35results about How to "High quality and efficient production" patented technology

The invention discloses a MoO<3-x>/g-C<3>N<4> composite photocatalytic material. The composite photocatalytic material is composed of a hydrophobically modified cellulose acetate membrane and a MoO<3-x>/g-C<3>N<4> compound supported on the cellulose acetate membrane, wherein the MoO<3-x>/g-C<3>N<4> compound is formed by connecting MoO<3-x> with g-C<3>N<4> via a Z-type heterojunction. The inventionalso discloses a preparation method for the above MoO<3-x>/g-C<3>N<4> composite photocatalytic material and the application of the composite photocatalytic material to degrading of VOCs in water bodies. The MoO<3-x>/g-C<3>N<4> composite photocatalytic material of the invention has high photothermal conversion efficiency and high quantum efficiency, and can improve the vaporization speed of waterand realize high-efficiency degradation of VOCs; and high-quality and high-efficiency production of clean water is successfully achieved through the synergistic effect of vaporization and degradation.

The invention relates to an efficient alcohol pad packer for finger-protective alcohol pad production. The efficient alcohol pad packer comprises a workbench, a former, a light sensor, a packing paper feed mechanism, a liquid injection mechanism, a sealing mechanism and a finished product cutting mechanism. A core cutting and inserting mechanism and an epsilon-shaped core thermal sealing mechanism. The efficient alcohol pad packer has the advantages that the efficient alcohol pad packer is ingenious in design, simple in structure, high in practicality, and high in automation level, the advantages of original packers are inherited, the defects in the prior art are overcome, high-quality and efficiency production of the finger-protective alcohol pads and like products is achieved, process flow is simplified, equipment automation level is increased, and work efficiency is increased.

The invention discloses a chili cultivation method of planting chilies in one crop and harvesting the chilies in three seasons. The method comprises the following steps that firstly, a seedling bed is prepared, small seedlings are cultivated, and large seedlings overwinter; secondly, early covering in spring, oversummer covering and delayed covering in autumn are carried out; thirdly, water, fertilizer and pesticide integrated management is carried out; fourthly, oversummer pruning is carried out. According to the greenhouse long-season chili cultivation method, the traditional spring and autumn two-crop cultivation mode of the chilies is created into the one-crop long-season cultivation mode, large seedling overwintering, covering, water, fertilizer and pesticide integrated management, oversummer pruning and other key technologies are integrated and created, the chilies are planted in one crop and harvested in spring, autumn and winter, and the high-quality and high-efficient production of the chilies of early covering in spring, early covering in autumn and delayed covering in autumn is achieved.

The invention discloses an efficient and high-quality intelligent manufacturing device and system for high-performance core base parts. The manufacturing device comprises an automatic cleaning system,a molding vulcanization forming system, a precision machining system and an inspection and storage system, wherein the automatic cleaning system comprises a first rotary plate, a cleaning device anda second rotary plate which are installed in sequence; the molding vulcanization forming system comprises injection molding machining devices which are arranged in sequence; the inspection system comprises an inspection room, and the inspection room is provided with an inspection table, an input table and a storage device. According to the efficient and high-quality intelligent manufacturing device and system for the high-performance core base parts, through a complete intelligent production system, based on an industrial robot, various related production systems are connected in series, and intelligent production of the products is achieved. The efficient and high-quality intelligent manufacturing device has the advantages of being high in automation degree, high in production efficiency,high in product surface integrity, high in product reliability and consistency and the like. Therefore, intelligent manufacturing and production for general customers are achieved, and large-scaled,high-quality and efficient production of series products of the high-performance composite parts of many specifications and many varieties is achieved.

