50results about How to "Realize continuous discharge" patented technology

The invention discloses a vertical continuous induction type high-temperature graphitization furnace. The graphitization furnace comprises a furnace body shell, a hopper positioned above the furnace body shell, and a discharging pipe positioned at the bottom of the furnace body shell, wherein the hearth inside the furnace body shell is divided into four areas from top to bottom, namely a preheating area, a heating area, a temperature reducing area and a cooling area; every two adjacent areas are communicated with each other or isolated from each other by a corresponding isolating material part having an opening and closing function; a discharging port of the hopper is connected with a feeding hole of the preheating area by a valve; a heat insulating layer is arranged in the peripheral direction of the outer wall of the hearth; a heater is arranged between the inner wall of the shell and the heat insulating layer segment outside the heating area; a cooling system is arranged outside the discharging pipe so that the cooling area is formed inside the discharging pipe. The graphitization furnace disclosed by the invention has the advantages of greatly increasing the yield and quality of a graphitized material, satisfying the technological requirements of thermal treatment of a cathode material of a power battery and improving the quality of the battery.

The invention discloses a prelithiation lithium ion start-stop power supply. The power supply comprises a positive electrode and a negative electrode. The positive electrode is mainly made of a LiNixCoyMnzO2/Li5FeO4 composite material, wherein x+y+z=1. A preparation method of the prelithiation lithium ion start-stop power supply is also provided. The preparation includes the steps of preparing theLiNixCoyMnzO2/Li5FeO4 composite material, preparing the positive electrode and the negative electrode of the power supply and assembling the positive electrode and the negative electrode into the lithium ion start-stop power supply. The start-stop power supply obtained by the preparation method has good specific energy, specific power, charge and discharge cycles and low temperature performance,and is suitable for industrial production.

The invention discloses a heat-accumulating-type fly ash gasification smelting furnace. The heat-accumulating-type fly ash gasification smelting furnace comprises a hearth, a first heat storage chamber, a second heat storage chamber, a first nozzle, a second nozzle, a gas supply device, a fly ash inlet, a U-shaped slag outlet and a slag melting pond. A melting region and a deslagging region are defined inside the hearth. The first heat storage chamber communicates with the melting region through a first opening. The second heat storage chamber communicates with the melting region through a second opening. The first nozzle stretches into the melting region through the first opening. The second nozzle stretches into the melting region through the second opening. The gas supply device is connected with the first nozzle and the second nozzle. The fly ash inlet is formed in the hearth. The U-shaped slag outlet is formed in the lower end of the deslagging region. The slag melting pond comprises a slag melting chamber and a heat exchange chamber which are arranged in a spaced mode. The slag melting chamber is provided with a molten slag inlet and a glassy-state molten slag outlet. The molten slag inlet communicates with the U-shaped slag outlet. The heat exchange chamber is provided with a normal temperature air inlet and a preheated air outlet. The preheated air outlet is connected with the fly ash inlet and further communicates with the first heat storage chamber and the second heat storage chamber through a reversing valve. By the adoption of the heat-accumulating-type fly ash gasification smelting furnace, continuous melting treatment of rubbish fly ash can be achieved; and moreover, stability is high and energy consumption is low.

The invention is suitable for the field of piston pumps, and provides a two-way piston pump and a control method thereof. The piston pump comprises a control system, a first one-way metering pump, a second one-way metering pump, a first driving mechanism and a second driving mechanism; the control system controls operation or standing of the first and second driving mechanisms; the first and second one-way metering pumps are respectively connected with the first and second driving mechanisms; each one-way metering pump has a hollow cavity, a sucking port and a discharge port; the cavity is communicated with the sucking port and the discharge port; a pneumatic ball valve is mounted in the sucking port; a one-way valve is mounted in the discharge port; each driving mechanism includes a piston rod capable of extending; the end parts of the piston rods are inserted in the cavities of the one-way metering pumps, and perform a reciprocating motion in the cavities; and the control system controls the first and second driving mechanisms to drive reverse movement of the two piston rods. The piston pump has two sets of one-way piston metering pumps; one set is for feeding, and the other set is for discharging; and the two sets are alternately operated to realize continuous discharge of the piston pump.

