219 results about "Special section" patented technology

A lightweight document matcher employs minimal processing and storage. The lightweight document matcher matches new documents to those stored in a database. The matcher lists, in order, those stored documents that are most similar to the new document. The new documents are typically problem statements or queries, and the stored documents are potential solutions such as FAQs (Frequently Asked Questions). Given a set of documents, titles, and possibly keywords, an automatic back-end process constructs a global dictionary of unique keywords and local dictionaries of relevant words for each document. The application front-end uses this information to score the relevance of stored documents to new documents. The scoring algorithm uses the count of matched words as a base score, and then assigns bonuses to words that have high predictive value. It optionally assigns an extra bonus for a match of words in special sections, e.g., titles. The method uses minimal data structures and lightweight scoring algorithms to compute efficiently even in restricted environments, such as mobile or small desktop computers.

The present invention is characterized by using pre-fabricated H-type channel steel, member bar made up by using aluminium alloy section material with special section, specially-made connecting disk, connecting component, metal outer wall plate, reinforced concrete slab and conventional heat-insulating sound-insulating material, wood plate, gypsum board and screw bolt, etc. to assemble the column beam frame, roof truss, roffing, wall and floor of building, and adopting assembling method to implement building work.

The invention relates to a nano conductive polymer / graphene composite fiber, and a preparation method and application thereof. The section of the fiber is special; a graphene sheet is at a loose stacking state; enriched fold morphology is formed on the surface of the fiber; the average strength of the fiber is greater than 50 MPa; the average breaking elongation is greater than 2 percent; the average conductivity is greater than 1 S / cm. The method comprises the following steps: preparing conductive polymer / graphene oxide composite spinning solution; then extruding the solution into a coagulating bath and performing elongation and curing, and performing drying and winding on the obtained wet fiber, so as to obtain conductive polymer / graphene oxide composite fiber; finally performing reduction through a chemical or physical method so as to obtain the nano conductive polymer / graphene composite fiber. The nano conductive polymer / graphene composite fiber has the advantages that an adjustable special section structure is formed on the section of the composite fiber, rich microstructures are formed on the surface of the composite fiber, the problem that graphene sheet layers are closely stacked is overcome, the graphene fiber with pure toughness is greatly enhanced, and excellent conductivity of the graphene fiber is still kept, so that the composite fiber has a wide application prospect.

This invention provides one method for rapid filtering, which comprises the following steps: in each Ethernet data arrival, extracting special section from data pack for mask computation to get index key words; using key word for index operation from mask relative filter list items; getting rule for relative data pack according to list. This invention also provides one rapid filter process device, which comprises extraction module, list process module, list find module and data pack process module.

A dental implant for a patient includes an anchoring part to anchor the dental implant in the bone and an abutment that is designed for fixation of a crown or similar supraconstruction and is or can be connected to the anchoring part. The anchoring part and the abutment are manufactured on a zirconium-oxide basis. The anchoring part and the abutment have special sections corresponding to the individual dimensions of the patient's bone and / or gums, said sections comprising a roughened surface designed to promote bone fusion. The special sections are produced on the green compact before the latter is finally sintered.

A vehicle navigation apparatus includes: a vehicle position information obtaining unit detecting a vehicle position; a special section detecting unit detecting a special section from a guidance route ahead of the vehicle position; a leading lane shift detecting unit detecting a shift of the vehicle from a main line to the leading lane in the special section; and a branch guiding unit conducting branch guidance for a branch point with a leading lane and conducting, in response to the detection of the shift of the vehicle into the leading lane detected by the leading lane shift detecting unit, travel guidance for a branch path.

A dental implant for a patient includes an anchoring part to anchor the dental implant in the bone and an abutment that is designed for fixation of a crown or similar supraconstruction and is or can be connected to the anchoring part. The anchoring part and the abutment are manufactured on a zirconium-oxide basis. The anchoring part and the abutment have special sections corresponding to the individual dimensions of the patient's bone and / or gums, said sections comprising a roughened surface designed to promote bone fusion. The special sections are produced on the green compact before the latter is finally sintered.

