42results about How to "Steady consumption" patented technology

The invention discloses high-manganese high-nitrogen low-nickel stainless steel plate blank continuous casting crystallizer covering slag which comprises the following components in percentage by weight: 54-57% of wollastonite, 9-13% of fluorite, 9-13% of sodium carbonate, 0-1% of lithium carbonate, 5-7% of glass dust, 8-12% of vanadine soil, 2.5-2.7% of soot carbon and 3-3.5% of graphite, and comprises the chemical components in percentage by weight: 31.9-34.9% of calcium oxide, 32.1-35.1% of silicon dioxide, 7.3-8.3% of aluminium oxide, 0.5-1.5% of magnesium oxide, 0.5-1.4% of iron sesquioxide, 4.4-6.4% of fluorion, 6.5-7.5% of sodium oxide, 0-0.39% of lithium oxide, 4.5-6.0% of fixed carbon and 4-7% of gas volatile matters. The alkalinity of the covering slag, namely the ratio of CaO to SiO2, is 0.91 to 1.00, the melting point of the covering slag is 1100 DEG C to 1160 DEG C, and the viscosity of the covering slag is 0.3 to 0.6 Pa.s at 1300 DEG C. The invention can solve the problems of easy crusting, slag entrainment, slag inclusion, slag sticking on casting blank surfaces, bubbles under skins, cracks, deep chatter mark, felting, bleed-out, and the like of the covering slag in the crystallizer during high-manganese high-nitrogen low-nickel stainless steel plate blank continuous casting, and has the advantages of uniform and stable slagging in the crystallizer, good casting blank quality, difficult felting and bleed-out, and the like.

To provide an image-bearing member protecting agent used for forming a protective layer on a surface of an image bearing member, the agent including: a compressed powder body formed by pressurizing a powder containing at least a fatty acid metal salt (A) and an inorganic lubricant (B), wherein a ratio Db/Da of an average particle diameter Db of the inorganic lubricant (B) to an average particle diameter Da of the fatty acid metal salt (A) satisfies 0<Db/Da≦0.40.

The invention discloses a novel composite electrode material of an iron base, a copper transitional layer and a surface nitride coating and a preparation method thereof. The novel composite electrode material of the iron base, the copper transitional layer and the surface nitride coating is formed through firstly coating pure copper with certain thickness on the surface of an iron-based material to serve as a transitional layer by using electroplating and brush electroplating technologies or chemical plating and sputtering plating technologies and depositing nitrides on the transitional layer by using a sputtering plating technology. Through using the iron-based material as the electrode material, the novel composite electrode material of the iron base, the copper transitional layer and the surface nitride coating, disclosed by the invention, has the advantages of good machining performance, good conductivity, high strength and low cost. A copper layer is plated on the surface of the electrode material to serve as the transitional layer to increase electrical conductivity and to increase film-based bonding strength of the surface nitride layer; the nitride layer on the surface has the advantages of corrosion resistance, high wear resistance, high strength, high hardness and lower resistance; the specific energy and specific power of an electrode can be greatly increased, the contact resistance is kept constant and electric energy consumption is stable and lower.

The invention discloses a novel electrode material with the surface subjected to molybdenum infiltration and titanium nitride deposition and a preparation method thereof. The preparation method comprises the following steps: firstly infiltrating an alloy element molybdenum into the surface of an iron-based material by utilizing a plasma surface alloying and multi-arc ion plating composite processing technology so as to form a molybdenum-containing infiltrated layer in metallurgical bonding, and then depositing titanium nitride by sputter plating so as to form the novel electrode material with the surface subjected to molybdenum infiltration and titanium nitride deposition. According to the invention, the steel and iron materials with high quantity, wide range and low price are adopted as the electrode material, and the electrode material has the advantages of good processing property, good conductivity, high strength and low cost. After the surface of the electrode material is subjected to molybdenum infiltration and titanium nitride deposition, the electrode material has the advantages of corrosion resistance, abrasion resistance, high strength and hardness, low resistivity and high bonding force; the specific energy and specific power of the electrode can be improved greatly; the contact resistance is constant; the electricity energy consumption is stable and low.

The invention relates to a composite wood plastic building template, belongs to the field of building materials and fills the blank that the current wood plastic building template uses red mud as a main filling material. The composite wood plastic building template is in a plate-shaped body structure which is formed by premixed squeeze casting. The main formula of the composite wood plastic building template comprises the following main materials: a main material: 20-150 parts of PVC (polyvinyl chloride); packing materials: 5-50 parts of wood flour and 10-100 parts of red mud; auxiliaries: 2-8 parts of a foaming regulator, 0.2-1 part of a foaming agent, 1-10 parts of a compound stabilizer, 2-15 parts of an impact modifier, 0.3-2 parts of a lubricating agent and 0.1-1 part of 0A6.

