35results about How to "Play a role in loosening" patented technology

The invention discloses an impurity removal device for wool processing. The impurity removal device comprises a base, wherein an impurity removal box is arranged above the base, a crushing barrel is arranged on the left side of the impurity removal box, a first motor is arranged on the left side of the interior of the crushing barrel, a first rotating rod is arranged at the output end of the first motor, a rotating blade is arranged on the first rotating rod, stirring rods are arranged in the impurity removal box, a filter screen plate is arranged below the stirring rods, the filter screen plate is in sliding connection with the impurity removal box, a water tank is arranged on the left side of the impurity removal box, a water pump is arranged at the top of the water tank, a water outlet pipe is arranged at the water inlet end of the water pump, a water inlet pipe is arranged at the water outlet end of the water pump, and the tail end of the water inlet pipe is in communication with the impurity removal box. During working, wool is poured into the crushing barrel from the feeding hopper, the wool is opened through the arrangement of the rotating blades, and the phenomenon of wool caking is fully avoided; meanwhile, a water pump injects water into the impurity removal box, a second motor drives the stirring rods to rotate, and thus the wool is cleaned.

The invention discloses a peanut planting method capable of rapidly harvesting, which comprises the following steps: I, selecting plump disease-free peanut seeds for accelerating germination; II, taking out the peanut seeds after embryo roots of the peanut seeds are exposed to white, and after sequentially soaking the peanut seeds in cold water and dressing seeds, obtaining the peanuts to be sown;III, digging a plurality of planting holes in a peanut planting field, and placing one peanut planting device in one planting hole; IV, covering soil and sowing in the planting device; V, harvestingpeanut straws and peanut pods. According to the method, the peanut seeds are directly planted into the planting device, and when the peanuts are ripe, the planting device is taken out from the land, so that the recovery ratio of the peanut pods and the integrity rate of the pods are ensured and the working hours required by harvesting the peanuts are shortened. The method saves time and effort inthe process of taking out the planting device. The planting device is simple in structure and low in manufacturing cost. The method can be widely popularized in the market and is suitable for the national conditions of China as a large agricultural country.

The invention discloses a high-nutrient organic compound fertilizer which is prepared from bamboo charcoal, glucose, bamboo vinegar and amino acids. The high-nutrient organic compound fertilizer is prepared by the following steps: pulverizing the bamboo charcoal, and mixing the pulverized bamboo charcoal with a mixed solution formed by the bamboo vinegar, glucose and amino acids. The high-nutrient organic compound fertilizer can obviously improve the soil quality structure and soil environment and improve the crop planting environment, has high and favorable fertilizer efficiency, and is capable of greatly enhancing the yield and lowering the labor cost and production cost.

The invention relates to a poultry offal taking out device, wherein a device body, a leg separating device, a chest positioner, a wing positioner and a chest pressing device are sequentially installedon a left guide rod and a right guide rod, a rail wheel is arranged between an upper rotary disc and a lower rotary disc, and the left guide rod and the right guide rod are arranged on the outer sideof the rail wheel in parallel and fixed to the upper rotary disc and the lower rotary disc; the track wheel is of a cone structure, a plurality of irregular tracks are arranged on the track wheel inthe circumferential direction, and the device body, the leg separating device, the chest positioner, the wing positioner and the chest pressing device are driven by the upper rotary disc and the lowerrotary disc to rotate circumferentially; and the device main body, the leg separating device, the chest positioner, the wing positioner and the chest pressing device respectively move up and down andswing on the left guide rod and the right guide rod along the tracks on the static track wheels. The clamping fingers capable of freely moving are arranged at the end of the clamping device, openingand closing of the clamping fingers are achieved; and water and gas channels are formed in the clamping device, frictional damage of the clamping device to the liver is reduced, and the gastroesophagus can smoothly enter opening of the clamping fingers.

The invention discloses a production system for dewatered chives. The system comprises a cleaning device, a first lifting conveying device, a cutting device, a sterilization rinsing device, a second lifting conveying device, a material distribution device, a centrifugal dewatering device, a material guide conveying device, a third lifting conveying device, a vibration cloth device and a conveyingdrying device which are arranged in sequence. The production system has the advantages of being high in automation degree and processing treatment amount. The invention further discloses a productionmethod of the production system for the dewatered chives. The method comprises the steps that firstly, the chives are cleaned and then cut into chive particles, the chive particles are put into a sodium hypochlorite solution for sterilization and rinsing, the sterilized chive particles are blown with air and pre-dewatered, then centrifugal dewatering is conducted, the centrifuged and dewatered chive particles are preheated, after preheating, the chive particles are flat laid and dried, and the dewatered chives are obtained. According to the production method, the food hygiene and safety of thefinished product dewatered chives are guaranteed, which helps to shorten the production time.

