63results about How to "Reduce cleaning labor intensity" patented technology

A technology for continuously cooking rice includes such steps as washing rice, immersing, quantitatively loading in boxes, microwave cooking and outputting rice in boxes. Its apparatus is composed of screw conveyer, high-position rice tank, rice washer, redox washer, jet-type sprayer, step impurities remover, rice immersing container, oblique rich dropper, quantitative loaders of rice and water, and continuous microwave cooker. Its advantages are high speed, high utilization rate of heat energy, and high productivity.

The invention discloses a method for cleaning an environmental-friendly collecting box by adopting a full-automatic environmental-friendly collecting box high-pressure cleaning machine. The method comprises the steps of: 1, opening a sealing door, clamping a turning frame and a moving frame of a turning mechanism to be turned outside a washing chamber; 2, enabling the box opening of the environmental-friendly collecting box to be upward and placing on the turning frame, clamping a barrel cylinder to act, pushing the moving frame to move upwards for firmly clamping the box opening of the environmental-friendly collecting box; 3, reversely turning a turning shaft for 180 degrees, turning the turning frame and the environmental-friendly collecting box into the washing chamber together; 4, opening a high-pressure plunger pump, cleaning the outer wall of the environmental-friendly collecting box by power rotation of an upper spraying mechanism, cleaning the inner wall of the environmental-friendly collecting box by powerless rotation of a lower spraying mechanism; 5, blowing and sweeping the environmental-friendly collecting box with compressed air; and 6, turning the environmental-friendly collecting box outdoors and taking out. The method for cleaning the environmental-friendly collecting box has the advantages of good cleaning effect and low cleaning labor intensity; and cleaning water can be recycled.

The invention relates to a sea net cage culture auxiliary device, in particular to a novel deep sea net cage washing robot. The novel deep sea net cage washing robot comprises a rack, a high-pressure washing device connected with the rack, a snorkeling and posture control device arranged on the rack, an underwater camera device, an underwater lighting device and a spiral propeller fixedly connected to the rack, wherein the underwater camera device and the underwater lighting device are fixed to the rack. According to the novel deep sea net cage washing robot, high-pressure rotary water jet ejected by a divided manifold type spraying disk serves as a washing power source, the high-pressure water jet is circularly ejected to all points of a netting attachment, and the washing effect is obvious; and double flat bowls can freely adjust the underwater snorkeling postures and change running directions, it is guaranteed that washing of all corners of a net cage can be met, and the efficiency of washing the netting attachment and the cleanliness are high.

The invention relates to a modified sodium silicate sand and making method thereof, and belongs to the chemical field. The modified sodium silicate sand and making method thereof are characterized in that: 25% sodium polyacrylate solution whose weight is 5-8% of that of soluble glass is added into 50-52 baume degree soluble glass, the solution is stirred for producing the modified soluble glass, after uniform stirring, the sand mold with high intensity is obtained. The invention has the advantages that additive is added into common soluble glass with slightly increased cost, and the sand mold intensity is improved, and the sand mold collapsibility is improved, and the cleaning labor intensity is reduced, and the cleaning cost is saved.

The invention discloses a honeycomb chilling block. The honeycomb chilling block comprises a chilling block body, wherein the chilling block body comprises a cooling surface which is pressed close to a part, which is required to be cooled, of a casting; and a plurality of exhaust holes which penetrate through the chilling block body are formed in the cooling surface. By the exhaust holes, surface layer gas existing due to poor surface treatment of the chilling block or gas generated by decomposition of oxides at high temperature can be discharged effectively, pore defects of castings are eliminated effectively, the novel chilling block is used for casting production, and is convenient to treat and simple and convenient to arrange, the yield of the castings is improved, labor intensity for cleaning of the castings is reduced, traditional pore defects which are possibly caused by the chilling block can be eliminated, and therefore, the yield of the castings can be improved by above 5%. The novel honeycomb chilling block is suitable for various casting technologies for cast iron, cast steel and nonferrous materials. The production cost can be reduced by about 5%, and the economic benefit is obvious.

