82 results about "Water assisted" patented technology

The invention relates to a hot water assisted gravity drainage method for mining a high pour-point oil deposit. The hot water assisted gravity drainage method for mining the high pour-point oil deposit comprises the following steps of: drilling a horizontal production well at the bottom of an oil reservoir of the high pour-point oil deposit; drilling two horizontal injection wells on the top of the oil reservoir of the high pour-point oil deposit; performing artificial fracturing and fissure forming on the horizontal injection wells and the horizontal production well; performing hot water huff and puff circulation preheating by using the horizontal injection wells and the horizontal production well simultaneously; and after circulation preheating is finished, starting to inject and produce continuously, namely continuously injecting hot water at the temperature of 100 DEG C by using the horizontal injection wells, and continuously producing by using the horizontal production well. The hot water assisted gravity drainage method for mining the high pour-point oil deposit can be applied to the high pour-point oil deposit of which the effective thickness is greater than 10 meters on large scale, and the well productivity and the recovery efficiency are improved.

The invention relates to a semiconductor double-stage surface structure laser machining method based on electronic dynamic regulating and control, and belongs to the technical field of femtosecond laser application. Under the water-assisted condition, a time domain shaping pulse sequence is designed, the local-area instantaneous electronic density and electronic temperature are adjusted, the phase change process of a material is changed, and therefore a micro-nano composite double-stage structure is obtained. Compared with a traditional multistage structure machining method, the method for machining the semiconductor multi-stage structure through the time domain shaping pulse sequence has the beneficial effects of being short in period, low in cost and good in repeatability.

A cooling apparatus and method including a plurality of heat-producing devices positioned in a plurality of cabinets arranged in a row that allows flow of a first fluid through the heat-producing devices and cabinets where the flow is directed from an upstream end of the row to a downstream end of the row. The cabinets have a space therebetween wherein a heat exchanger is positioned between and adjacent to the cabinets, thereby the cabinets and heat exchangers alternate in the row. Each heat exchanger allows flow of a second fluid therethrough for cooling the first fluid. A fluid-moving device is positioned adjacent the heat-producing devices for encouraging flow of the first fluid through the cabinets' heat-producing devices and through the heat exchangers, thereby encouraging heat transfer in each of the heat exchangers from the first fluid to the second fluid.

The invention provides equipment for extruding/molding a polymer nano-composite through water-assisted mixing. The equipment for extruding/molding the polymer nano-composite through the water-assisted mixing comprises an extruder, a water-based nano particle suspension injection device and an exhausting device which is capable of discharging vapor formed after vaporization of a water-based nano particle suspension from a machine cylinder of the extruder; the equipment for extruding/molding the polymer nano-composite through the water-assisted mixing comprises an injection molding machine, an injection molding mould, a water-based nano particle suspension injection device and a mould cavity gas back-pressure device which is capable of supplying back-pressure gas into a cavity of the injection molding mould and discharging the back-pressure gas. The invention further provides a method for extruding and molding the polymer nano-composite through the water-assisted mixing. The equipment and the method provided by the invention can be used for uniformly dispersing nano particles into a polymer matrix, have the advantages of low cost, compact structure, simplicity and convenience in operation, and are applicable to industrial application.

The invention discloses a water-assisted (co-injection) injection mold for complex-formed tube and stick plastic parts. The water-assisted (co-injection) injection mold comprises movable/fixed mold bodies, movable/fixed mold gate inserts, a gate bush, movable/fixed mold cavity inserts, movable/fixed mold material-overflowing cavity inserts, a runner sealing needle, an overflow runner sealing needle and a water needle. After mold assembly, one or two kinds of moderate plastic melts are sequentially injected into a mold cavity, and the runner sealing needle is closed to prevent backflow. After delaying, the water needle is opened, and high-pressure water is injected into the inner parts of the melts to push the melts of a core part to flow forwards to complete filling. After pressure maintaining, the water needle is closed. After cooling, a mold is disassembled, and a high-quality hollow single-layer/multiple-layer tube and stick workpiece is obtained. In the injection process, the transformation between full-material injection and material-shortage injection can be realized through the opening and closing of the overflow runner sealing needle. The water-assisted (co-injection) injection mold has the characteristics of easiness in replacement and adjustment of insert structures, varied application processes, stable forming process, high forming quality and the like and is suitable for experimental research and production of water-assisted injection and water-assisted co-injection processes and even an air-assisted injection process.

