86results about How to "Efficient automated production" patented technology

The invention discloses automatic build-up welding equipment for an abrasion-resistant layer on an inner wall of a pipeline and an automatic build-up welding method for realizing efficient automatic production of high abrasion-resistant composite conveying pipelines. The equipment comprises a host, a direct-current gas protective welding power supply, a protective gas storage tank and a control box with a built-in automatic control device; one end of a base is provided with a head, a main shaft, a chuck and an adjustable roller bracket; the other end of the base is provided with a welding gun running execution device, and the device comprises a driving and reversing platform, a swing platform, a welding gun lifting mechanism, a wire feeder and a welding gun; the front end of the welding gun is provided with a welding torch, and a welding wire and a protective gas conveying pipe are communicated to the front end of the welding gun; the anode of the welding power supply is connected with the welding torch, and the cathode of the welding power supply is connected with a workpiece; and the moving parts are driven by a step motor through the automatic control device. The operation process comprises early preparation, parameter setting, welding and reset stopping; and by setting control parameters, the execution parts run according to the set parameters to form build-up welding layers tightly arranged and uniformly distributed in a spiral motion locus.

The invention discloses a board discharge device in a glass magnesium board production line. The board discharge device comprises a board material conveying device connected to the tail end of the production line, the tail end of the board material conveying device is provided with a pit capable of containing three lifting mechanisms, and the board material conveying device is dead against the middle part of the pit. The board discharge device has the characteristics that the pit is internally provided with a platform trolley mechanism of which the operating direction is vertical to the conveying direction of glass magnesium boards; two erector mechanism are fixedly arranged on a platform trolley in the platform trolley mechanism, and each erector mechanism is provided with a cage conveying trolley; a cage for containing the glass magnesium boards is arranged on each cage conveying trolley; and two ground rails by which the cage conveying trolleys can run conveniently are arranged on the ground at the other side of the pit opposite to the board material conveying device. The board discharge device has the advantages of facilitating the achievement of high-efficiency automatic production, greatly improving production efficiency and being applicable to glass magnesium board production line equipment, and is simple and convenient for operation.

The invention relates to automatic cutting assembly equipment for a draw-bar box and a production process of the automatic cutting assembly equipment. The automatic cutting assembly equipment consists of a processing part and an assembly part, wherein the processing part comprises a feeding device, a plastic vacuum forming machine, a detection device and a cutting device which are hinged and work together through an overall rack; the detection device comprises a positioning mechanism, a resetting mechanism, a detection mechanism and a transport mechanism; the positioning mechanism is fixedly arranged on a feeding table; the resetting mechanism and the detection mechanism are symmetrically mounted on two sides of the feeding table; and the transport mechanism is arranged above the feeding table in a sliding manner. The automatic cutting assembly equipment has the following beneficial effects: such processes as molding, detection, cutting and assembly of a traditional draw-bar box are combined; the integral assembly line type transport mechanism is used for taking and feeding materials, so that efficient automatic production of all the links is achieved, the overall production technological process is simplified, the production cycle is shortened, the production efficiency is effectively improved, and the production cost is lowered; and the automatic cutting assembly equipment is convenient to produce and high in practicability.

The invention discloses a bi-metal metallurgy composite pipe welding method. The bi-metal metallurgy composite pipe welding method includes the steps that (1) an X-type groove is formed in an SS2205-X65 bi-metal composite plate in a butt-joint mode; (2) metal active gas (MAG) is used for carrying out welding on the center of the X-type groove from the outer side, and a first outer side base layer welding joint is formed; (3) the MAG is used for carrying out welding on the first outer side base layer welding joint from the outer side, and a second outer side base layer welding joint is formed; (4) the MAG is used for carrying out welding on the center of the X-type groove from the inner side, and an inner side base layer welding joint is formed; (5) the MAG is used for carrying out welding on the inner side base layer welding joint from the inner side, and a transition layer welding joint is formed; and (6) the MAG used for carrying out welding on the transition layer welding joint from the inner side, and a composited layer welding joint is formed. Through reasonable section of the welding method, welding materials and the welding process, the chemical components and structure of the welding joints are controlled, and welding on a composited layer, a transition layer and a base layer are carried out respectively, so that efficient and automatic production of SS2205-X65 bi-metal composite pipes is realized.

