50results about How to "Eliminate delamination" patented technology

The present invention relates to preparation process of serial lignosulfonate air entraining and water reducing admixtures for concrete. The preparation process includes the following steps: dissolving solid lignosulfonate in water of the same weight, adding catalyst and oxidant, heating after reaction, adding amine and partial aldehyde to aminate, and dropping the rest aldehyde for condensation reaction to obtain the product; adding surfactant and polymer through stirring, and cooling to obtain liquid phase lignosulfonate as air entraining and water reducing admixture. The present invention is used as the admixture for concrete, and has relatively high water reducing rate, capacity of raising the strength of concrete, and certain setting retarding effect to delay the appearance of cement setting heat peak and reduce crack caused by temperature change.

The invention provides a display substrate, a preparation method thereof, and a display device. The display substrate comprises a display area and a non-display area. The non-display area comprises afunctional layer, a retaining wall arranged on the functional layer, and an inorganic packaging layer covering the functional layer and the retaining wall. Between the display area and the retaining wall, the functional layer comprises a plurality of grooves arranged at intervals, so that a concave-convex structure is formed on the contact surface of the functional layer and the inorganic packaging layer. According to the invention, the plurality of grooves are formed in the area between the display area and the retaining wall at intervals, so a concave-convex structure is formed on the contact surface of the functional layer and the inorganic packaging layer, thereby increasing the bonding force of the film layer in the area, avoiding the delamination or cracking of an area between the display area and the retaining wall, avoiding a water and oxygen invasion path formed by delamination or cracking, and effectively guaranteeing the effectiveness and reliability of packaging. Moreover,the display substrate is low in manufacturing cost, is easy in process implementation and the like.

The invention discloses a steam type highlight and traceless injection-molding and forming process for a complex precise product. The process sequentially comprises the following steps of: selecting raw materials, baking, pre-heating, combining a die, then quickly heating, adjusting speed and pressure, injecting in sections, maintaining the pressure, cooling quickly, blowing out cold air, opening the die and cleaning the die. An advanced pressure-regulation and speed-regulation staging injection process and an automatic blowing and impurity-removing technology are adopted in the invention. A special heating and cooling technology is that the shapes, the widths and the arrangement density of water passages are designed according to nonuniform heat and cold of the complex precise product in the injection-molding and forming course and the overall shape variation of the product. The steam type highlight and traceless injection-molding and forming process for the complex precise product has the advantages that the residual stress of the product is effectively decreased, various defects generated in the course of producing the plastic product are greatly reduced, the surface quality and the precision of the product are remarkably improved, and the life of the product is remarkably prolonged at the same time because the special process ensures heating and cooling rates of each part of the complex product in the injection-molding and forming course tend to be consistent.

The invention belongs to the field of materials, and relates to a composite component curing process and a composite workpiece. The composite component curing process comprises the following steps that (1) the to-be-processed composite workpiece is heated and subjected to heat preservation in a vibration experimental platform; (2) in the heating and heat preservation processes, the to-be-processedcomposite workpiece is vibrated through the vibration experimental platform; (3) after vibration is finished, the low pressure is applied to the to-be-processed composite workpiece through the vibration experimental platform; and (4) in the process of applying the low pressure, the to-be-processed composite workpiece is subjected to secondary temperature rise, and subsequent curing of the to-be-processed composite workpiece is completed. According to the composite component curing process, under the low curing pressure, the porosity of the composite workpiece can be significantly decreased, the performance of the composite workpiece can be significantly improved, and safe, efficient and energy-saving forming curing of the large composite workpiece can be achieved.

A composite construction 1 is obtained by coating the outer periphery of a core material 2 with a shell layer 3. The core material 2 is composed of a first sintered body that is obtained by bonding, with a binder metal, a first hard particle composed of one or more of carbides, nitrides and carbonitrides of metals of Groups 4a, 5a and 6a of the Periodic Table, or a first ceramics obtained by bonding, with a sintering additive, a first ceramic particle composed of at least one of oxides, carbides, nitrides and carbonitrides selected from the group consisting of metals of Groups 4a, 5a and 6a of the Periodic Table, Al, Si and Zn. The shell layer 3 is composed of a second hard sintered body or second ceramics having a different composition from the first hard sintered body. The ratio of the residual free carbon amount C_in in the core material 2 to the residual free carbon amount C_out in the shell layer 3, C_in/C_out, is 0.5 to 2. This prevents shrinkage during the time of sintering and also prevents the strength of the composite construction from lowering due to poor sintering.

The invention discloses a plant point cloud collection registration and optimization method based on a TOF camera. The plant point cloud collection registration and optimization method comprises the following steps: (1) placing a detected plant on a turntable, adjusting the visual angle of the TOF camera, and enabling the TOF camera to be aligned with the detected plant; (2) starting a rotary table to enable the rotary table to rotate automatically, and collecting point cloud data of a measured plant at intervals by a TOF camera; (3) performing real-time preprocessing on each frame of point cloud data acquired by the TOF camera; (4) performing registration and optimization processing on each two adjacent frames of point cloud data in sequence, and then performing integration to obtain complete plant point cloud data; and (5) eliminating discrete noise in the plant point cloud number obtained by registration and optimization processing by adopting statistical filtering processing to obtain final point cloud data. The plant point cloud collection registration and optimization method provided by the invention can effectively solve the local point cloud layering phenomenon.

The invention relates to a full-width weft laying-in device to be installed a small diameter round warp knitter, characterized in that it comprises synchronous transmission device, reciprocating conversion and speed change device and full width laying-in yarn leading device, can adds reinforcing yarns that do not take part in weaving, on the basis of weaving tubular fabric, so as to the yarns in the woven seamless tubular fabric run through all the parts of the whole fabric and are interlaced together to form a stable integral structure, thus implementing the function of weaving tubular 3D warp- knitted structure prefab. The fabrics by the invention can be used in tubular warp-knitted composites for decoration, clothing and various industries.

