394 results about "Plate method" patented technology

Methods and systems for occipital-cervical spinal fixation. A plate configured for attachment to the occipital bone has two arms extending out from either side, which turn downwards parallel to one another. A first bend is disposed in the arms, such that the arms extend down from the occipital bone behind the spinous process of the C1 and C2 vertebrae, upon installation. A second bend in the arms allows attachment to the C2 vertebra. The system may be dimensioned for pediatric installation. A bone graft material may be held in place between the cervical vertebrae and the skull by installing a cable to the installed system to retain the bone graft material in place. Methods and kits for occipital-cervical spinal fixation are also disclosed.

A sputtering target and a backing plate are diffusion-bonded with or without an insert or inserts interposed there-between so as to have a solid phase diffusion-bonded interface. The sputtering target substantially maintains its metallurgical characteristic and properties even though it has been diffusion-bonded to the backing plate. The solid-diffusion bonding of the target and backing plate, is achieved at a low temperature and pressure and results in interdiffusion of constituent atoms to attain high adhesion and bond strength without attendant deterioration or large deformation of the target material, while inhibiting the crystal growth in the target material. The bond undergoes no abrupt decrease in bond strength upon elevation of the service temperature. One hundred percent bonding is achieved with non-bonded portions such as pores left along the interface.

Methods relating to and apparatus such as floating nut plates may include complementary surfaces limiting movement of a retainer toward or away from side walls of a receiver, such as wherein a nut element is positioned between the retainer and the receiver. One of the complementary surfaces may be a groove formed in the retainer. In one configuration, the receiver and / or retainer are non-metal.

The present invention relates to a hollow sphere or porous sphere preparation method through vesicle and multi-chamber vesicle template method. The preparation method is characterized in that a surface active agent forms vesicle and multi-chamber as the soft template under certain conditions; inorganic material carries out nucleus growth on the surface of the soft template so as to copy the shape of the vesicle and multi-chamber vesicle and obtain a single-layer hollow sphere and multi-layer hollow sphere structure; due to different growing ways of crystal, the formed hollow sphere can be single crystal, polycrystal or multiaperture. The surface active agent is anion surface active agent, cation active agent or a mixer of the two surface active agents. The deposited inorganic material includes oxide, sulfide, simple metal substance, selenide, hydroxid or inorganic salts, which form core and grow on the surface of the vesicle and multi-chamber vesicle and finally obtain the single-layer and multi-layer hollow sphere structure and the porous sphere structure. Cu2O and ZnS hollow sphere or porous sphere is taken as the embodiment for detailed description.

The invention relates to a self-lubricant composite soft coat blade, and relative production. Wherein, said blade uses the MoS2 / Zr / Ti composite coat blade made from middle-frequency magnetic-control multi-arc plating method; the surface of blade is MoS2 layer, between which can base there are Ti, MoS2 / Zr / Ti, and MoS2 / Zr transition layer; when using said blade to cut, the surface of blade can form continuous lubricant layer, to realize self-lubricant function; since the solid lubricant has low shearing strength, the solid lubricant layer will be transferred to the surface of work piece, to form transfer film and the friction in the cutting process will generate inside the solid lubricant layer, to reduce friction, reduce shearing force and reduce shearing temperature.

Methods, systems and devices are described for a chassis with a repositionable optical feedthrough plate. An apparatus, includes a chassis having a first module bay with a first plate mounting bracket, a second module bay with a second plate mounting bracket and a modular repositionable plate with an optical feedthrough that is removably connectable to the first plate mounting bracket and removably connectable to the second plate mounting bracket.

Methods and apparatus are described for retrieving information from a storage medium. A first portion of the surface of the storage medium is exposed to stimulating light which diffuses in the storage medium under a second portion of the surface adjacent the first portion. The second portion of the surface is shielded from exposure to the stimulating light. Stimulated light corresponding to the information is received with at least one detector positioned to receive the stimulated light via the second portion of the surface of the storage medium. The stimulated light is released from the storage medium in response to the stimulating light diffused under the second portion of the surface.

Method and apparatus for treating a surface of a substrate plate under irradiation of ultraviolet ray emitted from a dielectric barrier discharge lamp. Upon admission into a treating chamber, oxygen is removed from a treating surface and surrounding atmosphere of a substrate plate in order to suppress energy losses of ultraviolet ray to a minimum.

The invention discloses enterococcus faecium and a preparation method thereof, relates to the field of microorganisms, and particularly relates to the enterococcus faecium and application thereof. A bacterium sample is acquired from the rumen of a slaughtered goat, subjected to directive breeding at the temperature of 32-42 DEG C under an anaerobic and photophobic condition, and separated and purified by use of a repeated divisional agar streak plate method so as to obtain enterococcus faecium L-01. The enterococcus faecium L-01 can be used as an animal microorganism fodder additive, has the effects of effectively inhibiting pathogenic bacterium in animal digestive tract, improving the micro-ecological environment of the digestive tract and enhancing the immunologic function of an animal body, can be used as a substitute product of antibiotics and can be used for effectively solving the existing serious situation.