The invention relates to a pressure temperature sensor which is sealed partially, comprising a pressure module, a temperature module and a shell for supporting the pressure module and the temperature module, wherein the pressure module comprises a baseplate, a chip for detecting air pressure and gel for covering the chip; the baseplate has a shape of a bowl; the chip is arranged in the bowl-shaped core space of the baseplate; and the holding part and the joining part of the shell are isolated in a sealing way. The pressure temperature sensor with the pressure module can enhance the reliability of the embedding and the sealing of gel. The invention can embed gel in a certain quantity and seal local parts of products, thereby being capable of performing supermatic production and enhancing the production efficiency and the performance stability of the products as well.

The invention discloses an insulated framework, which comprises a first insulated framework and a second insulated framework arranged at the two ends of a motor stator core respectively. The first insulated framework is provided with at least two line incoming ports/line outgoing ports in the place corresponding to each stator tooth of the stator core; the outer side of the first insulated framework is provided with layered line passing grooves; and the line passing grooves run through the line incoming ports/line outgoing ports. According to the insulated framework, the layered line passing grooves can provide non-crossed winding paths for phase lines, so that the case of intercrossing of the phase lines does not occur, and the case of short circuit between the phase lines can be effectively prevented. The invention also provides a stator having the insulated framework and a stator assembly method.

The present invention discloses a tunneling-type food baking equipment. In the baking chamber, there set up at least two sets of air outlets located on different side walls and the intake channel is divided into at least two sub-channels which are connected with corresponding air outlets in each group. The hot air flows into the concerted sub-channels from the intake channels through air ducting and into the baking chamber through the connected air outlets. Air outlets in each group are set up in columns and each column has vertically and parallel arranged multiple air outlets. Each air outlet stretches from side wall into the inside of the baking chamber with a gradual decreased interior diameter; at least one baking vehicle is set up in the baking chamber and the baking vehicle has vertically and parallel arranged multiple baking plates. The baking plates and the air outlets are vertically arranged in a dislocation to evenly bake the food on each baking plate.

The invention discloses a forming process and a special processing device for an ultrathin protective cover sleeve. The forming process comprises the following steps: 1, preparing a cover sleeve material and a die; 2, preparing a vacuum adsorption jig and installing the vacuum adsorption jig in an adsorption device on a working table; 3, starting the vacuum adsorption device and an engraving and milling electric spindle on the working table to prepare a semifinished sheet metal of the ultrathin protective cover sleeve; 4, carrying out surface processing process on the semifinished sheet metal of the ultrathin protective cover sleeve; and 5, using the die for carrying out pressing forming on the semifinished sheet metal of the ultrathin protective cover sleeve by a hot press so as to obtain the ultrathin protective cover sleeve. The working table of the special processing device is provided with the vacuum adsorption device and the engraving and milling electric spindle. The process disclosed by the invention enables forming efficiency of the ultrathin protective cover sleeve to be high and can be used for single plastic or various composite materials to carry out forming processing of the ultrathin protective cover sleeve; the die and equipment are not required to replace; and the special processing device has high processing accuracy and yield, adopts the simple and convenient process, and is beneficial for implementing high-efficiency automatic production and also for saving labor cost.

The invention relates to a voice diaphragm pressure bearing piece stamping and laser irradiation composite forming machining device and a method of the device. The device is a composite device formed by combining an automatic grading stamping forming die and a laser irradiation heating system. Strip-shaped materials are fed and located under the control of an automatic feeding device. The voice diaphragm pressure bearing piece forming machining process is divided into three continuous automatic grading steps of punching, laser irradiation heating forming and blanking. In a first station, an edge pressing mechanism, a punching male die and a fixed die plate are combined for punching, so that a voice diaphragm pressure bearing piece is punched; in a second station, a forming male die, the fixed die plate and restraint layer glass are combined to acquire a laser irradiation heating forming station, a laser unit works, the strip-shaped materials are irradiated with lasers through the restraint layer glass, the strip-shaped materials are heated and softened through laser irradiation, extrusion of the forming male die is conducted, and therefore the voice diaphragm pressure bearing piece is formed; in a third station, blanking is conducted, the voice diaphragm pressure bearing piece is blanked through a blanking male die. The voice diaphragm pressure bearing piece stamping and laser irradiation composite forming machining device is simple, practical and low in cost, the forming efficiency of the voice diaphragm pressure bearing piece is high, and the forming accuracy of the voice diaphragm pressure bearing piece is good.

