82results about How to "Speed ​​up the restore process" patented technology

The present invention provides a necking system including a plurality of necking dies each necking dies having an at least partially non-polished necking surface and a non-polished relief following the necking surface. The present invention further provides a method of necking an metal container including providing an metal blank; shaping the blank into a bottle stock; and necking the metal bottle stock, wherein necking includes at least one necking die having an at least partially non-polished necking surface.

A diaphragm of a cup-shaped flexible external gear of a cup-shaped wave gear device having a high reduction ratio of 100 or higher is given a thickness t in a position of a radius r of the diaphragm whereby the thickness t is a value that satisfies the expression A / r2 when A is a constant. The constant A is preferably a value that satisfies the expression 0.0014D3<A<0.0026D3, where D is a pitch diameter of the flexible external gear, and the range of the radius r whereby the thickness t is defined as described above in the diaphragm is preferably set to satisfy the expression 0.6d<r<0.4D, where d is a diameter of a discoid rigid boss made continuous with an internal peripheral end of the diaphragm. Stress concentration can be alleviated, and it is possible for the allowable transmission torque to be increased compared to the prior art.

A system and method using superheated steam optionally augmented by oxygen for the reduction of nitrogen oxides present for reducing nitrogen oxides present in a wide variety of organic compounds. The system includes a single reaction vessel, or optionally, multiple reaction vessels in operational communication. Reduction takes place quickly when a steam / oxygen mixture is injected into the reaction vessel or vessels. Reducing additives are metered into the reaction vessel or vessels and / or provide energy input to reduce nitrates to nitrogen. The oxygen, when used, allows for some oxidation of waste by-products and provides an additional offset for thermal requirements of operation.

Common mode (CM) noise is substantially canceled in a switching power supply circuit such as a boost converter by providing a split inductor and analyzing the switching power supply circuit as a bridge circuit formed of the switch, portions of the split inductor and parasitic capacitances of respective portions of the power supply circuit. The bridge can then be balanced by addition of capacitance in parallel with the parasitic capacitance of a respective portion of the power supply circuit or dividing the split inductor such that a ratio of inductances of respective portions of the split inductor approximates a ratio of parasitic capacitances of the respective power supply circuit portions which may be measured or otherwise empirically determined. CM noise reduction of up to 40 db can be achieved without symmetric circuit design, addition of circuit elements or complex filtering having added cost, space requirements and power losses. Further, such a reduction in common mode noise allows simple EMI filtering arrangements to be employed further reducing cost and space requirements for the power supply circuit.

The invention provides a method and system for comprehensive utilization of copper tailings and converter coarse dust ash. The method and system relate to separating and enriching of iron and zinc in the copper tailings and the converter coarse dust ash. Specifically, the copper tailings, the converter coarse dust ash and a carbon-containing reducing agent are used as raw materials, and by means of material mixing, wet grinding-pelletizing, reduction roasting, and ore grinding-magnetic separation work procedures, metal iron powder and copper slag secondary tailings are obtained. The produced metal iron powder can serve as raw materials of steel making of an electric furnace or a converter, the copper slag secondary tailings can be used for producing building materials such as cement and baking-free bricks, and therefore iron resources and secondary tailings can be fully utilized, and the comprehensive utilization of the copper tailings and the converter coarse dust ash is achieved. The method can also meet the requirements of the non-ferrous industry, the iron and steel industry and the building material industry, and has good social and economic benefits.

A diaphragm of a cup-shaped flexible external gear of a cup-shaped wave gear device having a high reduction ratio of 100 or higher is given a thickness t in a position of a radius r of the diaphragm whereby the thickness t is a value that satisfies the expression A / r2 when A is a constant. The constant A is preferably a value that satisfies the expression 0.0014 D3<A<0.0026 D3, where D is a pitch diameter of the flexible external gear, and the range of the radius r whereby the thickness t is defined as described above in the diaphragm is preferably set to satisfy the expression 0.6 d<r<0.4 D, where d is a diameter of a discoid rigid boss made continuous with an internal peripheral end of the diaphragm. Stress concentration can be alleviated, and it is possible for the allowable transmission torque to be increased compared to the prior art.

