31results about How to "Save unloading time" patented technology

The invention discloses a drip irrigation belt winding device. The drip irrigation belt winding device is structurally composed of a supporting mechanism, a winding mechanism and a walking mechanism,wherein the winding mechanism and the walking mechanism are transversely arranged and the total width is 6.5 to 7.5m; the supporting mechanism is composed of a main rod (11), three vertical rods (12),two secondary rods (13) which are fixedly connected with the bottom end parts of the three vertical rods (12) and a connecting rod (14) for connecting the main rod (11) and the vertical rods (12) atthe left and right sides; the winding mechanism is composed of a rotary screw rod (31) which is transversely arranged on the vertical rods (12) of the supporting mechanism, a winding rod (32) and a plurality of round fixed blocking pieces (33); the walking mechanism is composed of walking wheels (21) which are connected with the vertical rods (12) at the left and right sides of the supporting mechanism and a walking wheel (22) at one end of the main rod (11). According to the winding device disclosed by the invention, power is output through a tractor to drag, the recycling speed and recyclingquality of a drip irrigation belt are improved and impurities are reduced.

The invention relates to a vapor-liquid separation device which is characterized in that: the device includes a kettle internally inserted and provided with a feeding tube; one side of the feeding tube is connected with the material source, the other side is provided with a plurality of discharge ports, the lower part of the each discharge port is provided with a baffle, which is provided with a plurality of through holes, and the baffle is fixed in the kettle through the baffle frame; the side wall of the kettle is provided with a discharge fluid tube, the top of the kettle is provided with asteam discharge tube, the top of the steam discharge tube is provided with a baffle cover, and enclosures are arranged around the steam discharge tube and the baffle cover. As the invention is provided with the baffle, the enclosure and the discharge ports, the gas and liquid can be separated more effectively, the noise can be reduced effectively, the environmental pollution can be reduced, and the productivity is increased. The vapor-liquid separation device of the invention is suitable for various vapor-liquid separation processes, especially the production process of the fatty acid products.

The invention relates to a car-following synchronous side-tipping grain conveying device of corn ears, which mainly comprises a lower ear distribution sliding plate, an ear receiving groove, a secondary lift conveyer bracket, an ear side conveyer, a hydraulic driver, an oil cylinder, a connecting rod, a cardan joint and a secondary lift conveyer. The ear side conveyer is installed in a U-shaped seat of the secondary lift conveyer bracket, the oil cylinder is installed on the ear side conveyer and a supporting seat of the secondary lift conveyer bracket, the ear receiving groove is installed at a horizontal section of the secondary lift conveyer, and the lower ear distribution sliding plate is installed in a sleeve at the horizontal section of the secondary lift conveyer and carries out a reverse fan-shaped motion by taking the sleeve as an axis through the connecting rod along with the motion change of the ear side conveyer. When the travel change of the ear side conveyer along with the oil cylinder is shortest, one end of the lower ear distribution sliding plate is positioned at the ear outlet end of a peeler which is transversely arranged, and the hydraulic driver is connected with a driving shaft of the ear side conveyer by the cardan joint and drives the ear side conveyer to convey the corn ears sliding down from the lower ear distribution sliding plate and the ear receiving groove onto a synchronous transporter, thereby realizing car-following synchronous grain tipping.

The invention discloses a harvester grain bin. The harvester grain bin comprises a bin body, a transitional conveying mechanism and an externally-extending unloading mechanism; the transitional conveying mechanism is longitudinally arranged in the bin body and comprises a transitional conveying groove, a conveying driving unit and a projecting disc; the conveying driving unit is arranged in the transitional conveying groove and comprises a hydraulic motor, two transmission shafts, a pair of chain wheels and a plurality of scraper plates; the projecting disc is fixedly installed at the lower end of one of the transmission shafts in a sleeving mode, a projecting disc body comprises an inner spreading plate and an outer projecting plate, the disc body is divided into an inner ring area and an outer ring area by the inner spreading plate, multiple spreading openings are evenly formed in the outer circumference of the inner spreading plate, and multiple grain throwing openings are evenly formed in the outer circumference of the outer projecting plate; the externally-extending unloading mechanism is arranged at one side of the bin body. By means of the harvester grain bin, it is guaranteed that grains in the bin body of the grain bin can be distributed uniformly, the grain collection rate of the grain bin is greatly raised, meanwhile, grain discharging times are decreased, and work efficiency is improved. When the bin body of the grain bin is filled up with the grains, the grains can be directly unloaded onto a grain transporting vehicle, time and labor are saved, and grain unloading time is saved.

