53results about How to "Improve automated production" patented technology

The present invention is technological process and apparatus for fast shaping instant rice noodle cake. The technological process includes the ageing, dispersing and metering of instant rice noodle; setting inside the sealed shaping box of the shaping apparatus and high temperature heating to convert water inside instant rice noodle into vapor to cook and soften; and further heating for the instant rice noodle to evaporate water, harden and shape. The present invention realizes the automatic production of instant rice noodle cake in high efficiency.

The invention discloses a modular jack and a filtering assembly thereof. The filtering assembly comprises an insulation housing, a primary filtering assembly and a secondary filtering assembly. The insulation housing comprises a first terminal array, a second terminal array and a third terminal array. The first terminal array comprises a first combination connection plate section and a second terminal array comprises a second combination connection plate section, with the first combination connection plate section and the second combination connection plate section extending along different directions. The primary filtering assembly comprises a first core and a first wire and a second wire in wrapped connection with the first core; the first wire is electrically connected with the first terminal array; the second wire is electrically connected with the third terminal array; and the first wire and the second wire are in magnetic coupling mutually. The secondary filtering assembly comprises a second core and a third wire and a fourth wire in wrapped connection with the second core, the third wire and the fourth wire electrically connected with electricity conducting terminals of the second terminal array and electricity conducting terminals of the third terminal array.

The invention relates to a manufacturing method and a production device for a production line of corrugated fiberboard cushioning pads. The manufacturing method is achieved in manners of loading, blanking, adhesive injecting, manual folding and piling up and the production device comprises a loading machine, a blanking machine, an adhesive injecting machine and piling-up machines, wherein the loading machine is arranged opposite to the blanking machine. The adhesive injecting machine is strip-shaped and vertically arranged on one side of the loading machine and the blanking machine. The piling-up machines are positioned on both sides behind the adhesive injecting machine side by side. According to the manufacturing method and production machine, effective and rapid automatic loading, blanking and adhesive injecting can be achieved, the processed parts can be transferred in a rapid and accurate way by means of a feeding manipulator arm and a conveying manipulator arm and the automatic production can be improved to the largest extent, so that the loading is accurate, the blanking is rapid, the glue quantity can be controlled accurately and the adhesive injecting position can be convenient to adjust. After folding, the compacting and shaping of corrugated fiberboards can be easy to achieve and the conveying of processed work pieces can be achieved with simultaneous drying adhesive and shaping. The manufacturing method is simple and rapid. The production device has the advantages of being tidy in layout, small in occupied area, simple in structure, high in reliability, low in production cost and capable of being used widely.

The invention discloses an automatic leather cutting method, device and system and a computer readable storage medium. The method is applied to a cutting bed for conveying a plurality of leather materials to be processed among a spreading table, a scanning table, a cutting table and a receiving table which are in an idle state at the same time through a conveying belt, a production order is automatically generated according to user product demand information, a processing sequence of the production order is adjusted according to a preset leather material processing sequence, and correspondingscanning working parameters are automatically set for the production order based on the user product demand information; and according to the production order and a current leather identification result, automatic typesetting is carried out according to preset typesetting parameters, and a typesetting result is put into a to-be-cut queue. When it is detected that the leather to be processed existsin workbenches, corresponding operation is executed based on workbench types and/or corresponding processing parameters in the production order to be processed, and when a leather conveying instruction issued by a feeding key is detected, if all the workbenches are in an idle state, the leather conveying instruction is executed, so that the automation degree of leather cutting is effectively improved.

The invention discloses a safety helmet production device. The safety helmet production device comprises a conveying belt, a safety helmet injection molding device, a movable grabbing mechanism, a feeding mechanism, a fixed base, a movable slideway, a fixed baffle, a grabbing pillar, a supporting rod, a motor fixing plate, a sucker fixing plate, a sucker pillar and a sucker. According to the safety helmet production device, the feeding work of raw materials can be automatically finished, the materials can be automatically melted to complete the injection molding work, and after the injection molding work is finished, the movable grabbing mechanism can move to the production area to complete the automatic operation of the whole process, so that unnecessary labor force is avoided, the production work of a safety helmet is efficiently finished, the operation is simple and the use is convenient in the use process, the mechanical structure design is reliable, and the labor force operation is reduced in the whole process.

The invention relates to the field of cells, in particular to a finished cell stage screening method. The OCV is directly detected after batch formation, and unformed cells are reworked. The purposesof improving automatic production and achieving the optimum performance of cells are achieved by adjusting the sequence of the technological processes and optimizing technological parameters. Formation is the important technological process of improving the cell performance. After mass formation, the OCV is directly detected, and the unformed cells are reworked. The situation that formation of part of cells is overtime and the performance is affected through original technological processes is avoided. During capacity grading, the capacity of the cells is detected and basically has no influence on the performance of the cells. By changing OCV2/OCV3 parameters, only voltage is measured during OCV2. During OCV3, the cells without reflecting the capacity are screened again and then are gradedaccording to the capacity, and finally, the automation degree is maximized.

The invention discloses an automatic ear loop welding device for masks. The ear loop welding device comprises a feeding part and a first supporting part. A conveying part is arranged at one end of thefeeding part, and the feeding part and the conveying part cooperate to feed and convey the masks. Symmetrically distributed ear loop winding parts are arranged on the first supporting part and the two sides of the conveying part. Symmetrically distributed second supporting parts are arranged on the first supporting part and the two sides of the conveying part. Symmetrically distributed clamping movable parts are arranged on the first supporting part, and ear loops are clamped and moved through the clamping movable parts. Clamping parts and welding parts are arranged on the second supporting parts, the ear loops are clamped and moved to an electrowelding position through the clamping parts, and the ear loops are welded to the masks through the welding parts. The automatic ear loop weldingdevice is beneficial to promoting automatic production of the masks, traditional manual ear loop welding work is replaced, and the ear loop welding efficiency is improved; and the needs for the masksunder the emergency conditions can be met, and the labor intensity of operators is reduced.

