37results about How to "Adjustable rate" patented technology

The invention provides an automatic deveining robot. The robot comprises a main body frame, a belt, a grabbing part, a vein picking part, a vein lifting part and the like; the grabbing part comprisesa screw rod frame, a translation screw rod, a rotating motor frame, a rotating screw rod seat, a claw part and the like; the vein picking part comprises a needle connecting rod, a first up and down adjusting rod, an electric cylinder base, a vein picking needle and the like; and the vein lifting part comprises a vein clamping connecting rod, a second up and down adjusting rod, a pushing electric cylinder seat, a clamping seat, a clamping block and the like. Two grabbing parts, a vein picking part and four mechanical arms of the vein lifting part are respectively arranged on the main body frame; the grabbing part lifts shrimps on the belt; the vein picking part inserts a needle into the second section of shrimps, and picks out shrimp veins; the vein lifting part clamps the shrimp veins, andlifts the shrimp veins out of shrimp bodies; and after the whole deveining step is finished, the shrimps are placed on the belt, and then moved out of the robot.

The invention provides a multifunctional gynecological puerperal medicine fumigating treatment instrument. The instrument comprises a base plate, a heating chamber, a liquid medicine chamber, a cooling chamber, a gas delivery pipe, a medicine fumigating seat and universal wheels. The base plate is a rectangular plate body, the heating chamber for converting liquid medicine fumigating medicine into gas medicine fumigating medicine is fixed on the upper surface of the base plate, the cooling chamber for cooling the vaporized medicine fumigating medicine is fixed above the heating chamber, a mounting base is arranged on one side of the upper end of the cooling chamber, the flexible gas delivery pipe is fixed to the mounting base, the other end of the gas delivery pipe is connected with the medicine fumigating seat, and the universal wheels which are evenly distributed are arranged on the lower surface of the base plate. According to the multifunctional gynecological puerperal medicine fumigating treatment instrument, the structure is simple, use is convenient, the medicine fumigating seat is arranged, it can be guaranteed that the medicine fumigating operation is conducted on a parturient on the condition that the parturient does not need to move the body, the comfort of the parturient is enhanced, an adjusting knob is arranged, the medicine fumigating speed can be adjusted to adapt to different patients, and pain of the parturient and the work difficulty of doctors are reduced.

The invention provides an automatic steel ball distributing device which comprises a hopper used for containing steel balls, a first guiding pipe, an adapter, a second guiding pipe, a separating block, a third guiding pipe, a pushing mechanism and a cam lifting mechanism. A discharging port is formed in the bottom of the hopper. The upper end of the first guiding pipe is arranged in the discharging port and movably connected with the discharging port. The lower end of the first guiding pipe is movably connected with the upper end of the adapter. The lower end of the adapter is fixedly connected with the upper end of the second guiding pipe. The lower end of the second guiding pipe is fixedly connected with the separating block. A separating cavity is formed in the separating block. The hopper, the first guiding pipe, the adapter, the second guiding pipe and the separating cavity are communicated to form a feeding channel. The cam lifting mechanism is connected with the first guiding pipe. The separating block is provided with a feeding port, a discharging port and a pushing port. The automatic steel ball distributing device has the advantages of being small in size, low in cost, low in noise, adjustable in speed and high in efficiency.

The present invention relates to an epoxy crosslinking agent and its preparation and application in preparing biodegradable material. The degrading rate and mechanical strength of the biodegradable material are regulated via regulating the molecular weight and amount of the crosslinking agent, so that the degrading rate of the material is matched with the tissue forming rate. The degraded productof the material has no toxicity for cell and no negative effect on tissue, and the cell affinity of the material can promote the adsorption of the cell tissue on the material surface.

The invention discloses an improved combined type vegetable washing basket and application method. The improved combined type vegetable washing basket comprises an outer basket and an inner basket located in the outer basket, wherein the outer basket is composed of a basket body and a base; a through hole is formed in the center of the bottom of the basket body; the base is barrel-shaped; the upper end of the base connected to the through hole of the basket body and is communicated with the through hole; the height of the inner basket is greater than that of the basket body of the outer basket; a side wall of the inner basket is net-shaped; a water draining speed adjusting device is arranged between bottoms of the outer basket and the outer basket. The improved combined type vegetable washing basket has the advantages that the structure is simple; the side wall of the inner basket is net-shaped and the water draining speed adjusting device is arranged between the bottoms of the outer basket and the outer basket; the inner basket rotates relative to the outer basket through the water draining speed adjusting device and the speed of water flow drained from the basket in a vegetable washing process can be adjusted, so that vegetables are more completely washed and a utilization effect is remarkably enhanced.

