102 results about "Isolation tank" patented technology

A float tank for use in therapeutic floatation therapy. The float tank is specifically configured and adapted to be lightweight and formed in sections to allow a single individual to transport and install the float tank in both indoor and outdoor locations. The float tank may also include a pump which generates microbubbles within an Epsom Salt solution used for floatation therapy which may enhance the therapeutic effect achieved during a floatation therapy session.

The invention relates to the field of sewage treatment equipment, in particular to aquaculture sewage treatment equipment. The aquaculture sewage treatment equipment comprises a large particle impurity removal mechanism, a deodorizing mechanism and a scum removal mechanism, wherein a first infusion pump is arranged between the large particle impurity removal mechanism and the scum removal mechanism, and the scum removal mechanism comprises a disinfection cabinet, a first stirring component, a scum fishing component, an oil isolation component and a material moving plate, the oil isolation component comprises an isolation tank and an oil baffle, the right end and both sides of the oil baffle are provided with oil absorbent cotton, and the bottom of the isolation tank is provided with an oiloutlet pipeline. The beneficial effects of the present invention are in that the filtered large particle impurities can be fed into a storage tank by the large particle impurity removal mechanism, and a sedimentation tank can be raised to a certain height by a sediment treatment component, so that the workers can handle the sediments conveniently, and the suspended matter and oil slick in the sewage can be removed by the scum removal mechanism, so that the sewage can be further purified.

The invention relates to an integral extracting multipurpose machine device of an aqueous hydrogen and oxygen source, which is characterized in that a shell is internally provided with a frame; the lower part of the frame is provided with an aqueous hydrogen and oxygen separation groove; the aqueous hydrogen and oxygen separation groove is provided with a water and gas storage tank and a water receiver; the water and gas storage tank and the water receiver are internally provided with water and gas magnetizing partition plates, communicated with an aqueous hydrogen inlet and an aqueous oxygen inlet of the aqueous hydrogen and oxygen separation groove through pipelines and respectively communicated with a hydrogen storage tank and an oxygen storage tank through the pipelines; the hydrogen storage tank and the oxygen storage tank are respectively communicated with a hydrogen output isolation tank and an oxygen output isolation tank through gas pipelines; and the hydrogen output isolation tank and the oxygen output isolation tank are respectively provided with an external hydrogen output opening and an external oxygen output opening. The invention separates the hydrogen and the oxygen adopting multicavity and multistage magnetic refraction, thereby breaking down the traditional electrolyzing method; and in addition, the invention has the advantages of fast gas generation, large gas generation amount, safety and small volume.

The invention discloses an anti-radiation dosing, split-charging and injection device and method. The device comprises a dosing and injection unit, an external port and an anti-radiation isolation tank, wherein the dosing and injection unit is arranged in the anti-radiation isolation tank and comprises a source liquid bottle, a normal saline bottle, a waste liquid bottle, a measurement bottle, an activity measuring instrument, a dosing device, a dosing device linkage unit and a controller, and the activity measuring instrument is used for measuring activity of a medicine liquid in the measurement bottle in real time; an inlet of the dosing device is connected with the source liquid bottle, the measurement bottle and the normal saline bottle through pipelines provided with valves respectively, and an outlet of the dosing device is connected with the waste liquid bottle and the external split-charging and injection port through pipelines provided with valves respectively. According to the device and the method, the problems of transfer, split-charging and injection of the radioactive source liquid are integrally solved, split-charging and injection can be performed manually or automatically, all parts contacted with a drug can be replaced, so that external pollution and external radiation to the drug are avoided, and meanwhile, the pollution of the drug to the machines is also avoided.

The invention discloses a method for processing a transformer pulling plate magnet isolation tank, comprising the following processing steps: first, drilling technology holes with diameter being equal to the diameter to the tank width of the magnet isolation tank at the two ends of the X direction of the length of the pulling plate body; aligning the technology holes at one end of the X direction of the length of the pulling plate body with a nozzle of a flame cutting torch along the Y direction of the width of the pulling plate body, a cooling water pipe is arranged along the X direction and at the same line the flame cutting torch is located; the flame cutting torch and the cooling water pipe are connected with a moveable cart at one side of the Y direction of the width of the pulling plate body with two mutually parallel arms; the flame cutting torch is stated to facilitate the moveable cart move along the X direction at a speed of 300-500mm/min towards the technology holes at the other end of the X direction; meanwhile, the cooling water pipe is opened to continuously inject water forward along the movement direction of the flame cutting torch; when the flame cutting torch moves to the technology holes at the other end of the pulling plate; the technology holes at the end is aligned with the nozzle of the flame cutting torch along the outside of the Y direction to facilitate the moveable cart to move in the opposite direction until the cart returns to the previous technology holes.

