109 results about "Material repair" patented technology

The invention relates to a dry type making method for animal specimen that includes six steps: collecting material, reshaping antisepsis fix and tube cavity cast, alcohol dewatering fix, glycerol process, turpentine impregnation and air drying, material repairing tinction preservation or seal up for keeping. Thereinto, in step 1, the animal material is bleed and killed via health quarantine, in step 2, potting it with the formalin with colorless glycerin and phenol or alcohol solution, in step 3, controlling the concentration of every step and fixed time, in step 4, marinating it with glycerol moisture absorption soften liquid, and transfer it from low concentration to high concentration of glycerin, and the time is prolonged gradually, in step 5, treating it with turpentine continually, in step 6, printing it. The invention improves the present technique, the quality of specimen is improved greatly, and that can keep the original state of material, the color and the luster. The dried specimen is sanitation without peculiar smell, and good at handle and quality.

The invention provides a composite material which uses nanometer bubbles to rapidly eliminate lake algae bloom and repair anaerobic substrate sludge. The composite material repairs anaerobic substrate sludge, increases the oxidation-reduction potential of the substrate sludge and the dissolved oxygen level of the water body while rapidly eliminating algae blood in a large area and increasing the transparency of the water body. The nanometer bubbles are oxygen nanometer bubbles, ozone nanometer bubbles or air nanometer bubbles. Natures of nanometer bubbles such as quantity, size, density and the like can be adjusted and controlled with a particular method. The invention also provides a method for using the composite material to repair the lake and anaerobic substrate sludge, which comprises that a mechanical method is used for spreading or spraying the composite material onto the lake surface, thus simultaneously finishing the algae bloom removal in the large area, increasing the transparency of the water body, repairing the anaerobic substrate sludge, increasing the dissolved oxygen level of the water body, and providing a good environment for the rapid growth of submerge vegetation and ecological restoration of the eutrophication water body; and the method has ecological security and long effect of the lake treatment.

The invention discloses a method for repairing pipelines and a repair material system thereof. The combined material system used for the repair and reinforcement of the pipelines provided by the invention consists of a healant for filling and leveling up the flaws, an anti-negative pole peeling coating, carbon cloth and impregnant rubber. The pressurization test proves that the pipelines repaired by adopting the method and the combined material system of the invention can restore or improve the loading capacity of the pipelines, thereby achieving the loading design standard of the pipelines. The combined material system not only plays the role of repairing and reinforcing the flaws, but also effectively avoids the occurrence of various electrochemical corrosion problems of the flaws. The combined material repair system has easy and practicable repair method and high operability in the process of the repair and reinforcement of the pipelines. The repair material system and the repair technology have very high use value.

The invention discloses a non-gas metal arc welding 3 D adding material repair device and repair method. The repair device comprises a controller, a four-axis linkage platform, a laser vision sensor, an infrared vision sensor, a clamp, a non-metal arc welding torch, a wire feeding unit and a welding wire disc. The repair method comprises the steps that a defective workpiece is installed on a repair workbench; the laser vision sensor is driven to scan a defective three-dimensional outline; the controller rebuilds the defective three-dimensional outline; specific welding parameters are determined; the controller drives the infrared vision sensor to scan a molten pool, time-frequency parameters of a molten pool image are obtained, a compensation control code is generated according to the time-frequency parameters of the molten pool image, and the set welding parameters are corrected in real time; and after repair, the laser vision sensor is driven again to scan the defective three-dimensional outline, whether the repaired workpiece reaches the standard is determined, and if not, defects are repaired again till defect repair reaches the standard. The repair device is simple in structure, convenient to operate and high in reliability and adaptability.

The invention belongs to the field of utensil repairing technology and provides a stone material repairing method, which is characterized by comprising the following steps of: wound processing; wound filling; polishing and color correction; stone material drying; and surface-coating protection by using a nanometer protective agent. The method, which is used to repair stone materials in the invention, is suitable for stone material repairing in various complex situations, and has a good and lasting repairing effect. The invention can be widely applied in repairing various stone materials of various defects and various grades and has a good market prospect.