The invention discloses a slow-release modification method of a solid electrolyte/metal lithium interface and a solid lithium metal battery. The slow-release modification method comprises the following steps: coating the surface of a lithium metal anode with a solution containing a self-degradable polymer and an active substance, and performing drying to form a precursor protection layer on the surface of the lithium metal anode; activating the metal lithium anode with the precursor protection layer on the surface at 40-80 DEG C until the polymer is attached to the surface of the metal lithiumanode in a gel state; assembling a metal lithium electrode with a gel-state precursor protection layer on at least one side of the solid electrolyte to form a solid-state battery, wherein the precursor protection layer releases the loaded active substance in the charge-discharge cycle of the solid-state battery to react with the lithium metal to induce the surface of the lithium metal negative electrode to construct a stable interface protection layer in situ.

The invention relates to a submerged electric arc current generating device which utilizes submerged electric arc generated among carbon electrodes to produce clean and low-price flammable gas. The invention belongs to the technical field of clean energy. According to the submerged electric arc current generating device, the design of multiple pairs of electrodes is adopted, each pair of electrodes can work independently, so that the technical condition of continuous working is achieved, and the setting of uninterrupted working of the device is further realized; and with the setting of multiple electrodes, the purpose of prolonging the service life of electrodes is achieved.

The invention provides a method for treating desulfurized slag iron. The method comprises the steps that the desulfurized slag iron is added into molten iron of a convertor to be blew, thus the desulfurized slag iron is melted, wherein as for each single block of the desulfurized slag iron, the weight is smaller than or equal to 1500 Kg, the thickness is smaller than or equal to 300 mm, and the length is smaller than or equal to 1000 mm; the oxygen supply strength of the convertor is 1.9-3.5 Nm<3>/min/t, and the total oxygen supply amount of the convertor is 3000-3500 Nm<3>; the bottom blowingstrength is 0.077-0.124 Nm<3>/min/t; and after melting of the desulfurized slag iron is finished, semi-steel tapping is conducted. The desulfurized slag iron can be consumed stably, the treatment amount is large, normal desulfurization can be conducted under the situation of the high content of semi-steel sulfur, meanwhile, the desulfurized semi-steel molten iron can be normally smelted into branded steel, and the process is simple and practical.

An internal power supply circuit including a first output metal oxide semiconductor transistor (Q1) for delivering a first reference voltage (V _ref ), an internal reference voltage generating circuit (10) for generating a second reference voltage from the output voltage of (Q1), and an output metal oxide semiconductor transistor (Q2) which operates at the source according to the second internal reference voltage Follower mode. The internal reference voltage generating circuit (10) has the function of eliminating the influence of the threshold voltages of the output metal oxide semiconductor transistor (Q2) and the first metal oxide semiconductor transistor (Q1) on the internal voltage VINT on the output node (4).

An LED lamp (1) for use in a luminaire (2), the LED lamp (1) comprising a plurality of LEDs (14) connected in a plurality of groups (15, 16); one or more rectifier circuits (10, 10a, 10b) adapted for rectifying an electrical current received from the luminaire (2) for supply to the LEDs (14); a first control circuit (24) adapted to estimate electrical current or electrical power received by or used by the LED lamp (1), and adapted to generate an output on the basis of the estimate; and a switching circuit (20) comprising a first switch (21) for switching the plurality of groups of LEDs (15, 16) between a plurality of different circuit configurations at a switching frequency of at least 300 kHz and according to a duty cycle; wherein the switching circuit (20) is configured to adjust the duty cycle in dependence on the output of the first control circuit (24) to adjust the electrical power used by the LED lamp (1).

The invention relates to the technical field of film coating machines, in particular to a target material and a treatment method thereof. The target material comprises a target material body, according to the magnetic field strength in the target material sputtering process, the upper surface of the target material body sinks towards the center of the upper surface of the target material body, sothat a cambered-surface groove is formed, therefore target material atoms are evenly sputtered on a base plate in the target material sputtering process, that is, the target material atoms can sufficiently gather towards the center in the sputtering process, then the target material atoms are evenly sputtered to the base plate, the situation that the thickness of a functional film formed on the base plate is uneven due to the fact that rapid sputtering is conducted by the place where the magnetic field of the target material body is strong, and the target material atoms are directly sputteredto the base plate can be avoided, and therefore the thin film evenness of a thin film square resistor can be effectively improved. Compared with the prior art, the target material treatment method hasthe above advantages, and no more detailed description is made here.

The invention discloses a slowly digestible highland barley whole flour preparation method, which comprises: crushing highland barley, conducting screening, adjusting the water content of the highland barley flour to 30%, and carrying out heat-moisture synergistic pullulanase treatment at a heat-moisture treatment temperature of 110 DEG C for 90 min, with the addition amount of pullulanase being 40 U/g dry starch. The invention also discloses an application of the slowly digestible highland barley whole flour in premixed flour of Muffin cakes. According to the preparation method provided by the invention, the content of resistant starch in the highland barley powder is increased, the content of quickly digestible starch is reduced, and meanwhile, the content of total dietary fibers is also correspondingly increased. The Muffin cake obtained by processing the Muffin cake premixed powder provided by the invention has little difference from commercial Muffin cakes in sensory score, hardness and specific volume, but retains the peculiar smell and taste of coarse cereals, and the starch digestion rate of the Muffin cake is lower than that of the commercial Muffin cake, so that the Muffin cake is slowly digested in vivo and is stable in digestion rate, and is suitable for diabetics and people who need to maintain stable blood sugar level to eat.