The invention discloses organosilicone modification epoxy asphalt. The organosilicone modification epoxy asphalt comprises a component A and a component B. The component A comprises, by mass, 100 parts of mixtures of organosilicone resin and epoxy resin and 5 parts to 10 parts of organosilicone coupling agents, wherein the mass ratio of the organosilicone resin to the epoxy resin is 10-15 to 85-90. The component B comprises, by mass, 45 parts to 135 parts of curing agents, 4.5 parts to 13.5 parts of diluents, 0 part to 0.02 part of accelerants and 100 parts to 150 parts of asphalt. On the basis of the steps, mineral materials are mixed into the prepared organosilicone modification epoxy asphalt, stirring is carried out at 100 DEG C to 150 DEG C, and an organosilicone modification epoxy asphalt mixture is obtained. The invention further discloses a method for preparing the organosilicone modification epoxy asphalt mixture and application of the organosilicone modification epoxy asphalt mixture to steel bridge and cement concrete bridge deck pavement, asphalt road surface pavement and repairing and special sections such as intersections and parking stations.

The invention discloses a construction method for one-time turning of a large-span T-shaped single pier. The construction method is characterized in that the T-shaped main beam turns to a place at a time, the two ends of the turned T-shaped main beam directly fall to side pier supports, closure sections are not arranged, a jack is adopted to jack the beam twice for construction operation in the turning process, closure construction conducted above a spanned obstacle is avoided, schedule of construction is improved, construction processes are decreased, mutual interference among the processes is greatly reduced, and construction quality is ensured. Construction of all main beams can be conducted through one side of a special section, one-time turning to the place is achieved, and a new construction method and experience are provided for turning construction of bridges.

The invention relates to the technical field of mechanical sealing board plug valve, in particular to an air-tight board plug valve which comprises a valve seat, an upper valve cover, an upper valve cover hold-down bolt, a board plug, a board plug lock nut, a board plug push rod and a board plug push rod driving device; wherein, a special section rubber sealing ring provided with a cavity is arranged between the upper valve cover and the board plug, the outer side of the special section rubber sealing ring is contacted with the valve seat, and the inner side is contacted with a chuck ring of the sealing ring; the cavity of the special section rubber sealing ring is communicated with a venting cavity of the upper valve cover to form an air-tight cavity, and a compressed-air pipeline is connected with the venting cavity of the upper valve cover to charge the air-tight cavity. Sealing grooves are respectively arranged at the lower side of the upper valve cover, the upper end surface of the chuck ring of the sealing ring and the upper end surface of the valve seat and matched with preiection of the special section rubber sealing ring, thus ensuring the board plug valve to have good sealing structure. A solid lubricant column is arranged between the valve seat and the board plug. The air-tight board plug valve has the advantages of good sealing performance, flexible and convenient operation and long service life.

The invention discloses forming equipment of a spiral pipe with a special section and a forming method. The forming equipment comprises a rack, a main shaft box, a pipe-end jacking seat and a sliding rail, wherein the two ends of the rack are respectively provided with the main shaft box and the pipe-end jacking seat and the middle part of the rack is provided with the sliding rail; the main shaft box is provided with a chuck; the sliding rail is provided with a sliding plate which can move along the sliding rail in a reciprocating manner; the sliding plate is provided with an axial propelling mechanism, a pipe body heater and a radial pressing mechanism; the radial pressing mechanism is provided with forming rollers; when the axial propelling mechanism propels, the generated axial acting force acting on the radial pressing mechanism can be transformed into radial force for gathering the forming rollers; the main shaft box, the axial propelling mechanism, the radical pressing mechanism and the pipe-end jacking seat are arranged in sequence, and the main shaft box, the centers of the forming rollers and the pipe-end jacking seat are positioned at the same axis. The equipment and the method provided by the invention has the advantages that the spiral pipes with different section shapes can be produced, and the problem of non-uniform pitch, poor section forming and poor section accuracy and the like in cold rolling and hot rolling of the spiral pipes are solved; the forming equipment can be completely modified on the existing machine tool, is less in investment and has stronger practical value.

