43results about How to "Realize production" patented technology

A bionic process for preparing hexanedioic acid by catalytic oxidation of cyclohexane features that under existance of catalyst which may be metallic phthalocyanine, single-nucleus metallic porphyrin, or mu-oxy-dual-nucleus metallic porphyrin, the hexane and O2 take part in oxidizing reaction at 110-160 deg.C for 4-32 hr.

A bamboo fibrillating-rolling device comprises a frame, a fibrillating mechanism, a rolling mechanism, a hammering mechanism, a skin-removing mechanism, a conveying mechanism and a power unit. The frame is provided with areas for fibrillating, rolling, hammering and skin removing. The fibrillating mechanism at least comprises one fibrillating roller set consisting of an upper and lower opposing paired fibrillating rollers, wherein at least the upper fibrillating roller is provided with fluffing teeth. The rolling mechanism consists of one or paired rolling rollers. The hammering mechanism comprises a plurality of hammers. The skin-removing mechanism is provided with metal wire brush rolls or scrapers for skin removing. The conveying mechanism is used to convey material to be processed to transversely pass through the areas for fibrillating, rolling, hammering and skin removing. The power unit powers the fibrillating mechanism, the rolling mechanism, the hammering mechanism, the skin-removing mechanism and the conveying mechanism respectively or simultaneously. The bamboo fibrillating-rolling device is available for efficiently producing bamboo fiber bundles with low transvers strength and reserved longitudinal strength. The skin-removing mechanism, the rolling mechanism, the fibrillating mechanism and the hammering mechanism are all in modular design and can be designed into a complete set for assembly and disassembly.

Relating to the technical field of microalgae bio-oil extraction, the invention discloses a two-step production method for microalgal bio-oil to solve the problem of high quality improvement cost caused by large nitrogen content of microalgae bio-oil. The method includes: firstly extracting protein contained in microalgae cells of a microalgae raw material to obtain a protein water solution and microalgae residue; then separating the protein precipitate from the protein water solution to obtain protein and a water phase; then adjusting the solid content of the microalgae residue with the water phase to obtain a microalgae residue suspension; and then taking the microalgae residue suspension as the raw material, and utilizing hydrothermal liquefaction method to produce microalgae bio-oil. Compared with conventional hydrothermal liquefaction methods, the microalgae bio-oil obtained by the method has a nitrogen content reduced by 40%, thus greatly saving the dosage of hydrogen during subsequent microalgae bio-oil quality improvement, reducing catalyst intoxicating phenomenon in the quality improvement process, and also realizing secondary utilization of the water phase at the same time. The two-step production method for microalgal bio-oil provided by the invention is used for extraction of microalgae bio-oil.

The invention provides an air-energy air conditioner and water heater all-in-one machine. Most of air-energy water heaters and common air conditioners in the prior art have single functions and belong to two types of products; particularly, the air-energy water heaters can only be used in South China and the geographical limitation is very great; and when the air conditioners are operated, plenty of generated heat and naturally-formed low-temperature condensed water are wasted. The all-in-one machine disclosed by the invention is additionally provided with a water storage bucket on the basis of an integrated air conditioner; the water storage bucket is internally provided with a condensing pipeline which is in parallel to a condenser of the air conditioner; and under the effect of a control element, the air-energy air conditioner and water heater all-in-one machine can independently refrigerate, can independently obtain hot water, and can also obtain the hot water while refrigerating. The machine introduces the condensed water which is wasted in the prior art into the condenser to be reasonably utilized, so that the energy efficiency ratio is improved and 75% of electricity can be saved all the year round. The air-energy air conditioner and water heater all-in-one machine is simple in structure, is placed indoors, is not limited by regions and is suitable for all types of the regions in China for use.

The invention discloses an air conditioner and an integrated circulating pipeline system thereof. The integrated circulating pipeline system comprises: a refrigeration and heating circulating system,and a heat pump hot water circulation system; the refrigeration and heating circulating system comprises a first compressor, a reversing valve, a first throttling device, a condenser, a first heat exchange pipeline and an indoor evaporator, wherein the condenser is arranged in parallel with the first heat exchange pipeline; the heat pump hot water circulation system comprises a water storage tank,wherein the water storage tank is provided with a cold water inlet and a hot water outlet; and the first heat exchange pipeline is arranged in the water storage tank. In the working process, heat generated by the condenser is subjected to heat exchange with water in the water storage tank through the first heat exchange pipeline, so that the water in the water storage tank is heated, and production of domestic hot water is achieved. Therefore, the air conditioner and the integrated circulating pipeline system thereof adopt the water storage tank to absorb condensation heat of outdoor unit ofthe air conditioner, so that heat waste is avoided; and domestic hot water can be provided for users.

