80results about How to "Expand product range" patented technology

A method of manufacturing a decorative surface includes the steps of a) impregnating a paper substrate with a thermosetting resin; b) jetting a colour pattern with one or more aqueous inkjet inks including a polymer latex binder on the thermosetting resin impregnated paper; c) drying the one or more aqueous inkjet inks; and d) heat pressing the thermosetting paper carrying the colour pattern into a decorative surface.

The invention discloses a microcrystalline glass produced from fly ash through an all-electric melting calendaring process, and a production method thereof. The microcrystalline glass is prepared from 320 to 350 parts by weight of fly ash used as a main raw material and accessory materials consisting of 98 to 115 parts by weight of light-burnt magnesia, 55 to 66 parts by weight of ground calcium carbonate, 42 to 44 parts of sodium carbonate and 2 to 3.5 parts by weight of titanium dioxide by using the all-electric melting calendaring process. The production method mainly comprises the following steps: mixing and melting of the raw materials; calendaring and molding; annealing; nucleation and crystallization; and surface treatment. The production method provided by the invention can consume a great amount of slag waste, turn the waste into the valuable, improve the environment and promote economic development; the production method also realizes green manufacturing, broadens the application space of the calendared microcrystalline glass as a base material and guides consumers to carry out green consumption; and the production method increases the varieties of microcrystalline glass products, improves market competitiveness of microcrystalline glass products and maximally meets consumption demands of different industries and different populations.

The invention provides a laminating machine. The laminating machine comprises a mainframe, a surface rolling mechanism, a laminating mechanism and a conveying mechanism, wherein a hopper is arranged on the mainframe, the surface rolling mechanism consists of a first pressure roll and a first surface rolling roll which are arranged oppositely and used for rolling surfaces, first conveying transition belts arranged below a first pressure roll and a first surface rolling roll, a second pressure roll and a second surface rolling roll arranged at the tail ends of the first conveying transition belts oppositely, second conveying transition belts arranged below the second pressure roll and the second surface rolling roll, and a third pressure roll and a third surface rolling roll arranged at the tail ends of the second conveying transition belts oppositely; the laminating mechanism is arranged below the third pressure roll and the third surface rolling roll, the conveying mechanism is arranged below the laminating mechanism, and the laminating procedures can be completed through the connection relationship.

The invention discloses an intelligent final assembly production line for a metering instrument. The intelligent final assembly production line comprises a line body and further comprises an automaticbase meter feeding device, a ventilation tidying device, a master control board fixing device, a nameplate installing device, a nameplate fixing device, a final assembly information input device, a face cover installing device, a face cover fixing device, an automatic testing device, a plastic package installing device, a meter number pasting device and a qualification certificate pasting device,all of which are sequentially arranged in the conveying direction of the line body. The intelligent final assembly production line solves the problems that in the existing metering base meter (particularly a gas metering base meter) final assembly and testing process, the manual production efficiency is low, the assembling precision and the testing accuracy are hard to guarantee, and equipment compatibility is poor. The intelligent final assembly production line can meet the flexible production requirements of multiple kinds and multiple brands of products, assembling and testing informationis fed back in time, unified control is conducted, intelligent gas metering base meter final assembly and testing are achieved, the manual operation is greatly reduced, the production cost is reduced,and the production efficiency is improved.

The invention relates to a production process for a screen printed circuit board. The production process for the screen printed circuit board comprises the following steps of: performing substrate cutting, edging, performing numerical control (NC) drilling, deburring, performing graphic preprocessing, printing graphic photocurable anti-corrosion ink on a B-side screen, performing ultraviolet (UV) photocuring, printing the graphic photocurable anti-corrosion ink on an A-side screen, performing UV curing, etching and decoating, performing treatment before solder resist printing, printing photocurable solder resist ink on the A-side screen, performing the UV curing, printing the photocurable solder resist ink on the B-side screen, performing the UV curing, performing treatment before silver paste / copper paste through hole printing, performing silver paste / copper paste through hole screen printing, performing silver paste / copper paste hot air predrying and drying, performing treatment before printing, performing A / B-side silver paste / copper paste protective layer printing and the UV curing, curing characters on A / S sides by a printing machine, and performing follow-up production processes.

The invention relates to a method for manufacturing parquet decorative wood veneers. The method for manufacturing the parquet decorative wood veneers is characterized by comprising steps of 1), preparing materials; 2), manufacturing elongated wood sections; 3), punching the elongated wood sections and inlaying columns in holes; 4), manufacturing wide wood boards; 5), soaking the wide wood boards; 6), manufacturing battens; 7), maintaining the battens; 8), slicing veneers; 9), leveling and drying the veneers. The method has the advantages that dyed and treated decorative wood chips are inlaid in the wide wood boards, and accordingly decorative and parquet effects can be realized.