Patterning-induced damage of sensitive low-k dielectric materials in semiconductors devices may be restored to a certain degree on the basis of a surface treatment that is performed prior to exposing the device to ambient atmosphere. To this end, the dangling silicon bonds of the silicon oxide-based low-k dielectric material may be saturated in a confined process environment, thereby providing superior surface conditions for the subsequent application of an appropriate repair chemistry.

The invention provides a Fischer-Tropsch synthesis catalyst prepared by using composite sol as a silicon source, and a preparation method and an application thereof. The main active component of the Fischer-Tropsch synthesis catalyst is Fe, and the catalyst also comprises a transition metal promoter M, a potassium promoter and a composite carrier X-SiO2. The X-SiO2 composite soil is the precursor of the composite carrier X-SiO2, and X is selected from at least one of Al, Zr, B, Ce and Ti. The X-SiO2 composite soil is used as the silicon source to substitute traditional silica sol in order to prepare the Fischer-Tropsch synthesis catalyst. The method is simple to operate, is easy to implement, and is suitable for large-scale industrial production; and the catalyst provided by the invention has the advantages of large surface area, high mechanical strength, and easy reduction-carbonization, so the activity and the reaction stability of the catalyst are greatly improved.

A counter for seeds in a duct includes a first point source transmitter on a first mounting on one side of the duct spaced outwardly from the duct so as to project light through a front wall and a set of phototransistors in a transverse row carried on a second mounting on a rear wall. The side walls of the duct lie on a triangle with an apex at the light source. The phototransistors are connected in series so that the output current is determined by that phototransistor on which the majority of the shadow from the seed falls. In this way the momentary reduction in current output has a larger amplitude to better distinguish from dust in the duct. The duct is formed by a housing attached to the peripheral wall of the metering device with a seed transport tube attached to the bottom of the housing.

The invention discloses a method for recycling gas-base direct reduced tail gas. Firstly the gas-base direct reduced tail gas is used for conducting pre-heating and pre-reduction treatment on iron ore pellets, CO in the tail gas has a reaction that two COs are reacted to generate CO2 and C in the above treatment process, separated carbon black is deposited in holes and on surfaces of pre-reduced pellets where gaps are rich, and the pre-reduced pellets containing fine carbon black are formed. The pre-reduced carbon separated pellets are mixed with certain quantity of a reducing agent, and then added into an industrial microwave oven to conduct deep reduction, and then magnetic separating is carried out to obtain direct reduced iron. The method can effectively use tail gas in traditional gas-base direct reduction process and secondary heat reducing gas produced in a metallurgy process to conduct prereduction and carbon separation, and use high-efficient and rapid characteristics of microwave heating and excellent absorbing properties of carbon black to conduct direct reduction on the iron ore pellets so as to achieve a purpose of energy conservation and environmental protection production.

The invention provides a method for preparing vanadium-nitrogen alloy. The method comprises the steps that vanadium oxide, graphite powder and a catalyst are evenly mixed, and the mixed materials are compressed to be spherical or elliptical raw materials; afterwards, the raw materials are placed in a sintering furnace full of nitrogen to be sintered, and the vanadium-nitrogen alloy can be obtained after sintering is completed; the catalyst is iron powder; the sintering process of the sintering furnace is that the temperature is made to rise to 1300-1500 DEG C, which is the highest temperature, within six hours; the vanadium oxide comprises at least one of vanadium pentoxide, vanadium tetraoxide and vanadium trioxide.

