198results about How to "Realize classified collection" patented technology

The invention discloses a beverage bottle recovering device which comprises a material recognizing mechanism, a puncturing and extruding mechanism, a material distributing mechanism, a crushing mechanism, a glass bottle bin, a ring-pull can bin, a plastic bin, a liquid box, a control module and a drive mechanism. The material recognizing mechanism is connected with the puncturing and extruding mechanism and the control module. The puncturing and extruding mechanism is connected with the material distributing mechanism and the crushing mechanism. The material distributing mechanism is connected with the glass bottle bin and the ring-pull can bin. The crushing mechanism is connected with the material distributing mechanism, the plastic bin and the control module. The liquid box is communicated with the puncturing and extruding mechanism through a liquid guide pipe. By the adoption of the beverage bottle recovering device, plastic bottles, ring-pull cans and glass bottles can be collected in a classified mode; meanwhile, the ring-pull cans can be pressed flat, the plastic bottles can be crushed, space occupied by materials is reduced, beverage bottles can be processed and collected in the classified mode, the number of the recovered materials is increased, and the processing cost is reduced.

The invention relates to a cleaning waste gas pressure swing adsorption purification and recycling method and device for a fusion reactor hot room. The method includes the technological process of cleaning and contaminating, solid and liquid impurity filtration and purification, cleaning medium adsorption separation and regeneration, low-temperature power gas preparation, volatilizable particle regeneration and volatilizable particle remote-distance pneumatic transport. Fusion reactor hot room cleaning waste gas containing radioactive particles and radioactive gas is processed in a low-risk mode through a multiple filtration and pressure swing adsorption method, and separation, classified collection and recycling of radioactive particles, radioactive gas tritium and a cleaning medium carbon dioxide gas are achieved. The purity of regenerated products is high, no external heat source heating is needed, the gas temperature change range is small, the device is more economical and saves more energy, the service life of adsorbent is long, the device maintenance is easy and convenient, automatic production can be completely achieved, and the method and the device are suitable for the hot room environment remotely controlled and operated.

The invention relates to environmental-friendly recovery processing equipment for polyethylene PE plastic bottles. The environmental-friendly recovery processing equipment comprises a bottom plate, amounting rack, a conveyor, a bottle cap removal device and a label removal device, wherein the mounting rack is arranged on the bottom plate, a round hole and a sliding chute are formed in the mounting rack, and a conveyor is arranged in the round hole; the bottle cap removal device is arranged at the upper end of the conveyor, the label removal device is arranged at the right end of the conveyor,and the bottle cap removal device and the label removal device are both arranged at the lower end of the mounting rack; and the conveyor comprises a discharging barrel, a conveying mechanism and a collecting box, the bottle cap removal device comprises rotating mechanism and a fixing mechanism, and the label removal device comprises a dividing mechanism and a collecting mechanism. The environmental-friendly recovery processing equipment can solve the problems of high labor cost, low working efficiency, existence of safety risks, high labor intensity, etc. in the existing separation process ofa label, a bottle cap and a bottle body of a plastic bottle, and can realize the function of automatically separating the label and the bottle cap of the plastic bottle.

The invention discloses an automatic peeling machine. The automatic peeling machine consists of a body frame, a clamping and rotating unit, a positioning and end removing unit, a peeling unit and a separating and conveying unit; the positioning and end removing unit comprises an end removing motor, a rotating shaft, a positioning plate, a peel guiding assembly and an end cutting knife assembly; the end cutting knife assembly components include two end cutting blades; the positioning plate, peel guiding assembly and end cutting knife assembly rotate successively under the drive of the rotating shaft to the clamping and rotating unit. The separating and conveying unit comprises a conveying motor and a conveying belt, and the conveying belt is in a tilter arrangement. The positioning plate is used to place melons and fruits, the rotation of the rotating shaft can enable the peel guiding assembly to be cooperated with the melons and fruits to ensure fallings of fruit peels on the conveyor belt, and the end cutting knife assembly is used to cut the ends of the melons and fruits down to enable the fruit peels and the fruit flesh to be separated completely; the conveyor belt is in the tilter arrangement and can convey the fruit peels and ends to a fruit peel collection box, and the slope of the conveying belt is used to enable the fruit flesh to automatically slip into a fruit flesh collection box to effectively realize the classification and collection of the fruit flesh and the fruit peels and ends. The automatic peeling machine increases work efficiency.

