40results about How to "Improve field effect" patented technology

A liquid crystal display (LCD) system, comprising a matrix of pixels, analyzes a video data stream for grayscale level jumps from extreme black to moderate gray levels. Transitions in grayscale levels are restricted between adjacent pixels so as to reduce image degradation due to fringe field effects. A memory, such as a shift register, may be used to store and then grayscale levels to be written to adjacent pixels are compared and if a difference between these grayscale levels exceed a certain value then at least one of the grayscale levels is modified.

A field-effect transistor which comprises a buffer layer and a barrier layer each of which is made of a Group III nitride compound semiconductor and has a channel at the interface inside of the buffer layer to the barrier layer, wherein the barrier layer has multiple-layer structure comprising an abruct interface providing layer which composes the lowest semiconductor layer in said barrier layer and whose composition varies rapidly at the interface of said buffer layer, and an electrode connection plane providing layer which constructs the uppermost semiconductor layer and whose upper surface is formed flat.

The invention discloses an active ceramic inner container and a preparation method thereof, and belongs to the field of daily necessities. The active ceramic inner container comprises an inner container main body, wherein the inner container main body is enwrapped by an outer shell; the active ceramic inner container is characterized in that the inner container main body is made of ceramic; the inner surface of the inner container main body is coated with a glaze layer; the glaze layer comprises the following raw materials: raw glaze and/or glaze frit, and energy powders added thereinto; the energy powders are formed by adding a certain amount of auxiliary material consisting of calcium gluconate, stone needle, zinc glutamate and ossa draconis into a variety of mineral raw materials. The activity of the energy powders can be better excited, so that a coordinated and unified comprehensive energy field is formed. The preparation method of the ceramic inner container has the characteristics as follows: in the grinding process of the added energy powders, a specific temperature of 520-580 DEG C is kept, and by grinding at the temperature, the materials are ground and mixed under specific excited states of the energy fields of the materials, so that a stronger field effect in the final ceramic inner container is shown.

The invention discloses application of a compound composition of eugenol and cnidium lactone in the field of agriculture and in particular relates to application research aiming at prevention and treatment of apple ring spot and alternaria leaf spot. The invention provides application of the compound composition of eugenol and cnidium lactone in prevention and treatment of the apple ring spot and the alternaria leaf spot. A weight ratio of the eugenol to cnidium lactone, in the compound composition is 10:1-1:60, a synergistic ratio is 5:1-1:40, and an optimal ratio is 1:20. The compound composition has outstanding advantages when being applied to aspects of preventing and treating the apple ring spot and the alternaria leaf spot.

The invention provides method of treating a subject suffering from, or at risk of developing, a Mycobacterium infection by administering to the subject a therapeutically-effective amount of isotopically labeled isoniazid and/or ethionamide, or an analog, derivative or prodrug thereof, and exposing the subject to a magnetic field.

The invention relates to active washing flake and a preparation method thereof, belonging to the field of daily necessities. The active washing flake comprises, by weight, 600 to 750 parts of fatty acid, 80 to 100 parts of plant gum and 21.37 to 23.74 parts of energy powder, wherein the energy powder is added with a certain amount of auxiliaries composed of calcium gluconate, Bian stone and fossilia ossis mastodi. The active washing flake can better stimulate the activity of each energy powder, so that the formation of energy field is consistent with the integrated energy field. The preparation method of the active washing flake is characterized in that a specific temperature of 520 DEG C to 580 DEG C is maintained during the grinding process of the energy powder added to the gelatin, and grinding at this temperature enables the energy field of each material to be ground and mixed in a specific excited state, resulting in a stronger field effect in the final washing flake product.

The invention relates to a maifan stone health protective mat. The health protective mat comprises an upper coating material, a maifan stone filler and a lower coating material successively from top to bottom, wherein the upper coating material and the lower coating material seal the maifan stone filler in the center through edge heat sealing. The invention also relates to a preparation method of the maifan stone health protective mat, and the method comprises the following steps: a, preparing the maifan stone filler by pressing mixed powder which mainly contains maifan stone into circular pieces with a same size and same thickness; b, placing a grid mould on a table face of a high frequency hot-sealing machine, smoothly covering the upper layer of the grid mould with the lower coating material, and placing the pressed circular pieces in the center of grid places; and c, covering the placed circular pieces with the upper coating material, performing pressing by a head of the high frequency hot-sealing machine after ordered arrangement, and performing one-time molding to obtain the maifan stone health protective mat. The maifan stone protective mat is simple in structure, reasonable in design and convenient in use, solves the problems of powder outleakage and non-uniform distribution, and has the advantages of simple manufacturing process, low cost, no toxicity, safety and environmental protection.