The invention relates to a method for preparing refractory metal powder, and belongs to the technical field of preparation of metal powder. The method comprises the steps of processing refractory metal raw materials into granular raw materials; placing the obtained granular raw materials into an induction coil of electromagnetic suspension refining equipment, charging protective gas namely pure Ar, enabling an electric source to be switched on, and enabling the metal granules to suspend and melt into liquid suspending in air; continuing performing suspension melting on the suspending metal granules, when the temperature of liquid metal molten drops is far greater than melting temperature, enabling the liquid metal to begin to evaporate, producing metal powder suspending in protective gas,performing condensing, and collecting condensed powder in the protective gas at the position of a gas outlet; and performing drying treatment on the condensed powder to obtain the refractory metal powder. By the method, the problem of preparation of refractory metal material powder can be solved, and quick, simple and environment-friendly preparation of the refractory metal powder can be realized.

The invention relates to a device and a method for preparing compressed air by using lost kinetic energy of tap water during usage. The device comprises a pressure converter and an air storage tank, wherein a water inlet is arranged on the pressure converter and connected with a tap water pipe, an inlet valve is arranged at the water inlet, a water outlet is arranged at the bottom of the pressure converter, a drain valve is arranged at the water outlet, an air discharge port and an air suction port are arranged at the upper end of the pressure converter respectively, the air discharge port is connected with an air inlet of the air storage tank through the pipe, an air outlet valve is arranged on a pipe of the air discharge port, a pressure gauge is arranged on the tap water pipe, a first pressure gauge and a liquid indicator are arranged on the pressure gauge, and a second pressure gauge is arranged on the air storage tank. According to the device and the method, energy saving is achieved, kinetic energy loss of the tap water during usage is reduced, lost kinetic energy of the tap water during release is used for preparing compressed air, the preparing process is simplified, and the cost is reduced.

The invention discloses a hot water air conditioning device of a sleeve and fin type heat exchanger. The air conditioning device comprises a first compressor, an evaporator, a first throttling device, the sleeve and fin type heat exchanger, a second compressor, a water heater, a second throttling device, a first blower, a second blower, a second stop valve, a third stop valve and a fourth stop valve, wherein a refrigerant air outlet end of the first compressor is connected with a first port on a refrigerant side of the sleeve and fin type heat exchanger; a third port on the refrigerant side of the sleeve and fin type heat exchanger is connected with an inlet end of the first throttling device; an outlet end of the first throttling device is connected with an inlet of the evaporator; an outlet of the evaporator is connected with an inlet end of the first compressor; an inlet of the first blower is connected with an outlet in an air side of the evaporator; and the second blower is connected with an outlet in an air side of the sleeve and fin type heat exchanger. The hot water air conditioning device can replace conventional water heaters such as an electrical heater, a boiler heater and the like, an efficient, safe and pollution-free water heating process is realized, particularly when the hot water air conditioning device is used in a building in a tropical zone, air conditioning cooling and hot water preparing can be realized at the same time, heat transferred from an air conditioning area is effectively used, and the energy benefit of a whole system is high.

The invention provides a device for joint production of fuel oil and cement semi-finished products by oil and sand pyrolysis. The device comprises a crusher, a first material discharger, a preheating dewatering tower, a material mixer, a lifting pipe and a pyrolysis reactor, wherein a material outlet of the crusher is connected with an inlet of the preheating dewatering tower through the first material discharger; a solid material outlet pipeline of the preheating dewatering tower is sequentially connected with the material mixer; the material mixer is positioned on the bottom part of the first lifting pipe; an outlet of the first lifting pipe is connected with the pyrolysis reactor; an air outlet of the pyrolysis reactor is connected with a fractionating tower; the downstream part of the fractionating tower is connected with a receiving device; a solid outlet pipe on the lower part of the pyrolysis reactor is connected with a heater. The device for joint production of fuel oil and cement semi-finished products by oil and sand pyrolysis has the advantage that the production cost is low.