The invention discloses a distributing bucket. The distributing bucket comprises a box body, a motor accelerator-retarder, a hydraulic pump and a hydraulic solenoid valve. A stirring shaft and a discharging shaft are arranged in the box body. The stirring shaft and the discharging shaft are driven by the motor accelerator-retarder respectively. The distributing bucket is characterized in that a hopper type feeding opening is formed in the top of the box body, a weight support is arranged between the hopper type feeding opening and the inner portion of the box body, a box body purge pipe is arranged on one side of the box body, the box body purge pipe and the box body are fixed through a mounting clamp seat, multiple sets of stirring rods are arranged on the stirring shaft, two symmetrical surfaces of each stirring rod forms an angle, an end plate is arranged on a shaft head of the end portion of the feeding discharging opening, the end plate comprises a tubular shaft and vertical plates which are evenly arranged around the tubular shaft, and the end portions of the vertical plates are connected through arc plates. The distributing bucket has the advantages that feeding is convenient, washing labor intensity is reduced, manpower is saved, stirring force to the feeding is increased and side wall adhesion is reduced, materials and labor cost are reduced and the feeding shaft cannot be so heavy.

The invention relates to a device and method for reducing pressing-in of iron sheet ash during strip steel production through a hot tandem rolling unit. The device for reducing pressing-in of the ironsheet ash during strip steel production through the hot tandem rolling unit comprises two sets of inlet lateral water spraying devices arranged at an inlet of a finishing mill, one set of outlet lateral water spraying device arranged at an outlet of the finishing mill, a dust removal water spraying device, an ash blocking plate and an upper guide plate structure. The inlet lateral water sprayingdevices blow and sweep strip steel, and the outlet lateral water spraying device blows and sweeps the strip steel. The dust removal water spraying device is composed of a plurality of dust removal spray nozzles, and water sprayed by the dust removal water spraying device is sprayed on the lower surface of the strip steel. The ash blocking plate is welded to the front portion of an upper guide plate at the inlet of the finishing mill, a composite plate is welded to each of the lower portions of the upper guide plates at the outlet and the inlet of the finishing mill, and the anti-corrosion function is additionally achieved. According to the device and method for reducing pressing-in of the iron sheet ash during strip steel production through the hot tandem rolling unit, through blocking andblow-sweeping, pressing-in of foreign matter in the surface of the strip steel is reduced, rust generation is eliminated by additionally achieving the anti-corrosion function, the pressing-in defectof the iron sheet ash is further reduced, and the quality of a strip steel product is improved.

The invention discloses a soft capsule washing machine. The soft capsule washing machine comprises a box, an alcohol containing tank, a washing ingredient frame, rail grooves, supporting rods, rollers, an ultrasonic wave generating device, a controlling device, a motor, an eccentric wheel, a connecting rod and a connecting bar. The alcohol containing tank is arranged in the box; the washing ingredient frame is fixed above the alcohol containing tank through the rail grooves, the supporting rods and the rollers; the rollers are directly installed on the supporting rods correspondingly; the rail grooves are further formed in the box; the ultrasonic wave generating device is further installed in the alcohol containing groove; the motor and the eccentric wheel are directly connected; one end of the connecting rod and the eccentric wheel are directly connected; and the other end of the connecting rod and the connecting bar are directly connected. According to the soft capsule washing machine, a mechanical washing mode combining mechanical shaking and ultrasonic wave vibration is adopted, and therefore secondary pollution of manual washing is avoided, washing labor intensity is lowered, and soft capsule washing efficiency is largely improved.

The invention discloses an iron plate grinding device convenient for removing scrap scraps. The device comprises a bottom plate, a supporting rod, a flat plate, an electro-hydraulic push rod, a motor,a protective cover, a cylinder, a first spring, a disc, a mounting plate, a mounting bolt, a grinding disc, a telescopic rod, a second spring, a sleeve, an iron rod, a through hole, a clamping groove, a limiting strip, a square hole, a connecting rod, an electromagnet, an industrial dust collector, a straight pipe, a straight pipe, a suction hole, a sealing cap, a fixing block, a permanent magnet, an iron plate, a threaded barrel, a locking bolt, an oil tank, an oil well pump, an oil pumping pipe, an oil outlet hose, an oil filling port, an electric push rod, a first through groove, a secondthrough groove, a gooseneck pipe, a connecting plate, an oil distributing pipe and a nozzle. The device is reasonable in structure and novel in design, through the arrangement of the protective cover,the cylinder and the first spring, the grinding disc and the iron plate can be covered when the grinding machine is used for grinding, the generated scraps can be effectively removed through the chipsuction structure, so that the scraps generated by grinding can be prevented from splashing to the outside, and the cleaning labor intensity is low.

