30results about How to "Reduce sorting" patented technology

The invention discloses a material automatic warehouse-in-out and intelligent storing device. The device comprises a base and shelves; material trays mounted on two sides of the base are arranged on the shelves; a laneway machine is mounted on the base between the shelves at two sides; an automatic feeder, and a material warehouse-in-out robot capable of turning left and right are arranged on the laneway machine; a material conveyor belt line, and an industrial personal computer that is internally provided with a movement control card are mounted below the shelf on one side of the base, wherein the industrial personal computer internally provided with the movement control card is used for managing and controlling the movement of a motor, receiving a signal from a sensor, communicating with an upper computer with data, and storing information generated in implementation. The material automatic warehouse-in-out and intelligent storing device has the characteristics of being high in warehouse in/ out efficiency, high in utility rate of space, working based on an order BOM (Bill of Material) and discharging successfully; in addition, the high space of a factory warehouse can be effectively utilized, the time for preparing materials is reduced, sluggish materials can be avoided, and error in material sorting and station can be reduced.

The invention provides classification and sorting equipment for logistics transportation piece dynamic weighing. The classification and sorting equipment comprises a main rack, a conveying mechanism,a power mechanism and a sorting mechanism are arranged on the main rack, the unloading end of the conveying mechanism is connected with the feeding end of the sorting mechanism, the main rack is usedfor providing supporting for the conveying mechanism and the sorting mechanism, the conveying mechanism is used for transporting to-be-sorted objects to the sorting mechanism, and the sorting mechanism is used for sorting the objects with different weights and can be switched to be in different sorting states; and the sorting mechanism comprises a main material guide mechanism, a sorting groove and a sorting state switching mechanism, a feeding opening of the sorting groove is connected with the unloading end of the conveying mechanism, a discharging opening is formed in the discharging end ofthe sorting groove, the main material guide mechanism is used for transporting the to-be-sorted objects at the feeding opening of the sorting groove to the discharging opening of the sorting groove,the sorting state switching mechanism is arranged in the center of the sorting groove, and the sorting state switching mechanism is matched with the main material guide mechanism to achieve sorting ofthe objects with the different weights.

The invention discloses a domestic garbage treatment method and relates to the technical field of solid waste disposal. The domestic waste treatment method includes the following steps: S1, pretreating the domestic waste, breaking the bagged waste in the domestic waste, and stacking the broken bag in a fermentation tank; S2, fermenting The garbage accumulated in the tank is covered with a layer of expanded polytetrafluoroethylene composite film to form a closed space. Under aerobic conditions, aerobic bacteria are used for 14 to 17 days of static aerobic fermentation to reduce the moisture in domestic garbage. to 30% to 35%; S3, performing primary sieving treatment on the domestic garbage after aerobic fermentation in the step S2 to obtain the first-level sieve and the first-level sieve, and the first-level sieve The material and the undersize of the primary sieve are recycled separately. The beneficial effect of the invention is that the domestic waste can be decomposed and dried at low cost, the water content in the domestic waste can be reduced, the process is simplified, and the system investment and operation cost are reduced.

The invention discloses a multifunctional water sample collector, comprising a closed box body. A rechargeable battery and a water pump are fixed in the cavity of the box body. The water pump is driven by a first direct current motor. A water inlet of the water pump is connected with a water inlet pipe, and a water outlet of the water pump is connected with a water outlet pipe. The water inlet pipe is connected with a corrugated pipe after hermetically passing through a bottom plate of the box body. The water outlet pipe is connected with a conveying hose. The free end of the conveying hose can be screwed into a set of sample bottles that can collect different types of samples. Telescopic rods are symmetrically arranged on the outer surface of the bottom plate of the box body and outside the corrugated pipe. The free ends of the telescopic rods are fixedly connected with a connecting plate. The free end of the corrugated pipe is fixedly connected to the middle of the connecting plate.The corrugated pipe can be driven by the two telescopic rods to extend and retract, and can be driven by two joint balls to form different angles with the bottom plate of the box body. A float is fixedly connected to the middle of the top plate of the box body. A fixed ring is arranged at the upper end of the float. A traction rope is tied to the fixed ring. The device is simple in structure and easy to assemble and disassemble.