The present invention relates to a pump motor with an isolation tank. The pump motor has a motor housing (10), a pump head (11), and an isolation tank(3), wherein the pump head and the isolation tank delimit the wet chamber (26); and the isolate the tank and the motor housing (10) delimit a dry chamber (25); the permanent magnet rotor (2) being supported in the wet chamber (26) so as to be rotatable about an axis (49), the winding type stator and a circuit board (20) are arranged in the dry chamber (25), and the circuit board (20) is opposite the isolation tank bottom (17). It is an object of the present invention to provide a reliable thermal output with increased heat removal power from a circuit board (20) to a medium to be conveyed in such a pump motor in an economical manner. This task is solved by the fact that the isolation tank bottom (17) has a recess (18) on the side opposite the circuit board (20) and a projection (19) on the opposite side.

The invention discloses a storage unit of a single polycrystalline nonvolatile storage. The storage unit comprises a control tube, a tunneling tube, a selecting tube and a floating gate, wherein the control tube is a PMOS (P-channel Metal Oxide Semiconductor) tube with a relatively large area and is used for coupling voltage on the control tube to the floating gate, an N well of the control tube is connected with a source electrode of the control tube, and a grid electrode of the control tube is connected with the floating gate; the tunneling tube is a PMOS tube which is not provided with a drain region or a source region, a polycrystalline part of a grid electrode of the tunneling tube covers an oxidation isolation tank, an N well of the tunneling tube is connected with a source electrode of the tunneling tube, and the grid electrode of the tunneling tube is connected with the floating gate; the selecting tube is a PMOS tube which is connected with the control tube in series, a source electrode of the selecting tube is connected with a drain electrode of the control tube, an N well of the selecting tube is connected with the N well and the source electrode of the control tube, and a grid electrode of the selecting tube is used for inputting a selection signal. The storage unit of the single polycrystalline nonvolatile storage is completely compatible with a standard CMOS (Complementary Metal Oxide Semiconductor) process and can be embedded into a standard CMOS integrated circuit, so as to greatly shorten the technology development cycle and reduce the engineering production cost.

The invention discloses a dielectric voltage-withstand automatic test device for a solar photovoltaic module. The dielectric voltage-withstand automatic test device comprises a dielectric voltage-withstand tester arranged in a sealed isolation tank, and a three-axis reforming mechanism for driving the solar photovoltaic module to move, wherein the dielectric voltage-withstand tester is provided with a contact probe; the three-axis reforming mechanism is provided with a positioning vehicle; the positioning vehicle comprises a bottom plate, a pair of longitudinal clamping plates, a pair of transverse clamping plates and a drive mechanism arranged on the bottom plate; the pair of longitudinal clamping plates and the pair of transverse clamping plates are arranged on the bottom plate; and thedrive mechanism is capable of driving the pair of longitudinal clamping plates and the pair of transverse clamping plates to clamp a product. According to the dielectric voltage-withstand automatic test device, the solar photovoltaic module is positioned on the positioning vehicle, the contact probe tests the solar photovoltaic module under the drive of the three-axis reforming mechanism, so thatthe danger of high-voltage electric shocks of testing personnel is avoided and the eligibility of the dielectric voltage resistance of the finished module is also ensured.

The invention discloses an extrusion-type nutrition ingredient extracting tank which comprises a tank body and a stirring device. The stirring device comprises a supporting frame, a motor, a stirring shaft and isolation tanks. The tank wall of each isolation tank is of a filter screen structure. The supporting frame is arranged at the top of the tank body. The motor is fixed to the supporting frame. The upper end of the stirring shaft is connected with the motor, and the lower end of the stirring shaft stretches into the tank body. The isolation tanks are located in the tank body and arranged on the stirring shaft. The isolation tanks are used for placing matter with nutrition ingredients extracted. The motor drives the stirring shaft to rotate, and the stirring shaft drives the isolation tanks. The isolation tanks rotate around the stirring shaft. The extrusion-type nutrition ingredient extracting tank further comprises handles, thread sleeves, screw rods and squeezing boards. The thread sleeves are fixed to the centers of the tops of the corresponding isolation tanks through connecting plates. The screw rods penetrate through the thread sleeves and are in threaded connection with the thread sleeves. The handles are connected with the upper ends of the corresponding screw rods. The squeezing boards are arranged in the corresponding isolation tanks and connected with the lower ends of the screw rods. The extrusion-type nutrition ingredient extracting tank has the characteristics of being capable of achieving feed liquid isolation and high in extraction efficiency.