The invention provides a centrifugal force micro fluidic chip used for nucleic acid extraction, and a nucleic acid extraction method using the centrifugal force micro fluidic chip. The centrifugal force micro fluidic chip is composed of PDMS formed via integration of wirelessly controlled paraffin valves and other micro valves (preferable capillary micro valves) and corresponding circuits, and iscapable of realizing sample extraction integrated process including sample introduction, impurity washing, nucleic acid adsorption, and elution. Efficiency is high, speed is fast, and resource is saved.

The invention belongs to the field of dried bean curd processing and particularly discloses a dried bean curd surface cutting machine used for cutting off the two opposite surfaces of each dried beancurd. The dried bean curd surface cutting machine comprises a base, a vertical frame, supporting rods, a conveying unit, a cutting unit and a collecting unit, the vertical frame and the supporting rods are fixed to the base, the conveying unit comprises a conveying belt and a first intermittent conveying mechanism for driving the conveying belt to move, the conveying belt and the first intermittent conveying mechanism are both mounted on the supporting rods, the cutting unit comprises a cam, a transmission part, two cutting knives, a first elastic reset part, guiding modules and two second elastic reset parts, the two cutting knives are both mounted on the transmission part, each guiding module is mounted on the outer side of the corresponding cutting knife, and a horn-shaped clamping opening is defined between the two guiding modules. After the dried bean curd surface cutting machine is adopted, through the horn-shaped clamping opening, the cutting thickness of dried bean curds can beaccurately controlled when the surfaces of the dried bean curds are cut by the cutting machine, and the dried bean curds are collected more advantageously after cutting.

The invention discloses a waste lead-acid storage battery separation and collection device and a use method thereof. The waste lead-acid storage battery separation and collection device comprises a collecting rack, the collecting rack is of a quadrilateral frame-shaped structure, guide cavities are formed in the two sides of the collecting rack, and a supporting rack is arranged through the guide cavities in the two sides of the collecting rack, the supporting rack is located above the collecting rack, an inverted U-shaped cover plate is fixedly arranged on the top surface of the collecting rack, a shearing frame and a drilling frame are arranged in the U-shaped cover plate, and the shearing frame and the drilling frame are located above the collecting rack. According to the waste lead-acid storage battery separation and collection device and the use method thereof, the collecting rack is arranged to be of the quadrilateral frame-shaped structure, and a liquid guide groove, a battery panel group groove and a shell groove are sequentially formed in the collecting rack in the longitudinal direction, so that the whole waste lead-acid storage battery separation and collection device is made to be compact in structure, high in integration degree and flexible and multipurpose.

The invention relates to the nuclear technological field and particularly relates to an automatic sorting device for irradiated particles. The device comprises a base, a particle automatic picking unit, a particle collection unit and a particle measuring unit. The particle collection unit comprises a sample bottle and a lofting bottle which are arranged on the base. The measuring unit comprises a shielding cavity and a measuring instrument, and the measuring instrument is opposite to the shielding cavity. The particle picking unit comprises a vacuum suction pen and a vacuum pump. The vacuum suction pen is fixed on the base movably and is arranged vertically, and a suction opening of the vacuum suction pen is downward. The vacuum pump is connected with the suction opening through a pipe, the vacuum pump pumps air in the vacuum suction pen through the suction opening to control the suction opening to suck samples to be detected. A control unit is further arranged. By means of the device, automatic grabbing, detection, classification and putting of radiated coated fuel particles can be achieved, and the device is applicable to damage detection and analysis of high-radioactivity irradiated coated fuel particles.

The invention relates to the technical field of garbage classification equipment, and discloses an intelligent garbage classification and collection box and a control system thereof. The intelligent garbage classification and collection box comprises a main box body of the collection box, wherein the interior of the main box body is partitioned into a plurality of classification box bodies throughpartitions, a collection bucket is arranged in each classification box body, a garbage pouring port is formed above each collection bucket, a pouring door is formed in front of each pouring port, andeach pouring door is driven through a push-pull motor to realize opening and closing for the corresponding pouring port; and an overturning plate is arranged between each pouring port and the corresponding collection bucket, a weighing sensor is installed on each overturning plate, and each overturning plate is driven through an overturning motor to enable garbage to fall into the corresponding collection bucket. According to the intelligent garbage classification and collection box and the control system thereof, classification and collection for many types of the garbage can be realized, and control over classification, pouring and weighing for the garbage is realized through the control system; the garbage pouring data of users can be intelligently collected, opening for the pouring ports and overturning of the overturning plates can be automatically controlled, and a high automation degree is achieved; and realization for network operation and remote control is facilitated.