The invention relates to a cleaning device, in particular to a cement barrel cleaning device for tunnel construction. The cement barrel cleaning device for the tunnel construction is characterized bybeing time-saving, small in cleaning labor intensity and capable of cleaning a cement barrel cleanly and thoroughly enough. The cement barrel cleaning device for the tunnel construction comprises a cart and the like; a supporting plate is vertically installed on the left side of the top of a cart plate of the cart, a top plate is horizontally arranged at the top of the supporting plate, and a driving device is arranged in the middle of the bottom of the top plate; and a fixing device is arranged on a driving part of the driving device, the lower part of the supporting plate is provided with afirst cleaning device, and a cleaning part of the first cleaning device is positioned on the right side of the supporting plate. According to the cement barrel cleaning device for the tunnel construction, the fixing device is driven by the driving device to rotate, and the cement barrel is fixed on the fixing device, so that the cement barrel is driven to rotate, and therefore time is saved, the cleaning labor intensity is small and the cement barrel can be cleaned cleanly and thoroughly enough.

The invention discloses an automatic cleaning device for residual yarn on the surfaces of fine yarn pipes. The automatic cleaning device comprises a first machine frame and an annular guide rail arranged on the first machine frame, wherein a plurality of conveying trolleys are slidably connected to the annular guide rail, and a plurality of sleeves are horizontally arranged on the conveying trolleys; a discharging mechanism and a feeding mechanism are arranged on one side of the annular guide rail in sequence in the running direction of the conveying trolleys, and a cutting mechanism, a backing-off mechanism and a yarn scraping mechanism are arranged on the other side of the annular guiding rail in sequence in the running direction of the conveying trolleys; the feeding mechanism is used for installing the fine yarn pipes with residual yarn on the surfaces on the sleeves; the cutting mechanism is used for cutting the residual yarn on the surfaces of the fine yarn pipes; and the backing-off mechanism is used for backing-off the residual yarn on the surfaces of the fine yarn pipes; the yarn scraping mechanism is used for scraping the residual yarn on the surfaces of the fine yarn pipes; and the discharging mechanism is used for removing the cleaned fine yarn pipes from the sleeves. The automatic cleaning device not only reduces the labor intensity of cleaning of the residual yarn, but also improves the effect of cleaning of the residual yarn.

The invention relates to improvement of an oil fume extraction technology, in particular to an oil fume cooling safe kitchen ventilator easy to disassemble and wash. A hollow angular fume collecting chamber is arranged in a fume collecting hood, a volute installing hole is formed in the missing portion of an angular prismatic shell wall located on the upper back portion of the fume collecting hood, a volute is vertically and fixedly installed in the volute installing hole, and an air outlet hole formed in the top end of the volute and the outer surface of a back shell are exposed out of the fume collecting hood; a motor is installed on the inner surface of the back shell of the volute, a power output shaft of the motor is horizontally arranged, and an impeller is fixedly installed on a shaft section, horizontally stretching out of a motor shell, of the power output shaft; a condensing plate is fixedly installed on a hood port of the fume collecting hood, an annular air inlet is formedbetween the condensing plate and the hood port, and the hollow portion of the condensing plate is filled with a solid or liquid condensing agent. According to the oil fume cooling safe kitchen ventilator easy to disassemble and wash, the oil stain retaining amount and the oil stain removing frequency which are caused by high-temperature oil fume to the interior can be significantly decreased, themanual oil stain removing labor intensity is reduced, the safe working reliability is further obviously improved, and the service life is further prolonged.

The invention relates to the field of industrial wastewater purification equipment, in particular to a filtering device for industrial wastewater purification and a using method thereof. The filtering device comprises a base, wherein a filtering mechanism used for filtering flocculate in wastewater is arranged on the base, a sewage disposal mechanism is arranged on the base, is used for sucking and discharging the flocculate filtered on the filtering mechanism, and is in transmission connection with the filtering mechanism, an air pumping mechanism is arranged on the sewage disposal mechanism, and is used for cleaning and dredging the filtering mechanism in an air blowing mode, and the sewage disposal mechanism is in transmission connection with the air pumping mechanism. According to the filtering device for industrial wastewater purification and the use method thereof, the sewage disposal mechanism drives the filtering mechanism to filter wastewater subjected to flocculation treatment, so that efficient filtration of the wastewater is maintained, the wastewater treatment efficiency and effect are improved, shutdown is not needed, continuous work of the whole device is achieved, the wastewater treatment efficiency is improved, and the cleaning difficulty and the labor intensity of the flocculate are reduced.