The invention discloses a nano-material repairing agent restoring heavy-metal polluted soil and a restoring method using the same, and belongs to the technical field of soil pollution processing. The nano-material repairing agent restoring heavy-metal polluted soil is prepared by mixing the following substances: 60-70% by volume of nano hydroxyapatite (nHA) with the particle size of 27 nm and the purity of 98%, 10-20% by volume of nanoscale zero-valent iron (nZVI) with the particle size of 10 nm and in the shape of a ball, and 10-30% by volume of pure oleic acid. The invention also comprises the restoring method for heavy-metal polluted soil by using the above repairing agent. The method comprises the following step: applying the repairing agent to soil according to the mass ratio of 1:10000-15000. The nano-material repairing agent used to restore heavy-metal polluted soil comprises the characteristics of obvious restoring effect and no secondary pollution.

The invention discloses a preparation method of a dental bioactive zirconia ceramic material. The preparation method comprises steps as follows: with adoption of a method for preparing bioactive glass from sol-gel, a hydrolysable silicone-containing compound, triethyl phosphate, calcium nitrate, other nitrates and the like are added to deionized water, pH is regulated, a mixed solution is subjected to hydrolytic condensation, and bioactive glass sol is obtained; after being soaked in the prepared bioactive glass sol in a vacuum negative-pressure environment for a period of time, a zirconia pre-sintered body is taken out, dried and sintered at the high temperature, and the dental bioactive zirconia ceramic material is obtained. The bioactive zirconia ceramic material has good biological activity and excellent mechanical properties and has great social and economic value in improvement of the dental material repairing effect and promotion of wider clinical application of the material.

The invention provides a quick bonding repair method of an ultraviolet-curing composite material. An ultraviolet-curing resin composition with quick self-propagating curing characteristic, which is used as a base material, is mixed with a fiber reinforcing material to obtain a composite material repair patch. The method comprises the following steps: 1) carrying out surface treatment on a damage region in need of bonding repair; 2) laying a composite material layer on the treated damaged region surface, wherein the thickness and direction of the composite material layer are determined according to the actual demands for repair; and 3) irradiating the composite material layer by an ultraviolet light source to form the composite material repair patch, thereby completing the bonding repair on the damage structure. The composite material repair patch has high designability, can be cured only by single irradiation in the preparation process, and has the advantages of high curing efficiency, favorable tensile strength, high repair efficiency and the like; the curing is not influenced by the number of the fiber layers and the light transmittance of the enhanced phase of the resin-base composite material; and thus, the method is especially suitable for emergency repair operation.

The invention provides a self-heating molding repair device of a medium-temperature curing composite material. The repair device comprises a vacuum pressing layer for pressing a composite material repair piece on the surface of a repaired composite material structure, and a heating layer module. The repair device is characterized in that the vacuum pressing layer includes a high-temperature resisting film, and an air sucking port mounted in the high-temperature resisting film; the air sucking port is a one-way valve; the heating layer module includes a self-heating material layer formed by a self-heating material solid part, an insulation layer for bonding the self-heating material layer on the outer surface of the vacuum pressing layer and coating the self-heating material layer, a water injecting port and an exhaust port; and the insulation layer includes a high-temperature resisting film on the outermost layer, a ventilation felt on the middle layer, and a silica gel film on the inner layer. The repair device use self heat release performance of a self-heating material for quickly and conveniently curing and repairing composite material patches, satisfies the curing requirements of the composite material patches through heating temperature and time, and can enable repaired pieces to obtain excellent mechanical performances.

The invention relates to a self-repairing cyanate ester resin system and a preparation method of the self-repairing cyanate ester resin system. The preparation method comprises the steps of adding vinyl terminated poly-p-phenylene oxide (PPO) resin with low molecular weight into a cyanate ester (CE) resin system, and using 4,4 phi-diamino diphenyl sulfone (DDS) as a catalyst to treat the CE/PPO resin system through low-temperature process to obtain the self-repairing cyanate ester resin system with high performance. According to the technical scheme, the vinyl terminated PPO is utilized for maintaining thermoplasticity of the CE during forming; after the cured CE resin system is damaged, the PPO ingredients can be melted and flow to fill a crack to realize material repairing through a heating system, therefore, the vinyl terminated PPO has positive effects on prolonging the service life of the material and improving the safety of the material; the resin system can be used for preparing high-performance composite materials, electronic devices and the like for aerospace construction.