The invention relates to a foundation-free section honey production method of Apis ceranas, which replaces section honey lattices by special section honey frames, replaces queen separation plates by separation plates and replaces purpose-made shallow boxes by standard boxes. The section honey production method of the Apis ceranas comprises the flowing steps of: manufacture of the special section honey frames and the separation plates, obtaining of non-husks natural spleen bases, fixation of spleen bases, fixation of the section honey frames, production of the section honey of the Apis ceranas, section honey cutting and section honey package. The production method is simple and practical, reduces the production cost and has low cost. The section honey has better quality and richer fragrance. The honey yield can be increased because no queen plate is adopted. The production method changes complexity into simplicity, reduces the labor intensity, has low technical requirements, is easy to learn and master by beekeepers and has low labor intensity in the production process. Strong colony is easy to maintain because the space of honey boxes is increased. The nest insect harm is reduced.

The invention aims to provide a wrought aluminum alloy material for thin-wall architectural section and a method for preparing the same so as to meet the requirements of the thin-wall architectural section on the wrought aluminum alloy. The wrought aluminum alloy material for the thin-wall architectural section is characterized by comprising the following components in weight proportion: 0.30 to 0.40 of silicon, 0.40 to 0.50 of magnesium, 0.10 to 0.30 of rare earth elements, 0.25 to 0.35 of iron, less than or equal to 0.05 of copper, less than or equal to 0.05 of manganese, and the balance of aluminum. The content of other impurities meet the present standards of architectural materials. The wrought aluminum alloy for the thin-wall architectural section has the characteristics that the rare earth elements are added in a mode of 10 percent of rare earth element-Al intermediate alloy. The wrought aluminum alloy material has good forming property on thin-wall special section, and the mechanical property of the wrought aluminum alloy material meets the requirement.

A floating vibration isolation structure of a track system is formed by a floating vibration isolation system on the bottom layer, a steel spring floating slab track vibration isolation system on the upper layer and a damped limiter. The floating vibration isolation system on the bottom layer is formed by a foundation rigid mass block and a floating rubber vibration isolation gasket which is arranged between a tunnel shield duct piece inner wall and the foundation rigid mass block. The steel spring floating slab track vibration isolation system on the upper layer is formed by rigid slab tracks and damped steel spring vibration isolators, wherein the damped steel spring vibration isolators are arranged on the foundation rigid mass block, tracks are arranged on the rigid slab tracks, and the damped steel spring vibration isolators have functions of adjusting preload. By arranging the secondary floating vibration isolation structure of the track system, the vibration caused by metros is controlled while provisions on dynamic subsidence of metro lines when the metros are in full-load operation can be met, and vibration isolation requirements can be effectively met especially at special sections sensitive to vibration.

The invention relates to a flexible welding cutting device of a workpiece with a special section, mainly comprising a flexible transmission device (1) and a workpiece fixing device (2), wherein a ring-shaped guide rail (12) is fixed on a base plate (11), a transmission chain (13) is embedded on the base plate (11), and a transmission motor (16) is arranged under the base plate (11) and can drive a transmission chain wheel(14); the concave positions of the workpiece (3) are provided with pressing wheels (15) for pressing the transmission chain (13); a welding gun supporting frame (17) is connected with the transmission chain (13) and can move along with the transmission chain (13); and a pressing static plate (21) is fixed under the base plate (11) and the workpiece (3) can be fixed tightly by a pressing movable plate (22) through a pressing knob (23). The flexible welding cutting device can carry out flexible profiling on the workpiece with the special section, is applicable to cutting of the workpieces with various special sections, the flaw detection of the surfaces of the workpieces and detection of welding seams, and is simple in structure and low in cost, and simple and easy in use, repair and maintenance.

The invention discloses a novel sisal / synthetic fiber composite structure oil-containing steel wire rope core and a preparation method thereof. The method includes the steps of 1, formation of sisal / polyester sirofil yarn; 2, formation of high-strength, high-modulus and low-elongation polyester filament yarn; 3, formation of ultrahigh-molecular-weight polyethylene filament yarn; 4, formation of sisal / polyester sirofil yarn and polyester yarn plied yarn; 5, formation of sisal / polyester sirofil yarn and ultrahigh-molecular-weight polyethylene filament yarn plied yarn; 6, formation of the novel sisal / synthetic fiber composite structure steel wire rope core. According to the method, sirofil spinning is adopted in the spinning process, the high-strength, high-modulus and low-elongation polyester filament yarn and the ultrahigh-molecular-weight polyethylene filament yarn are added in the plied yarn and rope making process, and an online oiling device is additionally arranged in sisal spinning and yarn making equipment. Ultrahigh-molecular-weight polyethylene filaments in the yarn are pretreated, and polyester filaments and the ultrahigh-molecular-weight polyethylene filaments with special sections are adopted.

