47results about How to "Achieve uninterrupted production" patented technology

The invention relates to an integrated high propagation method of water planting of virus-free potato seeds and seedlings. The method comprises the steps that a multiplication technology of the water-planting virus-free seedlings and a water planting production technology of the seedlings and the seeds are integrated, and the concentration of nutrient solution components, the light quality of a supplementary light source, hormone components, seedling cutting times and the like are optimized at the same time. According to the method, the stability and security are high, operation and daily management are simple and convenient, the maintenance and production costs are low, the sound seedling index of water-planting potato plants are significantly improved, the yield and quality of the seedlings and mini-potato are improved, the plant propagation coefficient is enlarged, the production cycle of the mini-potato is shortened, and the method is of great importance in breeding of the potato seeds and seedlings.

The invention discloses a faceplate assembly line and belongs to the field of automated assembly. The faceplate assembly line comprises a worktable which is provided with a multi-station turntable, the multi-station turntable is provided with four assembly fixing tables, and every assembly fixing table is provided with symmetric concaves for facilitating placing of a mechanical gripper; around themulti-station turntable, a housing feeding device, a PCB (printed circuit board) feeding device, a laminating film feeding device and a discharging device are sequentially arranged, wherein the housing feeding device transfers a housing to the assembly fixing tables, the multi-station turntable rotates to the PCB feeding device, a PCB is mounted onto the housing, the multi-station turntable rotates again, the laminating film feeding device covers a laminating film above the housing and the PCB, and then the multi-station turntable rotates to the discharging device to complete discharging of afinished product.

The invention relates to a production method for vanadium-nitrogen alloy, which comprises following steps: evenly mixing oxide of powder vanadium or ammonium metavanadate, carbon powder and binder, continuously adding into an external-heating rotary kiln in nitrogen atmosphere after briquetting and forming, and presintering to below 1000 DEG C under the protection of nitrogen; collecting the presintered block product which is cooled to ambient temperature under the protection of nitrogen at a discharge opening, pushing into an improved soft magnetic nitrogen atmosphere furnace kiln, heating to 1000 to 1500 DEG C for carbonization and nitridation reaction, and vanadium-nitrogen alloy product is obtained after discharge. The composition of the vanadium-nitrogen alloy: V is 78 to 83%, N is 16 to 21%, C is 6% max, and silicon, phosphorus and aluminum are less than 0.10%; the apparent density is greater than 3.5g/cm<3>. The production method for vanadium-nitrogen alloy has the advantages of adopting rotary kiln for precalcination, removing harmful impurities and corrosive elements, reducing stacking volume, greatly improving productivity of carbonization and nitridation working procedures, and greatly prolonging service life of nitriding furnace kiln.

The invention relates to technology for continuously producing an RFID tag antenna in a rolling mode, and belongs to the technical field of non-contact automatic identification. The process comprises the following steps of: step 1, manufacturing a printing roller, step 2, gluing by a printing roller; step 3, gluing a carrier film; step 4, laminating the membrane material; step 5, die cutting separation; and step 6, performing finished product rolling. The whole body is produced in a continuous rolling manner; uninterrupted production can be realized. In the production process, a gluing station, a pressing station and a die cutting station are sequentially arranged. Automatic roll feeding and automatic rolling are matched.T he gluing station, the pressing station and the die cutting station are all directly produced in a rolling mode. After the RFID tag antenna is subjected to rolling cutting by the die-cutting roller, the antenna material tightly attached to the carrier film is the produced RFID tag antenna, uninterrupted production can be integrally achieved, the production efficiency is high, the width of each station can be adjusted according to the production scale, and compared with a production mode of a traditional etching method, automatic mechanical production does not generate any pollution.

The present invention discloses a feed granulation device. The feed granulation device comprises an outer shell, a pressurized box, a motor, molding parts and a hot air fan; the upper part inside theouter shell is provided with the pressurized box; the right side of the top end inside the outer shell is provided with the motor; besides, the motor is fixedly connected with the inner side wall of the outer shell via a first fixing frame; a first rotating shaft is arranged at the lower end of the motor; the lower end of the motor passes through the top end of the pressurized box and is connectedwith a rotating wheel column; and the outside of the rotating wheel column is provided with a compression spiral disk. The motor is started to drive the first rotating shaft to rotate; the first rotating shaft drives the rotating wheel column to rotate; the rotating wheel column is then drives the compression spiral disk to rotate, thereby pressing a feed mixture downward, generating high-strength pressure and thereby realizing the extruding of the feed into tight strips; and the first rotating shaft then drives a rotating blade assembly to rotate at a high speed through various gears, thereby cutting the strips into the granular feed, realizing the uninterrupted production of the granular feed and improving the production efficiency of the feed granulation device.

