35results about How to "Fusible" patented technology

The invention relates to a composite dipper tooth of an excavator and a manufacturing method thereof, belonging to the field of high-tech engineering materials and application thereof. The novel composite dipper tooth comprises two parts of a bar type tooth tip (tooth bar) and a dipper tooth substrate (tooth substrate) and is formed by high temperature casting. The tooth bar material is novel high-rigidity and high-strength composite metal ceramics and comprises one or more of WC, TiCN, TiN or TiC-based composite metal ceramics; the tooth substrate is high / low chrome alloy steels or high manganese steels with higher rigidity and strength; a composite dipper tooth structure comprises a plurality of tooth bars of wedge shapes, the tooth bars are embedded at the front end of the tooth substrate, and a small section of each tooth bar is exposed out of a steel body, and a certain distance is arranged between tooth bars. The manufacturing method of the composite dipper tooth of the excavator sequentially comprises the following steps of: prefabricating the tooth bars; smelting alloy steels; casting the composite dipper tooth; and demolding. The tooth bar material is characterized by high rigidity, high strength and wearing resistance; the wearing resistance of the dipper tooth is improved and the consumption of wearing materials is reduced due to an intermittent structure, raw materials are saved, the cost is lowered, a contact area between the tooth bars and the tooth substrate is increased, the binding force is improved and the service life of the dipper tooth is prolonged.

The invention provides a composition for high-property heat-resisting corrosion-resisting glass fiber. The composition comprises the following components: 55-63wt% of SiO2, 18-23wt% of Al2O3, 8-16wt% of MgO, 7-13wt% of CaO, 0-1wt% of CeO2, 0-0.5wt% of Li2O, 0-0.4wt% of Fe2O3, 0-2wt% of TiO2, 0-0.5wt% of WO3 and 0-1.5wt% of Bi2O3, wherein the total content of SiO2, Al2O3, MgO and CaO is 94-98wt%; and CeO2, Li2O, Fe2O3, TiO2, WO3 and Bi2O3 are modifiers, the content of a single modifier is 0 at different times, and the total content of the modifiers is 2-6wt%. According to the invention, raw materials are adopted to produce the high-property heat-resisting corrosion-resisting glass fiber, thus the production difficulty is low, and the cost is low; and the produced glass fiber can be used as a reinforcing material and a heat-resisting heat-insulating material of a resin-based composite material and has the characteristics of high strength, corrosion resistance, high temperature resistance and light mass.

The invention provides a high consistency resistive random access memory and a preparation method thereof, and belongs to the technical field of CMOS very large scale integration. The resistive random access memory comprises a substrate and a lower electrode-resistance variation film-upper electrode structure which is located on the substrate; the lower electrode is located on the substrate; the resistance variation film is located between the upper and lower electrodes; the resistance variation film is locally doped with metals; and the doped region is 50% to 10% of a device working area. A conducting channel of the resistive random access memory is more easily fused at a locally doped area, thus random generation and fusion of the conducting channel are limited in the locally doped area, the randomness of the conducting channel is effectively reduced, and the consistency of the resistive random access memory is improved.

The invention discloses an ultrahigh-damping rubber support base. A support base rubber sheet is a composite rubber sheet which is formed by a middle rubber layer and an encapsulated layer, wherein the composite rubber sheet is a composite rubber sheet I or a composite rubber sheet II; the middle rubber layer of the composite rubber sheet I is rubber A, and the encapsulated layer is rubber B or can be M layers of alternatively coated rubber B and rubber A; the middle rubber of the composite rubber sheet II is rubber B, and the encapsulated layer can be N layers of alternatively coated rubber Aand rubber B; the rubber A is high-energy-dissipation damping rubber, and the rubber B is highly-elasticity rubber, and the highly-elastic rubber accounts for 5%-90% of the total volume of the rubbersheet. A manufacturing method for the ultrahigh-damping rubber support base comprises the following steps: manufacturing a rubber A blank rubber sheet and a rubber B blank rubber sheet, manufacturinga support base rubber sheet and manufacturing a support base. The support base is simple in manufacturing, and is adjustable in performance; and the manufactured high-energy-dissipation damping rubber material is more uniform in rubber, is higher in tensile strength and elongation at break, and is affected slightly in performance by the temperature; and after external load is unloaded, the outerside surface of the support base is not liable to bulge and deform, so that scope of application is wide.