The invention discloses modified polyethylene and a preparation method thereof, aiming at providing the modified polyethylene which is prepared from a polyethylene-based waste recycled material and has high tensile strength and good impact toughness. The modified polyethylene is prepared from the following components: 60 percent to 85 percent of the polyethylene-based waste recycled material, 0.01percent to 5 percent of a cross-linking agent, 0.1 percent to 0.5 percent of a stabilizer, 10 percent to 35 percent of an enhanced modifier, 0.1 percent to 1.5 percent of an antioxidant and 0.1 percent to 3 percent of a processing modifier; the sum of all the components is 100 percent.

The invention discloses a dynamic weighing classification method of logistics transportation articles. The method comprises the steps that articles to be sorted are light, a sorting state switching mechanism is in an original state, and both a first discharge port and a second discharge port are opened; an article guide friction plate rotates anticlockwise, the articles to be sorted are dischargedout of a sorting groove through the second discharge port, and sorting is completed; articles to be sorted are heavy, a friction wheel is combined with a friction gear, a separator deflects, the first discharge port is connected, the second discharge port is disconnected, the article guide friction plate rotates anticlockwise, the articles to be sorted move from a feed port to the discharge port,when the articles to be sorted encounter the separator, the articles to be sorted are discharge out of the sorting groove through the first discharge port under the combined effects of guiding of theseparator and transportation of an auxiliary conveying mechanism, and sorting is completed; and when the articles to be sorted become light again, the sorting state switching mechanism switched fromthe working state to the original state, the separator recovers to the original state, the process is repeated again and again, and thus sorting of articles with different weights is realized.

The invention discloses a method for solving a problem of copper segregation in steel. The method comprises steps of: smelting in a converter or electric furnace; deoxidizing and alloying molten steel; refining; and performing continuous casting or die casting. The method is characterized by comprising the following steps of: 1) after tapping of the converter, adding aluminium into the steel for preliminary deoxidation and alloying; (2) adding a carburant, ferrosilicon or ferrocolumbium or a mixture of the ferrosilicon and the ferrocolumbium for molten steel deoxidation and alloying; 3) adding FeS and manganese or refining and adding FeS and manganese; and 4) refining, and finally adding ferrozirconium for final deoxidation. The method is suitable for steel with 0.05 to 0.5 percent of carbon. Through the method, the quality of the steel is improved, and the steel is subjected to fine and disperse precipitation, and does not have obvious segregation in crystal boundaries.

The invention discloses a stirring kettle type reactor which comprises a kettle body, wherein the inner cavity of the kettle is divided into a first reaction chamber and a second reaction chamber through a groove bottom filter plate; the inner cavity of the first reaction chamber is divided into more than two grooves by groove partition plates; a through hole is formed in the groove bottom filterplate at the groove on the most right side; a moveable insertion plate component is mounted at the through hole; the first reaction chamber is internally provided with a first stirrer; the first stirrer comprises a stirring shaft and a plurality groups of stirring paddle groups which are sequentially mounted on the stirring shaft along an axial direction; the stirring paddle groups are composed ofa plurality of stirring paddles which are distributed around a radial direction of the stirring shaft; the second reaction chamber is internally provided with more than one second stirrer; and the second stirrer is a spiral stirrer. The stirring kettle type reactor is adopted for on-site resource biochemical treatment on kitchen wastes in residential areas, the kitchen wastes can be collected, crushed, directly biologically treated and processed into organic fertilizers on site, resource recycling can be achieved, capacities and amounts can be reduced, wastes can be turned into wealth, the environment can be improved, equipment structures are reasonable, techniques are advanced, the biochemical treatment efficiency is high, the floor space is small, and no sewage filtering equipment is used.

