310results about How to "High degree of processing automation" patented technology

The invention discloses a feeding and transferring mechanism for pipe fittings with end portions closed, and belongs to the field of workpiece machining mechanical equipment. A guide pipe through holeis formed in the upper end of a pipe storage hopper of the feeding and transferring mechanism. A lifting push plate is arranged on a push plate sleeve on the lower side of the pipe storage hopper ina sliding manner. A pipe movement guide plate is arranged on a guide pipe support on the lower side of a discharge guide pipe. A clamping rod limiting clamp is arranged at the upper end of a reciprocating swinging rod. A turnover gear is fixedly arranged on the end portion of one side of a fixed rotating shaft. The middle portion of one side of a turnover connection plate is fixedly arranged on the end portion, along the side of the pipe movement guide plate, of the fixed rotating shaft. The two sides of a pipe transferring belt are wound on and connected to pipe transferring rotation rollerson the two sides of a pipe transferring support correspondingly. A pipe transferring motor drives the pipe transferring rotation rollers to rotate. The feeding and transferring mechanism is reasonablein structural design, the pipe fittings can be conveniently and efficiently arranged and fed in an oriented manner one by one, the pipe fittings can be stably and accurately overturned vertically oneby one, and therefore the pipe fittings can be sequentially conveyed through vertical stations, the automation degree of pipe fitting feeding and processing can be improved, and requirements of machining and using can be met.

The invention discloses a material guide turning mechanism for end closed pipe fittings, and belongs to the field of workpiece processing mechanical equipment. The outer end of a pipe guide rotating plate on the lower side of a pipe storage hopper of the material guide turning mechanism is provided with a transfer pipe groove, a pipe moving guide plate is slidably arranged on a guide plate sleeve,the end of the pipe moving guide plate is provided with a pipe containing clamping slot, a reciprocating swing rod is arranged on a pipe guide support on the lower side of the pipe moving guide plate, the lower end of the reciprocating swing rod is hinged to the pipe guide support, the middle portion of one side of a turning connecting plate is fixedly arranged at the end of the side, along the pipe moving guide plate, of a fixed rotating shaft, a pipe bearing round bar is fixedly arranged on one side of a pipe bearing baffle at the output end of a pipe bearing air cylinder, and a pipe transferring belt is horizontally arranged on the upper side of a pipe transfer support. The material guide turning mechanism is reasonable in structural design, the pipe fittings can be conveniently and efficiently fed in an oriented manner one by one, the pipe fittings can be vertically turned one by one stably and accurately, the pipe fittings can be sequentially conveyed at a vertical working position, the automation degree of pipe fitting feeding and processing is carried out, and the processing and using needs are met.

The invention discloses a free-form surface part processing system based on the multi-sensor integrated measurement technology. A non-contact type sensor and a contact type sensor are integrated to form a surface measuring component, a surface processing component is provided with a milling cutter, and the surface measuring component is connected with the surface processing component by a linear guide rail. A point-cloud processing component is used for realizing geometric processing for point-cloud data obtained by the non-contact type sensor, and provides processing G codes which can be directly actuated by a current work table to the surface processing component for processing. The surface measuring component measures a workpiece in a non-contact manner, and then measures a product which is obtained by means of fine processing in a contact manner. A quality detecting component is used for comparing errors of measured data obtained by the contact type sensor and obtains results of the quality of the product. The non-contact type sensor and the contact type sensor are integrated, an integrated function of 'measuring, processing and detecting' is realized on the same machine tool, manual intervention is omitted in a total process, and processing efficiency and automation degree are improved.

The invention discloses a preparation process of perfluoro-2-methyl-3-pentanone, belonging to the technical field of preparation methods of perfluoroketone compounds in the field of organofluorine chemistry. The perfluoro-2-methyl-3-pentanone is obtained by performing an epoxidation reaction and a catalytic isomerization reaction on perfluoro-2-methyl-pentene serving as a raw material in sequence. The preparation process comprises the following steps: I, in a continuous liquid phase epoxidation reaction, mixing a corresponding proportion of aprotic polar solvent into a sodium hypochlorite solution to promote the reaction, increase the raw material conversion ratio and increase the reaction rate at least by 2-3 percent, wherein the step is characterized by easiness and convenience in operation, low equipment requirement and high reaction equipment efficiency; II, performing a continuous gas phase catalytic reaction, wherein the application of a solvent is effectively avoided, the cost and environmental pollution are lowered, the problems of the need of separating the solvent from a product in post-treatment, difficulty in recycling and treating the solvent and a catalyst, and the like are solved, and the product can be refined and purified more easily. The preparation process has the advantages of high process automation degree, easiness and convenience in operation, high product purity and high reaction equipment efficiency, and is suitable for industrial application.