The invention discloses a wall-adhering undulating textile wastewater fiber intercepting and crushing device, which belongs to the field of textile wastewater treatment. A wall-adhering and undulating textile wastewater fiber intercepting and crushing device passes through the transverse crushing blade inside the uneven crushing cylinder. The setting of the uneven crushing cylinder can cut the wool fibers intercepted on its surface transversely along the direction of the uneven crushing cylinder, thereby effectively reducing the degree of entanglement between the wool fibers. At the same time, during the cutting and crushing process, due to the undulating magnetic ring Mutual repulsion with the magnetic point makes the ups and downs control magnetic ring continuously lift up the wall-adhering loosening piece from the inside when moving to the right with the transverse crushing knife, so that the wall-attaching helping loosening piece carries the wool fiber Continuous undulations can effectively loosen the wool fibers, effectively reduce the adhesion between the wool fibers and the uneven crushing cylinder, and then effectively reduce the difficulty of cleaning the wool fibers entangled on the uneven crushing cylinder.

The invention discloses a peanut planting method capable of rapidly harvesting, which comprises the following steps: I, selecting plump disease-free peanut seeds for accelerating germination; II, taking out the peanut seeds after embryo roots of the peanut seeds are exposed to white, and after sequentially soaking the peanut seeds in cold water and dressing seeds, obtaining the peanuts to be sown;III, digging a plurality of planting holes in a peanut planting field, and placing one peanut planting device in one planting hole; IV, covering soil and sowing in the planting device; V, harvestingpeanut straws and peanut pods. According to the method, the peanut seeds are directly planted into the planting device, and when the peanuts are ripe, the planting device is taken out from the land, so that the recovery ratio of the peanut pods and the integrity rate of the pods are ensured and the working hours required by harvesting the peanuts are shortened. The method saves time and effort inthe process of taking out the planting device. The planting device is simple in structure and low in manufacturing cost. The method can be widely popularized in the market and is suitable for the national conditions of China as a large agricultural country.

The invention relates to a fuel conveying method of a boiler for burning crop straws. By utilizing a method of relative moving and rolling of materials during feeding in a burner, the materials of a feed inlet are moved and rolled through a moving type impeller feeding device and a roller type feeder and then reenter the burner. The method can reduce the operation cost, realize uniform and stable feeding and reduce equipment damages. Equipment designed by the method mainly comprises a material cabin, a moving type impeller feeding trolley, an upper blanking pipe, the roller type feeder and a lower blanking pipe. Fragmental crop straw materials pretreated by smashing in a size of 5-25mm or a larger size are sent into the material cabin, and the moving type impeller feeding trolley at the bottom of the material cabin is used for feeding the materials; straw fragmental materials coming out of the moving type impeller feeding trolley fall on the upper blanking pipe; and then crop straw fuels are sent into a boiler through the lower blanking pipe of the roller type feeder.

The invention discloses a cotton carding machine, the structure of which comprises a conveyor, a frame, a cotton feeding machine, a control panel, an internal device, the conveyor and the frame are welded, the conveyor, the frame and the cotton feeding machine are installed and connected, the control panel Installed on the cotton feeding machine, the cotton feeding machine is installed and connected with the internal device. The internal device is composed of a material feeder, a carding roller, an ejector, and an upper feeder. The material feeder is installed and connected with the carding roller, and the carding roller is connected with the ejector. Fitting, the ejector is installed on the feeder, the feeder includes a blanking structure, a bulk material structure, a material transfer structure, and a feeder frame, and the blanking structure and the transfer structure are installed and connected. 1. Carding roller carding, and then feeding from the upper feeding machine through the top device, the roller needle moves on the rotating roller to loosen the cotton and reduce the cotton residual rate. The fine and short fibers are thoroughly extracted to avoid the mixing of cotton fibers, and there is no need to increase the lifting process to process them when receiving materials, so as to avoid damage to parts due to lifting.

The invention discloses an automatic frying and roasting production system for eggplant food materials, which comprises a cleaning device, a lifting conveying device, a food material distributing device, a material cutting device, a first material guiding and conveying device, a second material guiding and conveying device, a vibrating cloth device, double-sided oiling device, branding device, and frying device; the production system of the present invention has the advantages of high degree of automation and large processing capacity. The invention also discloses a production method of an automatic frying and roasting production system for eggplant ingredients. The eggplant ingredients are pre-cleaned first, then cleaned, and then cut into long slices, round slices or strips, and then both sides of the ingredients are cleaned. Spray edible oil, then brand the ingredients on one or both sides, and then fry and roast the ingredients; the production method of the present invention performs branding on one or both sides of the ingredients, which not only enhances the roasted flavor, but also improves the quality of the finished product. The visual aesthetics of the finished product; and, while ensuring the roasted quality of the finished product, the finished product can form a unique roasted flavor.

