37results about How to "Reasonable process arrangement" patented technology

The invention discloses an automatic method for analyzing constitution and diversity of a bacterial community of a 16SrRNA gene. The automatic method comprises the following steps: in 16SrRNA sequencing data analysis process, by taking original sequencing sequence data as input, calling a standard analysis tool (such as Mothur and QIIME) of the industry, and performing visualization on data finally, thereby obtaining analysis results which are easy to analyze. The automatic method includes popular main analysis items at present, meanwhile analysis contents can be modularized, relatively rich and deep data mining analysis methods can be available, different analysis module contents can be combined according to different demands, and process procedures can be relatively reasonably arranged; and in addition, analysis errors caused by different sequencing depths can be eliminated, and the analysis results can be relatively comprehensive, accurate and reliable.

The invention relates to a rapid making method for stinky tofu. The main steps include: bittern dripping and static solidification, slight breaking and pouring, squeezing and cutting, cooling and brine soaking, bailing and picking, as well as casing and delivery finally. The stinky tofu made by the method provided by the invention is rich in protein, vitamin and minerals, and also contains considerable calories. Thus, the stinky tofu not only can serve as a common leisure food, but also can serve as a daily staple food, and is very suitable for people to eat out together and for work or outdoor dining. Being able to be processed into various dishes, the stinky tofu has delicate, smooth and tender taste and heavy fragrance, and is more delicious than ordinary stinky tofu. Due to a more reasonable processing technology, the product has excellent quality. The method provided by the invention has the characteristics of fast processing speed, reasonable technological arrangement, and is very suitable for mass production of food processing enterprises.

The invention discloses an atomization assisting CVD thin film deposition method. The atomization assisting CVD thin film deposition method is characterized by comprising the following steps that a, an atomization assisting CVD thin film deposition device is designed; b, a plane substrate being about to form a film is placed in an installing hole in a substrate template, then the substrate template is horizontally placed on the upper plate face of a lower lifting plate, and the position of the lower lifting plate is adjusted; d, after a temperature of a reaction area reaches a preset temperature, firstly an atomization source is opened, and is used for atomizing liquid precursors into aerosol precursors, the aerosol precursors are input into a buffering mixing chamber through carrier gas sent out of the atomization source; and e, after the temperature of the reaction area is close to a room temperature or is 45 DEG C or below, the operation that the precursors are input into the buffering mixing chamber through a gas phase matter inflow pipe and an aerosol inflow pipe firstly stops, then a gas sucking pump is closed, finally, a sealing cover is opened, the substrate template is taken out, and finally a substrate is taken down from the substrate template. The thin film deposition method is high in deposition efficiency, reasonable in process arrangement and high in thin film quality.

The invention provides a system and process for utilizing coke oven flue gas desulfurization and denitrification waste heat. The process includes: allowing flue gas to enter an SCR denitrification reactor to react with the reducing agent, allowing the flue gas after the reaction to enter a waste heat boiler module for heat exchanging, controlling the module to allow the temperature of the flue gas to be 160-180 DEG C, allowing the flue gas to enter a magnesium desulfurization module for desulfurization, and discharging, wherein the SCR denitrification reactor is connected with an inlet flue, a guide plate is arranged at the turning part of the flue, a rectifying grating is arranged on the upper portion in an SCR denitrification reactor shell, a catalyst layer is arranged below the rectifying grating, and a steam soot blower is arranged between the rectifying grating and the catalyst layer; the catalyst is a vanadium-titanium-based catalyst and/or a rare-earth-system low-temperature catalyst; volume velocity is controlled to be 5000-8000m<3>/m<3>. H, and flue gas speed is controlled to be 3-10m/s; the waste heat boiler module is a heat pipe waste heat boiler. The process has the advantages that the nitrogen oxide and sulfide in the coke oven flue gas are removed successfully, the flue gas waste heat is utilized to the maximum extent, and the economy of the system is increased.