Use of a non-solvent for the edge bead removal of spin-coated PZT or PLZT thinfilms, eliminates swelling of the exposed edges of the PZT or PLZT thinfilms and eliminates delamination and formation of particle defects in subsequent bake and anneal steps.

The invention relates to the technical field of storage batteries, and in particular to an electrolyte guiding device and a storage battery. The electrolyte guiding device comprises a liquid receivingpart and a guiding part, wherein the liquid receiving part is an open groove; the open end of the open groove is an electrolyte inlet; a low-specific gravity electrolyte flows into the liquid receiving part via the electrolyte inlet; the open groove comprises a first side wall and a bottom wall; a gap is left between the bottom wall and the first side wall to serve as a liquid outlet of the liquid receiving part; one end of the guiding part is communicated with the liquid outlet of the liquid receiving part; and the other end of the guiding part is an electrolyte outlet and can extend into the bottom of a battery container. The device has the beneficial effects that when a car runs on a bumpy road and is accelerated and decelerated, vibration is generated due to the inertia and the low-specific gravity electrolyte in the upper layer of the battery container flows to the downward side of the battery container through the electrolyte guiding device and is mixed with a high-specific gravity electrolyte at the bottom of the battery container, thereby improving the density stratification phenomenon of the electrolyte and prolong the service life of the battery.

The invention provides flavored rose petal jam. The flavored rose petal jam comprises raw materials in parts by weight as follows: 24-28 parts of rose petals, 30-40 parts of brown sugar, 6-10 parts ofwhite granulated sugar, 4.2-4.8 parts of salt, 5-7 parts of honey, 7-9 parts of aizoon stonecrop herb, 7-9 parts of buckwheat powder, 7-9 parts of lotus root starch, 7-9 parts of soybean flour, 15-20parts of corn starch syrup, 2-4 parts of potassium sorbate, 4-6 parts of grape seeds, 6-8 parts of lemons, 7-9 parts of sweet-scented osmanthus, 1.6-2.0 parts of fruit and vegetable enzyme powder and102-108 parts of water. The invention also provides a preparation method of the flavored rose petal jam. The jam has the advantages as follows: (1) the jam adopts a reasonable and scientific formula,has good taste and flavor and rich and comprehensive nutrients and can provide multiple vitamins, protein for the human body and meet multiple daily function requirements of the human body; and besides, concentrated aizoon stonecrop herb juice is added to components, so that the rose jam can resist bacteria and prevent corrosion and can be placed at the normal temperature for a long time.

The invention belongs to the technical field of injection molding, and relates to a hyperspectral display frame hyperspectral traceless injection molding technique. A prepared display frame is high insurface glossiness and free of defects such as melted marks, flow marks, bubbles and shrink marks, the product surface hardness and quality are greatly improved, and the product percent of pass is improved by 20-30%; before injection molding, condensation is conducted at first, then drying treatment and microwave treatment are conducted, and residual internal stress in raw materials can be effectively and completely eliminated; pressure adjusting in the injection molding process is conducted in three stages, shrinkage cavities and recesses are avoided, the flow marks, seam lines and the layering phenomenon are eliminated, the internal stress produced in the product injection molding process and various defects caused in the injection molding process are reduced, and the product percent ofpass, quality and strength are improved; rapid temperature increase and rapid temperature decrease during application are achieved, the speed tends to be uniform, heat energy is fully utilized, heatenergy losses and production cost are reduced, and the product percent of pass is increased; and the spraying procedure is not needed, pollution to the environment is greatly reduced, and the requirements of environment protection and energy conservation are met.

The invention discloses a fiber cement composite plate production process. According to the invention, a well stirred base material is paved through template delivery; a first layer of glass fiber cloth is paved; a middle material is paved; a second layer of glass fiber cloth is paved; the glass fiber cloth is cut, and first constant-temperature maintenance is carried out; de-molding is carried out after 20-30h of maintenance; the plate material is wetted by spraying water, and secondary constant-temperature maintenance is carried out; and after 3-10 days, edge sawing and trimming processes are carried out, such that a finished product is obtained. Compared with prior art, with the fiber cement composite plate production process, the produced fiber cement composite plate has high fireproof performance, high waterproof performance, good safety, and no toxicity. The plate can be directly used in interior or exterior wall decoration. The plate is a durable novel construction plate material.

The invention provides an anti-corrosion treatment process for carbon steel plate equipment in an environmental protection industry, and relates to the technical field of corrosion prevention. The anti-corrosion treatment process for the carbon steel plate equipment in the environmental protection industry comprises the following process steps: step 1, selecting a sinter board dust catcher box body substitute material; step 2, punching; and step 3, brushing an anti-corrosion material. An embossed carbon steel plate is used for replacing a carbon steel plate material of an existing sinter board dust catcher box body, holes are punched on the embossed carbon steel plate, resin can be firmly attached to the embossed carbon steel plate, and when the temperature is changed, due to the forced blocking effect of an embossed protruding structure, anti-corrosion resin as a whole can be deformed synchronously with the embossed carbon steel plate, the phenomena of bulging and delaminating are completely eradicated, and meanwhile the cost for maintaining the sinter board dust catcher box body is saved.

A trench is formed in a low K dielectric (100) over a plurality of vias (120) also formed in the low K dielectric layer (100). The vias are separated by a distance of less than X_V and the edge of the trench is greater than X_TO from the edge α of the via closest to the edge of the trench. The trench and vias are subsequently filled with copper (150), (160) to form the interconnect line.