The invention relates to an automatic folding device for a mattress. The automatic folding device for the mattress disclosed by the invention comprises a conveying mechanism, a folding and turning mechanism and a controller, wherein the conveying mechanism comprises a first support, a conveyor belt, a first motor, a first distance sensor and an encoder; the conveyor belt is arranged on the first support and is driven by the first motor to be rotated; the first distance sensor is arranged at the feeding end of the conveyor belt, and the encoder and the conveyor belt are used for recording a movement distance of the conveyor belt; and the first distance sensor and the encoder are electrically connected with the controller. According to the automatic folding device for the mattress disclosedby the invention, by judging a central point of the mattress, the mattress is folded at the central point of the mattress, so that the automatic processing efficiency is improved.

The invention discloses a novel efficient combined additive for zinc electrodeposition. The novel efficient combined additive for zinc electrodeposition is characterized in that the combined additive comprises 0.05-0.2 g/L of bone glue, 0.01-0.1 g/L of aloe gel, 0.01-0.03 g/L of cetylpyridinium chloride; during usage, bone glue, aloe gel and cetylpyridinium chloride are prepared into a solution; the required additives are molten with hot water and then are fully mixed to the fixed volume. The combined additive provided by the invention is used for the zinc electrodeposition process, has a certain creative and positive significance of solving the detail problems during production, improving the current efficiency and the electrolytic zinc quality, reducing energy consumption of zinc electrodeposition and saving the labor cost and also has the great practical production significance of realizing efficient automatic production of zinc electrodeposition, improving the production of zinc smelting, lowering the production cost, increasing the economic benefits of enterprises and other aspects.

The invention provides a mining chain wheel chain nest surface automatic surfacing method and relates to the technical field of additive manufacturing. The mining chain wheel chain nest surface automatic surfacing method is provided for solving the problems that an existing chain nest surfacing process is not automated and the welding efficiency is low. The mining chain wheel chain nest surface automatic surfacing method comprises the steps of planning a welding gun traveling path; determining a user coordinate system through a line structured light sensor; obtaining the final transformationalrelation between a pixel coordinate system S and a base coordinate system B according to the transformational relation between the pixel coordinate system S and a camera coordinate system C, the relation between the camera coordinate system C and a tool coordinate system T and the relation between the tool coordinate system T and the base coordinate system B and realizing transformation of the user coordinate system U relative to the base coordinate system B; and conducting coordinate transformation to generate a final surface program. The mining chain wheel chain nest surface automatic surfacing method is used for chain wheel chain nest electric arc surfacing treatment.

The invention relates to the field of big data industrialization, and in particular to an intelligent control hanging system based on the Internet of Things technology, comprising an intelligent hanging production system and a production information management system; the intelligent hanging production system is used for assisting high-efficiency industrial production and recording real-time production data based on a transportation device and an identification device; the production information management system includes a first data server, a first backup server and a management terminal display device; the production information management system communicated with the intelligent hanging production system, and is used for the whole process monitoring and tracking of the intelligent hanging production system to obtain real-time production data, performing calculation and analysis to obtain the analysis result and displaying the analysis result on the management terminal display device to assist the production management. The system combines the Internet of Things in the intelligent industrial assembly line mode, facilitates unified scheduling, optimizes resources, matches big data, optimizes production capacity and resources, reduces costs, and maximizes revenue.