The invention relates to a rotary table type automatic sand-blasting machine which comprises a machine body, wherein the top end of the machine body is provided with a lifting mechanism, the lifting mechanism comprises a lifting cylinder; a piston rod of the lifting cylinder is provided with a lifting rod, one end of the lifting rod extends into the machine body and the lifting rod can move relative to a top plate; the lifting rod is provided with a fixedly connected sand-blasting gun corresponding to the other end of the lifting cylinder connected with the piston rod, the sand-blasting gun is connected with a sand-blasting device used for storing and blasting sand through a sand-blasting pipe; a rotating mechanism is arranged below the sand-blasting gun and comprises a rotating shaft, one end of the rotating shaft is arranged in a first shell through a bearing, and the rotating shaft can rotate relative to the first shell; the first shell is fixedly arranged in a second shell which is fixedly connected with a stand; the rotating shaft is correspondingly arranged at the other end of the first shell and penetrates out of the second shell and is close to the sand-blasting gun; and one side of the stand is provided with a speed-reducing motor. The invention can realize fixed-point automatic and precise sand blasting, and meet the requirement for high-quality sand blasting of premise parts.

The invention discloses a yarn conveying and pulling mechanism, and belongs to the field of textile processing mechanical equipment. According to the yarn conveying and pulling mechanism, a yarn feeding mechanism, a pulling mechanism and a yarn guide mechanism are arranged on a fixing support in sequence in the horizontal direction. A lower yarn bearing guide roller is connected with the portion,located on the lower side of an upper yarn press guide roller, of the fixing support in a horizontal rotation mode. A shaping rotating drum is connected to the portion, located between a front yarn guide roller and a rear yarn guide roller, of the fixing support in a horizontal rotation mode, and a heat-conducting oil pipe is arranged at the shaft ends of the two sides of the shaping rotating drumin a communicating mode. Pulling guide plates are arranged in pulling guide grooves in a sliding mode in the circular arc direction, and the pulling guide grooves are formed in the two sides of the shaping rotating drum. One end of one pulling rotating roller and the same end of the other pulling rotating roller are connected to the pulling guide plates on the two sides of the fixing support in arotating mode correspondingly. A yarn discharging guide roller is connected to the portion, located on one side of an adjusting support, of the fixing support in a horizontal rotation mode. The yarnconveying and pulling mechanism is reasonable in structural design, can efficiently and accurately convey yarn, and can conduct stable pulling shaping on the yarn section by section in the conveying process, the degree of automation of yarn processing is improved, and the requirements of production and usage are met.

The invention relates to a lignin wastewater recycling technology. A micro-electrolysis system, a biodegradation system, a membrane pretreatment system, a membrane treatment system and an evaporation system are adopted in the technology, wherein the micro-electrolysis system at least comprises a micro-electrolysis reaction and coagulating sedimentation, the biodegradation system at least comprises anaerobic and aerobic composite biodegradation, the membrane pretreatment system integrates multiple technologies selected according to effluent quality of the biodegradation system, and the membrane treatment system at least comprises ultrafiltration and reverse osmosis. The biodegradability of high-content lignin wastewater is improved by the micro-electrolysis system, effluent of the micro-electrolysis system enters the biodegradation system for removal of partial COD (chemical oxygen demand), the wastewater enters the membrane treatment system after the hardness, the COD and suspended solids are reduced again by the membrane pretreatment system, produced water of the membrane treatment system is deployed and recycled, and concentrated water enters the evaporation system for evaporative crystallization. The technology treats and recycles the high-content lignin wastewater, the pollution caused by the wastewater to the environment is reduced, and efficient recovery of the water resource is realized.

