30results about How to "Play an effective role" patented technology

The invention discloses an electronic control hybrid energy-storage electric automobile, which consists of a power supply detection device, a charge mode selection device, a drive controller temperature display device, a charge controller temperature display device, a motor rotating speed signal display device, a braking signal display device, an acceleration signal display device, a power generation system information feedback device, a charge system information feedback device, an environmental detection device, a steering wheel turn angle signal display device, an electronic comprehensive control system, a signal processing device, a controller, a charge control device, a drive control device, an automatic protection device, an instrument signal control device, a power generation unit, a power cell, a driving motor, an instrument display device and a fault display device, wherein the power generation unit, the power cell, the driving motor, the instrument display device and the fault display device are connected with and arranged behind the electronic comprehensive control system. The electric automobile has the advantages of simple whole structure, convenient operation and use, greatly reduced weight of the whole vehicle, energy saving technology for a circuit and well prolonged road haul.

The invention provides a marine floating type platform narrow pipe wind-concentrating generating system, relates to significant core technologies of comprehensive subjects including main body module modeling, member combination, load bearing and buoyancy force, fluid change, narrow pipe effect, infrastructures, aerodynamics, structural mechanics, turbine effect, electric energy conversion and the like and belongs to the technical field of marine floating type platform wind power generation systems. The marine floating type platform narrow pipe wind-concentrating generating system comprises a narrow pipe wind-concentrating generating subsystem and a marine load-bearing platform subsystem. The narrow pipe wind-concentrating generating subsystem consists of a base platform, a ring beam, a narrow pipe body, a main column, a wheel type support, an intersection fixing seat, a lightning rod, a hedge control assembly, a suction window assembly, an induced air barrel body, a wind power engine, a wind power engine outer casing, a generator, an attached column, a wind-concentrating inlet, a protective screen, a circular arc column, a spherical body, a platform, a hydraulic seal cover and the like. The marine load-bearing platform subsystem consists of a floating platform deck, a safety wall A, a hub support, a partition layer, a connecting piece, a sinking block, an inhaul cable, a flat wave plate, a floating barrel body and a manhole.

The invention relates to a medicine used for treating knee osteoarthritis, and a preparation method thereof. The medicine used for treating knee osteoarthritis is prepared from raw materials of: 25 to 35g of variegated coralbean bark, 25 to 35g of speranskia tuberculata, 25 to 35g of Japanese clubmoss herb, 20 to 30g of slenderstyle acanthopanax root-bark, 20 to 30g of Chinese clematis root and rhizome, 20 to 30g of doubleteeth angelica root, 18 to 25g of raw common monkshood mother-root, 18 to 25g of raw kusnezoff monkshood mother-root, 15 to 20g of common burreed tuber, 10 to 15 parts of frankincense, 10 to 15g of myrrh, 20 to 25g of ligusticum, 25 to 25g of argy wormwood leaf, and 100 to 150ml of rice vinegar. According to the invention, a conservative therapy with an internal-disease external-treatment theory in Chinese medical science is adopted, and the pure traditional Chinese medicine preparation is adopted, such that surgery pains and costs of western medicine are reduced. The medicine provided by the invention is not absorbed by stomach, intestines, liver or kidney, such that no toxic or side-effect is brought to human bodies, and the occurrence of sequel is avoided. With the medicine, knee osteoarthritis is not easy to reoccur.

The invention provides a high-quality high-efficient culture technique of potted pakchoi cabbage. The high-quality high-efficient culture technique is characterized by comprising the processes of 1, blending soil and putting into pots, including blending organic matters together by a common method and putting the blended organic matters in the pots in such a manner that the potted organic matters are 1-3cm lower than the aperture of each pot carrier, 2, planting, including watering the potted organic matters at first, opening flat-bottom holes in the potted organic matters by a planter fabricated according to the size of one single pot carrier by the user, sowing 3-5 seeds in each hole, and then covering soil by the depth of 0.5cm, and in order to guarantee the rate of emergence after planting, covering each pot carrier with a layer of grass curtain for thermal insulation, and 3, protecting seedling, including uncovering the grass curtain one day and two nights later, and then picking up seedlings. The technique is applicable to high-quality high-efficient culture of potted pakchoi cabbage.

The invention provides a high-quality high-efficient culture technique of potted Spanish lettuce. The high-quality high-efficient culture technique is characterized by comprising the processes of 1, blending soil and putting into pots, including blending organic matters together by a common method and putting the blended organic matters in the pots in such a manner that the potted organic matters are 1-3cm lower than the aperture of each pot carrier, 2, planting, including watering the potted organic matters at first, opening flat-bottom holes in the potted organic matters by a planter fabricated according to the size of one single pot carrier by the user, sowing 3-5 seeds in each hole, and then covering soil by the depth of 0.5cm, and in order to guarantee the rate of emergence after planting, covering each pot carrier with a layer of grass curtain for thermal insulation, and 3, protecting seedling, including uncovering the grass curtain one day and two nights later, and then picking up seedlings. The technique is applicable to high-quality high-efficient culture of potted Spanish lettuce.