The present invention relates to an oil refining technology by utilizing waste plastic, in particular to an industrialized fuel oil producing method by utilizing the waste plastic. The present invention solves the shortcoming existed in the prior art that the effect for using the waste plastic to produce the fuel oil is bad. The steps includes: dehydrated mineral oil is used as the medium of liquidized waste plastic to be put into a reactor, the mineral oil being used for liquidizing the waste plastic is preheated in the reactor, the waste plastic is put into the reactor, the waste plastic in the reactor is stably heated and time-lapsed cracked, gaseous hydrocarbon produced from the reaction is fed into a flash distillation column, light distillated oil produced from the flash distillation column is distilled in the normal atmosphere. The present invention adopts molten salt as the heat-conducting medium, so as to enable the plastic being heated evenly, the operation temperature is controlled at 500 DEG C, the liquid liquidoid temperature inside the reactor is controlled at 370 DEG C for delaying the cracking operation and stabilizing the cracking temperature, the liquid inside the reactor is cracked under the stable condition, so as to overcome disadvantages in the prior art that using the coal fire to burn directly, the stability of the oil product is bad and the yield of the liquid is low.

The invention discloses an inspection door for mechanical equipment. The door comprises a flange and a cover plate, an inspection port is formed in the center of the flange, the cover plate is arranged on the inspection port of the flange, and a sealing ring is arranged between the flange and the cover plate; a press rod is arranged on the cover plate and comprises an upper press rod body and a lower press rod body, the tail of the upper press rod and the tail of the lower press rod body are connected together, the cover plate is fixedly connected with the press rod through a middle connectionshaft, and the middle connection shaft penetrates through the portion between the upper press rod body and the lower press rod body; the end of the press rod is hinged to the flange through a movableshaft, and a manual switch device is arranged at the tail of the press rod; a step flange ring formed with the flange at a time is arranged at the outer circle of the flange, a 45-degree slope is arranged at the inspection port of an inner ring of the flange, the press rod is formed through edge folding of one-time formation, and the end of the upper press rod body, the end of the lower press rodbody and the movable shaft form a triangular strengthening structure. The inspection door is stable in structure, more convenient to operate and easy to clean. Sanitary dead corners are avoided, theinspection door better accords with the sanitation requirements, and hidden sanitation dangers are reduced to the greatest limit.

The protected welding process with mixed Ar plus CO2 gas includes the following steps: selecting arc voltage in 20-26 V; selecting welding current in 200-230 A; selecting gas flow rate in 15-20 l / min; connecting to power source in correct polarity; selecting wire feeding speed in 5.25 m / min; determining wire extending length of 15 mm; feeding wire in equal speed; and continuously welding. The present invention has the advantages of excellent welding performance, lowered welding material consumption, high welding quality, etc. and may be used in welding rotor rack, machine foundation, etc.

The invention provides a composition for high-property heat-resisting corrosion-resisting glass fiber. The composition comprises the following components: 55-63wt% of SiO2, 18-23wt% of Al2O3, 8-16wt% of MgO, 7-13wt% of CaO, 0-1wt% of CeO2, 0-0.5wt% of Li2O, 0-0.4wt% of Fe2O3, 0-2wt% of TiO2, 0-0.5wt% of WO3 and 0-1.5wt% of Bi2O3, wherein the total content of SiO2, Al2O3, MgO and CaO is 94-98wt%; and CeO2, Li2O, Fe2O3, TiO2, WO3 and Bi2O3 are modifiers, the content of a single modifier is 0 at different times, and the total content of the modifiers is 2-6wt%. According to the invention, raw materials are adopted to produce the high-property heat-resisting corrosion-resisting glass fiber, thus the production difficulty is low, and the cost is low; and the produced glass fiber can be used as a reinforcing material and a heat-resisting heat-insulating material of a resin-based composite material and has the characteristics of high strength, corrosion resistance, high temperature resistance and light mass.