The invention relates to the technical field of chip interconnection, in particular to an FPGA-based interconnection device among chips. According to the FPGA-based interconnection device among the chips, a dynamic clock adjusting module, a low-voltage differential signal sending module and a low-voltage differential signal receiving module are arranged in each FPGA chip so that information transmission between the FPGA chips can be achieved. The interconnection device has the advantages of being adjustable in speed and high in flexibility.

The invention relates to a hydraulic substation oil circuit system which comprises a main oil circuit and a return oil circuit. The main oil circuit is provided with a main oil inlet and a working oil inlet, the return oil circuit is provided with a working oil outlet and a main return opening, a control oil circuit is arranged between the main oil circuit and the return oil circuit and comprises a main pressure reducing valve arranged on the main oil circuit, the main oil circuit is split between the main pressure reducing valve and the main oil inlet and connected with a throttling valve, the throttling valve is serially connected with an electromagnetic directional valve, the electromagnetic directional valve returns into the return oil circuit through a first throttling hole and is serially connected with an electromagnetic ball valve, the electromagnetic ball valve is serially connected with an overflow valve, the overflow valve returns into the return oil circuit, the main pressure reducing valve is communicated with an energy accumulator through a second throttling hole, and the energy accumulator, the second throttling hole, the electromagnetic directional valve and the electromagnetic ball valve are mutually communicated in an intersected manner. According to the hydraulic substation oil circuit system with the structure, the rate of the pressure lifting and pressure reducing process can be adjusted, the service life of a hydraulic actuator is prolonged, and potential safety hazards are eliminated.

The invention relates to an imitated nuclear pulse generation device and method. The device comprises a single photon source, a single photon detector, a quantum true random number extractor, a Gaussian random number generator, an eight-bit register, an exponential waveform data storage, a multiplying unit, a conversion start controller and a digital-analog converter (DAC). The quantum true randomnumber extractor is connected with the output end of the single photon detector for extracting uniformly distributed random numbers; the Gaussian random number generator is connected with the outputend of the quantum true random number extractor; generated Gaussian random numbers are stored into the eight-bit register; the Gaussian random number generator comprises four read-only memories and the multiplying unit. According to the device and method provided by the invention, the arrival time interval of the single photon pulse is used for generating imitated nuclear pulse time in compliancewith exponential distribution characteristics, and the uniformly distributed random numbers are extracted by using the single photon pulse to generate the Gaussian random numbers to serve as an imitated nuclear pulse amplitude. The imitated nuclear pulse generation method provided by the invention is simple to implement, high in flexibility, good in randomness and continuous.

The invention relates to a bump test device of audio-video equipment. The bump test device is characterized in that an upper flat plate and a lower flat plate are in sliding connection by a guide rod and a guide sleeve; the upper flat plate is connected with two driving cam mechanisms fixed at the lower surface of the lower flat plate by four driving ejector rods fixed on the lower surface of the upper flat plate; and each driving cam mechanism is in transmission connection with a speed reducer and a motor which are fixed on the lower surface of the lower flat plate by a synchronous belt. The bump test device has the advantages that the requirement on the bump test in safety test of audio, video or similar electronic equipment can be met; bump parameters in different standard requirements can be finished by a group of cam series with different specifications, and the bump accuracy reaches 0.5%; full-automatic bump test is carried out by a mechanical device, the speed and the times of each time of bump can be adjusted, the repeatability can be guaranteed; and moving parts are designed in a reinforced manner, so that the service life of the test device can be guaranteed.

The invention relates to the technical field of a plasma magnetic control cathode and in particular to a one-dimensional linear plasma cleaning magnetic control cathode device with high efficiency. The device is characterized in that the top of an electrode contact of a cathode is connected with a hollow pipeline and the bottom of the electrode contact of the cathode passes through an upper wall of a vacuum cavity body and is then connected with an upper surface of a cathode of a linear metal plate in the vacuum cavity body. A shield cover is arranged between the vacuum cavity body and the cathode of the linear metal plate and the upper partof the shield cover is also connected with a gas inlet pipe of which the top is positioned outside the vacuum cavity body. The upward side outside the vacuum cavity body is provided with a magnetic coil device. Compared with the prior art, the device has convenient and simple structure and realizes surface cleaning processing with high plasma density, low power consumption and high uniformity; the adjustment of the electromagnetic field can ensure the adjustable density of the plasma generated by the cathode so as to ensure the flexible application; and due to the adoption of a one-dimensional linear structure by the cathode, the device occupies small space and has easy installation. Therefore, the whole device has low production cost and can implement a large-area continuous cleaning technique.

