57 results about "Patch repair" patented technology

The invention is a patch system for repairing collapsible fuel tanks, water tanks, inflatable boats, and other articles fabricated from a flexible structural fabric coated with a polymer. The coated structural fabric is made of nylon or polyester synthetic fibers or a blend thereof, which are coated with a thermoplastic elastomer. The structural coated fabric is coated with a thermoplastic elastomer that is a urethane (TPU), or a TPU alloy polymer. Likewise, the patch is a urethane adhesive having a latent cure coated on a TPU film. The patch can also have an integral reinforcing fabric for applications requiring a higher tensile patch. In the invention, the urethane adhesive of the patch is solvent activated by the application of a thin coating of a volatile, substantially low odor, fugitive solvent like acetone or MEK. While in the activated state, the adhesive has much less cyrstallinity and a lot more tack. The solvent activated adhesive has good wetting, and aggressively wets out and adheres to the surface of the TPU coating on the tank. The activated adhesive side of the patch is pressed against the surface of the tank. The solvent will also partially etch the thermoplastic urethane polymer coating on the tank fabric, and rapidly diffuses therein, ultimately evaporating to the surroundings. The cross-linkable urethane adhesive contains a blocked isocyanate and, preferably, an uretdione. The reduced cyrstallinity in the adhesive imparts greater freedom to the blocked isocyanate that can, depending on the equilibrium of the system, begin to cross-link the adhesive. The curing process can be accelerated through the application of heat, albeit will slowly progress to a cured state at ambient conditions.

The invention discloses a quick cold-patch repair material for an asphalt pavement, and application thereof. The material is prepared from the following components in parts by weight: 20-80 parts of magnesium phosphate cement, 5-20 parts of fine sand, 0-20 parts of medium sand, 0-50 parts of rubble with the grain size of 5-20 mm, 0-10 parts of emulsified asphalt, 0-10 parts of water-soluble polyurethane, 0-10 parts of rubber powder and 0-1 part of air entraining agent. The materials in parts by weight are uniformly stirred (1.5-2 min) in a stirrer and then poured in a damaged part of the cleared asphalt pavement, thereafter the damaged part is plastered, shaped and repaired, and then the asphalt pavement can be opened for traffic after 2-3 hours of maintenance. The quick cold-patch repair material disclosed by the invention adopts blending and pouring for molding in practical application, no heating is needed, the construction is convenient, the maintenance time is short, small influence is caused to traffic, and the mechanical property and the durability both satisfy the application requirement, so the quick cold-patch repair material is especially suitable for quick repair of pothole and crack-type damages of the asphalt pavement. The quick cold-patch repair material disclosed by the invention not only has a remarkable effect on damage repair aspect of the asphalt pavement but also can expand the application thereof to the field of cement concrete engineering and fields of damage repair of house buildings and old buildings, and the like.

What is new in the art to which my invention pertains is that it allows for a repair or restoration of a pressure retaining item that has local material degradation to an acceptable state of condition for continued operation without the need to cut out the degraded section of material or breach the pressure boundary of a pressure retaining item. Common methods of repair include removal of degraded or affected material section and replacement with a new section of equivalent material by joining the new material to an existing item at a location of adequate thickness using full or complete penetration welds. This type of repair may be referred to in the industry as a “flush patch repair”. An additional type of repair where a section of material degradation may be localized is a “weld build-up repair’ wherein weld metal is deposited onto the existing area of affected material to return the material to its original thickness. Both “flush patch repair” and weld build-up repair” methods require breaching of the pressure boundary integrity of a pressure retaining item to implement a repair. The invention does not require breaching a pressure boundary.

The invention discloses a method for locally repairing a bricked ladle working liner. The method comprises a step of slag line brick patch repair and a step of wall-wrapping brick patch repair. In the step of slag line brick patch repair, the damaged part is dismantled in the shape of an inverted triangle and then replaced by ladle bricks of the original material and shape after dismantling. In the step of wall-wrapping brick patch repair, the patch repair is performed by local transverse dismantling method in which a severely-damaged ladle brick and two bricks on the left and the right sides and concentric to the ladle brick are dismantled using a pneumatic pick, which are replaced by bricks of the original material and shape after dismantling. The method disclosed by the invention adopts the ladle bricks of the original material and shape, does not need much investment, prevents the whole ladle from being dismantled due to local severe damage, maintains the original service life of the ladle by means of patch repair, and reduces the cost of refractory material per ton steel. For a low-life ladle with a local damage, the whole ladle does not need to be out of service in advance or dismantled by means of patch repair, which can effectively reduce the labor intensity of workers, reduce the discharge of waste refractory materials and bring good environmental benefits.