The invention relates to the field of boat titanium alloy toughness investigation test materials applied to a boat titanium alloy application research and evaluation system, and particularly relates to a brittle weld bead surfacing welding wire for a crack source of titanium alloy applied to a boat and a preparation method of the brittle weld bead surfacing welding wire. The welding wire is prepared from the following elements and components in percentage by mass: 2.0-1.0 percent of aluminum, 3.0-6.0 percent of molybdenum, 5.0-10.0 percent of vanadium, 2.0-5.0 percent of chromium, 1.0-5.0 percent of tin and the balance of titanium. The welding wire provided by the invention can solve the problem about natural sharp cracks generated in a boat titanium alloy toughness investigation application process of a drop-weight test, an explosion test and the like, and thus the drop-weight test and explosion test methods for the titanium alloy applied to the boat can be improved, and the boat titanium alloy application research and evaluation system is more complete.

The invention relates to a steel-making cooling material and a preparation method thereof, belonging to the metallurgical industry. The technical solution is: chemical composition mass percentage: C: ≤1.2%, Mn: ≤1.4%, S: ≤0.045%, P: ≤0.045%, Si: ≤0.7%, Fe: ≥92%, others are unavoidable Impurities, apparent density: ≥5.0t / m3. The production process is that steel slag is used as raw material after magnetic separation and screening, pre-firing temperature is 200-300oC, heat preservation is 8-15 minutes, heating temperature is 800-1100oC, molding temperature is 700-1000oC, molding pressure is 950-1100t. The invention has the beneficial effects of being beneficial to energy saving, emission reduction, environmental protection and resource recovery, shortening the smelting cycle, increasing the metal yield, reducing the cost of steelmaking, and alleviating the serious shortage of scrap steel. The invention has the advantages of simple process, low production cost and low energy consumption.

A carburetant for smelting steel is prepared from C (35-57 %), Mn (5-35%), silica sol (0.5-2 %) and carbonate (0.5-2 %) through proportioning, stirring, dia pressing and baking at 105-120 deg.C for 6-8 hrs.

A battery module according to the present invention comprises: a plurality of cylindrical battery cells each including a gas vent unit configured to discharge internal gas; and a bus bar plate including a negative electrode connection terminal which protrudes and extends from a boundary of a connection opening such that the protruding and extending part is in contact with the negative electrode terminal and electrically connects the plurality of cylindrical battery cells. Between the positive electrode connection terminal and the negative electrode connection terminal, a connection terminal which is in contact with a positive electrode terminal or a negative electrode terminal that is not opened by the gas vent unit includes a fuse unit which is configured to be disconnected, when an electric current of a certain level or greater flows from the cylindrical battery cell, and which has a bent structure that is bent at least once in a horizontal direction.

The invention discloses a metamorphic process of a hypo eutectic casting aluminum-silicon alloy, which comprises the steps of: 1) dosing according to components of the hypo eutectic casting aluminum-silicon alloy; 2) cleaning, drying and placing the alloy and an intermediate alloy into a crucible resistance furnace which is 5KW in power, heating till completely being melted, and controlling the temperature of the melt at 700+ / -5 DEG C; 3) pressing pure Mg weighed in the step 1) into a melt obtained from the step 2) to stand for 3-5 minutes by a graphite bell jar with preheating temperature of 300 DEG C; 4) heating the melt obtained from the step 3) to be at 740-760 DEG C, adding weighed AlSc4 intermediate alloy till the intermediate alloy is completed melted, refining for 15 minutes by rotatably jetting high purity argon and drossing after standing for 10-20 minutes; 5) cooling the melt obtained from the step 4) to be at 680-700 DEG C and pouring into sand moulds, then cooling along with the mould to be at room temperature to obtain an as-cast structure containing fiberous and short-rod-shaped eutectic Si; and 6) performing heat treatment for cast obtained from the step 5) according to a T6 heat treatment process to obtain a particle eutectic silicon structure with good mechanical properties.

The present invention relates to an oil refining technology by utilizing waste plastic, in particular to an industrialized fuel oil producing method by utilizing the waste plastic. The present invention solves the shortcoming existed in the prior art that the effect for using the waste plastic to produce the fuel oil is bad. The steps includes: dehydrated mineral oil is used as the medium of liquidized waste plastic to be put into a reactor, the mineral oil being used for liquidizing the waste plastic is preheated in the reactor, the waste plastic is put into the reactor, the waste plastic inthe reactor is stably heated and time-lapsed cracked, gaseous hydrocarbon produced from the reaction is fed into a flash distillation column, light distillated oil produced from the flash distillation column is distilled in the normal atmosphere. The present invention adopts molten salt as the heat-conducting medium, so as to enable the plastic being heated evenly, the operation temperature is controlled at 500 DEG C, the liquid liquidoid temperature inside the reactor is controlled at 370 DEG C for delaying the cracking operation and stabilizing the cracking temperature, the liquid inside the reactor is cracked under the stable condition, so as to overcome disadvantages in the prior art that using the coal fire to burn directly, the stability of the oil product is bad and the yield of the liquid is low.