The present invention concerns a method of sorting containers (9), fed arranged in bundles (8) according to a matrix which are examined for affiliation with a sort, removed from the bundles (8) and, separated by sort, and put into bundles (8) again. The object of the invention, to create a method of the aforementioned type which allows the automatic sorting of a fairly large number of containers and/or bundles per unit of time without excessive financial outlay, is achieved by the method according to the invention comprising a first step consisting in the examination of all the containers contained in a bundle in view of the determination of their respective sort (A, B, C or D), a second step wherein the result of said first test of the containers (9) for affiliation with a sort (A, B, C or D) is used to control a first robot (13) in such a way that this robot removes all the containers (9) of all the sorts from the bundle (8) together and puts them according to their specific sort on separate conveyors (4), each said separate conveyor being assigned to a specific sort, which second step is followed by a transfer of the containers (9) by means of the respective conveyors on which they have been put to a collection table (15) on which they are stored until enough containers (9) of a sort (A, B, C or D) have constituted a full matrix, after which a second robot (16) removes all the containers (9) of said full matrix from the collection table (15) and puts them in a predetermined bundle (8).

The invention discloses a capsule automatic sorting device. The device comprises a base, a feeding mechanism, a first sorting mechanism, a second sorting mechanism and a control mechanism; the feedingmechanism comprises a vibrating plate and a feeding plate, the vibrating plate is connected with the feeding plate, the first sorting mechanism comprises a feeding hopper, a first capsule screening plate and drying lamps, the feeding hopper is connected with the first capsule screening plate, a plurality of drying lamps are arranged above the first capsule sorting plate, the second sorting mechanism comprises an ultraviolet bactericidal lamp, a qualified capsule sorting plate and a discarded capsule sorting plate, the qualified capsule sorting plate is arranged below the first capsule screening plate, and the discarded capsule sorting plate is arranged below the qualified capsule sorting plate. According to the device, by the mutual cooperation of the feeding mechanism, the first sortingmechanism and the second sorting mechanism, dust removing and sorting operations of capsules are automatically completed, automation degree is high, and the capsules on which dust moving is conductedare neatly accommodated to prevent secondary contamination of manual operation on the capsules.

The invention discloses an air conditioner motor end cover deep drawing finishing die, and relates to the technical field of air conditioner motor end cover dies. The air conditioner motor end cover deep drawing finishing die comprises a lower die seat. The middle position in a lower convex die seat is fixedly connected with a bearing chamber forming convex die, and a large convex die is fixedly connected to the middle position in a stripper plate and is located above the bearing chamber forming convex die. A forming convex die is fixedly connected to the top of a concave die plate and locatedabove a concave die, and a pre-pressing rod is arranged at the middle position in a fixing plate in a penetrating mode. The middle position in an upper pad plate is fixedly connected with a piece returning device, and the bottom end of the piece returning device is fixedly connected with the top of the pre-pressing rod. A material beating rod is arranged at the middle position of the inner portion of the upper die plate in a penetrating mode. The air conditioner motor end cover deep drawing finishing die facilitates the smooth grasping of a mechanical claw on manipulator equipment, reduces the abnormal downtime, improves the production capacity, greatly reduces the scrapping of defective products and reduces the cost of manufacturing, so that effective working hours of an enterprise are greatly increased.

The invention relates to a BIM and VR-based finished house batch hardcover fusion production construction method, which comprises the following steps of: establishing a standardized house type data model through BIM, simultaneously manufacturing VR installation videos to a project in a matching way in a product design stage, restoring installation steps one by one according to product trial assembly steps in three-dimensional software 3dMax software, then using a virtual reality technology to carry out reduction manufacturing in a VR engine, and following installation according to demonstration. In production links, production data and projects are matched, production personnel can pay more attention to the production links, a large amount of time does not need to be spent in processing the production data, generation of a large amount of production data is avoided, and production efficiency is improved. According to the method, three links of design, production and installation are broken through, the consistency of production and project installation link data is guaranteed through BIM data, installation specifications are converted into visual images and experience through the visual sensitivity of the VR technology, the quality of finished house batch fine decoration projects is improved, the production efficiency is improved, the production cost is reduced, and the productquality is guaranteed.