A phased array antenna system on an aircraft that incorporates a choke plate that significantly attenuates sidelobes of the antenna beam pattern at elevation angles that would cause RF interference with ground-based terrestrial wireless networks. The choke plate includes a plurality of choke grooves that substantially circumscribe the antenna aperture. The choke plate has an upper surface that is positioned generally coplanar with the upper surface of the antenna aperture. The grooves of the choke plate may be filled with a dielectric material. The choke plate provides a smooth aerodynamic component that significantly attenuates beam scattering, and thus the radiation pattern sidelobes of the antenna at or below the horizon, when the aircraft is in flight.

Methods and systems for occipital-cervical spinal fixation. A plate configured for attachment to the occipital bone has two arms extending out from either side, which turn downwards parallel to one another. A first bend is disposed in the arms, such that the arms extend down from the occipital bone behind the spinous process of the C1 and C2 vertebrae, upon installation. A second bend in the arms allows attachment to the C2 vertebra. The system may be dimensioned for pediatric installation. A bone graft material may be held in place between the cervical vertebrae and the skull by installing a cable to the installed system to retain the bone graft material in place. Methods and kits for occipital-cervical spinal fixation are also disclosed.

The preparation method of a ceramic bullet-proof plate provided by the present invention is to use a solvent-based adhesive to bond bullet-proof ceramic sheets and high-performance fiber laminates together through a negative pressure forming process, and then press and shape the bullet-proof plate in a special mold. The specific preparation method is as follows: firstly, the bulletproof ceramic sheet is neatly placed on a high-performance fiber fabric laminate coated with a solvent-based adhesive according to the designed shape; then, the ceramic sheet and the laminate are placed horizontally on a negative pressure forming machine ( The forming machine is used to form a negative pressure in a certain space), adjust the air pressure to 0.1-0.5 atmospheres, keep it for 5-10 minutes, then take it out, and manually adjust the displacement of the bulletproof ceramic sheet; finally, press and shape it in the mold, The molding condition is 0.3~1Mpa pressure at room temperature for 12 hours.

The invention discloses a parallax baffle plate, a display panel and a preparation method of the parallax baffle plate, relates to the technical field of display and aims at solving the problem that conversion between 2D (two-dimensional) display and 3D (three-dimensional) display can not be realized through a traditional parallax baffle plate method under the situation of using an ordinary non-polarized light source. The invention can be simultaneously applied to a polarized light source. The parallax baffle plate disclosed by the embodiment of the invention comprises a transparent baffle plate, at least one group of patterns switching between a light absorption state and a light transmission state are arranged on the transparent baffle plate, and when each group of the patterns are in the light absorption state, a slit grating for naked-eye three-dimensional display is formed on the transparent baffle plate. The embodiment of the invention is mainly used for the parallax baffle plates and the display panels, in particular to the display panels with the need of switching the display between 3D and 2D.

The invention relates to the technical field of the inorganic nanometer material, and relates to a method for preparing the ordered mesoporous carbon with an organic template method. Segmented copolymer is adopted as the structural guiding agent, and the resin is adopted as the precursor of the carbon, and the solid base is adopted as the catalyst, organic / organic compound film is assembled in the insoluble agent through the sol-gel technique, and then the film is charred to be the ordered mesoporous carbon. The organic / organic compound that is obtained by assembling the segmented copolymer and the resin in the alkaline insoluble agent has more stable tri-dimensional cross-linked network structure than the synthesized product in the acid body system; the direct charring volume retraction and collapse is small, and the ordered mesoporous carbon is easier to be obtained.

The invention mainly relates to a preparation method of porous ceramics. The controllable microstructure porous ceramics is prepared by the bonding template method, which is characterized in that a binder is used to bond plastic particles to form a framework template, and by adjusting the concentration of the binder, the size of the bonding point between the plastic particles is controlled to achieve the control of making porous ceramics. The size of the internal connection diameter of the ceramic; then the grouting molding template is replicated, and finally the corresponding product is obtained by sintering. The porosity of the porous ceramics prepared by the method can be controlled between 50-90%, the pore diameter can be controlled between 10-7000 microns, and the internal connection diameter of the holes can be controlled between 1-3000 microns. This method can be used to prepare porous ceramics with uniform pore size and porous gradient ceramic materials.