The invention belongs to the technical field of soil pollution remediation. The invention relates to a method for removing organochlorine compounds in soil through cooperation of chelating agent enhanced advanced oxidation and electric remediation. The method comprises the following steps: 1) transferring the contaminated soil to an electric remediation device, adding an oxidant and glutamic acidN, N-diacetic acid into the soil, and meanwhile, arranging nano zero-valent iron near an anode of the electric remediation device; and 2) adjusting the pH value of an electrolyte, and starting the electric remediation device to remove the organochlorine compounds in the soil, wherein the oxidant is at least one of persulfate, hydrogen peroxide, permanganate and hypochlorite. According to the method, the organochlorine pollutants in the soil are synergistically removed based on a combined treatment mode of electric remediation, the nanoscale zero-valent iron, the oxidant and the glutamic acid N, N-diacetic acid, the removal rate of the organochlorine pollutants in the soil can be greatly increased, and meanwhile in-situ removal of the organochlorine pollutants can be achieved.

According to the present invention, for a dead human body in which the blood contains a predetermined ratio or more of bilirubin, which causes discoloration of the body, before the primary embalmment processing employing the perfusion type antiseptic fixing method using a formalin solution, the body is cleaned with an antiseptic solution, and the preliminary processing is performed. Specifically, a photo catalyst embalming solution containing a photo catalyst is injected into the vessels of the body, and after the photo catalyst embalming solution has been distributed to the capillaries in the dermis of portions of the body for which discoloration is to be prevented, the portions are irradiated by an electromagnetic wave (e.g., UV) to induce photo catalytic activity to locally, at the least, decompose bilirubin and reduce the amount in the body portions. As a result, the appearance of a body in a special state, wherein the amount of bilirubin is excessive, can be maintained so it is as natural as possible.

A system and method using fluidizing gas optionally augmented by oxygen for reducing nitrogen oxides present in a wide variety of waste materials. The system includes a single reaction vessel, or optionally multiple reaction vessels, providing multiple reaction bed zones in fluid communication. Reduction takes place quickly when steam or another fluidizing gas is injected into the reaction vessel or vessels. Reducing additives may be metered into the reaction vessel or vessels and / or provide energy input to facilitate reduction of nitrogen oxides to nitrogen. The oxygen, when used, allows for some oxidation of waste by-products and provides an additional offset for thermal requirements of operation.

The invention discloses a method for removing sulfate and Cd (II) wastewater through sponge iron and microorganism synergism. The method comprises: under the anaerobic condition, a sponge iron solution A, a bacterium suspension B of sulfate reducing bacteria, and a bacterium suspension C of iron reducing comamonas are mixed in a volume ratio of 1:1:1-1:3:4 and aged for 40-60 min, deoxidized and deionized water is used for repeated washing after a reaction is completed, and a sterilized saline solution is used for soaking; a mixture of sponge iron and sulfate reducing bacteria / iron reducing bacteria is obtained; the obtained mixture of sponge iron and sulfate reducing bacteria / iron reducing bacteria is mixed with sulfate and Cd(II) wastewater, the reaction lasts for more than 20 hours under the normal temperature, and wastewater sulfate and Cd(II) are purified at the same time. According to the method, the removal rate of Cd (II) metal is above 85%, required equipment is simple and convenient to operate, reactions are completed under normal temperature and normal pressure, products are the solid phase, a reaction system is a liquid phase, products can be separated easily, and the method is suitable for large-scale industrial production.

A magnetic resonance imaging protocol includes an acquisition segment to control an acquisition sequence to acquire magnetic resonance signals at a lower main magnetic field strength. A reconstruction segment controls reconstruction of a diagnostic magnetic resonance image from the magnetic resonance signals at a lower main magnetic field strength. A segmentation segment to control segmentation of a pre-determined image-detail of the diagnostic magnetic resonance image. In the magnetic resonance imaging protocol: the acquisition sequence has a set of imaging parameters that cause the image quality of the diagnostic magnetic resonance to be similar to the image quality of the magnetic resonance training images. The segmentation segment comprises: an initialisation portion which controls (i) access to a set of magnetic resonance training images acquired at main magnetic field of a higher main magnetic field strength (ii) registration of the diagnostic magnetic resonance image to one or more of the magnetic resonance training images and (iii) a segmentation proper applied to the diagnostic image to segment the pre-determined detail from the registered diagnostic magnetic resonance image. The one or more magnetic resonance training images includes an image detail corresponding to the pre-determined image detail in the diagnostic magnetic resonance image. Notably, the magnetic resonance training magnetic resonance images are acquired at a high magnetic field strength at 7 T and its level of detail facilitates the accurate segmentation of notably the hippocampus from diagnostic magnetic resonance images at lower field strength of 3 T. The diagnostic magnetic resonance images are acquired such that they resemble the training magnetic resonance images.