The invention provides a method for dynamically updating an IOS system application. The method is applied to a client. The method comprises the steps that a patch repair packet subjected to asymmetric encryption is downloaded from a server, wherein the patch repair packet is a script program code file which is written through JS codes and encrypted through a pre-generated private key; the patch repair packet is decrypted through a built-in decryption logic script language of the client; the patch repair packet obtained after decryption is verified; and after verification succeeds, OC codes in the IOS system application are replaced with the JS codes in the patch repair packet, and updating of the IOS system application is completed. According to the method, the IOS system application can be dynamically updated by replacing the native codes of the application in an IOS system with the JS codes, and the user experience is improved. The invention further discloses the client and the server.

The present invention provides a making process of porcelain with twistable clay body, the making process includes raw material processing, molding, firing and other steps, the finished porcelains with twistable clay body are all porcelains with different textures, the porcelains with different textures comprise three or more than three kinds of colors, and are prepared by combining petuntse and by clay body twisting technique, the surface of the porcelains is artistically processed by veneer grafting, scarf patch repair, dry grafting, wet grafting, transfer-grafting and other techniques, smooth and natural line-decoration can be formed by traditional clay body twisting technique, modern art ceramic creation technique is used, the porcelain meets contemporary aesthetic taste, the picture color is controlled by pigment adding proportion, and the picture position is decided by mud cake sticking position, so that rich color changes can be produced, and the picture has a three-dimensional sense.

A patch for repairing a hole or a scrape on a perforated or scraped surface has a patching compound of a semi-fluid consistency that is stabilized with a mesh, such that the patching compound and mesh can be applied to a surface in a thin coat and can adhere and dry in a relatively short time. A package encloses the patching compound, and mesh is sized to approximate the package. Although the package can be any shape, one embodiment of the package has a rectangular top and bottom with side and end edges, the edges of one rectangle being connected to the edges of the other rectangle; the package including a packaging material which 1) is malleable permitting the application of pressure to create texture in the patching compound, and 2) retains the moisture of the enclosed patching compound. The package has at least one seal to connect the edges of the package to enclose the patching compound and mesh. Also disclosed are methods for patching and forming textured surfaces.

The embodiment of the invention discloses an updating method, device and facility of an iOS application program and a storage medium. The updating method comprises the steps that patch repair packetsof the application program are acquired, wherein the patch repair packets are script program code files compiled through a first programming language; to-be-replaced functions corresponding to the patch repair packets in the application program are obtained; a set patch engine is adopted to replace the to-be-replaced functions with the patch repair packets for execution, and updating of the application program is completed. The updating method of the iOS application program provided in the embodiment of the invention does not wait for new version issuing of the application program, the set patch engine is adopted to replace the to-be-replaced functions with the patch repair packets for execution, updating of the application program can be achieved, the application program updating reliability can be improved, and an application program updating period can be shortened.

The embodiment of the invention provides a hot updating method, an operating system, terminal equipment and a storage medium. The method comprises the following steps: receiving system process starting information sent by a hot updating agent thread; according to the starting information, checking whether a hot patch corresponding to the system process exists or not; and if the hot patch exists, sending a patch processing request corresponding to the hot patch to the hot updating agent thread to request the hot updating agent thread to call a patch repair framework to execute an operation corresponding to the patch processing request. According to the embodiment of the invention, the Framework can be subjected to hot updating, and the safety of the whole Framework layer and the APP layer is protected.

The invention relates to a three-dimensional non-support bone repairing patch and a preparation method thereof. The patch is composed of nanometer fibre with an extracellular matrix, wherein the nanometer fibre is composed of polycaprolactone and polyglycolic acid which are blended in proportion by weight according to (1:9) to (9:1). The preparation method comprises the following steps of: dissolving two polymers in an organic solvent, and stirring to prepare a transparent and uniform electrostatic spinning solution; spinning the spinning solution by utilizing an electrostatic spinning process, and receiving to obtain a fibre support; and soaking, drying, tailoring and disinfecting the fibre support, and culturing by utilizing marrow mesenchmal stem cells to manufacture a three-dimensional bone patch repairing material. The three-dimensional non-support repairing patch provided by the invention can regulate pore diameter and void percentage at discretion according to need, can be used as nerve conduits and tissue engineering cytoskeletons of bones, blood vessels, hearts, nerves and the like, and is suitable for growth of multiple cells; and the preparation method has the advantages of simple process, low cost, and good application prospects.