The invention relates to the technical field of waste collection systems, and discloses a hospital waste sorting collection system. The hospital waste sorting collection system comprises waste collection passages arranged in each layer in a penetrating mode, and a plurality of waste disposal doors arranged on the waste collection passages, and output passages communicating with the waste collection passages are arranged on the lower portions of the waste collection passages. A control unit of the collection system comprises control panels arranged on the waste disposal doors, the collection unit comprises a plurality of sorting trash cans and rotating output heads, the sorting trash cans are arranged on the ground below the output passages, the rotating output heads are arranged above thesorting trash cans, and the output passages communicates with the rotating output heads. The rotating output heads can rotate around a rotating shaft, so that different rotating angles are formed by the rotating output heads and the vertical direction, a plurality of waste collection openings are arranged below the rotating output heads in an arc-distributed mode, and the waste collection openingscorresponds to the corresponding sorting trash cans. The hospital waste sorting collection system transports different types of waste to different types of trash cans and realizes waste sorting and collection.

The invention relates to dustbins, and discloses a dustbin with sorting, collecting and pre-disposal functions. The dustbin comprises a dustbin body, the dustbin body comprises a first cavity, a kitchen waste collecting cavity, a recyclable waste collecting cavity, a second cavity and an other waste collecting cavity, a motor is arranged in the first cavity, a smashing rotary cutter and a first collecting chamber are arranged in the kitchen waste collecting cavity, a hydraulic steel plate, a telescopic sleeve plate ad a second collecting chamber are arranged in the recyclable waste collectingcavity, a hydraulic oil cylinder is arranged in the second cavity, and the other waste collecting cavity comprises a third collecting chamber. The dustbin adopts the kitchen waste collecting cavity, the recyclable waste collecting cavity and the other waste collecting cavity to sort and collect the household waste, utilizes the smashing rotary cutter arranged in a smashing chamber and a cooperative motor to conduct smashing disposal on the kitchen waste, and utilizes the hydraulic steel plate arranged in a compression chamber and the cooperative hydraulic oil cylinder to conduct compression disposal on the recyclable waste, and thus the dustbin has the functions of sorting, collecting and pre-disposing the waste.

The invention discloses an environment detection sampling device. The environment detection sampling device comprises a device body; and the device body comprises a soil sampling and collecting mechanism, the soil sampling and collecting mechanism comprises a drilling barrel, a spiral conveying roller is nested in the drilling barrel, a dispersing barrel penetrates through the upper part of the drilling barrel, the spiral conveying roller is connected with a driving motor through a shaft coupling, and the spiral conveying roller is in transmission connection with the drilling barrel through atransmission gear set. Through the arrangement of the drilling barrel with a discharging opening formed in the upper portion, an inner material stirring plate connected with the spiral material conveying roller, an outer scraping plate fixedly connected with the drilling barrel, the dispersing barrel, a discharging pipe and a collecting pipe, soil of different depths is lifted, soil of non-targetdepths is discharged, soil of target depths is collected, and accurate sampling of soil of the designated depth is achieved; and through the arrangement of a material guide pipe and a bearing seat which is linked with the drilling barrel and rotates, soil of different depths is collected and stored in a classified mode, classified collection of samples is achieved, and the overall efficiency of soil sampling is improved.

The invention discloses a pushing shunting mechanism of a roxburgh rose sorting system. The pushing shunting mechanism comprises a detection conveyor. A pushing shunting mechanism body is arranged onthe detection conveyor. The pushing shunting mechanism body comprises at least one pair of push rods and shunting passageways, wherein the push rods and the shunting passageways are arranged on the two sides of the detection conveyor. The push rods are suitable for pushing roxburgh rose into the assorted shunting passageways. The push rods and the shunting passageways are arranged on the two sidesof the detection conveyor, the roxburgh rose can be pushed into the different shunting passageways from the detection conveyor, and then the roxburgh rose is classified and collected; and compared with a traditional screening manner, the manner of an automatic assembly line is adopted, and the sorting efficiency of the roxburgh rose is greatly improved.

The invention relates to an oxidation separation, purification, regeneration and utilization method and device for a fusion reactor hot room by means of cleaning waste gas. The method includes the four process procedures of cleaning and decontamination, filtering and purification of solid and liquid impurities, oxidization separation and purification of gaseous radioactive impurities, preparation of low-temperature power gas, regeneration of volatile particles and long-distance pneumatic conveying of the volatile particles. The original cleaning waste gas is used, and the radioactive particles, residual radioactive gas and cleaning media can be collected in a classified mode and separated; the problem about minimization of radioactive waste in the hot room is solved. The radioactive particles and gaseous nuclear fuel can be effectively collected while it is guaranteed that the cleaning waste gas does not contaminate the environment as radioactive effluent. Besides, the original cleaning media can be recycled and reused so that a carbon dioxide dry ice blast cleaning scheme can become the preferred scheme for cleaning polluted radioactive surfaces in the hot room on the basis. The process scheme is simple in loop structure, easy to implement and suitable for the hot room environment of remote control operation.