The invention relates to a processing technique for casting a beam of an automobile chassis, which comprises the following steps of: (1) milling a lower bottom surface, (2) milling an upper plane surface, (3) milling two lateral sides, (4) drilling a hole in the lower surface, (5) drilling a hole in the upper surface, (6) drilling holes at the two lateral sides, (7) boring holes at two lateral inclined surfaces, (8) milling an inner convex plate inclined surface at one side, (9) milling the inner convex plate inclined surface at the other side, (10) drilling screw holes on the inner convex plate inclined surface, (11) tapping inclined surface screw holes, (12) back facing of a hole table-board on the lower bottom surface, (13) back facing of a hole table-board on the upper plane surface and (14) back facing of hole table-boards on two lateral surfaces. The technique process has reasonable procedure arrangement, is convenient for the positioning and clamping of work pieces, and can guarantee the precision requirement of the work pieces and high processing efficiency.

The invention relates to the technical field of automatic equipment, and provides an automatic steel bar machining system. Automatic steel bar machining is achieved through a cutting module, a rib peeling chamfering module and a thread rolling module, the labor cost can be saved, and the production efficiency is improved, wherein the cutting module, the rib peeling chamfering module and the threadrolling module are sequentially arranged. The machining modules are arranged in a modular combination manner. Through the arrangement of procedures of saw cutting, rib peeling chamfering and thread rolling, the technical problem that in the prior art, a flat end face formed after saw cutting deforms after rib peeling and thread chaing, and rubbing-down needs to be conducted again is solved, the grinding procedure is omitted, technology arrangement is more reasonable and simpler, the problem about the large occupied area is solved, and energy saving and consumable reduction are facilitated. Rib peeling chamfering machining and thread rolling machining are divided into two procedures, the problem that in the prior art, the machining duration of rib peeling and thread rolling machining and grinding machining is not matched with the saw cutting machining duration beat is solved, technology arrangement and the production beat are more reasonable, and the production efficiency can be betterimproved.

The invention provides a technical scheme of a processing technology of a left support and a right support of a novel suspension V-shaped propelling rod of a heavy automobile. According to the technical scheme, the processing technology comprises the first step of milling a lower side face, the second step of milling a bottom face, the third step of drilling 14 bolt connecting holes and drilling and reaming 2 technological positioning holes, the fourth step of milling a boss inclined face on one side, the fifth step of milling a boss inclined face on the other side, the sixth step of drilling a boss inclined face thread bottom hole in one side, the seventh step of drilling a side boss inclined face thread bottom hole in the other side, the eighth step of tapping a boss inclined face thread hole, and the ninth step of using a counter bit for reaming platform tops of all holes in the bottom face with the bottom face 1 and the side face 7 used for positioning and a positioning circular hole used for auxiliary positioning. According to the processing technology, processing can be carried out on different machine tools according to different procedures, investment is low, and synergy is fast. The requirement of a product is guaranteed mainly through a tool, the technology arrangement is reasonable, a workpiece is positioned and tightly clamped conveniently, the requirement for the precision of the workpiece can be ensured, and processing efficiency is high.

The invention provides a vehicle cushion with a groove and a manufacturing method thereof, specifically a cushion with a grove for automobile and a manufacturing method thereof. A vehicle cushion with a groove of the invention, a groove with depth not less than one third of thickness of the vehicle cushion is on the front face of the vehicle cushion. The invention aims to solve the problem to manufacture one or more grooves with various forms and a greater depth, or penetrating up and down on the vehicle cushion. The manufacturing method of the vehicle cushion with a groove has rational technology, simple and reliable process, with high production efficiency and low cost. The invention further provides a receiving container to be installed inside the groove thereof, with deft design, and good adhesion to the vehicle cushion, which can be integrated with the cushion when being folded with good looking.

The invention discloses a rapid manufacturing method of fried gluten puff. The method comprises the following steps of: cleaning, pulping, cutting, frying, cooling, soaking and cooling. The fried gluten puff manufactured by the method is high in processing speed, reasonable in technical arrangement, and very suitable for batch production of food processing enterprises, and the production procedure is simplified.