The invention relates to a large-ridge platform kidney bean cultivation method, and belongs to the technical field of kidney bean cultivation. Soil preparation and ridging are performed in autumn, field ditches are arranged on the two sides of a ridge, a ridge platform is arranged on the ridge, the field ditches and the middle of the ridge platform are subjected to deep scarification, the land surface before ridging is adopted as the reference, the ridge deep scarification depth is 30-40 cm, and the deep scarification depth of the middle of the ridge is 15-30 cm; during soil preparation, the base fertilizer is applied to the middle of the ridge platform; the seed fertilizer is applied below the position of seed sowing; kidney bean seed sowing is performed on the ridge platform, seed sowing is performed on three rows, three seedling belts are formed, the seed sowing line spacing is 25-30 cm, the variety of kidney beans is erected or half-spreading type lodging-resistance high-yield kidney bean variety; the topdressing is applied to the outer sides of the seedling belts on the left and right sides of the ridge, and the topdressing is applied below the ridge platform. Due to the cultivation method of the combination of deep scarification, seed sowing and fertilizer application, the permeability is good, the stress resistance is strong, the production efficiency and fertilizer using efficiency of the kidney bean group photosynthesis are improved, and the high yield, high quality and efficient production can be achieved.

The invention discloses high-activity anti-condensation calcium hydroxide production equipment which comprises a crushing device, and a dust suction device is arranged above the crushing device; the lower end of the crushing device is connected with a storage tank through a lifting device, a spiral feeding device is arranged at the lower end of the storage tank, the stirring device is arranged atthe lower end of the spiral feeding device, and a filtering dehydration device, a drying device and a screening device are sequentially arranged at the side end of the stirring device through the lifting device; the crushing device comprises a crushing chamber, a first hopper and a first discharging opening are formed in the upper end and the lower end of the crushing chamber correspondingly, a rotary extrusion column is arranged in the middle in the crushing chamber, an extrusion plate is movably arranged on the periphery of the rotary extrusion column, and the rotary extrusion column is usedin cooperation with the extrusion plate; and the circumferential upper end and the circumferential lower end of the rotary extrusion column are respectively provided with an extrusion pin shaft and aspine part. The process steps are optimized, integration is carried out, design arrangement is optimized, and calcium hydroxide can be efficiently produced with high quality.

The invention provides a miniature intelligent flight detector for fruit quality in growth. The miniature intelligent flight detector comprises an aircraft, and is characterized by comprising a control unit, an information acquisition unit and a data uploading unit which are arranged on the aircraft, wherein the control unit is connected with the aircraft and used for controlling flight of the aircraft, the control unit is in communication connection with a ground control end, the control unit is sequentially connected with an information acquisition unit and a data uploading unit, and the data uploading unit is in communication connection with a cloud server. Digital and internet-of-things quality detection and control in fruit growth are achieved by monitoring a plurality of quality state parameters in fruit growth in real time, and the purpose of high-quality and efficient production is achieved.

The invention discloses a kiwifruit planting method capable of increasing yield and improving quality. The method includes the steps that loose and fertile neutral soil with a long sunshine duration,sufficient sunshine, a deep soil layer, a high altitude and good drainage conditions is selected and deeply dug by 35 cm, wherein the pH value of the soil is 7; 200-240 kg of slow-release nitrogen fertilizer is applied to the soil per mu; seedlings which are 40-60 cm high, develop normally without disease and pest damage and have well-developed roots are selected and cultivated in the treated soil, water is supplemented after transplanting, and phosphate fertilizer and potash fertilizer are applied every month; leaf fertilizer is applied 1-3 times in the fruiting period, wherein the leaf fertilizer is sprayed to leaves at nightfall of sunny days. According to the method, as the abuse of chemical fertilizer and antibiotics is avoided, soil can be improved, planted kiwifruits are rich in nutrition and high in yield, the survival rate of the planted kiwifruits reaches up to 99.8%, and the kiwifruits are fresh and sweet and good in color.