The invention discloses a novel lens connecting mechanism. The technical scheme is characterized in that the novel lens connecting mechanism comprises a lens, a chip module and a connecting assembly for detachably connecting the lens and the chip module, wherein a first port is formed in the lens, and a second port detachably connected with the first port is formed in the connecting assembly. The original direct connection of the lens and the chip module is replaced with the novel lens connecting mechanism, a detachable transitional connecting assembly is adopted between the lens and the chip module, the lens is mounted on the chip module through the transitional connecting assembly, when a product needs to update or other styles are needed to add, any lens matched with the second port can be mounted on the chip module or any chip module matched with the first port can be mounted on the lens, so that the problem that failure of one of the lens and the chip module due to replacement of the other one is solved, and the material maintenance and change costs are reduced greatly.

A process for repair of a surface (32) of a substrate (30) including the application of an energy beam (40) and vibratory mechanical energy (42) to the surface in a region of a discontinuity (34) in order to form a renewed surface (48) on the substrate. A powdered flux material (36) may be disposed over the discontinuity and melted in order to trap and remove contaminants (28) into a layer of slag (46). The vibratory mechanical energy may be applied to dislodge contaminants within the discontinuity, to add friction heat to the discontinuity, to assist in the flotation of the slag, to remove solidified slag, and/or to provide stress relief of the renewed surface.

The invention discloses efficient soil crushing treatment equipment. The equipment comprises a machining box, supporting legs are symmetrically arranged on the left side and the right side of the processing machining box, and supporting sleeves are arranged at the lower ends of the supporting legs in a sliding mode; and rolling wheels are arranged at the lower ends of the supporting sleeves, wherein the rolling wheels facilitate carrying of the equipment, buffering springs are arranged in the supporting sleeves, and the buffering springs are used for connecting and fixing the supporting sleeves and the supporting legs. According to the efficient soil crushing treatment equipment, carrying is convenient, and the anti-seismic property is good; materials are subjected to circumferential crushing, and then are screened through filter cylinders, so that the size of the material is qualified when the materials are repaired, and the materials is fully contacted with repairing liquid in the later period; then the screened materials upwell along a lifting cylinder through a lifting blade, are scattered along dispersing buckets under the action of centrifugal force and are struck to the inner walls of fences; and conical blocks at water spraying ports also help to further scatter the materials, so that the materials are in full contact with the repairing liquid, the material repairing effect is guaranteed, and practicability is high.

The invention provides a method for monitoring and repairing composite material curing adhesive bonding, which belongs to the field of composite material adhesive bonding repair equipment. The method is based on a composite material curing adhesive repair instrument, which includes a body, and a curing source module is provided at the adhesive repair working surface of the body, and the curing source module provides energy for the composite material prepreg to cure, and the curing The source module is surrounded by multiple temperature zones from the inside to the outside. Each temperature zone is equipped with an independent curing source for providing energy to the temperature zone. The multiple temperature zones are used alone or in conjunction with each other, and according to The shape of the damaged area of ​​the structure is determined, and the temperatures of multiple temperature zones are the same or different. The present invention is based on multi-area curing source control, establishes a uniform and stable temperature field under external field conditions, and solves the problem of avoiding excessive temperature differences. Based on the principle of heat conduction, the multi-area temperature field control technology is used to achieve uniform and stable bonding repair areas. temperature field while avoiding excessive temperature differences.

The invention provides an in-vivo additional material repair system and an in-vivo repair device. The in-vivo repair device comprises a driving mechanism, a transmission mechanism and a printing device. The printing device prints a biological material; the driving mechanism drives the transmission mechanism to rotate; the transmission mechanism comprises a revolute pair assembly, and the revolutepair assembly comprises at least two revolute pairs; the printing device is connected to the transmission mechanism through the revolute pair assembly, and the revolute pair assembly is provided withat least two revolute axes perpendicular to each other. Each of the at least two revolute pairs has the following structures: two rigid bodies and a flexible film clamped between the two rigid bodies;the two rigid bodies are missing at corresponding positions so that each rigid body can form two discrete segments, the two discrete segments are connected together through the flexible film, and therevolute axes of the revolute pairs are formed at the missing positions of the rigid bodies. At least two revolute pairs with orthogonal revolute axes are adopted to replace spherical hinge revolutepairs, so that the processing difficulty of the in-vivo repair device is reduced, and the space required by operation is reduced.