The invention provides a high-energy discharge ignition device and a control method thereof. Independent charge-discharge control can be conducted on each ignition coil through a main control circuit,and through switching, the high-energy discharge ignition device can work on a double-coil parallel output mode and a four-coil serial-parallel output mode correspondingly with an MOS pipe. During turn-off operation of Q1 and Q2 of the MOS pipe and turn-on operation of Q3 and Q4, the ignition coils L1 and L2 discharge to the outside in a parallel form; and during turn-on operation of the Q1 and Q2 of the MOS pipe and turn-off operation of the Q3 and Q4, the ignition coils L1 and L3 are in series connection, the L2 and L4 are in series connection, discharge ability is improved, the two sets ofseries ignition coils are in parallel connection to discharge to the outside, and various discharge form output of higher energy and higher breakdown ability is achieved. Each ignition coil is independently controlled, charging can be conducted while the coils are in series connection, the coils are combined with a boosted circuit to supply power to a primary coil, fast coil charging is achieved,energy storage time is not increased on the basis that discharge ability is improved through the series coils, and high-frequency continuous discharge and other strategies are convenient to achieve.

The invention discloses a device and method for producing super-amphiphobic paint with modification of modified particles. The device comprises a super-amphiphobic paint component A production system and a super-amphiphobic paint component B production system. The super-amphiphobic paint component A production system comprises a first subsystem and a second subsystem. The first subsystem comprises a modified particle high-speed dispersing machine, a modified particle six-kettle parallel reaction device and a cyclone hydraulic separator. The second subsystem comprises a resin monomer raw material premixer, a fluorine-containing hydroxy-acrylic resin six-kettle series reaction device and a resin solvent preheater. The super-amphiphobic paint component B production system comprises a fluorine-containing PU prepolymer curing agent double-kettle series reaction device, a prepolymer raw material stirrer and a prepolymer raw material preheater. The device is capable of achieving consecutive production, convenient to maintain and good in achievability, and a process adopted in the method is simple.

The invention discloses a material discharge device for a vertical furnace, comprising a material blanking pipe, a gate valve, a rotating material discharge valve, an upper sealing valve, a discharged material tank, a material flow regulating valve and a lower sealing valve. The material discharge pipe is provided with at least two material dividing pipes; the gate valve is arranged at the inlet of the material discharge pipe or the outlets of the material dividing pipes; the rotating material discharge valve is arranged on the material dividing pipes and below the gate valve; the upper sealing valve is connected with the outlet of the rotating material discharge valve or the outlets of the material dividing pipes; the discharged material tank is connected with the outlet of the upper sealing valve; the material flow regulating valve is connected with the outlet of the discharged material tank; the lower sealing valve is connected with the outlet of the material flow regulating valve; and the discharged material tank is provided with a uniform pressure discharge interface. Due to the alternative work of equipment on the material flow paths of the material dividing pipes, the furnace material can be discharged continuously, and the vertical furnace can work continuously and efficiently. As the discharged material tank is provided with the uniform pressure discharge interface, the vertical furnace can discharge materials smoothly under pressure or normal pressure, and the material discharge device can work reliably and stably. The equipment in the material discharge device adopts the module design and can be repaired independently, so that the repair time is saved, and the maintenance cost is reduced.

A fluidized bed reactor comprises a shell, wherein a wind distribution plate which horizontally supports materials and meets the requirements of fluidization wind distribution is arranged in the shell; a wind cap is arranged on the wind distribution plate; a wind chamber is arranged below the wind distribution plate and is connected with the outlet of an air pre-heater; the air pre-heater is connected with an air blower; a separator for performing material separation to the flue gas is arranged in the shell; the inlet of the separator is formed above the inner part of the shell and is arranged horizontally; a separated material outlet of the separator is connected with the upper end of a falling pipe; the lower end of the falling pipe is arranged below the inner part of the shell; the flue gas outlet of the separator is arranged above the outer part of the shell; and a feeding opening and an inert material feeding opening are formed on the side of the shell so as to realize the continuous feeding and supplement of the inert material; by adoption of the reactor, the material particle abrasion amount can be reduced, the reaction time of the reaction material in the reactor is prolonged, the reactor can be controlled remotely; in addition, the reactor has the following advantages that the reaction efficiency is high, a mass of materials can be processed continuously, stably and efficiently, and the product quality is stable.