The invention discloses a honey impurity removing device, comprising: a honey impurity removing device, which is characterized in that: a box body is provided with a feeding port at the top, a filtering port is arranged on the side wall of the box body, and a filter screen is arranged at the filtering port; a main shaft is arranged inside that box body, one end of the main shaft is provided with aimpurity scraping plate, the impurity scraping plate is in contact with the surface of the filter screen, and a propeller is arranged on the main shaft, and the acting force generated by the rotationof the propeller faces the filter screen. The invention also discloses a honey impurity removing method. The invention can automatically remove and convey the impurities on the filter screen, save time and labor, realize the continuous impurity removal operation, and improve the efficiency, stability and product quality of the impurity removal of honey.

The invention discloses a method for producing rose vinegar by adopting a pneumatic stirring way. The method comprises the steps of carrying out immersion cleaning on rice, steaming the cleaned rice,cooling the cooked rice, building a nest, flooding, adding water, fermenting, aging, squeezing and sterilizing; a tank is in a cylinder shape, an opening is formed in the upper end of the tank, and the diameter-height ratio D/H of the cylinder part of the tank is equal to 1 to (0.8-1); one end of a compressed air pipeline is connected with an air inlet, and the other end of the compressed air pipeline is connected with an air nozzle arranged at the lower part of mash in the tank; a grass cover is arranged at the opening formed in the upper end of the tank; step of fermenting comprises the following process: (1) medium-frequency and large-pneumatic stirring intensity fermentation control in the early stage; (2) high-frequency and medium-pneumatic stirring intensity fermentation control in the middle stage; (3) low-frequency and small-pneumatic stirring intensity fermentation control in the late stage. The method for producing the rose vinegar by adopting the pneumatic stirring way can enlarge the production scale, increase the yield, improve and stabilize the quality of the rose vinegar and lighten the labor intensity.

The invention discloses an automatic welding device which comprises a machine tool base (01), a welding operation table (02), a welding gun walking device (03), a welding gun (04), a first shear mechanism (05), a second shear mechanism (06) and a control system. The machine tool base (01) is divided into a feeding area located on one side of the welding operation table (02) and a pushing area located on the other side of the welding operation table (02). A locating and welding clamp groove communicating with the feeding area and the pushing area is arranged on the welding operation table (02).A pressing rolling shaft (08) away from the welding operation table (02), a pressing pushing mechanism (09) close to the welding operation table (02) and a material tail detection switch in inductionconnection with the pressing rolling shaft (08) and the pressing pushing mechanism (09) are arranged in the pushing area of the machine tool base (01). A conveying rolling shaft (11) and a material head detection switch in induction connection with the conveying rolling shaft (11) are arranged in the feeding area of the machine tool base (01).

The invention discloses an automatic steel strip machining method. The method comprises the steps that (1), a forming machine machines the nth coil of steel strip, a material tail detection switch detects the material tail of the nth coil of steel strip, the forming machine stops, wherein n is larger than or equal to 1; (2), the steel strip is stopped at the material tail cutting point position ofthe nth coil of steel strip, and a shearing mechanism is started to cut off the material tail of the nth coil of steel strip; (3), the (n+1)th coil of steel strip is conveyed to the material head cutting point position, and the shearing mechanism is started to cut off the material head of the (n+1)th coil of steel strip; (4), the cutting surface of the nth coil of steel strip and the cutting surface of the (n+1)th coil of steel strip are spliced and aligned; (5), a welding machine is started to weld a joint formed by the cutting surface of the nth coil of steel strip and the cutting surface of the (n+1)th coil of steel strip so as to weld the nth coil of steel strip and the (n+1)th coil of steel strip into a whole; and (6), the forming machine is started again, and the nth coil of steel strip moves forwards in the production line direction to drive the (n+1)th coil of steel strip to enter the forming machine to be machined.