The invention relates to a wide-ridge platform Vigna radiate L.Wilclzek cultivation method, and belongs to the Vigna radiate L.Wilclzek cultivation technical field; the method comprises the following steps: autumn ploughing and ridging, building furrows on two sides of the ridge, building a ridge platform for the ridge, respectively deep ploughing the furrows and the ridge platform middle portion, using the field surface before ridging as reference, the furrow subsoiling depth is 30-40cm, and the ridge platform middle subsoiling depth is 15-30cm; applying base fertilizer in middle of the ridge platform in soil preparation; applying seed manure under sowing positions; sowing Vigna radiate L.Wilclzek on the ridge platform in 3 lines, forming 3 seedling strips, wherein the sowing line space is 25-30cm, and the Vigna radiate L.Wilclzek variety is an erection or semiprostrate lodging resistance high yield Vigna radiate L.Wilclzek kinds; respectively applying additional fertilizer outside the seedling strips on the left and right sides of the ridge, and applying additional fertilizer under the ridge platform. The cultivation method combines subsoiling, sowing with fertilizer application, is good in permeability and strong in stress resistance, thus improving Vigna radiate L.Wilclzek colony photosynthesis production efficiency and fertilizer utilization rate, and realizing Vigna radiate L.Wilclzek highyield high-quality high efficiency production.

The invention discloses an air heater for foam plastic production, and belongs to the technical field of air heating devices. The air heater comprises a hollow tube body, the two ends of the tube bodycorrespondingly communicate with an air inlet and an air outlet, the tube body is made of pure copper, and a plurality of axial heat exchange grooves are formed in the inner wall of the tube body; and a blocking column is further arranged in the tube body to fill the hollow area of the tube body, a heating device is arranged on the outer wall of the tube body, and a temperature detection device is arranged at the air outlet. According to the air heater, heat generated by the external heating device can be rapidly transferred to the interior of the tube body through the tube body with the purecopper material, air can be fully contacted with the inner wall of the tube body through the heat exchange grooves, so that high-efficiency heat exchange is achieved, and the air is guaranteed to beheated to a preset temperature in a short time.

The invention discloses flow-casting production equipment for zirconium oxide substrates. The flow-casting production equipment is characterized in that a flow-casting bearing plate made of a stainless steel plate material is laid on the surface of a working platform, a film band paid off by a pay-off mechanism is taken up by a take-up mechanism after passing through the surface of the working platfrom, a flow-casting device is arranged at the end, close to the pay-off mechanism, of the working platform, a plurality of drying chambers are arranged on the working platform, the multiple drying chambers communicate with one another, a closed drying space is formed on the working platform, a first exhaust pipe is arranged at the front end in the closed drying space, a second exhaust pipe is arranged in the middle position in the closed drying space, glass baffles are arranged in the drying chambers and shield the film band passing through the drying chambers, the glass baffles are horizontally arranged in an inclined mode in the transverse direction, and a resistance wire heater with a thermocouple is installed at the bottom of the flow-casting bearing plate. According to the flow-casting production equipment, efficient high-quality production of the zirconium oxide substrates can be achieved, and the produced zirconium oxide substrates are free of cracking, flat in surface and even in thickness.

The invention relates to a high-firmness and high-blocking anti-fake packaging box. The high-firmness and high-blocking anti-fake packaging box is formed through box sticking of a packaging paperboard. The high-firmness and high-blocking anti-fake packaging box is characterized in that the packaging paperboard comprises a paperboard body (1), a first glue sticking layer (2), an aluminum film plating layer (3), a second glue sticking layer (4), a holographic laser anti-fake layer (5), a BOPP film layer (6), a crylic acid glue layer (7) and a PET thin film layer (8) which are sequentially composited from bottom to top, and a first plasma bonding face (9) is formed at a sealed position of the packaging paperboard through machining. Compared with the prior art, the packaging paperboard has theadvantages that the sticking firmness is high, the mechanical strength is high, blocking is high, and the anti-fake effect is outstanding.