The invention relates to the technical field of robots and particularly relates to an aquatic robot intelligent constant-speed cruising control method and system. The method comprises the following steps: setting power parameters such as a target cruising speed; obtaining a water flow speed; judging whether constant-speed cruising requirements are met according to the water flow speed; if the constant-speed cruising requirements are met, entering a constant-speed cruising mode by one key; in the constant-speed cruising mode, periodically and dynamically calculating the accelerator power based on the parameters such as ground speed vectors of an attitude heading reference system of an aquatic robot master controller to guarantee a constant speed; in the constant-speed cruising mode, supporting the modification of the cruising speed and automatically executing power judgment and continuous operation; and if the constant-speed cruising requirements are not met, executing the nearest and fastest automatic return intelligent protection policy.

The invention relates to a preparation method of a gold nanorod-based engineering nano gel, wherein the method comprises the steps: with a gold nanorod as an inorganic core, modifying the surface of the gold nanorod with carboxyl groups by mercaptohyaluronic acid and activating; then grafting with acid phosphatase, adding a small molecular gel factor, making the property of the small molecular gelfactor changed from hydrophilcity to hydrophobicity by the enzyme digestion effect of the acid phosphatase, and self-assembling on the surface of the gold nanorod to form nano gel; and finally, loading the nano gel with chloroperoxidase, and thus obtaining the gold nanorod-based engineering nano gel. Compared with the prior art, the gelling method is simple and high in efficiency, both the gelling thickness and speed are adjustable, and the method applied in photothermal-enzyme combined therapy has mild and high-efficiency characteristics.

The invention discloses a split portable biomass gasifier, which is convenient to carry outdoors and can be safely and effectively used. The gasifier comprises an upper-layer gasifier body, a lower-layer gasifier body, buckles, a stove, a sieve plate, a biomass feed bin, a solid feed connecting pipe, a positive-pressure isolation plate, a gas connecting pipe, a drying chamber, a gas-solid feed linkage device, a centrifugal fan, a tar separation tank, a dust removal purification pipe, ignition equipment, a six-way valve and a combustion chamber. According to the split portable biomass gasifier, by virtue of the gas inflow and biomass feed linkage device, the rate of the gasifier is adjustable, a fuel is saved, and meanwhile, a biomass can be continuously fed; compared with a conventional gasifier incapable of controlling heat in a biomass combustion process, the gasifier has the advantages that multifunction such as water boiling under big fire and stewing under small fire can be freely selected, so that the utilization rate of the fuel is increased, energy is saved, and emission is reduced; when the split portable biomass gasifier is idle, the upper-layer gasifier body and the lower-layer gasifier body can be separated; the split portable biomass gasifier is low in investment cost, convenient to mount and operate and wide in application range.

The invention discloses a micro negative pressure biomass gasifying furnace with the adjustable feeding amount. A gas inlet amount and biomass feeding amount gas-solid feed linkage device is used for adjusting the speed of the gasifying furnace so as to solve the problems that the biomass feeding amount of a current gasifying furnace is limited, and the combustion degree can not be controlled. The gasifying furnace comprises a stove, a centrifugal fan, a gasifying furnace body, a feeding tank, a positive pressure material cutting-off valve, a biomass feeding pipe, a contactor vacuum meter, a combustor, the gas-solid feed linkage device, partition plates, a negative pressure control valve and a six-way valve. An electric contact combined pressure and vacuum gauge and a bypass magnetic valve are in linkage to achieve constant micro negative pressure, and therefore the gasifying furnace improves the combustibility of fuel while ensuring that fuel gas is not leaked; by means of the gas inlet amount and biomass feeding amount gas-solid feed linkage device, the speed of the gasifying furnace can be adjusted; meanwhile, biomass can be fed continuously; by means of the six-way valve, the phenomena that ignition is not proper to carry out under the negative pressure and the fuel gas leaks can be avoided, the use rate of the fuel is increased, energy is saved, and emission is reduced.