The invention provides a method for manufacturing a reconstituted decorative lumber through a high-frequency hot-pressing method. The method comprises the following steps: (1) carrying out peeling, rotary-cutting and cutting on logs to obtain veneers A; (2) carrying out bleaching, dyeing and drying treatment on the veneers A after separation to obtain veneers B; (3) carrying out scarf patch repair, combination, double-sided gluing and assembly on the veneers B to obtain slabs; (4) placing each two assembled slabs between an upper press plate and a lower press plate of a high-frequency hot-pressing machine; (5) starting up a high-frequency generator, electrifying to preheat a metal plate and then turning on the pressing machine, turning off the pressing machine when 1/2-2/3 of a hot-pressing period is achieved, and vertically replacing the positions of the two reconstituted decorative lumber slabs between the press plates and then continuing to heat until the whole hot-pressing period is achieved, wherein the hot-pressing period is 4-6h; and (6) cooling the slabs, then detaching films and distributing to relief a pressure, and then taking out the slabs and carrying out square-cutting. The preparation method provided by the invention is simple in process and high in production efficiency; and the product is high in gluing quality and uniform in adhesive curing.

The invention provides a heat and moisture resisting organosilicone-modified ultraviolet-curable resin composition, a composite comprising the same and a composite patch repair method, and belongs to the field of photocuring technology and resin matrix composites. The heat and moisture resisting organosilicone-modified ultraviolet-curable resin composition is prepared from, by weight, 80-100 parts of epoxy resin, 5-30 parts of organosilicone resin, 1-5 parts of cationic initiator, 1-5 parts of thermal initiator, 0-1 part of photosensitizer and 0-0.5 part of filler. According to the heat and moisture resisting organosilicone-modified ultraviolet-curable resin composition, cationic polymerization is initiated under ultraviolet irradiation; decomposition of the thermal initiator can be promoted by heat release in polymerization, self-propagating curing from top to bottom under ultraviolet irradiation is achieved, the curing speed is high, the curing thickness is large, tests show that curing can be completed within 15 min when 5 layers of glass fiber cloth or 3 layers of carbon fiber cloth is laid, and the heat and moisture resistance of the composite and repair components thereof can be significantly improved.

The invention belongs to the technical field of bionic materials and discloses a bionic heart patch repairing material and a preparation method thereof. The bionic heart patch repairing material is composed of the following components in parts by weight: 30-60 parts of functional hyaluronic acid, 5-15 parts of methacrylic acid esterification gelatin, 1-5 parts of gold nanorods, 0.05-0.1 part of human adipose-derived mesenchymal stem cells and 0.1-0.5 part of a photoinitiator. The heart patch repairing material prepared by adopting the preparation method has highly bionics performance, excellent bioactivity and biocompatibility and no immunogenicity, and is moulded by virtue of a three-dimensional printing technology, can be modeled and moulded according to the actual situation of a patientand has the advantages of personalized treatment and precise treatment.

The invention discloses a vulnerability code clone detection method based on context semantics and patch verification, and solves the problem that an existing vulnerability code clone detection method cannot obtain vulnerability context and patch repair. The method comprises the steps of obtaining vulnerability data; marking vulnerability code control statements; performing abstract normalization preprocessing on vulnerability source codes and patches; constructing a vulnerability function and a vulnerability vulnerability code fingerprint library; cloning and detecting a to-be-detected code; and judging a detection result and outputting the detection result to finish vulnerability clone detection of the software. Based on the code fingerprint, the problem of low accuracy of a high-level abstract technology is avoided; according to the method, the influence of renaming on the detection accuracy is eliminated for the code abstract preprocessing operation; the context relationship and the patch are verified, so that the false alarm rate is reduced; besides, fragile code, control statement and patch detection is carried out on the to-be-detected code, so that the application scene is expanded and the missing report rate is reduced. The method is used for detecting bugs caused by code cloning in software.

A patch and associated methods for monitoring and inspecting a structure are provided in order to facilitate such inspections. The patch includes a sheet of material configured to be attached to the structure and a frequency steerable array carried by the sheet of material. The frequency steerable array includes a plurality of sources for emitting structural waves in response to an input having a variable frequency such that variations in the frequency of the input cause the structural waves emitted by the plurality of sources to be controllably steered relative to the sheet of material. Methods utilizing one or more frequency steerable arrays for monitoring and inspecting a patch-repaired structure are also provided.