The invention discloses a nanometer material repairing agent capable of repairing an engine cylinder block. The nanometer material repairing agent comprises the components in percentage by weight as follows: 2-15% of nano-copper, 1-5% of nano-LaF, 2-5% of MoS2 dispersion liquid, 0.5-1% of dispersant, 2-15% of viscosity index adjustor, and 66-92% of synthetic lubricating oil. The nano-copper used is prepared by a liquid phase method. The nanometer material repairing agent disclosed by the invention can automatically repair the surface of the worn engine cylinder block, so that the pressure of the cylinder is improved, the resisted oxygen capability of engine oil is improved, and the power of the engine is enhanced.

The invention relates to an aviation material warehouse information management platform based on Chinese sensible code technology and belongs to the field of informationization. The platform herein includes an information purchase module, an aviation material warehouse-in tagging module, an aviation material repair module, a warehouse-out module, an aviation warehouse-out code scanning module, an upper computer and quality tracking module, and an aviation material data analyzing module. According to the invention, the platform has large information capacity, high level Chinese character representation capability and Chinese character compression efficiency, and wide encoding range. The platform supports encryption technology. The platform has strong anti-contamination, anti-deformation and mistake correction capability. The platform allows users to select mistake correction capability. The platform is easy to make, has low cost, and has variable shapes of bar code symbols.

The invention discloses a material repair welding method of a CB2 casting of an ultra-supercritical turbine unit. The method comprises the following steps that firstly, high-temperature softening tempering preheating is carried out; secondly, nondestructive inspection is carried out; thirdly, flaws are eliminated; fourthly, the portions where the flaws are eliminated are preheated; fifthly, a welding material which is the same as and cooperates with a base material is used for performing repair welding; sixthly, post-heating is carried out on the repair welding area; seventhly, nondestructive inspection is carried out on the repair welding area; eighthly, the austenitizing temperature is achieved through heating and then preserved, the cooling speed of the CB2 casting is controlled after heat preservation is finished, after the room temperature is achieved through cooling, high-temperature tempering is performed when the temperature of the casting is raised to about 100 DEG C below a point AC1 of a CB2 material, and the cooling speed is controlled for achieving the room temperature after heat preservation is finished; and ninthly, the nondestructive inspection is carried out. The procedures that the repair welding is carried out firstly, and then the performance thermal treatment is carried out are adopted, it can be ensured that the same performance thermal treatment process is adopted in the repair welding area and a body area, and it is guaranteed that the performance of a welding line joint and the performance of a body are basically consistent.

The invention discloses an adhesive for repairing a stone surface and in the use of stone material repair method. The adhesive is prepared from the following raw materials in parts by weight: 30-50 parts of bees wax, 20-40 parts of rosin and 20-40 parts of aggregate. The method for repairing the stone surface by using the adhesive comprises the following steps of: (1) cleaning positions required to be repaired on the stone, drying and heating to 20-40 DEG C; (2) selecting a stone surface repairing adhesive of the same color and repairing the color of the stone to be repaired, and melting; (3) filling the stone required to be repaired with the molten adhesive; and (4) ironing and repairing. Due to the adoption of the technical scheme, the invention has the advantage that: stone surface repairing adhesives of different colors can be prepared by using stone powder of different colors to adapt to stone of different colors. The adhesive is made of natural components, and is free from toxic and side effects. Moreover, the adhesive is made of readily-available materials, and is low in cost. Places repaired with the adhesive are as hard as stone and are free from repairing marks.

The invention relates to an electrified composite membrane with extracellular matrix electrical topology characteristics, and a preparation method thereof, and solves the technical problems that the electrical characteristics of a traditional material has poor matching performance with natural extracellular matrix characteristics and a material repairing effect is restricted. The electrified composite membrane with extracellular matrix electrical topology characteristics mainly consists of a ferroelectric polymer matrix and piezoelectric active fiber filler. According to the electrified composite membrane, the draw ratio and the content of the piezoelectric active fiber and the thickness of the composite membrane are regulated, the flexibility of a membrane material and biomimetic extracellular matrix electrical topology characteristics can be realized, and the electrified composite membrane has the advantages of good tissue attachment performance, good electrical adaptability and highclinic operability.

