37results about How to "Realize online production" patented technology

This invention relates to a low radiation self-cleaning complex function glass. This glass has trilamellar membrane structure, membranous layer from glass outward in turns is : SiO2 transition layer, ion adulterated SnO2 layer, ion adulterated SiO2 - TiO2 layer. The on-line preparation method is sol-gel method, combine with atomizing sedimentation, utilize thermal decomposition and coagulation process of collosol at 450 to 550 deg to proceed heat sedimentation, in turns form membranous layer on the on-line glass plate surface. This invention through controlling the coating material concentration, dopant ion variety, thermal decomposition temperature and membranous layer thickness bring low radiation to the glass coated this membrane, execute stable uniwafer low emissivity glass, reduce cost, and realize reprocessing treatment of low radiation steeling and hot bending. This invention applies to common building and shield glass.

The invention discloses a fully automatic battery code spaying grouping device for solving the problems of high labor intensity, low efficiency, high rate of defective products and the like in processes of code scanning, testing, code spaying as well as sorting and collection of semi-finished batteries. Compared to the prior art, the fully automatic battery code spaying grouping device achieves the online production of the processes of feeding, code scanning, testing, code spaying as well as sorting and collection of the semi-finished batteries to achieve automation, is high in efficiency to facilitate the maintenance of the consistency of product quality, integrates multiple processes needing to be completed by multiple workers with multiple devices previously into a single device to greatly save labors, most importantly, improves production efficiency and yield, is small in size and occupation area, avoids the occupation of workshop space by semi-finished batteries due to the fact that the processes of feeding, code scanning, testing, code spaying as well as sorting and collection of the semi-finished batteries are completed at one time, and can be combined with a battery production line to achieve the on-line production from battery raw materials to finished battery products.

The invention discloses an all-in-one machine for a polymer lithium battery with functions of formation and capacity grading. The all-in-one machine comprises a cell assembly line, wherein a cell elastic clamp which is fully loaded with cells; a formation and capacity-grading apparatus is arranged on one side of the cell assembly line; the formation and capacity-grading apparatus comprises a material-feeding mechanical arm bracket and a material-discharging mechanical arm bracket; a material-feeding material-waiting frame, a material-discharging material-waiting frame, a group of formation clamps and multiple capacity-grading clamps are arranged in the material-feeding mechanical arm bracket and the material-discharging mechanical arm bracket; the material-feeding material-waiting frame, the material-discharging material-waiting frame, the group of formation clamps and the multiple capacity-grading clamps are arranged in sequence from one side to the other side; a material-feeding mechanism and a material-discharging mechanism are arranged between the material-feeding material-waiting frame and the cell assembly line; the material-feeding mechanism and the material-discharging mechanism are positioned on the front and back sides respectively; and material-moving mechanical arms are arranged on the material-feeding mechanical arm bracket and the material-discharging mechanical arm bracket. The all-in-one machine for the polymer lithium battery with the functions of formation and capacity grading has the advantages of high continuity of capacity-grading processes, high degree of automation, high efficiency, good formation effect, high product quality and the like.

The invention discloses a photovoltaic module which comprises a plurality of solar battery piece slices, wherein the solar battery piece slices are formed by cutting a solar battery piece along a direction parallel to a main grid line. Meanwhile, the invention further discloses a manufacturing process of the photovoltaic module. The manufacturing process comprises the following steps: welding the solar battery piece, performing laser scribing along the direction parallel to the main grid line of the solar battery piece to form a cutting channel, and slicing the solar battery piece according to the cutting channel; and performing stacking, lamination, framing, wiring box arrangement and test. The photovoltaic module overcomes the technical bottleneck and the bias in the conventional solar field; the solar slicing direction is creatively designed to be parallel to the main grid line, so that on-line production of a slice assembly can be realized, and fragments are reduced; and compared with the yield of a conventional half battery module, the yield of the photovoltaic module is greatly increased.

The invention discloses a rapid curing process of a battery plate. The rapid curing process comprises the following steps: stage 1: the temperature is 60 to 65 DEG C, the humidity is 95% to 100%, and the time is 0.5h to 1.0h; stage 2: the temperature is 60 to 65 DEG C, the humidity is 90% to 95%, and the time is 0.5h to 1.0h; stage 3: temperature is 70 to 75 DEG C, the humidity is 85% to 90%, and the time is 0.5h to 1.0h; stage 4: the temperature is 80 to 85 DEG C, the humidity is 80% to 85%, and the time is 1.0h to 2.5h; stage 5: the temperature is 70 to 75 DEG C, the humidity is 85% to 90%, and the time is 0.5h to 1.0h; and a drying stage: the temperature is 80 to 85 DEG C, the humidity is 0%, and the time is 1.0h to 4.0h. The scheme of the invention greatly improves the production efficiency of plate curing and drying, realizes the continuous production of lead-acid battery plates and assembly, and the manufactured lead-acid batteries have good capacity and cycle life.

The invention relates to the technical field of spunlace non-woven devices, in particular to a control process for producing a non-woven fabric. The control process is characterized by including the following steps of firstly, grabbing; secondly, pre-loosening; thirdly, mixing; fourthly, fine-loosening; fifthly, processing by a final hopper; sixthly, processing by a pneumatic hopper; seventhly, spunlacing; eighthly, drying; ninthly, winding. An automatic winding machine has a quite high automation level and can realize continuous online production of automatic repiecing, lap changing and lap falling.