The invention discloses a bacillus amyloliquefaciens D2WM as well as a preparation method and application of bacillus amyloliquefaciens D2WM. The bacillus amyloliquefaciens D2WM comprises the steps of A, bacillus separation and purification, namely collecting after inoculating a slope; B, preliminary screening of bacillus, namely sequentially selecting strains having antagonistic effects on Erwinia and camellia oleifera diseases by using a point connection method and a plate confrontation method; and C, secondary screening of bacillus, namely culturing the preliminarily-screened strains with the antagonistic effects in an LB liquid culture medium by using a cup-plate method, and screening the strains simultaneously having the antagonistic effects on main diseases of Erwinia and camellia oleifera through an antagonistic bacterium fermentation liquid and sterile filtrate. When being applied to preparation of drugs for treating or preventing soft rot of vegetables and camellia oleifera diseases, the bacillus amyloliquefaciens has a broad-spectrum antagonistic effect, high in growth speed, capable of efficiently antagonizing anthracnose of camellia oleifera, leaf spot diseases of camellia oleifera, black spot of camellia oleifera, canker of camellia oleifera and various diseases and remarkable in antibacterial effect, the culture time for general bacteria and fungi is greatly shortened, and the production cost is reduced.

Methods of manufacturing or repairing a turbine blade or vane are described. The airfoil portions of these turbine components are typically manufactured by casting in a ceramic mold, and a surface made up of the cast airfoil and at the least the ceramic core serves as a build surface for a subsequent process of additively manufacturing the tip portions. The build surface is created by removing a top portion of the airfoil and the core, or by placing an ultra-thin shim on top of the airfoil and the core. The overhang projected by the shim is subsequently removed. These methods are not limited to turbine engine applications, but can be applied to any metallic object that can benefit from casting and additive manufacturing processes. The present disclosure also relates to finished and intermediate products prepared by these methods.

The invention discloses a limit-specification IF (interstitial-free) steel and a furnace zone through plate method thereof, belonging to the technical field of cold rolled sheet strip annealing. The IF steel comprises the following components in percentage by weight: not more than 0.0015 of C, not more than 0.03 of Si, 0.1-0.14 of Mn, not more than 0.01 of P, not more than 0.01 of S, 0.02-0.045 of Alt, 0.06-0.08 of Ti, not more than 0.004 of N, and the balance of Fe; and the heating zone temperature is 815-825 DEG C, the slow cooling zone temperature is 620-630 DEG C, the fast cooling zone temperature is 340-350 DEG C, and the overaging temperature is 350-360 DEG C. According to the invention, by optimizing furnace zone tension, lowering furnace zone temperature, reducing roller body temperature difference, preventing steel strip from off-tracking and other methods, furnace zone stable through plate of automobile plates with thin wide specification is realized and the annealing plate shape quality is significantly improved.

The invention discloses a preparing method of monodisperse cuprous oxide hollow submicroballoon with aqueous phase cluster soft mold plates method in preparing technical domain of inorganic functional material, which comprises the following steps: forming cluster with polyvinyl pyrrolidon and dodecyl sodium sulfate; setting the cluster as soft mold plate; mixing water solution of nantokite with water solution of cluster soft mold plate; adjusting pH value; using hydrazine hydrate as reducer; deacidizing copper ion quickly; getting copper-protoxide hollow submicroballoon colloidal solution; making the soft mold plate with the function of controlling outlook and size of particle during reacting course; whizzing; depositing; washing with deionized water and absolute ethyl alcohol; getting copper-protoxide nanometer particle with grain diameter at 11-22 nm; self-assembling; forming monodisperse cuprous oxide hollow submicroballoon with diameter of particle at 400-550 nm.

The invention discloses a vibrio parahaemolyticus phage VP-HYP2 and application of the vibrio parahaemolyticus phage VP-HYP2 in prevention and control over pathogenic vibrio parahaemolyticus infectionof whiteleg shrimps, and belongs to the field of biotechnology. According to the vibrio parahaemolyticus phage VP-HYP2 and the application of the vibrio parahaemolyticus phage VP-HYP2, a double-layeragar plate method is utilized for separating a bacteriophage strain named the vibrio parahaemolyticus phage VP-HYP2 from wastewater generated from breeding of the whiteleg shrimps in Taizhou, and thepreservation number is CCTCCNO:M2019227. The provided vibrio parahaemolyticus phage VP-HYP2 is wide in pH tolerance range and high in thermostability, after the vibrio parahaemolyticus phage VP-HYP2is used for treating pathogenic vibrio parahaemolyticus causing acute hepatopancreatic necrosis of the shrimps, the number of bacteria is significantly reduced in a short time, and therefore the provided vibrio parahaemolyticus phage VP-HYP2 has a good application prospect in prevention and control over the pathogenic vibrio parahaemolyticus causing acute hepatopancreatic necrosis of the shrimps.