The invention relates to a high-quality and high-efficiency culturing technology of potted ornamental pepper. The technology is characterized by comprising the following steps of 1, blending of soil and loading soil into a pot: blending the soil and loading into the pot according to an organic matter blending method, wherein the loaded organic matter in the pot is 1-3cm lower than the opening radius of a potted body; 2, planting: watering the potted organic matter, forming flat-bottom holes at the potted organic matter by a self-made seeder which is manufactured according to the size of the potted body, planting 3-5 seeds into each hole, covering the soil to the depth of 0.5cm, and covering a layer of grass curtain on the potted body for heat insulation, so as to avoid the poor seedling rate after planting; 3, protection of seedlings: after one day and two nights, removing the grass curtain, and then thinning the seedlings. The technology is suitable for the high-quality and high-efficiency culturing of the potted ornament pepper.

A frozen cream food with soft package is composed of soft package bag containing an empty space for tearing it off easily and the frozen cream. Its production technology includes such steps as filling the hot solution of frozen cream in the soft package bag in such manner that an empty space is preserved, sealing, sterilizing and freezing.

The invention relates to a planting technique of potted cabbage. The technique is characterized by comprising the following steps of soil mixing and putting in a pot, wherein organic matter mixing andputting in the pot are conducted according to a method of mixing organic matter, and the size of the organic matter put in the pot is 1-3 centimeters lower than the opening diameter of the pot; planting, wherein firstly the potted organic matter is watered, a seed sower made according to the size of a pot body is used for forming flat bottom holes in the organic matter of the pot, 3-5 seeds are sowed in each hole, then each hole is covered with soil with the depth of 0.5 centimeter, and in order to ensure the seedling emergence rate after planting, a layer of straw curtain covers the pot bodyfor heat preservation; seedling protection, wherein after two days and one night, the straw curtain is removed, and then thinning is conducted.

The invention relates to a cultivation technology for fruit cucumber. The cultivation technology is characterized by comprising the following processes: 1, soil blending and potting: carrying out blending and potting according to conventional blending method of organic matters, wherein the height of the potted organic matters is 1 to 3 cm lower than the caliber of a pot carrier; 2, planting: watering the potted organic matters, opening flat-bottom holes on the potted organic matters with a seeding machine made according to the size of the pot carrier, planting 3 to 5 seeds per hole, then carrying out covering with soil to a depth of 0.5 cm so as to guarantee the rate of seedling emergence after planting, and covering the pot carrier with a layer of a straw curtain to preserve heat; and 3,seedling protection: after 1 day and 2 nights, removing the straw curtain, and picking up seedlings. The cultivation technology provided by the invention is applicable to high-quality and high-efficiency cultivation of the fruit cucumber.

Disclosed is a rape high quality planting technology. The rape high quality planting technology is characterized by the following process: 1. a step of soil blending and potting, namely a step of blending and potting according to a common organic matter blending method, where potted organic matters are 1-3 cm lower than the diameter a pot; and 2. a step of planting, namely a step of planting rapeseedlings in the pot, placing the pot into a greenhouse, watering the pot once every 3-4 days. The technology is suitable for rape high-quality and efficient planting.

Disclosed is an efficient cultivation technique of fruit eggplant. The efficient cultivation technique is characterized by the following process: 1. a step of soil blending and potting, namely a stepof blending and potting according to a common organic matter blending method, where potted organic matters are 1-3 cm lower than the diameter a pot; 2. a step of planting, namely a step of watering the potted organic matters, digging flat-bottom holes in the potted organic matters by using a seeder self-made according to the size of the pot, planting 3-5 seeds per hole, covering the seeds with soil to 0.5 cm, and covering the pot with a layer of straw curtain for heat insulation so as to prevent low seedling emergence rate after the planting; and 3. a step of seedling protection, namely a stepof uncovering the strain curtain after one day and two nights and then thinning. The technique is suitable for high-quality and efficient cultivation of fruit eggplant.

The invention discloses a technology for potted oilseed rape. The technology is characterized by comprising the steps of 1, soil preparing and potting, wherein according to an organic matter preparingmethod, preparing and potting are performed, and the potted organic matter is 1-3 cm lower than the caliber of a pot; 2, planting, wherein watering is performed on the potted organic matter, flat-bottom holes are formed in the organic matter in the pot through a garden seeder manufactured according to the size of the pot body, 3-5 seeds are planted in each hole, then, earthing is performed untilthe depth is 0.5 cm, and the pot body is covered with a layer of straw mat for heat preservation in order to prevent the planted emergence rate; 3, seedling protection, wherein after one day and two nights, the straw mat is removed, and then seedlings are picked up.

The invention relates to a patented technology for cultivating potted purple lettuces. The patented technology is characterized by the following processes of 1, soil adjustment and pot loading, wherein according to an adjustment and preparation method for organic substances, adjustment and preparation are conducted, loading of the organic substances into pots is carried out, and the diameters of the organic substances to be loaded into the pots are 1-3 cm smaller than those of the pots; 2, planting, wherein the organic substances are loaded into the pots first, watering is conducted, sowing devices made according to the sizes of pot bodies are adopted for forming flat bottom holes in the organic substances in the pots, 3-5 seeds are planted in each hole, then each hole is covered with a soil layer with the depth of 0.5 cm, and each pot body is covered with a layer of straw mat for temperature preservation in order to ensure the emergence rate after planting is completed; 3, seedling protection, wherein one day and two nights later, the straw mats are removed, and then seedlings are picked up.