The invention discloses an oil collection device for kitchen wastewater. The oil collection device is characterized by being composed of an oil wiper and a rotating plate arranged in an oil isolation tank, the oil isolation tank is divided by a baffle into an oil-water separation chamber and a water outlet chamber with the lower portions communicated, a water inlet pipe of a mesh basket is arranged on the portion, on one side of the oil-water separation chamber, of a tank body, a water outlet pipe provided with a weir plate is arranged on the portion, on one side of the water outlet chamber, of the tank body, the rotating plate is arranged in the oil-water separation chamber through a rotating shaft, one end of the rotating shaft is connected with a motor arranged outside the tank body, the oil wiper is a U-shaped scraper with one end provided with an oil collection tank, the U-shaped scraper is arranged on the two sides of the rotating plate through a support, the outlet of the oil collection tank is formed outside the tank body, and the U-shaped wiper is fixedly connected with the support. Compared with the prior art, the oil collection device is novel in design, exquisite in structure, low in manufacturing cost, convenient to operate and high in oil, water and residue separation efficiency, the device maintenance is convenient, the operating cost is low, and the oil collection device is a device which is wide in application range, capable of saving energy and reducing emission and environmentally friendly.

The invention provides an integrated automobile leather guniting and drying machine, and belongs to the technical field of machines. The technical problems that a guniting machine in the prior art cannot evenly spray pigment on automobile leather, a drying device is not provided, manual drying is needed, the spraying effect is poor, and the production efficiency is low are solved. The integrated automobile leather guniting and drying machine comprises a rack, the rack is provided with a guniting device and a drying device, the guniting device comprises a water isolation tank, a first annular conveying belt and a storage barrel used for storing spraying materials, a top plate is arranged at the upper portion of the water isolation tank, a bottom plate is arranged at the lower portion of the water isolation tank, a rotary disc capable of rotating is arranged at the lower portion of the top plate and connected with a power mechanism capable of driving the rotary disc to rotate, a plurality of spraying pipes are evenly installed on the lower disc face of the rotary disc, sprayers are arranged at the lower portions of the spraying pipes, outlets of the sprayers face the first conveying belt, and the upper portions of the spraying pipes are communicated with a conveying pump and the storage barrel through a pipeline structure. The integrated automobile leather guniting and drying machine has the advantages of being good in spraying effect and high in production efficiency.

The present invention relates to a novel and effective oil and water separation oil isolation tank, which comprises an oil isolation tank body, wherein the oil isolation tank body is provided with a water inlet pipe and a water outlet pipe, the water inlet pipe is a U-shaped water inlet pipe, the other end of the water inlet pipe is connected with a filtration device, the right side of the filtration device is provided with a first separation plate and a second separation plate, the lower ends of the first separation plate and the second separation plate are respectively provided with a channel, the upper end of the second separation plate is further provided with an oil collection tank, the oil collection tank is provided with an oil outlet, the right side of the oil collection tank is a water collection chamber, the filtration device comprises a plurality of filtration screens arranged in an overlapping manner, an opening for replacing the filtration screen is arranged on the upper end of the filtration screen and on the body, the lower end of the water collection chamber is further provided with a precipitation region for precipitating impurities, the water outlet pipe is further provided with a filtration screen, and the bottom end of the water inlet pipe is slightly thicker than both sides of the water inlet pipe. The novel and effective oil and water separation oil isolation tank has characteristics of simple structure, easy operation, long service life, effective grease and suspended solid removing, impurity emission reducing, and effective environment protection.

The invention provides a treatment system of residues in a methyl isocyanate synthetic process. The treatment system comprises a residue isolation tank, a blending groove and a residue steaming tank, wherein the residue isolation tank is used for collecting a residue material generated after decomposition of methylaminoformyl chloride in the methyl isocyanate synthetic process, standing and layering to obtain a liquid-phase material on the upper layer and a sediment material on the lower layer; the blending groove is connected with the top of the residue isolation tank and is used for collecting the liquid-phase material on the upper layer for cyclic utilization; the residue steaming tank is connected with the bottom of the residue isolation tank, and is used for collecting the sediment material on the lower layer as well as steaming and filtering the sediment material to separate the residues. The invention further provides a treatment method of the residues in the methyl isocyanate synthetic process. According to the system and the method, the generated residues can be separated effectively, and the liquid-phase material can be continuously and cyclically utilized, so that the problem that the residues in the methyl isocyanate synthetic process are difficult to effectively clear in time, and the production efficiency is improved.

The invention belongs to the technical field of machine tool accessories, and particularly relates to a vacuum boiling cutting removing device used for removing cuttings of automobile engine cylinders and cylinder heads. According to the vacuum boiling cutting removing device, workpieces are connected with a workpiece cabin through a conveying mechanism, two ports of the workpiece cabin are connected with cabin door sealing mechanisms, and the workpiece cabin is connected with a vacuum generating mechanism. The vacuum generating mechanism comprises a vacuum pump which is connected with a sealed isolation tank through a pipeline, the sealed isolation tank is connected with the workpiece cabin through a workpiece cabin external pipeline, the pipeline is provided with an isolation tank air-exhaust internally piloted valve, and the workpiece cabin external pipeline is provided with a workpiece cabin air-exhaust internally piloted valve. A workpiece cabin air-injection internally piloted valve is arranged between the workpiece cabin air-exhaust internally piloted valve and the workpiece cabin. The sealed isolation tank connected with the sealed workpiece cabin is vacuumized, thin and small substances in the workpiece cabin are separated from the workpieces in a water boiling mode through the pressure difference and gathered to a low-pressure generating point, and therefore the purposes of removing cuttings is achieved, and the cutting removing effect on poor-openness potions or dead corner portions is good.