The invention relates to the technical field of meat duck cage culture, in particular to a safe and efficient duck catching method in a duck shed. According to the safe and efficient duck catching method for the duck shed, duck catching operation is realized through nondestructive cage door opening hooks, a duck-catching slow-down platform mechanism, a duck catching trolley for movement and a duckpushing plate, so that the duck catching time is greatly shortened; and meat ducks in duck cages on the left and right sides simultaneously slide down along a sliding plate of the duck-catching slow-down platform mechanism at the middle of the duck shed, and the time from opening the cage door to completing duck catching and closing the cage door is about 30-40s, so that the duck catching processis greatly shortened, and manpower and material resources are saved.

The invention relates to the technical field of water slag conveying belt, in particular to a belt scraper, which comprises clamp plates with positioning holes arranged respectively at two ends, a scraping brush arranged between the clamping plates and adjusting plates which are vertically and movably arranged at the two ends of the clamping plates, wherein the material of the scraping brush is aconveying belt with the dipped canvas surface, the adjusting plates are provided with adjusting holes which are matched with the positioning holes, the adjusting plates can be fixedly connected with the clamping plates by bolts through the positioning holes in the clamping plates and the adjusting holes in the adjusting plates, the position of the clamping plates on the adjusting plates can be adjusted by the bolt, the belt scraper not only features good scraping effect and long service period, but also has the advantages of low cost, low maintenance rate and low maintenance cost.

The invention relates to the technical field of material storing and conveying equipment, in particular to a combined storage hopper easy to clean. The combined storage hopper comprises a storage hopper main body and a small discharging hopper body; the storage hopper main body and the small discharging hopper body are of hollow structures; the small discharging hopper body comprises a feeding part; a discharging part is arranged at the lower end of the feeding part in an extension mode; and the feeding part of the small discharging hopper body is detachably arranged at the discharging end ofthe storage hopper main body. The combined storage hopper has the beneficial effects that the small discharging hopper body can be rapidly connected to the storage hopper main body by utilizing the gravity of the small discharging hopper body, the small discharging hopper body is simple and convenient to disassemble and assemble so that the small discharging hopper body can be conveniently and independently cleaned, and therefore the cleaning difficulty and the labor intensity can be lowered, and the cleaning efficiency can be improved.

The invention relates to a production process of short fibers special for high-cleanness spunlace non-woven fabric. The production process comprises the steps of PTA feeding, slurry preparation, firstesterification, second esterification, pre-polycondensation, final polycondensation, spinning, tow gathering, curling, cutting, metering and packaging. Through the methods that various feeding modesare adopted, the adding mode of a catalyst is changed, process wastewater is subjected to pre-cooling treatment, a filter is adopted for automatic cleaning, an oil inlet of an oiling ring is improved,a tail filament alarm treatment device is arranged, a tow amplitude modulation device is adopted, a rotary standby cut-off mechanism is adopted, and a novel adjustable packaging briquetting method isadopted, the main problems in the production process of the short fibers special for the high-cleanness spunlace non-woven fabric at present are solved, and the production process of the short fibersspecial for the high-cleanness spunlace non-woven fabric is high in production efficiency, stable in product quality, flexible and controllable in production process, low in failure rate and low in production cost.

The present invention relates to a container cleaning device, and especially relates to a device for efficiently cleaning containers for machining. The technical problem to be solved is to provide a device for efficiently cleaning containers for machining, cleaning labor strength is little, both time and labor are saved, and the containers can be thoroughly cleaned. To solve the technical problem,the present invention provides a device for efficiently cleaning containers for machining. The device comprises a base plate, a support, a top plate, a transverse plate, a first hairbrush, a disposing plate and a rotary apparatus; the right side of the top of the base plate is connected with the support in a bolted connection manner; the top of the support is connected with the top plate in a bolted connection manner; and the bottom of the top plate is connected with the rotary apparatus in a bolted connection manner. The first hairbrush is driven by the rotary apparatus to clean inner wallsof the containers, a height adjusting apparatus is disposed, and operators can adjust the height of the disposing plate via sliding rails and sliding blocks according to different heights of the containers.