The invention relates to a recovery device and particularly relates to an oil gas recovery device which includes: a bracket board, a plurality of condensing filter units, a gas pipe, a recovery pipe, a condensing pipe, a slide rail, and a pressing mechanism. The bracket board includes a first bracket board and a second bracket board arranged on the two ends of the device respectively. Each condensing filter unit includes a first filter plate, a second filter plate, and a sealing pad plate, a filter chamber formed in the middles of the first filter plate and the second filter plate. Each of the first filter plate and the second filter plate includes a filtering surface and a condensing surface. A multilayer metal filtering plate and a collection channel for collecting condensed liquid are arranged on the filtering surface, wherein the collection channel is communicated with the recovery pipe. A gas pipe groove and a recovery pipe groove are disposed in zones, which are located in the filter chamber, relative to the gas pipe and the recovery pipe. A condensing pipe groove is disposed in a zone, which is located in the filtering surface, relative to the condensing pipe. The pressing mechanism includes a pressing rod arranged on the bracket board, and a pressing piece that is arranged on the first filter plate or the second filter plate.

The invention discloses a device for producing fuel oil and gas by pyrolysis of waste toner cartridge carbon powder. The device comprises a pyrolysis reactor 1, a solid residue storage tank 2, a powder pump 3, a valve 4, a condenser 5, an oil storage tank 6, a vacuum pump 7, and a non-condensable gas collecting bottle 8, wherein the storage tank 2 is connected with the lower part of an end part of the pyrolysis reactor 1, and the powder pump 3 is arranged on a pipeline between the storage tank 2 and the pyrolysis reactor 1; the upper part of the end part of the pyrolysis reactor 1 is connected with the condenser 5 by virtue of an oil-gas delivery pipe, and the valve 4 is arranged on the oil-gas delivery pipe between the pyrolysis reactor 1 and the condenser 5; and the oil storage tank 6 is connected to the bottom of the condenser 5, the gas collecting bottle 8 is connected with the condenser 5 by virtue of an oil-gas delivery pipe, and the vacuum pump 7 is arranged on the oil-gas delivery pipe between the gas collecting bottle 8 and the condenser 5. The processes of pyrolysis, condensation and collection of the device are performed synchronously to realize separate collection of pyrolysis oil, pyrolysis gas and solid residues, and the obtained fuel oil and gas are high in quality, so that the device has significant economic and environmental benefits.

The invention discloses a method for reducing metal dissolution in domestic waste incinerator slag. The method comprises the following steps that (1) domestic waste incinerator slag particles are crushed into particles with the particle size below 5 mm; (2) the crushed domestic waste incinerator slag is put into a reaction kettle, and citric acid solution is added until the crushed domestic wasteincinerator slag is just immersed for soaking; (3) MgCl2 is added into the reactor kettle, a reaction kettle heater is started to make the temperature in the reaction kettle reach 650-750 DEG C, meanwhile, carrier gas is stared, heat preservation is conducted for 1.5-2.5h, then the temperature is further raised to 900-950 DEG C, heat preservation is conducted for 1.5-2.5h, and gas in the reactionkettle is exhausted from an exhaust pipe, enters a condenser, and then enters a tail gas purifying device for being exhausted; and (4) the reaction kettle after the heat reaction is finished is cooledto the room temperature, the domestic waste incinerator slag is taken out, and condensation products at different heat preservation stages in the condenser serve as metal enriched products and are recycled in batched. The method for reducing metal dissolution in the domestic waste incinerator slag can reduce metal dissolution in the domestic waste incinerator slag, and meanwhile, metal in the domestic waste incinerator slag is recycled.