The invention relates to wintercherry fermentation fruit juice and preparation method thereof. The preparation method of the wintercherry fermentation fruit juice comprises the following steps, crushing, performing enzymolysis, performing enzyme deactivation, performing filtration to prepare original wintercherry fruit juice; S2, inoculating a fermentation agent of which the weight is 5% to 12% ofthe weight of the original wintercherry fruit juice in the original wintercherry fruit juice and fermenting at constant temperature of 33 DEG C to 39 DEG C for 16h to 24h, obtaining original wintercherry fermentation fruit juice; S3, performing flavor blending on the original wintercherry fermentation fruit juice obtained from the S2, obtaining the wintercherry fermentation fruit juice. The wintercherry fermentation fruit juice prepared by lactobacillus fermentation of original wintercherry fruit juice, not only is the bitterness of the original acid reduced, but also can be widely accepted and absorbed more effectively by people. The wintercherry fermentation fruit juice integrates good characteristics of wintercherries and lactobacillus, has characteristics of high nutritional value, easy operation, wide adaptability on the basis of satisfying the requirements of general beverage, and has higher popularization value.

The invention discloses a vertical continuous casting production device and method for round billets of an extra large specification. The vertical continuous casting production device for the round billets of the extra large specification comprises a steel ladle (1), a middle tank (4), a crystallizer (6), a billet pulling system and a billet discharging system. The billet discharging system comprises a casting billet discharging device (20), a casting billet combining device (23), a casting billet lifting device (25) and an upper billet discharging roller bed (28). The vertical continuous casting production device and method for the round billets of the extra large specification are mainly applied to the round billets with the extra-large-specification sections with the diameter being 600mm-1300 mm, the brand new technologies of the billet pulling system, the billet discharging system and the like are adopted, multiple matched technological devices are adopted, and therefore the vertical continuous casting process method is suitable for producing a variety of steel like carbon steel and alloy steel, especially medium-and-high alloy clean steel and steel with high casting crack sensitivity, and continuous production of large-section high-quality billets is achieved.

The invention relates to a plate blank performance gradient distribution forming method based on an ESP dynamic variable regulation, and belongs to the field of steel and iron material rolling and deep processing. The method achieves online non-stop roller changing rolling of a variable-thickness plate blank through a '5+1' dynamic variable regulation strategy of a finish rolling unit, cascading with a stamping quenching technology after a laminar cooling procedure is achieved, industry integration of upstream rolling and downstream deep processing is achieved, a short-flow compact productionflow combining rolling-deep processing is realized, and performance variable gradient characteristic stamping quenched parts can be produced; and the method realizes integrated production from metallurgical raw materials to products, the transportation cost of intermediate links is saved, besides, complementary energy resources of a rolling process can be effectively utilized, the overall manufacturing process of plate blank deep processing is remarkably shortened, high-quality development of the rolling and deep processing industry is promoted, and the method is of important significance in promoting green development of the rolling and deep processing industry field, expanding dominant supply, optimizing productivity layout and the like.

The invention provides a nutritional instant congee rich in colored wheat bran dietary fibers, and a production method thereof. The instant congee is a finished product produced through adding an agriculture byproduct colored wheat bran to cereal raw materials, adding Chinese yam, small red beans and other medicinal and eatable plant components, and carrying out pretreatment and extrusion puffing. The instant congee comprises, by weight, 50-60 parts of mixed rice grains, 20-30 parts of mixed wheat grains, 10-20 parts of bean components and 1-2 parts of a seasoning assistant. The nutritional instant congee produced in the invention is instant after being boiled, is convenient to store, is rich in effective components of dietary fibers, can promote absorption of other nutrition elements and prevent rising of the in vivo blood sugar concentration, can dredge the intestine and strengthen the stomach, and is a good health care product used for opposing the three highs and modern urban ills.

The invention relates to a new method for molding processing of a high-strength aluminum alloy, and belongs to the plasticity processing field. The method enables a pulse current to be applied to a deformation zone in the high-strength aluminum alloy extruding process to promote the improvement of the plasticity of the high-strength aluminum alloy and reduce the deformation resistance of the high-strength aluminum alloy to make the difficult-deformation high-strength aluminum alloy deform at normal temperature, so the heat treatment operations comprising device heating, annealing and the like are omitted. The pulse current can be directly applied to dislocation structures to promote the dislocation motion, so the affections of residual stress and processing hardening are reduced under the action of the pulse current, thereby the product surface quality is improved and the annealing operation is omitted. The reduction of the deformation resistance can effectively reduce the load acted on a die and reduce the temperature of the cavity material baffle block, so the service life and the production efficiency of the die are greatly improved, thereby the production cost is reduced. The surface quality and the mechanical performances of products are improved because of the pulse current, so rigorous performance requirements of the high-strength aluminum alloy of aerospace vehicles, high-speed trains and the like because of bad working environments are satisfied.