The invention discloses an oily sludge advanced treatment technology which comprises the following contents: oily sludge in a raw material storage sludge-tank enters a sludge mixing tank; a demulsifier is added to carry out demulsification treatment; demulsified oily sludge enters screw-type sludge dewatering equipment to undergo solid-liquid separation so as to obtain a filtrate and sludge cake; the filtrate enters a two-phase cyclone to be separated; after two-phase separation, excess sludge at the lower layer flows back to the raw material storage sludge-tank, a mixed liquor at the upper layer is sent into a gas-liquid mixing tank to be mixed with the air and then enters a separation pond to carry out primary separation of sump oil and sewage; sump oil is recovered to a sump oil tank by the use of a sludge scraper; sewage enters a filter to separate suspended particles and residual sump oil in the sewage from water; sump oil separated from the top of the filter is recovered to a sump oil recovery tank; and sewage discharged from the filter is sent to a sewage treatment plant to undergo subsequent processing. By the technology, water content of the oily sludge can be reduced from 80-98% to about 50%, and most crude oil in the oily sludge can be recovered. Thus, sludge subsequent processing difficulty is greatly reduced. The technology provided by the invention has a wide range of application, is especially suitable for processing of oily sludge at the bottom of an oil-tank, dross and activated sludge as well as processing of various oily sludge generated from oil exploitation and storage transportation enterprises.

The invention discloses an extraction method of deep-sea fish skin gelatin, and the method comprises the following steps of putting cleaned fish skin in conditioning fluid which is prepared from compound organic acid and stirring, cleaning the conditioned fish skin by water at room temperature, putting the cleaned fish skin in weakly acidic water solution at 30-60 DEG C for extraction, combining the extracting solution, filtering the extracting solution by 100-mesh filter cloth, and carrying out concentration and drying to obtain the gelatin. The method provided by the invention is gentler, and the prepared product is high in yield and purity, large in molecular weight, narrow in molecular weight distribution, shallow in color and light in fishy smell.

The invention discloses a hydraulic floating centering and clamping transmission device. A center is installed in a center hole of a cylindrical chuck body. Symmetrically-arranged semicircular clamping heads are installed in the positions, outside the tip of the center, of the center hole of the chuck body. Rectangular holes are symmetrically formed in the positions, outside the two semicircular clamping heads, of the chuck body. Hydraulic clamping devices which are the same in structure and opposite in installing direction are installed in the corresponding rectangular holes respectively and fixedly connected with the corresponding semicircular clamping heads respectively. An end cover and the outer sides of the two hydraulic clamping devices form a rolling pair. Hydraulic cylinders in the two hydraulic clamping devices are both connected to a center oil port of the chuck body through respective hoses, respective flexible connectors and a hydraulic pipeline on the chuck body respectively. Rotating connectors are connected with the center oil port of the chuck body in a threaded mode. According to the machining characteristics of shaft parts, the shaft parts can be automatically centered and clamped. A mechanical arm and a numerical control machine tool are matched, the shaft parts can be automatically produced, the influence of human factors is reduced, and product quality and production efficiency are improved.

The invention discloses a yarn drafting and rolling mechanism and belongs to the field of mechanical equipment for yarn conveying processing. Yarn press mechanisms are vertically arranged at the two sides of a drafting mechanism of the yarn drafting and rolling mechanism respectively, a rolling mechanism is arranged on a rolling support of one side of a yarn press mechanism, and multiple draftingrotation rollers are horizontally and rotatably connected to a lifting support of the upper side of a drafting support in the horizontal direction in sequence; multiple rotation rollers are horizontally and rotatably connected to a rotation support in the inclination direction in sequence, yarn press rotation discs are vertically and rotatably connected to rolling supports of the two sides of thelower portion of the drafting mechanism respectively, yarn press connection rods is arranged between lifting yarn press plates and the yarn press rotation discs, and a rolling yarn cylinder slidinglysleeves a rolling rotation roller in the horizontal direction. The yarn drafting and rolling mechanism is reasonable in structural design, the yarn can be stably and evenly drafted and processed segment by segment and can be conveniently and efficiently rolled, the automation degree of yarn processing is improved, and the demands of production and application are met.

The invention relates to the technique field of a curved surface hot-pressing device, in particular to a curved surface forming and processing device. The device comprises a work table, wherein a processing box and a vacuum feeding device are mounted on the work table; the vacuum feeding device is connected with the processing box; a heating device, a hot-pressing device and cooling shaping devices are sequentially mounted on the processing box; the heating device comprises two staggered heating coils, the hot-pressing device comprises a pressing assembly, and the pressing assembly comprises a first pressing mechanism used for pressing the middle of a forming mold and a second pressing mechanism used for pressing the periphery of the forming mold; each cooling shaping device comprises an upper shaping part and a cooling table corresponding to the upper shaping part, and a material transfer device used for transferring materials to the next procedure is mounted on the processing box. The integrated processing device for curved screens is provided, the processing efficiency and the automation degree of the device are further improved, and the yield and the processing stability of the curved screens are advantageously improved.