The invention relates to an active sanitary towel and a preparation method thereof, belonging to the field of articles of daily use. The active sanitary towel comprises a sanitary towel main body which is filled with macromolecular water-absorbent resin. The active sanitary towel is characterized in that energy powder at the mass fraction of 1.7%-2.8% is added into the macromolecular water-absorbent resin, wherein a defined amount of auxiliary materials composed of calcium gluconate, stone needles and keels are added into the energy powder under the collocation of various raw mineral materials. The activity of the energy powder can be more effectively excited and the energy fields of the energy powder can be formed into a coordinative uniform comprehensive energy field. The preparation method for the sanitary towel is characterized in that the added energy powder is kept under a specific temperature at 520 DEG C-580 DEG C in a milling process and the energy fields of the materials can be milled and mixed under a specific exciting state by milling under such a temperature, so that the final sanitary towel product can reflect a relatively strong field effect.

The invention discloses application of a compound composition of eugenol and imazalil in the agricultural field, and particularly relates to application research special for prevention and control ofgrape white rot and anthracnose. The invention provides eugenol and application of the compound composition of eugenol and imazalil in prevention and treatment of grape white rot and anthracnose. In the compound composition, the weight ratio of eugenol to imazalil is 20:1-1:60, the synergism proportion is 1:(1-40), and the optimal proportion is 1:20. The compound composition has remarkable performance in the prevention and treatment of grape white rot and anthracnose.

The invention provides an active ceramic pot and a preparation method of the active ceramic pot and belongs to the field of articles for daily life. The active ceramic pot is characterized in that a pot body is made of ceramics; a glaze layer on the surface of the pot body is prepared from the following raw materials in parts by weight: energy powder is added into a raw glaze raw material and/or a glaze fused block; a certain amount of an auxiliary material composed of calcium gluconate, stone needle, zinc glutamate and dragon bone is added into the energy powder under the matching of a plurality of types of raw mineral materials. The activity of the energy powder can be stimulated better so that energy fields form a coordinated and uniform comprehensive energy field. The preparation method of the active ceramic pot is characterized in that a specific temperature of 520 DEG C to 580 DEG C is kept in a grinding process of the added energy powder, and the energy fields of all the raw materials can be ground and mixed under a specific stimulation state when the raw materials are ground at the temperature, so that the ceramic pot finally has a higher field effect.

The invention discloses active energy powder and a method for preparing the same, and belongs to the field of articles for daily use. The active energy powder is characterized in that a certain quantity of auxiliary materials including calcium gluconate, stone needles, zinc glutamate and keels are added into energy powder under the matching effects of diversified raw mineral materials, so that the activity of the energy powder can be effectively excited, and coordinated and unified comprehensive energy fields can be formed by energy fields of the energy powder. The active energy powder and the method have the advantages that the specific temperature of 520-580 DEG C is kept in preparation grinding procedures, the various materials can be ground and mixed with one another at the temperature under the condition of specific excitation states of the energy fields of the various materials, and accordingly excellent field effects can be realized by the ultimate active energy powder.

The invention discloses an active electric blanket and a preparation method thereof, and belongs to the field of articles for daily use. The active electric blanket comprises a blanket body and is characterized in that a carrier carried with energy powder is arranged on the blanket body, wherein the energy powder comprises auxiliary materials consisting of a certain amount of calcium gluconate, stone needle, zinc glutamate and keel under matching of multiple raw mineral materials. Therefore, the activity of the energy powder can be well excited, and harmonious and uniform comprehensive energy fields can be formed. The preparation method of the electric blanket is characterized in that specific 520-580 DEG C is maintained in a grinding process of the energy powder which is embedded into the blanket body or directly added to a fiber formula, and grinding in the temperature can allow that the energy fields of the materials are ground and mixed in a specific excitation state, so that a strong field effect is represented in the final electric blanket.

The invention discloses an active protective tool and a preparation method thereof, and belongs to the field of daily articles. The active protective tool comprises a protective tool body, and is characterized in that the protective tool body is textile made of a fiber material, energy powder with mass fraction of 0.5-1.5% is added to the fiber material, and auxiliaries including a certain amount of calcium gluconate, stone needles, zinc glutamine and keels are added to the energy powder under the collocation of various mineral raw materials. The activity of the energy powder can be better excited, and the energy field of the energy powder forms a harmonious and unified comprehensive energy field. The preparation method of the protective tool is characterized in that the specific temperature of 520-580 DEG C is kept in the grinding process of the energy powder directly added into a fiber formula of the protective tool body, the energy fields of all the materials can be ground and mixed in the specific excitation state at the temperature, and therefore a stronger field effect is presented in the final protective tool.