The invention belongs to the technical field of material preparation, and particularly discloses a plasma powder making device with a grading device and a powder making process thereof. The powder making device comprises a plasma torch, a reactor, the grading device and a cyclone bag-type dust collector. The upper portion of the plasma torch is connected with a powder feeder, and the side surface of the plasma torch is connected with a high-frequency induction power supply. The upper end of the reactor is connected with the plasma torch, and the lower end of the reactor is connected with a first ejector. The side surface of the bottom of the grading device is connected with the first ejector through a pipeline, the bottom of the grading device is connected with a fine powder collecting tank, the side surface of the top of the grading device is connected with a second ejector, and the grading device is further provided with a dispersion air pipe. The cyclone bag-type dust collector is connected with the second ejector. According to the device, the plasma spheroidizing technology and the technology that ultra-high centrifugal force generated by an impeller rotating at a high speed is used for separating superfine powder are utilized, and the device has the beneficial effects that the structure is simple, use is convenient, plasma spheroidizing and powder separation are integrated, the powder making efficiency is high, and the powder making effect is good.

The invention relates to a device and method for producing a truth random number; the device comprises a single photon random pulse source, a clock unit, a random bit extracting module based on an FPGA (field programmable gate array) and a computer; the random bit extracting module based on the FPGA comprises a controller, a counter, a multi-bit FIFO (first in first out) memory, a buffer unit, a comparator, 1-bit FIFO memory and a communication interface control module; the buffer unit comprises a first register and a second register. The technical problem that the current random number has great randomness, slow speed and bad stability is solved; and the random bit extracting method is circular, continuous, unlimited and high-speed.

The invention relates to an oil circuit system of a hydraulic substation, comprising a main oil circuit and an oil return circuit, the main oil circuit has a main oil inlet and a working oil inlet, and the oil return circuit has a working oil outlet and a main oil return port , there is a control oil circuit between the main oil circuit and the oil return circuit, the control oil circuit includes the main valve of the pressure reducing valve on the main oil circuit, and the main oil circuit is divided from the main valve of the pressure reducing valve and the main oil inlet The outlet is connected with a throttle valve, and the throttle valve is connected in series with an electromagnetic reversing valve. The electromagnetic reversing valve flows back into the oil return circuit through the first orifice; An overflow valve is connected, and the overflow valve returns to the oil return circuit; the main valve of the pressure reducing valve is connected with the accumulator through the second orifice, the accumulator, the second orifice, the electromagnetic reversing valve and the electromagnetic ball valve interconnected with each other. The oil circuit system of the hydraulic substation with this structure realizes the adjustable speed of the boosting and depressurizing process, thereby improving the service life of the hydraulic actuators and eliminating potential safety hazards.

The invention discloses a solar-assisted power type negative pressure biomass gasifier used in remote areas and outdoors. The gasifier comprises a biomass bin, a drying chamber, a combustion chamber, a control box, a photovoltaic cell panel, a feed blade and a stepper motor, a solid feed connecting tube, a positive pressure separation plate, fasteners, a combustion chamber liner, a combustion chamber insulation layer cover, a thermoelectric power generation chip, a lead storage battery, a centrifugal fan, a six-way valve, a dust removal purification pipe, a tar separation tank, a furnace, a phase change heat storage material filling opening, a sieve plate, a drying chamber connecting pipe, a combustion chamber connecting pipe, an ignition device, a 5.5VDC power outlet and a 12VDC power outlet. The solar-assisted power type negative pressure biomass gasifier can still provide household energy and charge mobile phones and electronic products under extreme conditions to ensure normal life and contact with outside of users. The gasifier is stable in structure, easy to install and operate and wide in application range.

The invention belongs to the technical field of communications and provides a technical solution for realizing high-speed data transmission in case of secure one-way data transmission. The technical solution includes a communication apparatus and method based on an SFP optical module. The apparatus comprises a programmable logic device which is provided with a parallel data interface and is capable of converting received data into data conforming to a predetermined format; a serial-parallel data conversion chip which is connected with the programmable logic device through a parallel bus and is capable of realizing mutual conversion between serial data and parallel data; and the SFP optical module which is connected with the serial-parallel data conversion chip through a serial data line and adopts a one-way communication mode without bidirectional verification during data transmission.

The present invention relates to the preparation method of epoxy-based crosslinking agent, comprising the following steps: (1) synthesis and purification of polyethylene glycol-polyester, (2) polyethylene glycol-polyester, epichlorohydrin and benzyl Triethylammonium chloride is mixed to prepare a light yellow transparent liquid product; the obtained product is used to prepare degradable materials, especially tissue engineering scaffold materials, and different degradation rates and mechanical strengths can be adjusted by adjusting the molecular weight and dosage of crosslinking agents. Make the degradation rate of the material match the rate of tissue formation; the degradation products of the material are non-toxic to cells and will not have adverse effects on the tissue; the cell affinity of the material surface can promote the adsorption of tissue cells on the material surface.