The invention provides a reservoir capillary pressure curve determinator under a high temperature and a pressure. The determinator comprises a ring pressure system, an injection system, a core clamping system, a semi-permeable baffle plate, a back pressure system, a measuring system, a data automatically collecting and processing system, and a thermostat which are connected through pipelines. A semi-permeable baffle plate method is adopted to measure capillary pressure curves under a stratum condition, and the basic rationale is that a principle of balance between an impressed pressure and the capillary pressure is used to measure the capillary pressure curves under the high temperature and the pressure. Core saturated wetting phase fluid displaces a wetting phase with a nonwetting phase under a certain displacement pressure. When the impressed pressure overcomes the capillary pressure of a certain capillary in the core, the wetting phase fluid in the capillary is discharged gradually, and the wetting phase fluid saturation in the core is reduced. Pressure is increased stepwise, accumulated discharged quantity of the wetting phase fluid when the wetting phase fluid is no longer discharged and an injection pressure are measured, and the capillary pressure curves can be solved.

The invention relates to a two-dimensional visualized test device of the work mechanism of an anchoring system, belonging to the technical field of geotechnical engineering. The two-dimensional visualized test device is formed by combining a left-side loading plate (5), a top loading plate (6), a right-side fixed plate (11), a bottom plate (22), a camera device (20), and the like. According to the two-dimensional visualized test device, a sample chamber (10) of is formed by adopting a staggered plate method, and therefore, the problem of blank corner of an anchoring body is solved; the camera device (20) is arranged so as to shoot the behavioral process of forming the anchoring system by an anchor rod, an anchoring agent and the anchoring body in the overall drawing process of the anchor rod in a whole course, and the behavioral process can be directly observed by eyes, and therefore, the limitation of inconvenient monitoring and observation of the mechanical response of the anchoring system in the traditional three-dimensional test is overcome; and the test basis of the research of the work mechanism of the anchoring system is provided. The invention can be widely used for the test research of a full-length bond-type anchor rod and the mechanical behavior and the work mechanism of the corresponding anchoring system in geotechnical engineering.

The invention relates to the field of manufacturing the high voltage power equipment, and particularly discloses a brush plating method for a silver layer on the surface of an aluminum alloy conductor. The method comprises the following steps: 1, the surface of the aluminum alloy conductor is wiped and washed; 2, at a temperature of between 15 and 28 DEG C, first-time zinc brushing, zinc deplating and second-time zinc brushing are performed; 3, at a temperature of between 25 and 38 DEG C, a brushing copper plating pen is dipped with plating copper liquid for copper brushing, wherein the current density of a contact surface between the brushing copper plating pen and the aluminum alloy conductor is between 3 and 6A; and 4, at a temperature of between 15 and 38 DEG C, a brushing silver plating pen is dipped with pre-plating silver liquid for silver pre-brushing, after washing, the brushing silver plating pen is dipped with plating silver liquid for silver brushing, wherein the current density of a contact surface between the brushing silver plating pen and the aluminum alloy conductor is between 2 and 6A, and finally the aluminum alloy conductor is washed.

A phased array antenna system on an aircraft that incorporates a choke plate that significantly attenuates sidelobes of the antenna beam pattern at elevation angles that would cause RF interference with ground-based terrestrial wireless networks. The choke plate includes a plurality of choke grooves that substantially circumscribe the antenna aperture. The choke plate has an upper surface that is positioned generally coplanar with the upper surface of the antenna aperture. The grooves of the choke plate may be filled with a dielectric material. The choke plate provides a smooth aerodynamic component that significantly attenuates beam scattering, and thus the radiation pattern sidelobes of the antenna at or below the horizon, when the aircraft is in flight.

The invention relates to the technical field of soil repairing and in particular to a preparation method of a heavy metal polluted soil repairing agent. The repairing agent is composed of a microorganism and expanded vermiculite; the preparation method comprises the following steps: after carrying out sterile treatment on the expanded vermiculite, mixing the expanded vermiculite and a bacterium suspension solution together according to a ratio; then carrying out adsorption culture on a mixture in a dark place; after few hours, carrying out adsorption balance and carrying out immobilization of the microorganism; providing suitable culture conditions for the microorganism by the bacterium suspension solution according to different conditions on nutrients, the potential of hydrogen, oxygen and the like of the microorganism; or adding an inhibitor to cause an environment which is only good for the growth of the microorganism and is used for inhibiting the growth of other microorganisms, so as to eliminate other microorganisms which are not needed; separating and purifying the microorganism by adopting a diluting and coating flat plate method or a flat plate marking method until a pure strain is obtained; inoculating the purified strain into a culture solution and culturing to obtain the heavy metal polluted soil repairing agent. The preparation method provided by the invention is simple and low in investment cost; the repairing agent can be used for effectively improving an immobilization effect of the microorganism on heavy metal and is suitable for repairing low-concentration heavy metal polluted farmland soil.