The invention relates to a feeding and discharging machining workstation for an ultra-precision part, in particular to a full-automatic feeding and discharging machining workstation for an ultra-precision cone body. According to the technical scheme, the full-automatic feeding and discharging machining workstation for the ultra-precision cone body comprises two sets of automatic feeding tray systems which are symmetrically arranged on a machine table assembly, ultra-precision tool holder systems which are respectively arranged on both sides of the feeding tray systems, an ultra-precision spindle matched with the ultra-precision tool holder systems, and a robot handling system which is arranged in the middle of the machine table assembly. The full-automatic feeding and discharging machiningworkstation for the ultra-precision cone body has the advantages that ultra-precision production and automation are combined, manual labor can be replaced, uninterrupted production is realized, workefficiency is improved advantageously, at the same time, a discrete machine tool is changed into the workstation, and the overall equipment cost is saved.

The invention provides PVD (physical vapor deposition) continuous coating equipment and a coating method. The PVD continuous coating equipment comprises a loading cavity, a first transition cavity, a coating cavity group, a second transition cavity, an unloading cavity and a conveying assembly, wherein vacuum isolation valves are arranged at an inlet of the loading cavity, a position between the loading cavity and the first transition cavity, a position between the first transition cavity and the coating cavity group, and a position between the coating cavity group and the second transition cavity, a position between the second transition cavity and the unloading cavity and an outlet of the unloading cavity, each cavity is provided with a corresponding vacuum pump set, and the loading cavity and the unloading cavity are each provided with an air escape valve. The PVD continuous coating equipment has the beneficial effects that the coating equipment with a multi-stage vacuum cavity structure is provided, so that the air exhaust/deflation time can be greatly shortened; a product continuously enters from one end of the equipment and is continuously output from the other end of the equipment, so that uninterrupted production is achieved, the capacity is high, and the product process consistency is good; and a manipulator is adopted for loading and unloading the product, so that the labor cost is saved, and the economic benefit of a factory is effectively improved.

The invention relates to human-machine interconnect type intelligently-controlled mass drill equipment. The human-machine interconnect type intelligently-controlled mass drill equipment comprises an upper computer PC and a material delivery rail, wherein the material delivery rail extends in the longitudinal direction and comprises a material charging section, a processing section and a material discharging section; two-dimensional code scanning equipment is arranged at one side of the material charging section; a material positioning and clamping mechanism and a mass drill mechanism are arranged at the processing section, and are connected with a PLC (programmable logic controller); the two-dimensional code scanning equipment and the PLC are respectively in signal connection with the upper computer PC. The human-machine interconnect type intelligently-controlled mass drill equipment has the advantages that the continuous production on multiple sizes of products is realized; the seamless connection between a database and the product production is realized; the frequent adjusting of processing equipment is not needed, the procedures are simple, the labor intensity of a worker is low, the requirement on the operation level of the worker is low, and the working efficiency is greatly improved.

The invention relates to the technical field of production of injection molding accessories and discloses a fully-automatic rope head welding device. The fully-automatic rope head welding device comprises a bed body, wherein a micro-control center is arranged in the bed body; a charging shaping mechanism, a delivery mechanism, a welding forming mechanism and an accommodating part are mounted on the bed body sequentially from left to right; a knotting brake part is arranged in the charging shaping mechanism; a starving brake part is arranged between the charging shaping mechanism and the delivery mechanism; the welding forming mechanism consists of a clamping and coiling part, a pre-bending part, a welding cutting part and a pressing part; the clamping and coiling part is mounted on one side of the accommodating part; the pre-bending part is arranged above the material feeding direction; the welding cutting part is arranged on one side of the pre-bending part; the pressing part is arranged between the clamping and coiling part and the accommodating part; the delivery mechanism, the welding forming mechanism and the micro-control center are electrically connected. The fully-automatic rope head welding device realizes fixed-speed, fixed-length and fixed-yield production and has high production efficiency; the products have high standard precision, high safety performance and high yield, energy is saved, the efficiency is high, manpower and material resources are saved, microcomputer fully-automatic control is realized, and continuous production of the products is realized.

The invention discloses a home cheese cake flour containing wheat dietary fibers and a production method thereof. The cheese cake flour is made of a premixed flour A and a premixed flour B, especially the premixed flour A is added with wheat dietary fiber powders. The materials of the premixed flour A and the premixed flour B are scientifically proportioned, and the premixed flour A and the premixed flour B are whipped by an egg separation method, and cheese cakes whose dietary fiber content is 50-100% higher than that of a conventional product are conveniently and rapidly made at home. The cakes are delicious and supplement dietary fibers which are lacking in daily life, and increase nutritive values. The processing method for the cheese cake flour is formed by drying, cooling, sieving, mixing, venting, and packaging procedures, and continuous production of drying and ingredient mixing is realized, shelf life of the cake flour is improved, and breakage rate caused by product extrusion in a transportation process is reduced.