The invention discloses a multifunctional bathtub, which comprises a round-barrel type bathtub, a wave wheel rotary disc, an electronic water drainage valve, an electronic water supply valve, a water leakage stepping plate, spraying openings, a scrubbing device, a warm-air machine, a control panel, an integrated sensor module and a control circuit, wherein the periphery of the inner wall of the bathtub is communicated with the spraying opening of the electronic water supply valve; the scrubbing device is arranged on the bathtub wall; the warm-air machine is used for drying the body. By utilizing the scrubbing device with a vibration massage function, bathing is carried out with the aid of running water which simulates wave and is generated by the wave wheel rotary disc, so that the bathing is labor-saving and comfortable, and has a physical therapy effect; after the bathing is completed, people can instantly take a shower of the whole body in the bathtub through a plurality of surrounding spraying openings and the whole body can be dried by utilizing the warm-air machine, and the wiping is eliminated; by the function of the control panel, full automatic control of water infusion, water drainage, assisted bathing, massaging and drying also can be realized, and one bathtub has a full-process comprehensive function of bathing, such as scrubbing, massaging, running water assisted washing, shower and drying, so that the bathing is quick and convenient.

A method of forming members of fiber reinforced thermoplastic members via molding, the members including at least one hollow chamber, formed by water injection into the melt in the mold, to stiffen the finished member. The thermoplastic is preferably selected from a group comprising polypropylene, Nylon, PET, ABS, TPO, and thermoplastic polyurethane, while the reinforcing fibers are preferably selected from a group comprising glass, aramid, carbon, and natural fibers. Preferably, the extruded melt is produced such that the average length of the reinforcing fibers is less than four millimeters.

The invention belongs to the field of preparation and modification of nano materials, and particularly discloses ultra-high-purity carbon nanotube conductive paste. A preparation method of the ultra-high-purity carbon nanotube conductive paste comprises the following steps of firstly depositing an aluminum oxide film on the surface of a silicon wafer and sputtering an iron film on the aluminum oxide film; annealing the silicon wafer to which the iron film is attached and obtaining array carbon nanotubes by using a water-assisted super growth method; and finally stripping the carbon nanotubes and dispersing the carbon nanotubes into a solvent N-methylpyrrolidone by using ultrasonic and ball-mixing dispersion method to obtain the ultra-high-purity carbon nanotube conductive paste. The invention further discloses an application of the ultra-high-purity carbon nanotube conductive paste in a lithium battery. The ultra-high-purity carbon nanotube conductive paste is prepared by optimizing a preparation technology of the carbon nanotube, the acidizing graphitization process before the carbon nanotubes are used is reduced, and the paste has more excellent rate capability and cycling stability when used for a positive electrode of a lithium iron phosphate battery.

The invention discloses preparation of rhenium sulfide and a cadmium sulfide/rhenium sulfide composite material. A two-dimensional monolayer rhenium disulfide is grown on a mica sheet substrate through an ordinary pressure chemical vapor deposition method with sulfur powder as a sulfur source and rhenium trioxide as a rhenium source under protection of an inert gas and a water-assisting precondition; by means of a secondary growth method, cadmium sulfide particles are again deposited on the mica sheet substrate with the two-dimensional monolayer rhenium disulfide, and a CdS/ReS2 composite material with the cadmium sulfide particles growing on the surface of the rhenium sulfide is obtained. The preparation of the rhenium sulfide and the cadmium sulfide/ rhenium sulfide composite material have the advantages that the process is simple, low-cost, rapid, highly efficient and controllable, and the high-quality single-layer rhenium sulfide is prepared. The CdS/ReS2 composite material obtained by depositing the cadmium sulfide on the two-dimensional material rhenium sulfide has more excellent photoelectric properties and has a high response rate while being applied to a photoelectric device.