The invention belongs to the technical field of diamond wire saw manufacturing, and particularly relates to an efficient high-speed diamond wire saw manufacturing device and a manufacturing method. The manufacturing device comprises a sand loading slot, wherein a wire inlet end and a wire outlet end of the sand loading slot are separately equipped with magnetic conductive wheels which are made ofa magnetic conductive material; a diamond bus passes through the sand loading box and is wound on the magnetic conductive wheels; strong magnetic blocks are separately mounted on the outer side partsof the two magnetic conductive wheels; magnetic fields which are formed by the strong magnetic blocks are distributed on the magnetic conductive wheels, and act on the diamond bus; and under action ofthe magnetic fields, nickel-plated diamond particles in a plating solution are quickly, effectively and uniformly adsorbed and coated on the diamond bus. The process can greatly improve production efficiency, so that wire speed can be increased to 90 meters/minute from 10-30 meters/minute; and the nickel-plated diamond particles in the plating solution can be reduced to 500-1000/ml from 3000-5000/ml, so that operations are convenient, the cost is reduced, product performances are guaranteed very well, and use requirements are met.

The invention provides an ecological stocking breeding method for poultry. The ecological stocking breeding method comprises the step of performing ecological stocking on the poultry by adopting a rotational grazing vehicle as a mobile animal house for outdoor poultry breeding, the flowing area of the rotational grazing vehicle is a wide grassland or a flat artificial forest farm; the poultry variety is a variety with excellent environmental stress resistance; the rotational grazing vehicle is divided into an upper layer and a lower layer and is provided with a fermentation bed, a heat preservation lamp, a fan, an ultraviolet lamp, an air conditioner, a disinfection facility and an incinerator. High-quality, healthy and organic poultry products can be produced under outdoor ecological environments such as forest and grassland, mobile breeding can be carried out by using the rotational grazing vehicle, automatic breeding equipment and solar green energy are arranged inside and outside the compartment, high-efficiency and high-quality production is realized under reasonable breeding density and scientific breeding technology management, and the method is suitable for large-scale popularization and application. The breeding waste is scientifically fermented and digested in situ, so that the effective circulation and utilization of the ecological environment are realized.

A large-scale production method for plug seedlings of nepenthes in the middle Yunnan region is characterized in that more than 50 high-quality plug seedlings are bred from one terminal bud explant in March to October in the same year through compact connection and technical measure integration of seven steps of explant pretreatment, initiation, proliferation, subculture, seedling strengthening and rooting culture, tissue culture seedling transplanting and field management; through explant pretreatment, an improved WPM culture medium with low salt content is selected, so that the problems of low survival rate of initial culture, serious browning and slow growth of explants in subsequent group culture links are solved; an LED combined light source I and an LED combined light source II are adopted in the multiplication culture link and the strong seedling culture link respectively, compared with a traditional fluorescent lamp, energy is saved by 43.7%-53%, and meanwhile the multiplication multiple and the strong seedling rate are improved by 38.1% and 28.0% respectively; in the links of rooting culture, tissue culture seedling transplanting and field management, the beneficial weather conditions of relatively damp and hot summer in the middle Yunnan region are fully utilized, and the production cost is reduced.

The invention discloses an efficient and high-quality aluminum alloy damping tower high-pressure vacuum die-casting process control system and method.The system structurally comprises a detection module, a threshold value judgment and prediction module and a control module, the detection module is connected with the threshold value judgment and prediction module, the threshold value judgment and prediction module is connected with the control module, and the control module is connected with the control module. The detection module and the control module are respectively connected with the vacuum high-pressure casting machine; the detection module detects the vacuum degree, the mold temperature, the aluminum alloy liquid temperature, the injection speed and the injection force of the aluminum alloy damping tower on the high-pressure vacuum die-casting machine in real time. The stability of the vacuum high-pressure die-casting process can be improved, self-adaptive adjustment and intervention control of the process are achieved, and high-quality and high-efficiency production of the shock absorption tower is ensured.