The invention relates to a sea chest cooler on ships and offshore platforms, comprising an integrated antifouling system for killing barnacles, mussels, and other fouling organisms by means of an overheating process that can be regularly repeated. The aim of the invention is to design a sea chest cooler in such a way that a simple device can automatically protect the sea chest cooler (16) against microorganism fouling both in the actual cooling mode and during a standstill by continuously overheating a defined number of heat exchanger tubes (20) without interrupting the cooling process, if possible using waste heat from the cooling water. Said aim is achieved by arranging the heat exchanger tubes in a circular manner in special sections of the sea chest cooler (16) such that hot water is supplied to individual circular segments of the tube bundle during or outside the cooling process by means of a mechanical device. Said thermal antifouling system (TAS) device (13) comprises a TAS nozzle (1) which rotates in angular steps and separates heat exchanger tubes (20) of the sea chest cooler (16) from the cooling process. The invention has the advantage that the cooler design is adapted to the simultaneous cooling and antifouling function and that the sea chest cooler comprising the integrated TAS device can be protected against fouling by using the waste heat from the cooling water without interrupting the cooling process.

The invention discloses a kind of titanium alloy profile wire. The related tianium alloy profile wire is a board with multilayer titanium alloy hollow structure which involves interlayer with cooling slots. It is made up of the inner scale board with the thickness from 0.3mm to 1.0mm, the outer layer's titanium alloy board with the thickness from 0.3mm to 1.0mm, and the titanium alloy interlayer board with cooling slots between the above mentioned two boards. The molecule infilterating between layers forms a homogeneous matrix with no interface with the thickness from 2.0mm to 10.00mm.The process for manufacturing the board includes following steps: the manufacture of the mould, the preparing and manufacture of the board, installing and molding of the mould with rising temperature, diffusing connection, the first molding, the second molding, cooling and incising process border. It makes use of the technology of combination of SPF and DB, makes application of the technology of the dissolveable screw-demolding core in the investment casting production process. Through twice molding, it accomplishes the processing of the titanium alloy profile wire, makes it the functional material. It provides the aircraft's cabin with the material which has the cooling function under the assurance of the intensity and stiffness. It has a good perspective for its wide application.

The invention is a section coke produced by using braize as main raw material, adding in a proper amount of coking coats and adopting pitch and coke tar as binding agent and then making pressure molding process. It has advantages of low production cost and short coking time. A special section coke furnace for producing the section coke, includes an outer furnace body, there is an inner furnace body in the outer furnace body and they form an interlayer between them. The lower part of the inner furnace body has a tilted furnace bottom and there is a reduced-oxygen combustion chamber and a heat storage chamber between the bottom of the tilted furnace bottom and the bottom plane of the furnace body, the reduced oxygen chamber is connected with the heat storage chamber through a top fire mouth and the interlayer, and the interlayer is connected with a flue through a bottom fire mouth.

The invention discloses a construction method of a special-steel concrete combination structure oblique wall mould frame; the construction method of a frame body is that channel steel is welded on a steel reinforced concrete column to form a cantilevered frame body which can act as the security preservation of operations as well as a supporting system of a die plate; and mirror boards are assembled on the site to form a bigger die plate which is hoisted integrally and ascends with a working layer floor by floor. The construction method has high-efficiency construction, convenient operation, simple technique and high safety factor. The adopted separate unit cantilevered frame body has a firm and safe frame body, lighter dead weight and larger bearing capacity. Material is saved by erecting a globally-stressed space truss structure with ordinary steel pipes, and the turnover of the die plate is increased by assembling ordinary mirror boards to form a bigger die plate.