The invention provides a stacking system in a closed or semi-closed limited space and a method thereof, and relates to the technical field of material carrying. The stacking system in the closed or semi-closed limited space comprises a stacking system body and a visual recognition unit, the stacking system body comprises a control device, a processing unit, a lifting system and a moving mechanism,the relative position relation between an obstacle and the visual recognition unit is obtained through the visual recognition unit, and geographic coordinates of the obstacle are determined accordingto the relative position relationship and an area range monitored by the visual recognition unit. According to the stacking system in the closed or semi-closed limited space and the method thereof, the obstacle in the space can be detected in time through the visual recognition unit, in the use process, the problems that existing stacking equipment is prone to space limitation and poor in universality and mobility can be solved, the stacking system and the method can be flexibly used for more environments needing stacking, and the stacking efficiency of the stacking system in closed and semi-closed environments is improved.

The invention relates to a parcel Carbel sorting trolley. Modular structural optimization is conducted on an upper portion transmission unit and a lower portion frame separately, and more compact and concise connection structures are adopted as an interconnection structure of the upper portion transmission unit and the lower portion frame, so that lightweight and modular design is achieved, the upper limit of weight carrying is raised, the use efficiency is improved, and meanwhile, workloads of installation, debugging and maintenance are reduced. The parcel Carbel sorting trolley comprises the upper portion transmission line (upper portion transmission unit) and the lower portion frame, and two sets of C-shaped board welding parts are arranged on the upper portion transmission line in forward and rearward directions of goods transmission; corresponding roller fixing blocks and corresponding roller fixing block symmetric parts are connected with two ends of each set of the C-shaped board welding part respectively; and the lower portion frame is connected with bent bottoms of a first upper and lower connection board and a second upper and lower connection board of the upper portion transmission line separately, and the lower portion frame is provided with a small trolley frame, a secondary board installation profile, a joint bearing connection part, a secondary board and a lead screw.

The invention relates to a logistics unloading device facilitating classification. A conveying belt is rotationally mounted on the outer sides of three mounting shafts. The conveying belt is providedwith a horizontal material receiving section located between the first mounting shaft and the second mounting shaft, a discharging section located between the second mounting shaft and the third mounting shaft and obliquely extending downwards, and a return stroke section located between the third mounting shaft and the first mounting shaft, and the conveying belt comprises a plurality of annularbelt bodies which are arranged in parallel front and back. A plurality of guide wheels are uniformly and rotatably mounted on the outer surfaces of the belt bodies at intervals. According to the logistics unloading device facilitating classification, goods are prevented from sliding down along the discharging section through the multiple guide wheels located in the same guide mechanism, so that unnecessary losses caused by falling of the goods are avoided, a conveying motor drives a corresponding third roller to rotate around the third mounting shaft, when the third roller rotates around the third mounting shaft, the corresponding belt bodies are driven to rotate, the belt bodies drive the guide wheels to move so as to change the arrangement mode of the multiple guide wheels located in thesame guide mechanism, and goods can be discharged from different discharging ports.

The invention relates to the technical field of resource utilization of waste textiles and fiber reinforced composite materials, and discloses a fiber-plastic composite material containing an organic matter recoverable matter, wherein the fiber-plastic composite material comprises the organic matter recoverable matter, textile fibers, plastics and auxiliary materials; the organic matter also includes textile fibers and plastics; the fiber-plastic composite material is formed by compounding the materials in percentage by weight: 40%-60% of the total textile fibers, 25%-45% of the total plastics and the balance being auxiliary materials. Through a specific formula, the optimal composite state of the textile fibers and the plastics is realized, and the composite material has better strength and hardness.