An electric fuse structure and its forming method, the electric fuse structure comprising: a substrate, a first conductive layer located on the surface of the substrate, an interlayer dielectric layer covering the first conductive layer and the substrate, located on the The first conductive plug on the surface of the first conductive layer and through the interlayer dielectric layer, the second conductive layer located on the surface of the first conductive plug and the interlayer dielectric layer, wherein the first conductive layer and the first conductive A bottom surface portion of the plug is in contact or the second conductive layer is in contact with a top surface portion of the first conductive plug. Since the first conductive plug is in partial contact with the first conductive layer and the second conductive layer, the positional resistance of the partial contact is greater, the electric field strength is greater, and the rate of electromigration is faster, so that the position of the partial contact It is easier to be fused, the fusing time is shortened, and it is easier to control.

The invention discloses an electric fuse structure, comprising: an electric fuse, the electric fuse includes at least three sections of end-to-end sub-fuses, and the angle between the end-to-end sub-fuses is greater than 0 degrees and less than 180 degrees; An anode and a cathode respectively located at both ends of the electric fuse and connected to the electric fuse. The distance between the anode and the cathode can be reduced under the premise of ensuring that the electric fuse has a relatively long length so that the electric fuse structure is more likely to be blown, thereby reducing the area occupied by the electric fuse structure on the integrated circuit chip. When synchronously forming the electric fuse structure and the metal interconnection on the integrated circuit chip, the layout design of the metal interconnection in the integrated circuit chip has more choices.

The invention discloses an adaptive aggregation method and system for mass structured data and electronic equipment, and relates to the field of artificial intelligence, in particular to a reduction aggregation method and system for mass structured data and electronic equipment. The method comprises the following steps: obtaining a first processing result by utilizing a hierarchical attribute reduction processor through a first aggregation demand and a data attribute set; constructing an aggregability support vector machine to obtain a first output result; a first attribute set is determined through manual judgment; sequentially extracting to obtain a plurality of extraction data; and aggregating the plurality of extracted data according to the first aggregation demand. The technical problems that in the prior art, during data aggregation, the processing data volume is large, the aggregation efficiency is low, and aggregation after data screening is unstable in precision and low in aggregation reliability are solved. Through reasonable and effective data attribute reduction, the technical effects of effectively reducing the aggregation processing data volume and improving the aggregation reliability, pertinence and aggregation efficiency on the basis of ensuring the aggregation precision are achieved.

An electric fuse structure and a forming method thereof, the electric fuse structure comprising: a substrate, an insulating layer positioned on the surface of the substrate; an electric fuse positioned on the surface of the insulating layer, the electric fuse including a first electrode , a strip-shaped first fuse connected to the first electrode, a second electrode and a strip-shaped second fuse connected to the second electrode, the first fuse and the second fuse are connected and connected There is a dislocation at the position, and the distance between the two intersections of the edge of the first fuse and the edge of the second fuse at the dislocation is less than or equal to the width of the first fuse and less than or equal to the width of the second fuse; A metal interconnection structure on the surface of the first electrode and the second electrode. Since the distance between the two intersection points at the dislocation is the smallest, the resistance of the electric fuse at the dislocation becomes larger, so that more heat is generated at the dislocation, and it is easier to fuse, so that the fusing current does not need to be too large, and the length of the electric fuse It does not need to be too long, thereby saving the chip area.

A fuse structure circuit and its forming method, wherein the method includes: providing a base, the base includes a fuse area and a control area; respectively forming a metal layer on the base fuse area and the control area, and the metal layer of the control area is used to be electrically connected to the metal layer of the fuse area; a first cover layer is formed on the top surface of the metal layer of the fuse area, and the material of the first cover layer and the material of the metal layer of the fuse area have a first bonding energy; The top surface of the metal layer in the control area forms a second covering layer, the material of the second covering layer and the material of the metal layer in the control area have a second binding energy, and the first binding energy is smaller than the second binding energy. The method results in improved performance of the fuse structure circuit.