The invention discloses a manufacturing method of a stainless steel square pipe. A forged round ingot is adopted as a pipe billet and subjected to hot extrusion, cold deformation, heat treatment and surface treatment to form a finished product. The method comprises the specific steps that 1, a semi-finished round pipe corresponding to the finished product in size is prepared from the stainless steel pipe billet through the seamless forming technology comprising hot extrusion and cold rolling / cold drawing; 2, a square pipe meeting size requirements is prepared from the semi-finished round pipe through a two-pass drawing method, wherein the first pass is sink drawing, and the second pass is short mandrel liner drawing; and 3, heat treatment is carried out, wherein a roller bottom type heat treatment furnace is adopted for the finished product for solid solution heat treatment, and the heat treatment process comprises four stages. The stainless steel square pipe can be applied to waste heat exhaust heat exchangers of third-generation nuclear reactors such as AP1000, CAP1000, CAP1400 and Hualong One, has the special section shape, high corrosion resistance, high surface smoothness and high boundary dimension precision and is required to pass strict ultrasonic flaw detection and liquid penetrating tests.

The invention discloses a mobile communication device, comprising an antenna structure, wherein the antenna structure is provided with a grounding element and an antenna element. The antenna element comprises an antenna grounding surface, a radiation part and a short-circuit radiation part, wherein the antenna grounding surface is electrically connected with the grounding element. The radiation part comprises a signal feeder point, a first radiation branch path and a second radiation branch path. The first radiation branch path and the second radiation branch path are connected with the signal feeder point; the opening ends of the first radiation branch path and the second radiation branch path extend in the same direction. The first end of the short-circuit radiation part is in electric short circuit to the antenna grounding surface, and the second end of the short-circuit radiation part is an opening end; a coupling distance exists between a special section of the short-circuit radiation part, close to the first end and the radiation part; the short-circuit radiation part is coupled and excited by the radiation part by the coupling distance to generate at least one resonance mode so as to increase the operation bandwidth of the antenna.

The invention belongs to the technical field of material connection, and in particular relates to a method for connecting an aluminum alloy and a stainless steel special profile rotary member. It is suitable for inertial friction welding of aluminum alloy and stainless steel, including the following steps: (1) Preparation before welding, (1.1) Design welding joint; (1.2) Design welding fixture; (1.3) Cleaning before welding; (1.4) Assembly before welding ;(2) welding; welding process parameters: welding speed is 1600 ~ 1800RPM; pressure is 1500 ~ 2000b / in 2 ;Moment of inertia is 800~900b×in 2 ;(3) Post-weld processing; after welding, remove the welding allowance according to the drawing size requirements; start processing from the aluminum alloy side for post-weld processing, firstly carry out rough processing, and start finishing when the wall thickness allowance reaches the thickness set by the system , Control the amount of feed < 0.1mm during the finishing process. Through the above control, the inertia friction welding joint with good quality can be obtained.

The invention discloses a composite fabric and a preparation method thereof. The composite fabric is of a three-layer structure formed by sequentially laminating and compounding an inner layer (1) making contact with skin, an intermediate layer (2) for quickly perspiring and an outer layer (3), wherein the inner layer (1) contains nylon fibers and / or polyester fibers; the nylon fibers and / or the polyester fibers are hollow fibers or special-section fibers prepared by blending nano-scale tourmaline powder and ceramic powder containing copper ions in nylon and / or polyester and spinning; the inner layer (1) is formed by twill weaving, so that gaps among textures keep the temperature; the intermediate layer (2) contains the polyester fibers and / or spandex fibers; the intermediate layer (2) is subjected to plating treatment, so that the quick drying rate is improved; the outer layer (3) contains the spandex fibers and is formed by an outer-to-inside tight weaving method, so that wind resistance is realized; the weight parts of the nylon fibers, the polyester fibers and the spandex fibers in the composite fabric are 60 to 65 parts, 21 to 25 parts and 10 to 14 parts.