The invention discloses a solar-assisted power negative pressure biomass gasifier, which is applied to remote areas and outdoors. The gasifier includes: biomass silo, drying chamber, combustion chamber, control box, photovoltaic panel, feeding blade and stepping motor, solid feeding connection pipe, positive pressure isolation plate, snap, combustion chamber liner, Insulation layer jacket of combustion chamber, thermoelectric power generation sheet, lead battery, centrifugal fan, six-way valve, dust removal and purification pipe, tar separation tank, stove, phase change heat storage material injection port, sieve plate, drying chamber connection pipe, combustion chamber connection tube, ignition device, 5.5VDC power outlet and 12VDC power outlet. The invention can still provide living energy, charge mobile phones and electronic products under extreme conditions, and ensure the normal life and external communication of users. The gasifier has a stable structure, easy installation and operation, and a wide range of applications.

The invention provides an electric thruster for submarines and ships. The electric thruster comprises a rotor seal shell, a variable-frequency motor rotor, a rotating shaft, a variable-frequency motor stator, a front bearing, a back bearing, a seal flange, a propeller, a variable-frequency speed governor and a variable-frequency motor shell; the rotor seal shell is made of a hard non-metal material, reinforcing ribs are arranged on the outer surface of the rotor seal shell in the length direction, a front-end opening of the rotor seal shell is fixedly connected with the seal flange, the circle center of the seal flange is provided with the front bearing, the back-end circle center of the seal flange is provided with a bearing sleeve and the back bearing, the variable-frequency motor rotor is arranged in the rotor seal shell and supported between the front bearing and the back bearing to freely rotate through the rotating shaft, and the front end of the rotating shaft stretches out of a ship shell for installing the propeller; the variable-frequency motor stator is integrally installed outside the rotor seal shell in a sleeving mode, the variable-frequency motor shell is installed outside the variable-frequency motor stator in a sleeving mode, the front end of the variable-frequency motor shell is fixedly connected with the seal flange, a support seat is arranged at the center circle of the back end in the variable-frequency motor shell and installed outside the bearing sleeve in a sleeving mode, the lower portion of the variable-frequency motor shell is provided with a mounting base, and the variable-frequency motor stator is electrically connected with the variable-frequency speed governor.

The invention discloses a molding device for processing of plastic shoes. The device comprises a mechanical arm, a feeding cylinder and a shell. The feeding cylinder is inlaid at the left side on theupper end surface of the shell, the feeding cylinder is internally equipped with a piston, a middle position on the upper surface of the piston is connected to the mechanical arm, the mechanical arm is L shaped, the upper end surface of the mechanical arm is in sliding connection with a guide pillar, the lower end of the guide pillar is connected to the shell, a motor b is arranged on the right side of the guide pillar, and a screw rod apparatus is fixedly connected to the shaft of the motor b. The molding device is used for manufacturing plastic shoes, the height of the mechanical arm can beadjusted through the screw rod apparatus to enable the piston to break away from the feeding cylinder, molten raw materials are put into the feeding cylinder, the height of the piston rod can be adjusted to control the working rate of the machine, the raw materials enters a mold for cooling molding, a motor apparatus drives a gear to rotate, so that a baffle plate can move between left and right,when the baffle plate moves towards the left to a maximum distance, shaped plastic shoes fall on a conveyor belt, and the conveyor belt conveys the plastic box to a discharge port.

The invention relates to the technical field of chip interconnection, in particular to an FPGA-based interconnection device among chips. According to the FPGA-based interconnection device among the chips, a dynamic clock adjusting module, a low-voltage differential signal sending module and a low-voltage differential signal receiving module are arranged in each FPGA chip so that information transmission between the FPGA chips can be achieved. The interconnection device has the advantages of being adjustable in speed and high in flexibility.

