and has the characteristics of continuous type, multiple work stations, low energy consumption, and high efficiency.

The invention provides full-automatic production equipment for building prefabricated parts. The full-automatic production equipment comprises a mounting frame, a spiral mixing device, a forming compacting device and a supporting plate connecting and rotating device; the supporting plate connecting and rotating device comprises a conveying frame; the two ends of the conveying frame are provided with transmission rollers; a conveying crawler belt is connected between the transmission rollers; a transmission groove is formed in the conveying crawler belt; a conveying motor is connected with thetransmission rollers; a supporting plate bin is arranged above the transmission rollers; a plate outlet opening is formed in the left side surface of the supporting plate bin; supporting plates are stacked in the supporting plate bin; conveying support plates are mounted on the lower surfaces of the supporting plates; transmission protrusions are arranged at the bottoms of the conveying support plates; two mounting grooves are formed above the supporting plates; and sliding sleeves are mounted in the mounting grooves. Continuous automatic production of the building prefabricated parts is achieved through the four processes of raw material preparation, mold assembly, product molding and product output, the production cost of building prefabricated parts is reduced, and the production efficiency of the building prefabricated parts is improved while the quality of the building prefabricated parts is improved.

The invention relates to a processing device, in particular to a mat processing device. The mat processing device comprises a continuous conveying device and a cutting device. The cutting device comprises a scrap edge cutting device, a circular bead cutting device and a cut-off device, wherein the scrap edge cutting device is used for cutting the edge of a mat continuously conveyed, the circular bead cutting device is used for carrying out the circular bead cutting on the edge-cut mat continuously conveyed, and the cut-off device is used for cutting the circular-bead-cut mat continuously conveyed. The continuous conveying device comprises a pull-out conveying device for pulling out the cut-off mat. According to the mat processing device, the edge cutting, circular bead cutting, cutting and pulling out of the mat can be achieved during the continuous conveying process, the whole process is carried out in a full-automatic mode, the steps are cooperated closely, the quality of the mat is guaranteed, the production cost of the mat is greatly reduced, and the mat processing device is suitable for large-scale production.