The present invention discloses one kind of numerically controlled hemming sewing machine, which includes a sewing assembly, a driving mechanism, a presser foot mechanism, and a hemming mechanism. The hemming mechanism consists of mainly a pushing cutter, a locating cutter and a locating rod. The pushing cutter and its driving cylinder are mounted on a link rod, which is mounted on the driving mechanism; and the locating cutter is mounted on a seat, which is fixed on the work platform; with one locating clip being mounted beside the locating cutter. The present invention has the integrated automatic functions of seizing cloth, shifting cloth, hemming and sewing and thus high production efficiency.

The invention discloses a liquid unloading method for liquefied natural gas or coal gas. The liquefied natural gas (LNG) liquid unloading process comprises the following steps: connecting three metal flexible pipes with an unloading platform, pressurizing a cryogenic liquid tanker by using an unloading supercharger to form a pressure difference between the cryogenic liquid tanker and a storage tank, unloading the LNG into the storage tank, and unloading residual gas in the cryogenic liquid tanker to user pipe network by using a medium pressure gas supply system. Compared with the existing liquid unloading method, the invention decreases the residual gas of the cryogenic liquid tanker from 0.4MPa to 0.15Mpa, and the residual gas in the tanker also decreases from 500kg to below 200kg, so as to meet the requirements of customers and save gas unloading time from the original 1 h to 15 min; and the safety coefficient is improved and the production cost is reduced.

The invention discloses a coiling method of a steel coil, which belongs to the technical field of automatic control. In order to solve the problem of the loose outer ring of the steel coil, the present invention calculates the three lifting actions of the steel coil trolley when the strip tail is a certain distance from the stop position according to the current steel coil diameter; length, when the strip tail is about to leave the upper pressure roller of the coiler, the coil trolley automatically triggers three lifts to touch the strip, thus completing the coil coiling. The advantage of the present invention is that it effectively avoids the problem of the loose outer ring of the steel coil, improves the coil receiving speed of the steel coil trolley, and reduces the labor frequency that the operator needs to frequently manually jog the coiler to rotate one circle to eliminate the loose outer ring of the steel coil , to ensure continuous and stable high-level automated production.

The invention relates to a technology for producing 5-acetyl amido benzimidazolone. The condensation process is as follows: o-phenylendiamine, carbamide, water and concentrated sulfuric acid are added into a condensation reaction kettle step by step, the pH value is controlled to between 6 and 7, and benzimidazolone is obtained by drying the mixture; the nitration process is as follows: the benzimidazolone, chlorinated benzene and concentrated sulfuric acid are added into a nitration reaction kettle, the chlorinated benzene is reclaimed and purified by reduced pressure distillation and water boiling, and 5-nitryl benzimidazolone is obtained by drying the mixture; the reduction process is as follows: the 5-nitryl benzimidazolone, iron powder, hydrochloric acid and water are added into a reduction reaction kettle, the mixture is subject to suction filtering, cooling, crystallization and drying after the reaction for producing the 5-amino benzimidazolone; and the acetylization process is as follows: the 5- amino benzimidazolone, Diketene, phosphoric acid, caustic soda liquid and water are added into an acetylization kettle, the pressure inside the kettle is discharged in the temperature rising process, and the mixture is subject to suction filtering and drying to produce the 5-acetyl amido benzimidazolone. The process has the total yield coefficient up to 75 percent, purity quotient more than 99 percent and the product quality which meets the international standards of the same products at home and abroad.

The invention discloses a high-speed sewing machine capable of raising a machine head. The machine comprises a base, and the machine head which is mounted on the base; the base is fixedly mounted on a stand; a rotating shuttle main shaft for driving a rotating shuttle is mounted on the base; a driving shaft for driving the rotating shuttle main shaft is mounted on the machine head, wherein the machine head is pivoted to the base; a cylinder device for raising the machine head is mounted below the stand; a derailing device for preventing the driving shaft and the rotating shuttle main shaft from derailing is arranged on the base. According to the machine, the cylinder device can control the machine head to raise to discharge materials conveniently, and thus the discharging time is reduced, and the production efficiency is increased; in addition, the driving shaft and the rotating shuttle main shaft can be prevented from derailing through the derailing device; therefore, the machine is flexible to operate, and stable in working efficiency; a positioning device mounted at the back of a connecting block in the cylinder device is able to position the cylinder device, so that the safety working coefficients can be increased.