The invention relates to an external air reservoir or tank linkage synchronous lifting table based on the principle of a gas spring. The external air reservoir or tank linkage synchronous lifting table includes a table top (1) and a base (4), and is characterized in that the table top is installed on the base through at least two lifting legs (3) made based on the principle of the air spring, each lifting leg is composed of a piston rod (77), a cylinder body (33) and a power air cylinder or tank (57), a rod cavity of one of the cylinder bodies (33) communicates with storage cavities of the power air cylinders or tanks (57) as the driving power while communicating with a rodless cavity of another one of the cylinder bodies (33), a rod cavity of the last cylinder body (33) communicates with a storage cavity of the last power air cylinder or tank (57) while communicating with a rodless cavity of the first cylinder body (33), high-pressure gas in power cavities 99 of the power air cylinders or tanks (57) provides power to lift the table top, and the high-pressure gas is compressed and stores energy when the table top descends. According to the external air reservoir or tank linkage synchronous lifting table, the structure is simple, the cost is low, manufacturing is convenient, and the synchronous lifting and arbitrary height locking properties are good.

The invention provides a treatment method of livestock and poultry wastewater. The treatment method comprises the following steps: carrying out primary treatment on the livestock and poultry wastewater through a wetland, wherein aquatic plants are planted in the wetland; conveying the wastewater subjected to the primary treatment into a membrane bioreactor and carrying out anaerobic-aerobic circulating treatment, wherein the membrane bioreactor is internally filled with a hollow fiber membrane containing quinonyl. According to the treatment method of the livestock and poultry wastewater, provided by the invention, firstly, the wetland is used for carrying out the primary treatment on the livestock and poultry wastewater, and organic pollutants, nitrogen, phosphorus and the like in the livestock and poultry wastewater are removed primarily; then the membrane bioreactor is used for carrying out the anaerobic-aerobic circulating treatment on the wastewater subjected to the primary treatment; the membrane bioreactor is internally filled with the hollow fiber membrane containing the quinonyl, the quinonyl in the fiber membrane can be used for accelerating a reduction process of the nitrogen and a denitrification speed under an anaerobic condition is improved, so that the efficient denitrification aim is realized, and the aim of finishing COD (Chemical Oxygen Demand) removal and denitrification at the same time is realized.

The invention discloses a novel reducing agent for repairing a contaminated site. The novel reducing agent is prepared from the following components in percentage by mass: 70 percent to 95 percent of micron iron powder and 5 percent to 30 percent of an auxiliary agent, wherein the auxiliary agent is prepared from the following components in percentage by mass: 45 percent of xanthan gum, 54 percent of waste molasses and 1 percent of acetic acid bacteria powder. The reducing agent can also be used for effectively avoiding deposition and agglomeration phenomena in a utilization process of the micron iron powder, and uniform dispersion degrees of the micron iron powder in a polluted soil body and a polluted water body are remarkably improved; an oxidation-reduction potential of a reaction system is greatly reduced, and the reduction removal rate of the micron iron powder on pollutants in the soil and underground water is remarkably improved; the potential of hydrogen of a balance reaction system can be effectively balanced; finally, efficient reduction and recovery of the pollutants in the soil and underground water is realized. Meanwhile, the invention further provides a preparation method of the reducing agent; the utilization rate of waste materials can be realized, the preparation cost is low and the operation is simple and easy.