The invention relates to a water-assisted injection molding method which includes the following steps: A. closing the mold, B. injecting plastic raw material into the mold, C. guiding water into the mold cavity by water-assisted device, D. opening the drainage valve of water-assisted device, E. the water needle of water-assisted device exiting from mold cavity, F. blowing gas into the mold cavity by water-assisted device, G. storing drainage water, H. closing the drainage valve of water-assisted device, I. opening the mold. By the sequent steps of inside jetting water, blowing, pushing liquid and draining, the plastic product with hollow part can be obtained.

The invention relates to the technical field of ice-breaking and fishing machinery. The hot-water-assisted alloy drill pipe ice-breaking equipment includes an ice layer fixing device, a preheating device, an ice-breaking device and a four-screw lifting assembly. As an improvement, the ice-breaking device includes: a drilling motor , ice-breaking drill pipe, ice-breaking drill bit, two front pillars and two rear pillars and the four-screw lifting assembly; the two front pillars and two rear pillars jointly support the four-screw lifting assembly; the center of the lifter base plate The position is provided with a substrate through hole, and there are motor fixing screw holes around the substrate through hole; the motor flange is provided on the drilling motor, and the motor flange is fixed on the upper plane of the lifter substrate, and the output shaft of the drilling motor and the icebreaker drill The upper ends of the tubes are connected and fixed by unions, and the ice-breaking drill tube passes through the through-hole of the base plate and the centering inner hole of the bearing bush; the drilling motor drives the ice-breaking drill tube and the ice-breaking drill bit, combined with the adjustment of the nozzle head setting in the preheating device, the speed is accelerated. The ice-breaking speed can effectively improve the ice-breaking ability.

The invention discloses a method for preparing glycosylated ordered pore membrane by controllable glycerol polymerization; a styrene block copolymer containing hydroxide radicals is used as a base material and a water-assisted method is adopted to prepare the ordered pore membrane; the glycerol polymerization of the surface atom transfer radical is initiated by the surface-initiated atom transfer radical polymerization under the existence of a catalyst to obtain the glycosylated ordered pore membrane. The method for preparing glycosylated ordered pore membrane by controllable glycerol polymerization is characterized by simple method, mild technical condition, low production cost as well as controllable glycosyl distribution and density of the prepared glycosylated ordered pore membrane, and can be applied to the fields of protein detection and cell culture and the like.

The invention discloses a movable core type squirt cut device applied to water-assisted injection molding, comprising a squirt cut cover, a squirt cut body, a movable core, a gaseous core and a seal element, wherein the squirt cut cover is provided with an inlet opening, an air inlet and a movable core mating hole; the squirt cut body is fixed in the squirt cut cover, the movable core and the gapof a squirt cut body ring form an injection water flow path; the movable core moves to open and close the gap to control on and off of the flow path; the position of the movable core is determined bythe differential pressure of water inlet pressure and pressure in an outlet mould; a through hole is arranged in the squirt cut body, the gaseous core is arranged in the hole; and the gaseous core andthe through hole form a gap passage in a fit clearance manner. The invention can realize a water-assisted injection molding water inlet, air inlet and drainage function. The flow path is automatically switched on and off according to differential pressure of pressure water inlet and pressure in mould cavity to prevent high-temperature fusant in the mould cavity from entering the squirt cut. The squirt cut adjusts the maximum through-flow gap between the movable core and the squirt cut body by adjusting the relative position of the squirt cut body and the squirt cut cover according to different specifications of the mould, thus the squirt cut has adjustable through-flow capability and favourable popularity.