The invention relates to a surface printing machine and a surface printing process. The surface printing machine comprises a rack, a printing mechanism, a driving mechanism and a control mechanism, wherein the rack comprises an annular guide rail and a plurality of printing and dyeing stations slidably arranged on the annular guide rail; and the printing and dyeing station circularly slides on theannular guide rail under the driving of the driving mechanism and sequentially passes through a plurality of functional areas to complete corresponding process operation. According to the surface printing machine, the annular guide rail and the printing and dyeing station are arranged, scraping printing equipment and spraying printing equipment which are required in the printing process are arranged on the annular guide rail, the control mechanism controls the driving mechanism to work, the printing and dyeing station is driven to circularly slide on the annular guide rail, related process steps are completed on the corresponding printing mechanism, manual operation is reduced by automatic control, the production efficiency is improved, the process arrangement is reasonable, the operation is simple, and the printing effect is good.

The invention relates to a beta-carotene emulsion with high bioaccessibility. The beta-carotene emulsion with high bioaccessibility is prepared by subjecting oil-phase components and aqueous-phase components to homogenizing and emulsifying, the oil-phase components comprise carotene, camellia oil and olive oil, and the aqueous-phase components comprise sucrose ester, pectin and deionized water; wherein the mass percentage of the oil-phase components in the total components is 1-7%; the mass ratio of camellia oil to olive oil in the oil-phase components is 1: 1-1: 5; and the mass ratio of sucrose ester to pectin in the aqueous-phase components is 1: 0.5-1: 1. The beta-carotene emulsion with high bioaccessibility disclosed by the embodiment of the invention has the advantages of high bioaccessibility and good stability.

The invention relates to a high-quality sand making and dry-mixed mortar integrated production line. The production line comprises a sand making building and a dry-mixed mortar station; a raw materialaggregate bin is connected with a graded sand making machine and a grain shape optimizing machine, raw material aggregate enters a vibrating screen through a semi-finished product bucket elevator after being crushed by the graded sand making machine and the grain shape optimizing machine, the aggregate enters a first sand finished product bucket elevator after the stone powder content of the aggregate is controlled by a winnowing device, and part of the aggregate returns to the graded sand making machine and the grain shape optimizing machine to be treated; fine sand in a stone powder separator returns to finished product machine-made sand, the treated stone powder enters a stone powder storage bin, and the stone powder storage bin sends the stone powder into a stone powder bin; fine sandtreated by the stone powder separator is fed into a dry sand storage bin through the first sand finished product bucket elevator, and then is fed into a dry sand temporary storage bin through a second sand finished product bucket elevator; and all the materials are stirred by a stirrer, enter a dry-mixed mortar finished product bin and are stored through a dry-mixed mortar finished product bucketelevator. The production line has the following advantages: the integrated design is adopted, the occupied area is small, and the process arrangement is compact and reasonable.

The invention relates to a pollution discharge pipe, in particular to the pollution discharge pipe used for installation of an open groove method. The pollution discharge pipe is composed of a water pipe body (1) with a circular cross section. The water pipe body (1) comprises a pipe outer diameter (1-1) and a pipe inner diameter (1-2). The pipe outer diameter (1-1) is composed of a small outer diameter face (1-1-1), an inclined plane (1-1-2) and a large outer diameter face (1-1-3). One end of the small outer diameter face (1-1-1) is connected with the large outer diameter face (1-1-3) through the inclined plane (1-1-2). An inclined angle of 5 degrees is formed between the inclined plane (1-1-2) and a horizontal plane. An annular boss (1-1-1-1) is arranged at the other end of the small outer diameter face (1-1-1). An annular groove (1-2-1) is formed at one end of the pipe inner diameter (1-2). The pollution discharge pipe used for the installation of the open groove method has the advantages of being in a flange-type structure, preventing a leakage phenomenon from occurring, and being reliable in sealing, good in tightness, good in reliability, simple in structure and low in manufacture cost.