The invention relates to a feeding mechanism for food processing. The feeding mechanism comprises a mechanism shell, a feed opening A is formed in one side of the upper end of the mechanism shell, a feed opening B is formed in the other side of the upper end of the mechanism shell, fixed supports are arranged at the bottom of the mechanism shell, a discharge hole is formed in one side of the bottom, a drive motor A is arranged on one side of the mechanism shell and connected with a rotating rod A, the rotating rod A is connected with a helical blade A, a drive motor B is arranged on the other side of the mechanism shell and connected with a rotating rod B, the rotating rod B is connected with a helical blade B, and discharge blades are arranged in the central position inside the mechanism shell. When the feeding mechanism works, raw materials needing to be packaged are added into the mechanism shell from the feed opening A and the feed opening B, at the moment, mixing of the raw materials and continuous discharging of the raw materials can be achieved through the discharge blades, the blocking phenomenon is avoided, and the packaging efficiency is high.

The invention discloses a high-temperature fluidized bed reaction device and a method of gasifying a carbonic material by adopting the high-temperature fluidized bed reaction device. The device comprises a high-temperature movable bed ash discharging unit, a high-temperature gasification reactor unit and a circular fine semicoke powder conveying unit; the method of gasifying the carbonic materialcomprises the steps of preparation of the carbonic material and sand grains, gas supplying, high-temperature gasification, residue discharging and fine powder conveying. The device and the method havethe advantages that the gasification reaction rate is high, the carbon conversion rate is high, and the treatment capacity of a single furnace is high.

The objective of the invention is to provide a method for continuous preparing furfural from xylose. According to the method, a solution containing xylose or xylooligosaccharide is allowed to contact with high-temperature gas-phase flow; and furfural is produced in the process of contact of gas-liquid two-phase flow, is extracted from a liquid phase through stripping via gas flow and then enters gas-phase flow. The method provided by the invention has the advantage that conversion of furfural from xylose and separation of furfural are synchronously carried out; rapid heat transfer and mass transfer enable the selectivity of furfural converted from xylose to be improved; and the yield of furfural is allowed to reach 80% or above of a theoretical conversion rate.

The invention discloses a strontium-barium salt continuous leaching and deslagging production system, which comprises a ball mill, leaching tanks, a vacuum belt type pumping filter and the like and realizes continuous leaching and deslagging of strontium-barium salt. The invention also discloses a strontium-barium salt continuous leaching and deslagging production process, specifically, a roastedmaterial is added into a recovered strontium-barium salt solution, then grinding is carried out in a ball mill, and a 1# leaching tank and a 2# leaching tank are employed to leach the ground materialstwice, thus solving the severe factors of high temperature, much dust, much water mist and the like at a leaching station; the leached materials are filtered on the vacuum belt type pumping filter interms of a front section and a back section, and a high-concentration strontium-barium salt solution and a low-concentration strontium-barium salt solution with stable concentration can be obtained respectively, and the brine of low-halogen pool is added at the latter half section of the vacuum belt type pumping filter for washing, thus improving the filtering effect, effectively recovering strontium and barium elements, reducing waste, improving the post safety and environmental protection, and eliminating the safety and environmental protection hidden danger of an overall plant area.

The invention discloses a hot laminating machine and a hot laminating method, and belongs to the technical field of electronic product decorating part machining. The hot laminating machine comprises a supporting component, a material receiving and discharging component, a flattening component and a heating component, the material receiving and discharging component comprises a first material discharging part, a first material receiving part and a second material discharging part, the first material discharging part is used for discharging a first material, the first material receiving part is used for winding a first protective film attached to the first material, and the second material discharging part is used for discharging a second material; the flattening component is arranged on the supporting component, and the flattening component is used for flattening the first material and the second material; and the heating component is arranged on the supporting component and located on the downstream of the flattening component, and the heating component is used for heating the flattened first material and the flattened second material and bonding the first material and the second material. The hot laminating machine and the hot laminating method provided by the invention have higher machining efficiency, need fewer operators, and reduce the probability that the first material or the second material is polluted.