The invention relates to a construction method for assisting in sinking of an open caisson through high-pressure water. The construction method includes the steps that firstly, when the caisson wall of the open caisson is manufactured, steel pipes are pre-arranged on the two sides of the caisson wall and evenly arranged along the caisson wall in the form of extending to blade feet from top to bottom; secondly, if sinking is resisted, high-pressure water is pressed into the upper end openings of all the steel pipes through a high-pressure water pump to destroy the soil mass on the inner sides and the outer sides of the blade feet of the open caisson, and the sinking resistance is reduced; and thirdly, whether the open caisson sinks in place or not is checked, if not, the second step is executed till the open caisson sinks in place. According to the construction method assisting in sinking of the open caisson through high-pressure water, the high-pressure water sinking assists in sinking of the two sides of the blade feet, and the construction efficiency of traditional water-assisting sinking is improved.

An underwater comprehensive measurement system comprises an over-water subsystem, an underwater subsystem and an over-water assisting subsystem, wherein the over-water subsystem communicates with theover-water assisting subsystem through ultra-intense Wi-Fi; the over-water subsystem communicates with the underwater subsystem through photoelectric transmission; the underwater subsystem can be stored inside the over-water subsystem so that the over-water assisting subsystem can integrally deploy and recover the over-water subsystem and the underwater subsystem; after the overall structure of the over-water subsystem and the underwater subsystem is deployed to a preset position, the underwater subsystem is detached from the over-water subsystem to submerge into the water for measurement; andthe over-water subsystem adjusts the submerging depth of the underwater subsystem in real time so that the underwater subsystem can submerge into a preset submerging depth. Since the over-water subsystem can adjust the submerging depth and position of the underwater subsystem in real time, and transmit data measured by the underwater subsystem to a measurement and control terminal in real time, the problems of return delay of the data measured by the underwater subsystem and loss or recovery failure of the underwater subsystem are solved.

Provided is a planar optical waveguide vibrating sensor chip cantilever beam manufacturing method. A water assisting femtosecond laser machining method is used for machining a cantilever beam on a planar optical waveguide splitter chip, a pair of equal-length longitudinal grooves is formed in the two sides of each input splitter optical waveguide strip in parallel in a digging mode respectively, then a bottom gap is formed below a core layer zone where the input splitter optical waveguide is placed in a cutting mode, so that longitudinal grooves in the two sides are communicated in the bottom, then a horizontal groove communicated with the longitudinal grooves in the two sides is formed in the front ends of the longitudinal grooves in the two sides in a digging mode, and the cantilever beam which can vibrate freely is formed in the middle zone defined by the longitudinal grooves, the horizontal groove and the bottom gap. The cantilever beam with large size can be machined, the size of the cantilever beam is at the micron magnitude order or the millimeter magnitude order, and a manufactured planar optical waveguide vibrating sensor chip can respond to high-frequency wave band mechanical vibration and low-frequency wave band mechanical vibration.

The invention discloses a water needle applicable to water-assisted molding production, which comprises a needle sleeve, a core rod internally arranged in the needle sleeve, springs, a spacing ring and sealing elements. A water inlet and a water outlet are opened on the needle sleeve, a through hole which supports the middle of the spacing ring is an air inlet, and a slender through hole opened inside the core rod forms a gas passage. The water needle is connected into one end of a die cavity, the core rod and the end portion of the needle sleeve are engaged to seal a passage of water to the die cavity, the core rod opens a water entry or a drainage passage under the driving of the springs and the water intake pressure or gas intake pressure, and the engagement of the end portion and the reasonable size arrangement of the small air hole of the core rod prevent plastic melt inside the die cavity from entering the water needle. The invention realizes the zero leakage of the water and gas through the direct sealing of the needle sleeve and die and the direct sealing of the core rod and the needle sleeve. The invention is capable of fulfilling all the water supply and drainage of water intake, gas intake and water draining which are required in the water-assisted molding technique, and has the advantages of compact and simple structure and easy standardization. The invention used in the water-assisted molding production is a crucial arrangement of water-assisted molding technique.