The invention discloses a winnowing screening device for a waste power battery. The winnowing screening device comprises a machine frame, a winnowing device and a layered sieve; the layered sieve comprises a light material layering sieve, a heavy material layering sieve and a transmission device; the machine frame is of a frame structure welded by angle iron, and is divided into an upper layer, amiddle layer and a lower layer, the winnowing device is installed on the upper layer, and the layered sieve is installed in the middle layer; and the winnowing device comprises a feed hopper, an axialflow fan and a winnowing bin. According to the winnowing screening device, during operation, crushed waste power battery materials enter the hopper, wind power of the axial flow fan blows the waste power battery materials in an upwards inclined mode, and the waste power battery materials fall into the lower light material layering sieve and the heavy material layering sieve from the winnowing binin a parabolic shape, carbon powder in the waste power battery materials passes through meshes of the light material layering sieve and the heavy material layering sieve to fall into a discharging opening below, light-weight sheet aluminum foil is a sieve residue of the light material layering sieve, heavier flaky copper foil is a sieve residue of the heavy material layering sieve, so that classified collection of the waste power battery materials is realized.

The invention belongs to the technical field of medical treatment, and discloses a multifunctional endoscope cleaning machine which comprises a body, a cleaning device, a drying device, a cleaning apparatus storage device, a cleaning liquid storage device and a control table. The cleaning device is arranged above the body, a heating unit of the drying device is arranged on the outer side of the cleaning device in a sandwiched manner, the cleaning apparatus storage device and the control table are further arranged on the outer side of the cleaning device, and the cleaning liquid storage device is arranged below the body. The cleaning machine is simple in structure and convenient to operate, cleaning and drying are integrated, the size of the cleaning machine is reduced, the cleaning machine can be moved to a needed place as the cleaning liquid storage device is arranged below the body, and operation of medical staff is coordinated.

The invention relates to the field of garbage treatment equipment, in particular to an integrated machine for collecting and processing plastic and paper garbage in rivers and lakes, and solves the problem of salvage treatment of floating garbage in water bodies. The structure comprises a ship body, a trapping net A, a crusher, a transmission belt A, a pulverizer, a cleaning machine, a transmission belt B, a packaging machine A, a centrifugal machine, a spiral propeller, an electric control system and an operator moving area, wherein the trapping net A is positioned at the center of the frontend of the ship body, the spiral propeller is positioned at the central part of the tail part of the ship body, the crusher is arranged at the rear side of the trapping net A, the front end of the transmission belt A is positioned at the lower side of the crusher, the pulverizer is arranged below the rear end of the transmission belt A, the cleaning machine is arranged below the pulverizer, the front end of the transmission belt B is positioned below the cleaning machine, the lower side of the rear end of the transmission belt B is provided with the packaging machine A, the cleaning machine isconnected with the centrifugal machine through a pipeline, and a carbon fiber sewage treatment all-in-one machine is arranged under the centrifugal machine. And the purpose of classifying and collecting and processing the plastic and paper garbage in rivers and lakes is achieved.

The invention relates to the technical field of waste collection systems, and discloses a hospital waste sorting collection system. The hospital waste sorting collection system comprises waste collection passages arranged in each layer in a penetrating mode, and a plurality of waste disposal doors arranged on the waste collection passages, and output passages communicating with the waste collection passages are arranged on the lower portions of the waste collection passages. A control unit of the collection system comprises control panels arranged on the waste disposal doors, the collection unit comprises a plurality of sorting trash cans and rotating rotary tables, the sorting trash cans are arranged on the ground below the output passages, the rotating rotary tables are arranged above the sorting trash cans, waste outlets are formed in the rotating rotary tables, the waste outlets are connected with the output passages, a plurality of waste collection openings are formed below the rotating rotary tables, and the waste collection openings corresponds to the corresponding sorting trash cans. The hospital waste sorting collection system transports different types of waste to different types of trash cans and realizes waste sorting and collection.

The invention relates to a method and a device for purifying and recycling cleaning waste gas of a hot cell of a fusion reactor by cryogenic rectification. The method comprises six technological processes including a decontaminating cleaning technology, a filtration and purification technology of solid and liquid-state impurities, a carbon dioxide cryogenic rectification separation technology, a low-temperature power gas preparation technology, a volatile granule regeneration technology and a long-distance pneumatic transmission technology. Radioactive particles and residual radioactive gases are collected in a sorting way together with or separated from a cleaning medium by utilizing the original cleaning waste gas. The effect that radioactive wastes in the hot cell are minimized can be realized. The radioactive particles and gaseous nuclear fuel are effectively collected while the cleaning waste gas is enabled not to pollute the environment as radioactive effluent, and an originally used cleaning medium is enabled to be recycled; on the basis, a carbon dioxide dry ice blasting cleaning scheme becomes a first selected option for cleaning a polluted radioactive surface in the hot cell; furthermore, the process scheme is simple in loop structure and easy to implement, thus being suitable for the remote control operation hot cell environment.