A method for preparing [¹⁸F]fallypride is disclosed, which comprises a first step for trapping a fluorine-18 to a polymer ion exchange cartridge; a second step for extraction of fluorine-18 by inputting low base concentrations: 5.0˜25 μL of 40% TBAHCO₃ or K2.2.2./K₂CO₃ (5˜25 mg/0.5˜3.0 mg) as a phase-transfer catalyst in a mixture of alcohol/water (1.0/0.2 (v/v)) or alcohol as a solvent into the polymer ion exchange cartridge trapped by the fluorine-18; a third step for preparing a [¹⁸F]fallypride product by removing the solvent from the trapped fluorine-18, by inputting tosylate precursor in CH₃CN as a solvent into a reactor and by reacting the same for 5˜35 minutes at 50˜120° C.; and a fourth step for preparing a pure [¹⁸F]fallypride by purifying the prepared [¹⁸F]fallypride product.

The invention discloses an inductor used for a class D power amplifier. The inductor comprises a cap body magnetic core, two rod magnetic cores, two coil windings and a base. The top face of the cap body magnetic core is closed. An opening is formed in the bottom face of the cap body magnetic core so that two cavities can be formed. The two cavities are separated through a middle wall. The two rod magnetic cores are independent of the cap body magnetic core. The two rod magnetic cores are inserted in the two coil windings respectively and arranged in the two cavities respectively. The bottom face of the cap body magnetic core is sealed by and covered with the base. Terminals of coils are led out of electrode holes in the base. The invention further discloses a manufacturing method of the inductor. By means of the inductor, the production cycle can be effectively shortened, cost is reduced, and efficient and automatic production is achieved.

The invention discloses hot plate type giant tire vulcanizing equipment and belongs to the technical field of rubber equipment. The hot plate type giant tire vulcanizing equipment comprises a main machine and a giant tire mold. The main machine comprises a vulcanizing cavity and a base. The giant tire mold is installed in the vulcanizing cavity and comprises a plurality of pattern blocks. A sliding block is arranged on the back face of each pattern block. A pattern block mold opening-closing driving device is arranged in the position, corresponding to each sliding block, of the outer side of the base. The problems that mold opening-closing equipment of giant tire vulcanizing equipment is huge in size and complex in structure are solved, the vulcanizing heating mode is further improved, installation matching of the mold is improved, and a clamping mechanism is adopted for improving the vulcanizing efficiency.

The invention provides a leadless ceramic chip type gas sensor which comprises a ceramic base and a ceramic chip type gas sensitive chip; the gas sensing chip comprises a ceramic substrate, a heating resistor, a heating electrode, an isolation layer, a gas sensing material and a measuring electrode, wherein the ceramic substrate, the heating resistor, the isolation layer and the gas sensing material are sequentially printed together; a through hole and a printing electrode penetrating the through hole are arranged on the ceramic base, a heating electrode printing point and a measuring electrode printing point are arranged on the front surface of the ceramic base, an heating electrode input end and a measuring electrode output end are arranged on the back surface of the ceramic base, and the heating electrode printing point and the measuring electrode printing point are respectively connected with the heating electrode input end and the measuring electrode output end through the printing electrode; and the heating electrode and the measuring electrode are respectively connected on the heating electrode printing point and the measuring electrode printing point. The gas sensor has the advantages of scientific design, stable performance running, high sensitivity and high precision, and is applicable to industrial large-scale production.

The invention relates to the technical field of embossing devices and processes, in particular to a large-area fabric embossing device and process. A plurality of hot die pressing mechanisms are all arranged around a cold die pressing mechanism, a plurality of feeding assemblies are distributed at the side of a workbench, and the feeding assemblies correspond to the hot die pressing mechanisms andthe cold die pressing mechanism one to one; the hot die pressing mechanisms press and heat a soft material into deformation, wherein the die pressing pressure of the hot die pressing mechanisms is 15-45 tons per square meter, and the die pressing temperature is 120-300 DEG C; the cold die pressing mechanism presses, cools and shapes the soft material after hot die pressing, wherein the die pressing pressure of the cold die pressing mechanism is 0.6-3.5 tons per square meter. Through the layout of the die pressing mechanisms, by cooperating with an automatic structure, sustainable operation and production can be achieved, a standby state of the cold die pressing mechanism cannot occur, the feeding process is automatic without manual intervention, and a good press fit effect and stable shaping of the soft material are obtained in combination with specific technological parameters.