The invention discloses a treatment process for oily sludge. The treatment process comprises the following steps: putting the oily sludge in a raw material storage sludge basin into a sludge mixing tank, adding an emulsion breaker for emulsion breaking, putting the oily sludge subjected to emulsion breaking into a stacked type sludge dewatering machine for solid-liquid separation to obtain filtrate and mud cakes, putting the filtrate into a settling tank for settling separation, recycling waste oil discharged from the top of the settling tank, conveying the sludge at the bottom of the settling tank into the raw material storage sludge basin, feeding middle-layer mixed liquid into an air-liquid mixing tank for mixing with air to obtain a mixture, enabling the mixture to enter a separation basin for oil-water separation, recycling separated waste oil, putting sewage into a biochemical device for treatment, and discharging the sewage after the sewage meets the standard. According to the process, three-phase separation and treatment on oil, water and sludge of the oily sludge can be effectively realized, and most raw oil in the oily sludge can be further recycled; after being treated, the sewage meeting the standard can be discharged.

The invention discloses a rotating disc type lens edging and chamfering machine. The rotating disc type lens edging and chamfering machine comprises a working platform, an automatic control system as well as a lens conveying device, a lens taking device, a station rotating disc, an edging processing device and a chamfering processing device which are arranged on the working platform. Feeding and blanking, edging processing and chamfering processing procedures are carried out in steps by virtue of the station rotating disc at the center, and pipelined automation of the whole edging and chamfering processing of a lens is realized by virtue of the automatic control system, so that the processing efficiency and the automation degree are greatly improved, and workers are liberated.

The invention relates to a bar material distribution device, in particular to a flexible automatic distribution device for deformed bar materials. The device comprises a flexible material storage mechanism, a servo distribution mechanism and a pneumatic material pushing mechanism which are used for storing, distributing and pushing the deformed bar materials respectively. Starting from a mechanical-electrical integration design idea, the distribution automation of the deformed bar materials is achieved by a flexible design method according to the characteristics of the deformed bar materials; after the device works with a special mechanical hand and a numerical control special machine, the automatic distributing, feeding and processing of the deformed bar materials can be achieved; the device is simple and reliable to use; the processing automation level of the deformed bar materials is effectively increased; the labor intensity is reduced; the influences caused by human factors are reduced; good cost performance is achieved.

The invention discloses an automatic quick change device for workpiece fixtures for a gear shaving machine. The right end of a first rotating shaft (6) is tightly abutted to a first fixture (1) through a centre, the first fixture (1) penetrates into a positioning hole of a quick change bracket (9) for the fixtures, the quick change bracket (9) for the fixtures is rotatably connected onto a feeding mechanism (5), a first pull rod (10) penetrates into the first fixture (1), the right end of the first pull rod (10) extends into a central hole of the second fixture (2), the right end of the second fixture (2) is matched with a second rotating shaft (7) through a conical surface, a second pull rod (12) penetrates into the central hole of the second fixture (2), and the right end of the second pull rod (12) is connected with an openable and closable pull claw (13) in the second rotating shaft (7). By the aid of the automatic quick change device, centering time in fixture change is shortened, fixture change frequency is decreased, and the machining efficiency and the automation degree of a machine tool are improved. Besides, the automatic quick change device has the advantages of ingenious design, high reliability and the like.

The invention relates to an H-shaped steel overturning, welding and forming device. The H-shaped steel overturning, welding and forming device comprises a welding robot moving mechanism, a steel plateconveying mechanism, and a plurality of clamping and overturning mechanisms arranged in the length direction of the steel plate conveying mechanism, wherein a web jacking mechanism and a wing plate jacking mechanism are further arranged on the steel plate conveying mechanism. The H-shaped steel overturning, welding and forming device is simple in structure, ingenious in design and suitable for welding of H-shaped steel components of various types, and ensures the welding quality and the welding precision; spot welding is performed through an electric welding machine; and the assembling precision, machining efficiency and automation degree of the H-shaped steel are greatly improved; the H-shaped steel can be directly assembled through the H-shaped steel overturning, welding and forming device with no need for a traveling crane and a large amount of auxiliary manual work; and the the H-shaped steel overturning, welding and forming device has high assembling operation efficiency, saves labor force and operation time, is safe and convenient, and improves the production efficiency of products.