The invention relates to the technical field of teaching, in particular to an online courseware editing system which comprises a user module, a first online editing module, a second online editing module, a conversion module and a sharing module. The first online editing module is used for enabling a user to edit courseware through the PC terminal. The second online editing module is used for enabling the user to edit courseware through the mobile terminal. The conversion module is used for converting the courseware from a PPT format to an H5 format and storing the courseware. The sharing module is used for sharing the courseware edited by the first online editing module or the second online editing module or the conversion module. According to the invention, online courseware making and editing can be realized, existing courseware is converted from a PPT format to an H5 format, and sharing information is generated through the sharing module after courseware making or conversion is completed, so that students can directly obtain the courseware through the sharing information, and the courseware is convenient to publish and propagate.

The present invention discloses a classic espresso coffee formula and a production technology thereof. The classic espresso coffee formula is prepared from coffee beans, lemon peel powder, cassia barkpowder, grapefruit sauce, citrus sinensis cv. Liu Cheng powder, vitamin B12, mint and borneol as raw materials; proportion of the components is strictly controlled; a traditional neutralization preparation formula is changed; an obtained mixture is placed in a container to be put still; a vacuuming device is used to conduct a vacuuming treatment of the container; vacuum low-temperature environment inside a fine grinding device is kept; a grinding degree is controlled to be three-degree; original quality and aroma of coffee beans are better preserved; the coffee beans are mellow in mouthfeel;after grinding, the desired espresso coffee is obtained; the quality of the classic coffee is strictly ensured; a quantitative sealed packaging method is used; and packaging bags are filled with a sufficient amount of inert gas as protection gas to limitedly prevent the classic coffee to be oxidized; the classic coffee is long in shelf life; the entire packaging process is conducted in a sterile environment; the manufacture process is simple; an online production can be achieved; and the production efficiency is high.

The invention provides a label processing equipment for two-layer logistics, including a first unwinding mechanism, a printing mechanism, a glue coating mechanism, a second unwinding mechanism, a composite mechanism, a die-cutting mechanism and a winding mechanism, the first The unwinding mechanism, the printing mechanism and the gluing mechanism are sequentially arranged according to the flow direction of the first layer of the material layer to be processed, and the output ends of the second unwinding mechanism and the gluing mechanism are sequentially arranged with a composite mechanism, a die-cutting mechanism and a winding mechanism; The gluing mechanism is a partial gluing mechanism. The invention realizes the online production of two-layer logistics labels, the matching of printing, partial gluing and die-cutting processes, and realizes partial gluing through the gluing mechanism, which can meet the needs of logistics companies to preserve original documents, and at the same time save a layer of paper and Its processing procedure reduces waste paper pollution, saves resources, and reduces costs by about 30%.

The invention discloses a method for producing transparent conducting film glass. The method comprises the following steps: (1) introducing a gaseous-state shielding layer precursor containing silane and an oxygen source to the glass surface at a temperature ranging from 460 to 480 DEG C by taking an inert gas as a carrier in an annealing kiln, carrying out photodissociation of the gaseous-state shielding layer precursor by use of a parallel incident laser beam and thus carrying out a chemical vapor reaction to form a shielding layer which is 50-90nm thick on the glass surface; (2) in the annealing kiln and in the glass temperature range of 435-455 DEG C, introducing a gaseous-state conducting layer precursor containing pre-gasified zinc and aluminum sources and the oxygen source to the glass surface on which the shielding layer is already deposited by taking the inert gas as the carrier, and causing the photodissociation of the gaseous-state conducting layer by use of the parallel incident laser beam and thus carrying out the chemical vapor reaction to form a conducting layer which is 250-400nm thick on the glass surface. The method has the advantages that the temperatures of the coating reactions are effectively reduced so that the quality of the film can be improved, and the utilization rate of the precursor gases is increased so that the working conditions of a float line can be kept stable.

The invention provides an arsine and chlorine combined electrolysis device and an arsine and chlorine combined electrolysis method using the same. The device comprises an electrolytic cell, a cation semipermeable membrane is arranged in the electrolytic cell, the electrolytic cell is divided into an anode electrolytic cell and a cathode electrolytic cell by the cation semipermeable membrane, an anode membrane electrode is arranged in the anode electrolytic cell, and the anode electrolytic cell is communicated with an anode electrolyte feeding pipe, an anode electrolyte discharging pipe and a chlorine discharging pipe; an arsenic cathode is arranged in the cathode electrolytic cell, and the cathode electrolytic cell is communicated with a catholyte feeding pipe, a catholyte discharging pipeand an arsine discharging pipe. The method comprises the following steps: electrolyzing an anolyte containing chlorine salt by using the anode membrane electrode in the anode electrolytic cell to obtain chlorine gas, and enabling the cations in the chlorine salt to enter the cathode electrolytic cell through the cation semipermeable membrane; meanwhile, electrolyzing water in the catholyte by using the arsenic cathode in the cathode electrolytic cell to obtain arsine. The device provided by the invention realizes simultaneous production of high-purity arsine and high-purity chlorine.