The invention discloses a water-assisted injection-molding injecting device having a pressure detection function. The water-assisted injection-molding injecting device comprises a screw injector, a mold and a water needle device; a screw of the screw injector is divided into a feeding section, a compression section and a metering section; the water needle device comprises a water needle core rod and a water needle pedestal; the water needle pedestal is provided with a water charging passage and a water pressure detecting device; a water feeding clearance is formed between the water needle corerod and the water needle pedestal; the water feeding clearance is connected with the water charging passage and a mold cavity; the mold is provided with a pouring gate; a pressure sensor is arrangedat the pouring gate; and the water pressure detecting device and the pressure sensor are connected with the screw injector. The water-assisted injection-molding injecting device disclosed by the invention adopts an injecting device body which has a pressure detection function, is simple in structure and can prevent a high-molecular molten body from blocking a water needle; a screw controller can be used for precisely controlling the returning pressure of the screw, so the character consistency of polymer molten bodies is guaranteed.

The invention discloses a water injection device for water-assisted injection molding, and the water injection device is simple in structure and reliable in action. The water injection device comprises a plug 1, a valve body 2, a seal pad 3, a diameter-variable high-pressure water pipe joint 4, a position-adjustable flange 5, a valve core 6, an SDA thin air cylinder 7, an adjusting nut 8, an air cylinder joint 9, a shaft coupler 10, a shaft coupling pin 11, an air cylinder mounting bracket 12, an O-shaped seal ring 13, a rectangular seal ring 14, a valve body mounting bolt 15, bracket mounting pads 16 and bracket mounting bolts 17. The end surface of the valve core is designed to be conical, so that the phenomena of difficulty for water injection and high-pressure water advancing direction deviation caused by solidification of molten plastics near a water injection hole can be removed and reliable water injection and accurate water injection direction are guaranteed; the conical surfaces of the valve core and the valve body are clung to each other, and various auxiliary seal rings are arranged on the valve core, so that a needle valve is guaranteed to excellently seal up sizing materials and water; an air cylinder is adopted to drive a valve needle to be started/stopped, and the action is reliable; the water injection device is suitable for water-assisted injection molding and similar processes.

The invention discloses a method for precipitating and clarifying coal slime water assisted by an extra electric field. The method is characterized in that the extra electric field is added to the coal slime water by utilizing negative charges carried in coal slime particles in the coal slime water so that the coal slime particles carrying the negative charges in the coal slime water move towards an anode plate under the action of the extra electric field, thereby achieving the rapid precipitation of the coal slime particles in the coal slime water. By using the method, coal washing with clear water in a coal preparation plant can be achieved, and the dosage of medicament is reduced, thereby facilitating subsequent filtration dehydration treatment, improving circulating water utilization in the coal preparation plant, precluding coal slime water efflux and ore locus environment pollution and reducing loss and waste of coal resources; and compared with the cost by using the prior art, the total cost in the invention can be reduced by 15-50%. The method is simple and easy to implement.

The invention discloses a water-assisted injection forming die of an automobile cooling water pipe. The water-assisted injection forming mold comprises a moving die and a fixed die; a die cavity is arranged on a bonding surface of the moving die and the fixed die; a sprue gate is arranged at one end of the die cavity; the water-assisted injection forming die is characterized in that a water injection port is arranged at the other end of the die cavity; the die cavity is divided into a water inlet pipe cavity and a water outlet pipe cavity; a partition section is arranged between the water inlet pipe cavity and the water outlet pipe cavity; a port of the die cavity connected with an injection molding machine is provided with a feeding assisted section, and a port of the die cavity connected with a water-assisted water spraying head is provided with a water spraying assisted section; a pressure sensor is arranged at the sprue gate of the die; and a hot runner valve needle is arranged at the water injection port. The using method of the water-assisted injection forming die comprises the following steps of injection molding, water injection and water returning. Through the application of the water-assisted injection forming die of the automobile cooling water pipe and the using method disclosed by the invention, the water-assisted forming method is creatively applied in the injection molding of the automobile cooling water pipe, and the automobile cooling water pipe is cast by adopting the traditional injection molding method.