The invention discloses a method for producing marsh gas by using kitchen waste, and relates to the technical field of waste recycling treatment. The method specifically comprises the following steps:(1) feeding the kitchen waste collected by a collection truck into a storage bin, and sterilizing the kitchen waste at high pressure under the conditions of 135 DEG C and 0.4 MPa; (2) adding a kitchen waste oil-water mixed solution subjected to high-temperature sterilization treatment into a dewatering device to separate a solid phase from a liquid phase of the kitchen waste; (3) feeding the liquid phase separated in the step 2 into a heating oil isolation tank, stewing the liquid phase at 90 to 110 DEG C for 2 hours for layering, and extracting floating oil produced by layering; (4) feedingthe solid phase separated in the step 2 and sewage separated in the step 3 into an anaerobic digestion device for anaerobic digestion, thus obtaining the marsh gas and digestion liquid. According to the method disclosed by the invention, the kitchen waste is subjected to anaerobic fermentation to produce the marsh gas, so that the kitchen waste is effectively treated, and the obtained pure marsh gas can be provided for families in communities to use.

The invention discloses a water level controller comprising an external floating body, an internal floating body and an isolation tank. The external floating body and the internal floating body can rise or fall along with the change of the water level. The isolation tank is provided with an inlet water adjustment and control cavity. The cavity port of the inlet water adjustment and control cavity is downwardly arranged on the bottom surface of the isolation tank. The inlet water adjustment and control cavity is provided with a water inlet. The internal floating body is hinged in the inlet water adjustment and control cavity. The upper wall surface of the inlet water adjustment and control cavity is provided with an air hole. The external floating body is arranged above the air hole. When the water level falls to a set value, the external floating body plugs the air hole. When the water level rises to the set value, the hinged part of the internal floating body rotates so as to plug the water inlet. The effects that automatic water supplementing is performed when the water level is low and water intaking is automatically stopped when the water level is high can be realized without electric power so that the water level controller has the advantages of zero energy consumption, low fault rate and simple structure and can avoid production loss caused by instable power supply in the regions of instable power supply especially.

The invention relates to a petrochemical industry wastewater treatment method with recyclable resources and a use device of the method and belongs to the technical field of petrochemical industry wastewater treatment. The use device comprises a settling pond, an oil isolation tank, an aerobic biological tank, an ozone tank and a purification tank. The method comprises the following steps: settlingdown petrochemical industry wastewater in the settling pond, settling down large impurities to the bottom of the settling pond, discharging the large impurities by using a screw rod, pumping settledwastewater into the oil isolation tank, isolating floating petroleum by using an oil isolation membrane, pumping out the petroleum by using a petroleum pumping tube, enabling the wastewater after petroleum isolation to flow into the aerobic biological tank, treating the wastewater by using aerobic biomass, decomposing and absorbing soluble organisms in the wastewater by microorganisms, pumping thewastewater treated by the microorganisms into the ozone tank, removing pollutants such as phenol and cyanogens in the wastewater and metal ions such as iron and manganese in the wastewater, decoloring sewage, pumping the water in the ozone tank into the purification tank, carrying out adsorption, filtration and purification by using biological activated carbon, and discharging the water.

The invention discloses a flat plate ceramic membrane water purifier. The flat plate ceramic membrane water purifier comprises a box body, a base, an isolation tank and a water storage tank, wherein the base is arranged on the bottom surface of the box body; a pressure pump is arranged beside the box body; a pressure pipe is arranged at the end part of the pressure pump; a water delivery pipe is arranged at the end part of the pressure pipe; a water inlet pipe is arranged on the side surface of the water delivery pipe. The flat plate ceramic membrane water purifier has the benefits that a self-powered mode is adopted, solar energy is absorbed through a solar film plate to supply power to devices, various working environments are adapted, meanwhile real-time working state video of a filtering component can be monitored in real time through an infrared camera and can be displayed in real time on a display screen, the filtering component can be taken out in time and washed by a user conveniently according to video information, a feedback control loop comprising a gravity sensor, a control host and an electromagnetic valve I is provided, the water inflow can be automatically controlledaccording to the yield of water in the water storage tank, and the water purifier is convenient to operate, and is beneficial to large-scale promotion and application.