The invention discloses a separated cavity type hydrogen and oxygen separating electrolyser and a method thereof. The device comprises an electrolyzer, an ion exchange membrane, a control circuit board and a lithium battery, wherein the edge of the ion exchange membrane is hermetically fixed on the inner wall of the electrolyzer, the electrolyzer forms a first sealed cavity body and a second sealed cavity body through the partitioning of an ion exchange membrane, the first sealed cavity body is positioned below the ion exchange membrane, and the second sealed cavity body is positioned above the ion exchange membrane; a positive electrode plate parallel to the ion exchange membrane and positioned below the ion exchange membrane is fixed inside the first sealed cavity body, and a negative electrode plate parallel to the ion exchange membrane and positioned above the ion exchange membrane is fixed onside the second sealing cavity body; the ion exchange membrane is obliquely fixed on the inner wall of the electrolyzer, and when water approaches an acute water level, an air trigonum is formed among the water, the positive electrode plate and the inner side wall of the electrolyzer. The separated cavity type hydrogen and oxygen separating electrolyser achieves complete separation of oxygen and other gases from hydrogen, and further the preparation of pure hydrogen is achieved.

An apparatus for water treatment is proposed that comprises a means for mechanical separation constructed as a membrane (12) or filter surface, such that the means for mechanical separation is constructed as an anode and a cathode (18) is arranged at a distance therefrom.

The invention provides a novel composite water production device. The novel composite water production device comprises a wheel-mounted dehumidifier, an air compressor, an air storage tank, a vortex tube, a heat preservation liquid storage tank, a component proportional divider, an air mixer, a centrifugal fan, a heat pipe, a heat dissipation air flue, an electromagnetic air valve and an electromagnetic water valve, wherein the heat pipe and the heat dissipation air flue are installed at the upper end of the air storage tank, and the electromagnetic air valve and the electromagnetic water valve are used for controlling a system to work. According to the novel composite water production device, water can be produced from air at a low temperature and low environmental humidity, pressure energy of the air compressor is fully utilized and converted into heat energy and low-temperature air energy, water in the air is gradually extracted by heat energy of compressed air through multiple links and multiple mechanisms, and energy generated in the operation process of various devices is comprehensively utilized. The novel composite water production device is suitable for producing water from air under an extreme condition, meanwhile, the storage environment of the obtained water is guaranteed, and the obtained water is hermetically stored at low temperature.

The invention provides a Rosmarinus officinalis essential oil nanoemulsion gel, and belongs to the technical field of medicaments. The Rosmarinus officinalis essential oil nanoemulsion gel is prepared from the following raw materials in percentage by weight: 1-3.5 wt% of carbomer, 5-15 wt% of glycerol, 5.5-10.5 wt% of propylene glycol, 0.5-2.0 wt% of Rosmarinus officinalis essential oil nanoemulsion and the balance of water. The Rosmarinus officinalis essential oil nanoemulsion gel provided by the invention has a moisturizing effect, is likely to spread, is good in skin feeling, and plays an important role in a transdermal drug delivery system. Compared with a Rosmarinus officinalis essential oil product, the prepared gel preparation is small in irritation and high in stability, and bioavailability is greatly improved. The Rosmarinus officinalis essential oil nanoemulsion gel has a swelling property, thixotropy and adhesiveness, so that the adhesion of the nanoemulsion to the skin can be enhanced.

The invention relates to a rotary automatic coating method, which is characterized in that: a rotary coating can be implemented by reducing the interval configuration of the object to be coated in relation to the side of the coated object with more coating, so the coated object in the front can be covered. The workpiece pitch at an adjacent flat is less than the workpiece pitch at the flat in relation to the coating object arranged on the flat. As an alternative method, a rotating device for straight line movement area is arranged at the spraying and coating area, and the rotating device is rotated without the influence of spraying angle. The rotary automatic coating method has the advantages of maintaining the effect of rotary coating, and improving the uniformity of the paint film and the coating quality .

The invention provides dead head production equipment. The dead head production equipment is simple to operate and has the advantages that the efficiency and the quality of manufacturing a dead head can be greatly improved and the labor intensity of an operator is also reduced. The dead head production equipment comprises a base, wherein a core receiving trolley is arranged at the front part of the base; the upper end of the base is fixedly provided with an upper pressing die transverse plate by a stand column; a lower pressing die transverse plate is fixed under the base through the stand column; a charging barrel, which is arranged in parallel, is horizontally mounted under the upper pressing die transverse plate in a sliding manner; a hopper is arranged above the charging barrel; a gate air cylinder is arranged at the connection part of the hopper and the charging barrel; an upper die structure is arranged at the lower end of the upper pressing die transverse plate; a middle die structure is fixed on the relative stand column under the upper die structure and is fixedly connected with the base; a pore plate is arranged at the part, corresponding to the middle die structure, of the charging barrel; and the base is fixed on the stand column and a lower die structure is arranged in the base.

