31results about How to "Never fall off" patented technology

The invention relates to a sample preparation and measurement method for compression of a metal material with high thermal conductivity. The preparation method includes the following steps in sequence: Ⅰ. Take a high thermal conductivity metal material sample to make a metal cylinder. The diameter of the metal cylinder is Ф8 mm to Ф10 mm, and the length is 10 mm to 15 mm. Point as a mark; Ⅱ. Drill a blind hole with a diameter of Ф1.6mm to Ф2.0mm and a depth of 1.8mm to 2.2mm at the mark; Ⅲ. Select a wire material of the same material as the metal cylinder or copper material to make a plug pin; Ⅳ. Place the negative end of the K-type thermocouple wire and the positive end of the K-type thermocouple wire on both sides of the blind hole, and plug the blind hole with a plug pin. The measurement method is to measure the sample on a thermodynamic simulation testing machine to obtain the stress-strain curve of the copper alloy. The process of sample preparation and measuring method of the present invention is simple and easy, and the result of rheological stress test data is accurate and stable.

The invention relates to an under-glaze colored decoration method of bone china. The method includes an under-glaze colored decoration firing process and a pigment preparation technology, which includes transferring figures through pigment paint or labels for porcelain to a biscuit after lower temperature biscuit firing at a temperature of 700-800 DEG C, covering a protective layer, buckling a decorated ware on a profiling kiln furniture, performing firing at a temperature of 1250-1290 DEG C, wherein figure surfaces cannot be bruised, performing polishing on figure bases after firing, spraying fritted glaze slip, and performing glaze firing at a temperature of 1170-1200 DEG C. The figure surfaces are arranged under a glaze layer completely, and the method is a novel color decoration different from bone china over-glaze color figure for in-glaze decoration. Blanks are performed biscuit firing at a low temperature, the figure bases are fired through oxidizing flames at a high temperature (1250-1290 DEG C), and vitreous enamels are fired through oxidizing flames at an intermediate temperature (1170-1200 DEG C). Compared with once-firing of under-glaze color figure through reducing flames at a high temperature, the method is a firing method in which the temperature and the flame property are completely different. Bottoms of high range gift porcelain products are glazed through lowtemperature glazes, and smooth and non-discoloring forever after firing at a temperature of about 800-850 DEG C.

The invention discloses an ultrasonic assisted device for desulfurization of pyrolysis oil. The device comprises a pyrolysis oil preparation device, a screw conveyer, a first screen, an ultrasonic reactor, a standing device, a filter and an extractor, wherein a first pipeline is connected between the pyrolysis oil preparation device and the ultrasonic reactor, ultrasonic system equipment is mounted at the lower end of the ultrasonic reactor, an alternating current connecting wire is connected between an ultrasonic generator and an energy converter, and the pyrolysis oil preparation device, theultrasonic reactor, the standing device, the filter and the extractor are arranged in sequence and have height difference, so that the pyrolysis oil flows by means of gravity. The invention also provides an ultrasonic assisted method for desulfurization of the pyrolysis oil.

The invention relates to a rolled plate hoisting gasket, belonging to the technical field of hoisting tools. The gasket comprises a length of arc-shaped bending plate mainly identical to an inner ring of the rolled plate, the bending plate is provided with a vertical baffle along an arc side thereof, an external arc surface of the bending plate and an inner surface of the vertical baffle are respectively provided with ferromagnets at intervals, and an inner arc surface of the bending plate is provided with a bump. In comparison with the existing rolled plate gasket, the gasket provided by theinvention has the following advantages that: 1) with the ferromagnets, the gasket can be closely attached to the inner ring of the rolled plate just by only a small length of the arc-shaped bending plate, and the gasket not only has small volume, low cost and convenient use, but also cannot fall off in the process of use; 2) the vertical baffle can further prevent a nylon hoisting belt from contacting an external end surface of the rolled plate, so that the external end surface of the rolled plate is protected; 3) with the bump, an extrusion force applied on the whole gasket by the hoisting belt can be transferred from a corner of the vertical plate to the bump, so that the extrusion force applied on the inner ring of the cold-rolled plate by the hoisting belt is further reduced, and abrasion of the bending plate and the corner of the vertical plate is avoided.

The invention discloses a ceramic and silver inlaying combination process. The process comprises the following steps: (1) a ceramic cup with an upper port smaller than a blank body is selected; (2) silver is smelted; (3) a cast plate is rolled as a sheet; and the molten silver is cast as a plate; (4) molding and stretching: the silver plate is hardened in the process of repeatedly rolling as a silver coil; the silver coil is heated to 200 DEG C for softening; and a silver sheet part is repeatedly punched and stretched by multiple times to form a cylindrical silver liner matched with the inner diameter of ceramic; and (5) silver and ceramic are combined in an inlaying manner. The ceramic and silver inlaying combination process breaks through a conventional method of bonding silver with ceramic by glue, so that prepared silver and ceramic are more healthy and environment-friendly in use without falling forever, and are longer in life; and in addition, silica gel with a hardness of 55A is selected, and the pressure tonnage in extrusion of the silver liner and the ceramic cup is strictly controlled, so that the damage rate caused by ceramic breakage and burning deformation can be effectively reduced.

The invention discloses a polyester film for barcode printing, which comprises a polyester film layer, at least one side of the polyester film layer is covered with a high ink adhesion resin layer, and the high ink adhesion resin layer is composed of Formed by solution coating of a high ink adhesion resin formulation consisting of glycidyl methacrylate, hydroxypropyl methacrylate, N-hydroxyethyl acrylamide, methacrylate acetoacetate glycol bis It is obtained by the copolymerization reaction of ester mixed solvent and initiator. It contains a large number of double bonds and ink-friendly groups, which improves its ink adhesion and printing performance. The ink has strong stability on the polyester film, is not easy to fall off, and has high gloss. Simultaneously, the present invention adopts micro gravure roller coating process, by controlling the specific parameters in the process, the high ink adhesion resin solution is evenly coated on the polyester film surface with a certain thickness, so that the high ink adhesion resin layer and the polyester film layer are closely bonded , and then baked through the baking tunnel, the two are cured and compounded, and will never fall off.

The invention relates to a method for duplicating high-simulation art painting ceramic tiles. The method comprises the following steps: (1) installing a laser laser device on a digital scanner, scanning the original painting through the digital scanner under the action of the laser laser, and converting the original picture (2) Perform color comparison processing and color difference management on the obtained digital image; (3) Select the printing material and print it through a high-end inkjet printer; (4) Burn the high-temperature fidelity color, and then perform post-processing. Can. Compared with the prior art, the invention has the advantages of lifelike product color effects, strong controllability and the like.