The invention discloses a semidry method hot gunning repair device and method of a rotary kiln lining refractory material, and belongs to a rotary kiln lining refractory material repair technology. The repair device comprises a gunning machine, the gunning machine is communicated with a high pressure air source through a compressed air pipe, the gunning machine is further communicated with a spray gun through a first high pressure pipeline, the spray gun is further communicated with a water tank through a second high pressure pipeline, a self-priming pump is installed between the water tank and the second high pressure pipeline, and is used for outputting a gunning refractory from the gunning machine through the first high pressure pipeline by utilizing high pressure air, then outputting a silica sol solution from the water tank through the second high pressure pipeline by utilizing the self-priming pump, mixing the gunning refractory and the silica sol solution in the spray gun and spraying the gunning refractory and the silica sol solution. By spraying the mixture of a mixed solution of spray gun silica sol solution and water and high alumina mullite to the inner wall of the rotary kiln through the spray gun, filling a perfoliate fracture, thickening the thickness of the refractory material, repairing a castable which sheds locally, and adopting a hot repair technology, the time for slow-down kiln cooling during cold repair is avoided, the repair time is short, and the production of the subsequent process is not influenced.

The invention discloses a method for repairing a ternary positive electrode material with deteriorated performance and the acquired ternary positive electrode material. The material repairing method comprises the steps that a repairing agent is dispersed in an organic solvent; after ultrasonic dispersion, the ternary positive electrode material with deteriorated performance under a state of continuous stirring is added; and the repaired ternary positive electrode material is acquired after filtering and high temperature sintering. The interface of the ternary material can be adjusted by adjusting the amount of the repairing agent and other parameters. At the same time, the repairing agent can react with residual lithium on the surface of the material to form a stable compound, which is beneficial to reducing the residual lithium on the surface of the material and can significantly restore the material performance. According to the invention, the previous technical ideas of preventing performance degradation or deterioration of the ternary positive electrode material of a lithium battery is broken; the material which is degraded and deteriorated is remedially treated; and the problems which are not effectively solved during the preparation, transportation and storage of the ternary positive electrode material are solved.

The invention relates to an electrified repair film material controllable in surface potential and solves the technical problem that existing materials are not adjustable in surface potential, cannotbe adapted to electrophysiological microenvironment of each tissue defective position and limited in material repair effect. The electrified repair film material is a thin-film-shaped material prepared from ferroelectric high-molecular polymer and an organic solvent. The invention further provides a preparation method of the electrified repair film material. The electrified repair film material can be widely applied in the technical field of surgical implanting of bionic electrified microenvironment repair materials.

The invention discloses a fast-cured epoxy impregnating adhesive. The fast-cured epoxy impregnating adhesive is composed of a component A and a component B at a weight ratio of 1: (0.5-0.7), wherein the component A comprises the following components in parts by weight: 100 parts of bisphenol A-type epoxy resin, 0.5-2 parts of a silane coupling agent and 1-5 parts of a thixotropic agent; the component B comprises the following component in parts by weight: 100 parts of a modified amine curing agent. The fast-cured epoxy impregnating adhesive overcomes the technical difficulties that in a fiber composite material repairing and reinforcing project, the conventional epoxy impregnating adhesive is low in curing speed and takes a long time for obtaining early strength. By matching with fiber cloth for use, the fast-cured epoxy impregnating adhesive provided by the invention can quickly repair and reinforce a base material. The fast-cured epoxy impregnating adhesive is high in reaction activity; after the fast-cured epoxy impregnating adhesive is cured for 4 h, a test shows that the tensile strength reaches 40 Mpa and the positive pulling bond strength reaches 2.56 Mpa, so that relevant requirements of GB50728 are met; the fast-cured epoxy impregnating adhesive is good in dampness resistance, heat resistance and aging resistance, and thus can be used for a long time.

The invention relates to the technical field of high-pressure rubber hoses, and discloses a twist-resistant high-pressure rubber hose, which includes an inner rubber layer and an outer rubber layer, and several middle rubber layers are arranged between the inner rubber layer and the outer rubber layer. There are at least two middle glue layers, and a repair layer is arranged between the middle glue layers, and the repair layer is composed of composite materials, repair agents and catalysts. The invention adds a repair layer between the inner rubber layers. When the rubber hose is damaged by twisting or extrusion, the repair layer can identify the occurrence of damage within a certain limit and repair the cracks by itself; greatly prolonging the life of the rubber hose Long service life, to avoid the hazard caused by hose rupture.