The invention discloses a flax coil continuous loading mechanism and belongs to the field of textile processing machinery equipment. A material transferring mechanism and a bearing carrying mechanismare horizontally arranged on the two sides of the lower side of the loading mechanism respectively; the two sides of a material conveying belt are connected to a main conveying roll and an auxiliary conveying roll which are on the two sides of a fixed bracket in a coiling manner respectively; a drive gear which is adapted to a conveying gear is vertically and rotationally connected to the fixed bracket on the lower side of the conveying gear; a loading rotary shaft is vertically and rotationally connected to the middle part of a rotation truncated cone; a rotation disc is horizontally arrangedat the upper end of the loading rotary shaft; the two sides of the rotation disc are vertically and symmetrically provided with coil clamping mechanism in a radial direction of the rotation disc; oneend of a bearing carrying rotary plate is hinged to the middle part of the supper side of a carrying plate bracket; and a push plate rotary wheel is vertically and rotationally connected to the output ends of a push plate cylinder on the two sides of the lower side of one end of the material carrying rotary plate. The flax coil continuous loading mechanism provided by the invention is reasonablein structure design, can rapidly, efficiently, continuously and smoothly perform conveying and loading on a flax coil, increases the processing automation degree of the flax coil and meets the demandof production use.

The invention discloses a preparation process of a blood activating capsule, which comprises the following steps that: first, angelica and citrus aurantium extract the fat-soluble effective ingredient groups through a supercritical CO2 extraction process, the fat-soluble effective ingredient groups are included by Beta-cyclodextrin to prepare inclusion volatile oil, herb residue and astragalus, peach kernel, safflower and other six Chinese medicines are decocted, the filtrate is concentrated into clear cream A, ethanol is added in so that the ethanol content is 65 percent, supernatant is taken out and the ethanol is recovered, and clear cream B is prepared by concentration; and finally clear cream C is purified by macroporous resin enrichment, the clear cream C is heated, sterilized, dried by microwave to prepare dry cream, and the dry cream is mixed with rhizoma ligustici wallichii fine powder and the included volatile oil and starch, boiled and granulated, and the capsule is filled. The preparation process of the blood activating capsule has the advantages that the blood activating capsule prepared has safe and reliable therapeutic effect and stable and controllable quality, abandons the ineffective and harmful ingredients in the Chinese medicine raw material, improves the medicine purity and reduces the dose of a patient.

The invention discloses a flexible and automatic distributing device for shaft sleeve workpieces. The device comprises a flexible storage mechanism, a servo distribution mechanism and a pneumatic pushing mechanism arranged under the servo distribution mechanism. The three mechanisms achieve storage, distribution and pushing of the shaft sleeve workpieces respectively. According to characteristics of the shaft sleeve workpieces and by the adoption of a flexible design method, automation of distribution of the shaft sleeve workpieces is achieved, operation is easy, the number of workers is effectively reduced, and recruitment and management difficulty is eased. In specific application, an operator only needs to place a preset number of the shaft sleeve workpieces in the flexible storage mechanism, and other distribution work is finished through the servo distribution mechanism and the pneumatic pushing mechanism automatically. With the combination of a simple manipulator and a numerical control machine tool, automatic distribution, feeding and machining of the shaft sleeve workpieces are achieved, and accordingly influences of human factors are reduced and product quality and production efficiency are improved.

The invention discloses a gantry type milling processing center. The milling processing center comprises a bed body, a worktable, a movable beam, a fixed beam, a grinding component, an all-purpose pentahedron milling component and two uprights, wherein the worktable is installed on the bed body, the two uprights are respectively arranged at two sides of the bed body and located at two sides of the worktable, the movable beam is arranged at one sides of the two uprights and capable of lifting along the uprights, and the fixed beam is fixedly arranged at the other sides of the two uprights; the grinding component is arranged on the movable beam and capable of transversely moving along the movable beam, and the all-purpose pentahedron milling component is arranged on the fixed beam and capable of transversely moving along the fixed beam; and the worktable comprises a linear movement platform and a rotary platform, the linear movement platform is arranged on the bed body, the rotary platform is embedded on the linear movement platform, the uprights are provided with driving components for driving the linear movement platform and the rotary platform to operate. The processing center disclosed by the invention has the advantages of being suitable for large complex part processing, high in processing precision, and capable of improving the processing efficiency and the automation degree.