The invention relates to a device for itinerantly measuring blast furnace charge level, belonging to the technical field of blast furnace measurement. The device comprises a radar gage rod, a special section screw rod, upper limit, a lifting sliding rod, an inclined rod, lower limit, a fixed bracket, a motor, a linking bearing, helical teeth, a connecting shaft, a bearing and a spiral groove; wherein the radar gage rod is installed on the inclined rod which can rotate around a point on the fixed bracket, a right-angle triangle is formed by the inclined rod, the special section screw rod and the fixed bracket, and the fixed bracket is one side of the triangle and fixed with the surrounding objects; the special section screw rod is another vertical side of the triangle, the motor installed on the fixed bracket drives the lifting sliding rod to move up and down by the special section screw rod so as to push the inclined rod and the radar gage rod arranged on the inclined rod to rotate, stop and rotate, and the radar gage rod can be used for continuously measuring measure points; the distance between different points of the charge level along the radial direction of a blast furnace on the same vertical surface with the radar gage rod and a distance meter can be continuously measured, and the distribution curve of the blast furnace charge level and the descent velocity of furnace charge are calculated. The device has the advantage that a device can measure the distribution shape of the furnace charge along the radial direction of the blast furnace and the descent velocity thereof.

The invention discloses a novel continuous beam type rail, and relates to the technical field of rail structures. The novel continuous beam type rail comprises a pier column, and a rail beam fixedly connected with the pier column, wherein a cover beam is cast at the upper part of the pier column; a continuous beam comprises two side span beams, and a middle span beam respectively connected with the side span beams; the two ends of the middle span beam are embedded with connecting components for connecting the cover beam with the adjacent rail beam; connecting components are arranged at one ends of the side span beams; brackets fixedly connected with the connecting components are arranged at the other ends of the side span beams; and a support device is arranged on the cover beam, and is connected with the brackets. The novel continuous beam type rail has the following beneficial effects: the rail beam is embedded with the connecting components, and the cover beam is embedded with the support device, so that the rail beam and the cover beam can be temporarily fixed, a temporary support system has no need to be built, the construction procedure is reduced, the construction cost is saved, and the construction efficiency is improved; and a bridge girder erection machine can provide convenience for the construction of special sections, so that the construction efficiency is improved.

The invention discloses a ballastless track structure settlement lifting device and a lifting method thereof. The device is used for lifting the ballastless track plate, and comprises screw rods embedded in two sides of the ballastless track plate and arranged at intervals along an extension direction thereof; the ballastless track plate has pre-burying holes for pre-burying the screw rods, the pre-burying holes vertically pass through the allastless track plate and extend downward to a concrete cushion layer, the screw rods are sleeved with nuts which are threadably connected with the screw rods, the outer walls of the screw rods are sleeved with sleeves, mortar columns are poured into annular gaps between the outer walls of the sleeves and the inner walls of the pre- burying holes, the mortar columns are integrated with the ballastless track plate by being cemented with the inner walls of the burying holes, and the bottoms of the mortar columns are in contact with the top end faces of the nuts. As the ballastless track structure settlement lifting device is not limit by the ballastless track structure and the operation space, the ballastless track structure settlement lifting device is easy to operate, has high lif accuracy, good controllability and high efficiency, and can effectively solve the settlement problem of ballastless track in a special section.

The invention discloses an antistatic antibiotic sock, which is formed by interweaving 10-70 parts of antibiotic chemical fiber filament, 0.5-5 parts of electrically-conducting filament and 10-70 parts of special section chemical fiber filament by weight. The invention provides an antistatic antibiotic sock having the characteristics of little falling possibility of fiber, excellent antibiotic and electrically-conducting performances and great durability.

The invention belongs to the technical field of public transit, particularly relates to a fenster hanging type aerial urban public transit transportation system. According to the fenster hanging type aerial urban public transit transportation system disclosed by the invention, based on a conventional mature hanging type train transportation technology, supporting pier columns are constructed in each trunk road and each secondary trunk road of a city by utilizing existing facilities in the middle of the roads or on two sides of the roads; two-way hanging type overhead tracks are constructed above the roads by utilizing the supporting pier columns; a double-layer overhead type interchange station is designed and constructed above each crossing crossroad; stairs allowing people to walk up and down are connected with corresponding sidewalks and are separately arranged on four corners of each station; hanging type trains in the upper layer perform two-way travelling in a north and south direction, and the hanging type trains in the lower layer perform two-way travelling in an east and west direction, so that a fenster overhead transportation system which is all-overhead, free from interfering with other traffic tools and independently operated is formed, the purpose that people can arrive to any destination by only transferring once ( or transferring two or more times in a special section) in four directions of the same platform is realized, and a bran-new urban public transit transportation system is formed.