The invention relates to the technical field of a plasma magnetic control cathode and in particular to a one-dimensional linear plasma cleaning magnetic control cathode device with high efficiency. The device is characterized in that the top of an electrode contact of a cathode is connected with a hollow pipeline and the bottom of the electrode contact of the cathode passes through an upper wall of a vacuum cavity body and is then connected with an upper surface of a cathode of a linear metal plate in the vacuum cavity body. A shield cover is arranged between the vacuum cavity body and the cathode of the linear metal plate and the upper partof the shield cover is also connected with a gas inlet pipe of which the top is positioned outside the vacuum cavity body. The upward side outside the vacuum cavity body is provided with a magnetic coil device. Compared with the prior art, the device has convenient and simple structure and realizes surface cleaning processing with high plasma density, low power consumption and high uniformity; the adjustment of the electromagnetic field can ensure the adjustable density of the plasma generated by the cathode so as to ensure the flexible application; and due to the adoption of a one-dimensional linear structure by the cathode, the device occupies small space and has easy installation. Therefore, the whole device has low production cost and can implement a large-area continuous cleaning technique.

The invention relates to the technical field of robots and particularly relates to an aquatic robot intelligent constant-speed cruising control method and system. The method comprises the following steps: setting power parameters such as a target cruising speed; obtaining a water flow speed; judging whether constant-speed cruising requirements are met according to the water flow speed; if the constant-speed cruising requirements are met, entering a constant-speed cruising mode by one key; in the constant-speed cruising mode, periodically and dynamically calculating the accelerator power based on the parameters such as ground speed vectors of an attitude heading reference system of an aquatic robot master controller to guarantee a constant speed; in the constant-speed cruising mode, supporting the modification of the cruising speed and automatically executing power judgment and continuous operation; and if the constant-speed cruising requirements are not met, executing the nearest and fastest automatic return intelligent protection policy.

The invention provides an automatic deveining robot. The robot comprises a main body frame, a belt, a grabbing part, a vein picking part, a vein lifting part and the like; the grabbing part comprisesa screw rod frame, a translation screw rod, a rotating motor frame, a rotating screw rod seat, a claw part and the like; the vein picking part comprises a needle connecting rod, a first up and down adjusting rod, an electric cylinder base, a vein picking needle and the like; and the vein lifting part comprises a vein clamping connecting rod, a second up and down adjusting rod, a pushing electric cylinder seat, a clamping seat, a clamping block and the like. Two grabbing parts, a vein picking part and four mechanical arms of the vein lifting part are respectively arranged on the main body frame; the grabbing part lifts shrimps on the belt; the vein picking part inserts a needle into the second section of shrimps, and picks out shrimp veins; the vein lifting part clamps the shrimp veins, andlifts the shrimp veins out of shrimp bodies; and after the whole deveining step is finished, the shrimps are placed on the belt, and then moved out of the robot.

The invention discloses a lithium isotope separation method and device, and the separation method comprises the following steps: sequentially superposing a composite anode material, a solid electrolyte and a cathode pole piece material together to assemble a solid electrochemical cell; applying a certain voltage to the two ends of the electrochemical cell and maintaining for a certain time; and taking out the cathode pole piece, and dissolving the lithium isotope deposited on the surface of the cathode in an acid solution. The separation device comprises a solid-state electrochemical cell and a power supply device, wherein the solid-state electrochemical cell is assembled by sequentially overlapping a composite anode material, a solid-state electrolyte and a cathode pole piece, and the power supply device is connected with an anode and a cathode of the electrochemical cell. Different from separation processes of a solvent extraction method and an ion exchange method, the method has the advantages that firstly, mercury and an organic solvent are not needed, and environmental pollution and separation cost are reduced; 2, compared with other classification processes, the lithium isotope separation coefficient is remarkably improved; 3, the separation process is simple to operate, the production efficiency can be greatly improved, and continuous industrial production can be realized.

The invention relates to a Mn-Zn ferrite sintering furnace, which comprises a furnace body, a heat energy recovery, a cooler, a condenser, an electrical control cabinet, a pump and a fan and the like, wherein the upper portion of the furnace body is provided with a gas outlet, the side surface of the furnace body is orderly provided with a gas inlet, a nitrogen and oxygen mixed gas inlet, a vacuum pump interface and an interface which is connected with the electrical control cabinet, the fan is orderly connected with the heat energy recovery and a fourth valve through a first valve, the fourth valve is divided into two circuits to connect with a first gas inlet and a second gas inlet of the furnace body, the other end of the heat energy recovery is connected with the gas outlet through the cooler, and a pipeline arranged between the heat energy recovery and the cooler is connected with a condenser. The Mn-Zn ferrite sintering furnace has the advantages of high purity nitrogen conservation, energy conservation and low manufacturing cost, and is an ideal device for meeting the demands of development of integrated small batch production of Mn-Zn ferrite materials.