The invention provides a suspension bridge main cable composite dehumidification system for recovering condensation heat through separated heat pipes. The suspension bridge main cable composite dehumidification system comprises a dehumidification rotating wheel, a humid air treatment system used for cooling and condensing humid air entering the dehumidification rotating wheel treatment area and comprising an evaporator, a compressor and a condenser, a regeneration air system which supplies heat to air flowing into a regeneration area of the dehumidification rotating wheel and comprising a separation type heat pipe condensation section for preheating the air, an electric heater and a regeneration fan, and a condensation heat recovery system that provides steam for the separation type heat pipe condensation section of the regeneration air system; and the separation type heat pipe evaporation section, a steam ascending pipe, the separation type heat pipe condensation section, a liquid descending pipe and a separation type heat pipe evaporation section of the condensation heat recovery system are sequentially connected to form a circulation loop. The system is large in dehumidification amount, low in rotating wheel dehumidification dew point temperature, high in condensation heat grade, large in heat, good in separated heat pipe heat transfer performance, convenient to arrange and high in environmental adaptability.

The invention discloses a seawater planting salt-manufacturing greenhouse control system. The seawater planting salt-manufacturing greenhouse control system comprises a base, wherein the base is arranged under the ground surface, a waterproof layer is arranged on the inner wall of the base, and a planting soil layer is arranged on the waterproof layer; the two ends of the base are connected through an arc dragon skeleton, and a greenhouse wall is arranged on the dragon skeleton; seawater evaporation tanks are arranged at included angles between the inside of a greenhouse and a ground, and seawater evaporators are arranged in the greenhouse nearby the seawater evaporation tanks; a sodium chloride crystallizing pond is arranged in the greenhouse, a water inlet of the sodium chloride crystallizing pond is connected with the seawater evaporation tanks, and a halide salt crystallizing pond is connected to the water outlet end of the sodium chloride crystallizing pond. Land resources and sunshine of seaside deserts can be fully used, and production of grain crops is achieved; using of seawater is achieved, and more fresh water resources can also be generated through the greenhouse in theproduction process; the temperature in the greenhouse is rapidly adjusted, and high-efficiency production is achieved; salt preparing can be achieved, and economic benefits are improved.

The invention discloses a mortar ash mixing station applying packing auger blade conveying and a preparing method and application thereof. The station comprises a material elevator (4) used for discharging a mortar ash raw material into a mortar ash storage tank, a stirring device used for mixing combination component materials of mortar ash to form the mortar ash raw material, a packing auger conveying device used for discharging the combination component materials of the mortar ash into the stirring device, and a bin hopper set (3) mounted on the packing auger conveying device and used for serving as a combination component material feeding port of the mortar ash, through a packing auger conveying device and the bin hopper set (3), segmented injection of the combination component materials of the mortar ash can be achieved, through the stirring device, making of the mortar ash raw material can be achieved, through the material elevator (4), transferring of the mortar ash raw materialcan be achieved, continuous making of the mortar ash raw material can be achieved, and the mortar ash preparing efficiency can be improved.

The invention relates to the technical field of wine fresh-keeping, and discloses an intelligent fresh-keeping wine barrel. The fresh-keeping wine barrel includes a barrel body, a low-temperature cooling control box and a column, wherein the barrel body includes a barrel inner body and an outer thermal insulation layer of the barrel, and the top of the barrel inner body is connected to the column by rotating a pendulum The arm is fixed on the top of the tank body in the barrel, a motor is arranged in the hollow shaft of the swing arm, and a wine spear is installed under the motor. Cooling water pipes are arranged along the circumference in the interlayer of the outer insulation layer of the wine barrel. The fresh-keeping wine barrel can be disassembled for disinfection, which can make up for the uncertainty of manual pressurization; there is no need for manual pressurization operation when there is a small amount of wine left, and at the same time, it ensures that the barrel will not be damaged by leakage when it is replaced. have destructive effects.