The invention relates to experimental equipment for discharging polyethylene slurry. The experimental equipment comprises a polymerization reaction kettle for storing the polyethylene slurry; a discharging tank which is connected with the polymerization reaction kettle through a feeding pipe, wherein a first valve is mounted on the feeding pipe; a flash tank, wherein the discharging tank is connected with the flash tank through a discharging pipe, and a second valve is installed on the discharging pipe; one end, far away from the polymerization reaction kettle, of each of the feeding pipe andthe discharging pipe extends downwards in an inclined manner; when the first valve is opened, polyethylene slurry is conveyed into the discharging tank by the polymerization reaction kettle under theaction of pressure difference or/and liquid level difference; and when the second valve is opened, the discharge tank conveys the polyethylene slurry into the flash tank under the action of pressure difference or/and liquid level difference. The discharging tank is arranged between the first valve and the second valve, liquid filling and discharging circulation operation is conducted on the discharging tank by switching on and off of the first valve and the second valve, and continuous discharging of slurry in the reaction kettle can be achieved.

The invention relates to a vacuum distillation and forming device and method for extracting metal calcium from carbide slag. The vacuum distillation device comprises a vacuum calcium distillation furnace (11) and a heating furnace seat (12) for mounting the vacuum calcium distillation furnace (11); a part of the vacuum calcium distillation furnace (11) is covered with a cooling device (13), and the rest part of the vacuum calcium distillation furnace (11) is positioned in the heating furnace seat (12); and the cooling device (13) is positioned above the heating furnace seat (12). The vacuum distillation device is high in distillation efficiency, and the production efficiency of refined calcium is greatly improved.

The invention relates to the technical field of screening equipment, and discloses an efficient discharging mechanism and screening equipment for processing pinellia ternata, the efficient discharging mechanism comprises a discharging barrel with a rectangular longitudinal section, a discharging door capable of being opened and closed, a fixing frame and two clamping frames, the fixing frame is used for fixing a material containing bag, and the cross section of the fixing frame is round or oval; a limiting ring is arranged in the middle of the outer side of the fixing frame, a limiting groove is formed in the middle of the inner side of each clamping frame, and the driving assembly simultaneously drives the two clamping frames to be pressed on the outer side of the fixing frame and drives the discharging door to be opened or closed. The driving assembly is arranged, the clamping frame can be driven to be pressed on the outer side of the fixing frame and the discharging door can be driven to be opened or closed at the same time, discharging can be achieved only by correspondingly operating the driving assembly, the bag opening of the flexible bag does not need to be continuously held by hands, and operation is rapid, easy and convenient; and when a new flexible bag needs to be replaced, the machine does not need to be stopped, continuous discharging is achieved, and the discharging efficiency is high.

The invention relates to a carbonization device, in particular to a self-circulation heating straw carbonization furnace, solving the problems of the existing carbonization device that combustible components in crops cannot be discharged completely to be utilized and a large amount of fuel is needed to provide heat for carbonization. The device comprises a carbonization chamber, and the carbonization chamber is provided with a feeding port and a discharging port. The device is characterized in that the carbonization chamber is internally provided with an inner combustion chamber, an outer combustion chamber is arranged around the outer side of the carbonization chamber, smoke exhaust holes are respectively arranged between the carbonization chamber and the inner combustion chamber and between the carbonization chamber and the outer combustion chamber, the inner combustion chamber and the outer combustion chamber are respectively provided with an air inlet and an air outlet, and the inner combustion chamber or the outer combustion chamber is also connected with a startup heater to provide heat for startup. Combustible flue gas produced in decomposition can be led out for combustion during carbonization, and the fuel consumption can be reduced; hot air exhaust of the carbonization furnace can be used as material delivery airflow to preheat materials, and the energy loss can be reduced; and the internal and external simultaneous circulation and heating can be realized due to the arrangement of the inner combustion chamber and the outer combustion chamber, and the rate of utilization of circulating energy is high.