The invention relates to a kind of equipment for combing and dividing animal hair, which includes a handle, a ferrule, a suction machine, a connecting pipe and a combing mechanism. A connecting pipe is installed in the middle of the left end of the suction machine, the left lower end of the connecting pipe is connected with the upper right end of the carding mechanism, and the right end of the carding mechanism is connected with the left end face of the handle. Hair combing treatment, the set combing mechanism can enable workers to comb animal hair forward and reverse multiple times while maintaining a fixed position, so as to avoid frequent changes of direction of workers and increase working time and labor intensity, and improve the degree of combing animal hair , At the same time, the combing mechanism can also timely and intensively clean the shedding hair generated by combing.

The invention discloses a carding machine which structurally comprises a conveyor, a frame base, a cotton conveying machine, a control panel, and an internal device; the conveyor is welded to the frame base; the conveyor, the frame base, and the cotton conveying machine are installed and connected; the control panel is installed on the cotton conveying machine; the cotton conveying machine is installed and connected with the internal device; the internal device is composed of a feeding machine, a cotton carding roller, an ejector and an upper feeding machine; the feeding machine is connected with the cotton carding roller in an installation mode; the cotton carding roller is attached to the ejector; the ejector is installed on the feeding machine; the feeding machine comprises a discharging structure, a material scattering structure, a material moving structure, and a feeding machine frame; and the discharging structure is connected with the material moving structure in an installationmode. According to the carding machine, through the cotton paving of the feeding machine, the cotton carding of the cotton carding roller, and the upward pushing of the ejector from the upper feedingmachine, roller needles move on rotating rollers to loosen cotton, so that the cotton residue rate is reduced; and fine staple fibers can be thoroughly extracted through extraction type material taking of a material extracting pipe, so that cotton fibers are prevented from being mixed, the cotton fibers do not need to be treated by adding a hooking procedure during material collecting, and partsare prevented from being damaged due to hooking.

The invention discloses a production system for dehydrated edible fungus, which comprises a cleaning device, a first lifting and conveying device, a slicing device, a disinfection and rinsing device, a second lifting and conveying device, a material distribution device, a centrifugal dehydration device, and a material guiding and conveying device arranged in sequence. device, a third lifting conveying device, and a drying device; the production system of the present invention has the advantages of high degree of automation and large processing capacity. The invention also discloses a production method of a production system for dehydrating edible fungi. The edible fungi are cleaned first, then put into a sodium hypochlorite solution for disinfection and rinsing, and the sterilized edible fungi are pre-dehydrated by air blowing, and then centrifuged. Dehydration, and then drying the edible fungi with hot air; the production method of the invention ensures the hygiene and safety of the finished dehydrated edible fungi, and is beneficial to shorten the production time.

Seedling raising and transplanting in protected areas can prolong growth period by 30-40 days and promote increase of cotton yield. Traditional seedling raising and transplanting use soil nutrition pots. Manufacturing and transplanting of the soil nutrition pots are labor-consuming, high in labor intensity and low in efficiency. Paper-tube combined filled lightweight substrate and industrially made nutrition pots are used, mechanical seeding and mechanical transplanting are carried out and are development trends of cotton industry in China.

The invention belongs to the field of drilling and splitting devices, and particularly discloses a rock drilling and braking integrated machine. The rock drilling and braking integrated machine comprises a fixed plate, an oil cylinder, a motor, a guide pillar, a pushing ram and a crushing module. The oil cylinder is fixed on the fixed plate, the end head of the oil cylinder is fixedly connected with the motor, a group of sliding blocks are fixedly arranged on the periphery of the motor, and the sliding blocks are connected to the guide pillar in a sleeving mode. The guide pillar is arranged onthe fixed plate, the oil cylinder can push the motor to move up and down along the guide pillar, and a rotating shaft of the motor is fixedly connected with the pushing ram, and the periphery of thepushing ram is connected with the crushing module in a fit mode. The crushing module comprises a wedge block, an installation disk and an expansion link, and the end head of the pushing ram is fixedlyconnected with a drill. When the rock drilling and braking integrated machine is drilled to the design depth, under the action of the pushing ram, the crushing module expands the hole to the surrounding area to achieve rock breaking. The rock drilling and braking integrated machine integrates drilling and splitting to avoid secondary positioning of a crushing rod, so that the drilling and splitting work is carried out in a coherent mode, the working process is simplified, and the working efficiency is improved.

The invention discloses an automatic frying and roasting production system for green leafy food materials, which includes a cleaning device, a lifting conveying device, a vibrating material distribution device, a double-sided oiling device, a branding device, and a three-dimensional conveying frying and roasting device arranged in sequence; the production system of the present invention It has the advantages of high degree of automation and large processing capacity. The invention also discloses a production method of an automatic frying and roasting production system for green leafy ingredients. First, the roots of the green leafy ingredients are cut off, then cleaned, and then edible oil is sprayed on both sides of the ingredients, and then one or both sides of the ingredients are branded. Then fry and roast the ingredients; the production method of the present invention imprints one or both sides of the ingredients, which not only enhances the roasted flavor, but also improves the visual aesthetics of the finished product; At the same time, the finished product has a unique roasted flavor.