The invention discloses a hot repair method for achieving patch security, a mobile terminal and a heat repair system. The hot repair method comprises the steps that a network request for downloading a patch file is sent to a remote end and a response to the network request is received; according to the response to the network request, whether or not the patch file is available in the remote end is judged, and if so, the patch file is downloaded, and a digital signature is encrypted and saved; otherwise, program running is continued in accordance with the original program logic; the patch file is called and signature verification is conducted, if the verification is successful, according to the key names of data variables, the corresponding code of the patch file is queried, otherwise, the network request is resent; based on the code, the Java layer is utilized to interact with Js, logic repairing is conducted on the data variables to be modified, and the to-be-inputted parameters of the original program are obtained; program running is continued according to the original program logic, and the desired results are obtained. According to the hot repair method for achieving patch security, the hot repair is achieved by utilizing the interaction between Js and the Java layer, the stability of the repair is improved, the digital signature encryption and the corresponding verification are conducted, and the security of the patch repair is enhanced.

The invention belongs to the technical field of medical devices, and relates to an inguinal hernia inner ring sealing patch, which is a round elastic grid with a good preset shape memory function. The front is provided with a layer of non-adhesive film, the back is provided with a layer of adhesive film, and the middle part is connected with a A miniature cylinder, one end of the cylinder protrudes from the adhesion membrane and a blind hole is arranged on the end face, the elastic grid at the outer wall of the cylinder is connected with a fixed line that can be absorbed by the human body, and the elastic grid is elastic A collapsible nickel-titanium alloy mesh stent, the non-adhesive film is regenerated oxidized cellulose film or polytetrafluoroethylene film, the adhesive film is polypropylene omentum, and the inner ring of the inguinal hernia is inserted using an interventional tube and a release rod The sealing patch is released and fixed on the seal of the inner ring of the inguinal hernia to complete the minimally invasive closure repair, which can be performed under local anesthesia, with low operation difficulty, less pain and complications, and shorter hospital stay. It is suitable for repairing the inner ring of the inguinal hernia. Sealing and mesh repair, also suitable for mesh repair of all abdominal wall hernias.

The invention provides a patch management method under virtualized environment. The method comprises the following steps of: deploying a platform agent on a virtualization platform; deploying a virtual machine agent on a virtual machine; deploying a patch management control platform on the virtualization platform or the virtual machine; and controlling, by the patch management control platform, the virtual machine agent to carry out a vulnerability scanning task in path management work, and if unfixed vulnerabilities exist, controlling, by the patch management control platform, the virtual machine agent to carry out a patch repair task in the patch management work. The patch management method used under the virtualized environment has the advantages of realizing opening and closing of virtual machines, conversion between virtual machines and templates, and intelligent scheduling of vulnerability fixing tasks. The invention furthermore provides a patch management device used under the virtualized environment.

A ready to use patch repair product is disclosed that includes a color change indicator therein. After the product has dried the color changes to signal that, if desired, the worker can perform other operations such as painting, sanding, etc on the surface. In one aspect of the invention, a substantially ammonia and ammonium salt free latex polymer is used as the resin binder component. This provides enhanced color stability in the stored product.

A repair device which includes an intermittent coating of PSA on a first side of a sheet of release paper. The cured PSA may be easily transferred to a surface by pressing the release paper against the surface thereby effectively transferring the intermittent coating of PSA to the surface. The improved repair device is useful for repairing delaminated or detached wallpaper, holding wall patch repair devices in place during the application of spackling or repair compound and holding door hinges in place during the installation thereof.

The invention discloses a method for repairing a pile foundation based on a construction project, comprising the following steps: S1: preparing an ultrasonic detector, using the ultrasonic detector to scan the structure of the damaged part of the pile foundation, and detecting the material density of the pile foundation, and then Send the scan results and test results to the computer, S2: Make a repair plan document on the computer, and then confirm it by the engineer, and then mix the repaired materials, use sand, cement and mortar to add water to mix into concrete, and the concrete is The quality and density are similar to those of the original pile foundation. S3: Design the repair steps according to the repair plan, S4: Carry out the repair steps, and S5: Use materials to seal the repaired position. The invention can scan and detect the damaged part of the pile foundation, can also design the best repair scheme according to the detection result, and can repair the damaged part of the pile foundation, reduce labor, improve the efficiency of repair and the repair efficiency. quality.

The invention provides a vulnerability repair information collection method and a patch processing system, a mirror image of a service system is established, a vulnerability of the mirror image is repaired by using a patch, and information is recorded, and the information is a process running in the mirror image and/or a parameter of the mirror image, and changed information caused by the patch repair vulnerability. Visibly, the bug is repaired by using the patch in the mirror image of the service system, the process of repairing the bug by using the patch in the service system is truly simulated, the process running in the mirror image and the change of the parameters of the mirror image are learned from the recorded information, and the influence on the service system after the bug is repaired by using the patch is further determined.