A cell clamping mechanism comprises a mounting base, a die clamp, a pinch roller clamp and a driving assembly; the die clamp and the pinch roller clamp are hinged on the mounting base through hinge pins; the die clamp comprises a first chuck and a first chuck which are arranged in opposite; a first clamping groove and a first movable hole which penetrates through the first clamping groove and is communicated with the first clamping groove are formed in the first chuck; a second clamping groove and a second movable hole which penetrates through the second clamping groove and is communicated with the second clamping groove are formed in the second chuck; the pinch roller clamp comprises a first pinch roller and a second pinch roller which are arranged in opposite; the first pinch roller passes through the first movable hole to be formed in the first clamping groove; the second pinch roller passes through the second movable hole to be formed in the second clamping groove; and the driving assembly is hinged on the mounting base and used for driving the first chuck and the second chuck to move close to each other or far from each other, and for driving the first pinch roller and the second pinch roller to move close to each other or far from each other. The cell clamping mechanism can improve the cell quality as well as improve the automatic production of batteries. The invention also relates to a battery manufacturing apparatus.

The invention relates to an automatic control system and a method for pressure in an optical fiber preform sintering furnace, and belongs to the technical field of optical fiber preform vapor phase axial deposition, the automatic control system comprises a sintering furnace, wherein the sintering furnace comprises a main exhaust pipe for exhausting gas in the sintering furnace, and the main exhaust pipe is communicated with a pressure supplementing pipe for filling first gas into the main exhaust pipe and the sintering furnace; a pressure control unit which comprises a programmable controller, a differential pressure sensor for monitoring the pressure in the sintering furnace and a mass flow controller for measuring the flow of gas filled into the main exhaust pipe; wherein the programmable controller controls the mass flow controller to fill first gas with set flow into the main exhaust pipe according to the pressure value, monitored by the differential pressure sensor, in the sintering furnace, so that the pressure in the sintering furnace is kept within a set threshold value. The system plays an important role in stabilizing the stability of a thermal field in the sintering furnace and increasing the percent of pass of sintered optical fiber preform products, the workload of field operators is reduced, and automatic production of factories is promoted.

The invention relates to the technical field of a special-shaped strip and particularly relates to an automatic production process of the special-shaped strip. The automatic production process comprises the following steps of: A, extruding: adding raw materials into extrusion molding equipment to be extruded and molded to prepare a special-shaped strip primary product; B, cooling: introducing the special-shaped strip primary product into cooling equipment to be cooled and sized; C, drawing: drawing the special-shaped strip primary product by drawing equipment; D, drying: carrying out drying treatment on the special-shaped strip primary product; E, covering: carrying out protection layer covering on the special-shaped strip primary product by a covering machine to obtain a special-shaped strip semi-finished product; and F, cutting: cutting the special-shaped strip semi-finished product according to a needed specification size to prepare a special-shaped strip finished product. According to the automatic production process of the special-shaped strip disclosed by the invention, the production is integrated, raw materials are saved, the production cost is reduced, secondary heating is avoided, 20-30% of heat is saved and the production efficiency is improved to be more than 3 times of the previous production efficiency. The special-shaped strip prepared by the invention has good quality, the size stability is improved by 5-10% and the stripping strength of a protection layer and a substrate is improved by 10%.

The invention provides an integrated automatic quantitative sprinkling irrigation and fertilization system. The system comprises a fertilizer supply device, a mixing device, a conveying device and anatomizing device, wherein the fertilizer supply device is connected with the mixing device through a pipeline, the mixing device is connected with the atomizing device through the conveying device, the fertilizer supply device comprises a macroelement supply unit and a microelement supply unit, and the fertilizer supply device automatically controls supply through a PLC (Programmable Logic Controller) and introduces the fertilizer into the mixing device for mixing, so that quantitative addition and application are realized. According to the scheme, nutrient solutions can be automatically adjusted and prepared according to different growth periods of crops; and the disease and insect pest resistance of a seedbed and crops in the growth and development process is improved; the improvement ofthe growth and development capability of plants is facilitated, the automatic production is conveniently improved, the quantitative operation of the nutrient solution is realized, the pollution to the environment is conveniently reduced, the utilization rate of the nutrient solution is improved, the crop production period is effectively prolonged, and the production cost and the production laborforce are conveniently reduced.

The invention discloses ice cream mold spiral pressing equipment, and relates to the field of mechanical manufacturing. The ice cream mold spiral pressing equipment is provided with a press body and apressing mechanism; the press body is provided with at least one positioning groove which is formed around the end surface of a mold, the multiple positioning grooves can be distributed in differentforms according to the actual situation pressing forming of the mold is completed through the pressing mechanism arranged on the positioning grooves, and thus, the machining universality of the spiralpressing equipment is improved; in addition, a hydraulic system containing a servo motor is adopted to provide driving force for the equipment, and the machining performance of the equipment is improved; and the ice cream mold spiral pressing equipment is internally provided with a pre-tightening device, a stripping device and an electric control system, and the ice cream mold spiral machining automation degree is increased.