A therapeutic insole, comprising: at least a plantar channel running onto the upper surface of the therapeutic insole for providing support to a user's foot structure; a section of outside ribbing adapted to secure the therapeutic insole into a user's shoe; a plurality of support ribs running underneath the therapeutic insole to aid providing support to a user's foot structure while maintaining the therapeutic insole's shape; and a heel cup working with the at least a plantar channel to prevent undesired changes in a user's plantar fascia and heel tissue.

The invention relates to a synchronous lifting table driven by gas springs. The synchronous lifting table driven by the gas springs comprises a table top (1) and is characterized in that the table top(1) is arranged on a base (4) through a plurality of gas springs (3); synchronous lifting of the table top (1) is realized through synchronous telescopic motion of the gas springs (3); a rod cavity or a rodless cavity of the first gas spring and a rod cavity or a rodless cavity of the second gas spring are communicated through a connecting pipe (6); a rod cavity or a rodless cavity of the secondgas spring and a rod cavity or a rodless cavity of the third gas spring are communicated through the connecting pipe (6), in a similar fashion, a rod cavity or a rodless cavity of the last gas springis communicated with the rod cavity or the rodless cavity of the first gas spring through the connecting pipe (6); and a valve (2) enabling the gas springs to work or stop is arranged on any one or more connecting pipes (6). The synchronous lifting table driven by the gas springs is simple in structure, low in cost and convenient to manufacture, and has high synchronous lifting and any height locking properties.

The invention relates to a method for removing chromium and nickel in acid washing waste liquor. The method is implemented as follows: a removal process is specifically divided into the following two steps: adding a proper amount of iron powder into the acid washing waste liquor, performing reaction for a period of time at proper temperature and stirring speed, filtering and separating the acid washing waste liquor and the iron powder, adding a proper amount of nano-iron into the acid washing waste liquor, performing reaction for a period of time at proper temperature and stirring speed, and filtering and separating the acid washing waste liquor and the nano-iron. The acid washing waste liquor from which heavy metals are removed is consistent with the national standard HG / T4200-2011 about a raw material ferrous chloride for polyferric chloride, and can be used for preparing an iron-based coagulant. The method provided by the invention is simple, fast, low in cost and energy consumption and environment-friendly, and has a good removal effect on chromium and nickel ions with a relatively high concentration, a broad application prospect and high industrial application value.

The invention relates to a biomass iron-containing agglomerate for producing combustible gas and DRI, and a preparation method thereof, belonging to the technical field of iron making. The iron-containing agglomerate of the invention comprises, by mass, 50-60 parts of biomass, 100-200 parts of an iron-containing raw material, 5-10 parts of additives and 3-5 parts of a binder, wherein the additivescomprise sodium carbonate, laterite nickel ore, dolomite and plant ash. The iron-containing agglomerate of the invention reduces the thermal stability of the biomass and its decomposition products; the biomass acts as a reducing agent for iron oxide and a C source and an H source for combustible gas; the iron oxide acts as an iron source for steel preparation and an oxygen source for production of CO through reactions of carbon; so the iron-containing agglomerate promotes the catalytic cracking of tar and the biomass and its decomposition products, improves the gasification yield biomass andincreases the metallization rate of DRI.

The invention discloses a reduction treatment method and reduction treatment furnace for metal ore, belonging to the technical field metallurgy. The reduction treatment method for metal ore is implemented in the reduction treatment furnace with an upper metal ore inlet and a lower metal ore outlet. The reduction treatment furnace for metal ore is provided with a reducing gas outlet at a position located between the metal ore inlet and the metal ore outlet; a combustion-supporting gas outlet is arranged between the metal ore inlet and the reducing gas outlet; reducing gas is output from the reducing gas outlet and reacts with metal ore in a reducing zone; and combustion-supporting gas is input from the combustion-supporting gas outlet and supports combustion so as to realize preheating of metal ore in a preheating zone. The reduction treatment method and reduction treatment furnace for metal ore in the invention can be used for treating iron ore, manganese ore, copper core and the like with low metal content, and overcome the problems of complex equipment, great investment, high reduction reaction temperature and high energy consumption of conventional metal reduction methods.