417 results about "Packaging industry" patented technology

The invention provides derivatives of poly(styrene-co-allylalcohol). These materials are useful as thermosetting monomers that can be incorporated into adhesive compositions. In some embodiments, the adhesive compositions are useful in the microelectronic packaging industry.

A system for integrating a packaging supply chain from a point that a digital contract proof is available through delivery of finished packaging materials to an end user, wherein said system comprises a computer system accessible for interactive communications with users, said computer system comprising a first memory area for storing functionality and data for end user members of the supply chain; a second memory area for storing functionality and data for converter members of the supply chain; and a third memory area for storing functionality and data for other members of the supply chain.

The present invention relates to high solid content vinyl acetate-ethylene copolymer latex for binder and the synthetic method, including 55 to 75 portion of vinyl acetate, 24 to 45 portion of ethylene, 3 to 5 portion of N-methylol acrylamide, 2 to 4 portion of PVA1788 and PVA0588, 0.4 to 1.0 portion of the compound of nonionic emulsifying agent nonyl phenol polyoxyethylene alkyl ether and anion emulsifying agent alkyl sulphate with 2:1 mixture ratio, 0.2 to 1.0 portion of 35 percents oxydol with 1:1 mixture ratio, 0.05 to 0.4 portion of formol zinc sulphate, 0.1 to 0.5 portion of ferrous sulphate, 0.5 to 1.0 portion of regular dodeca-carbon thiol-alcohol, 0.05 to 0.35 portion of potassium phosphate, 0.1 to 0.5 portion of sodium bicarbonate and 45 to 55 portion of de-ionized water. With the adoption of latex polymerization, low-residual monomer VAE latex with solid content more than 65 percents is synthesized, which is used as binder to be applied in timber processing industry and packaging industry.

The invention is based on the discovery that certain polyether oligomers bearing curable moieties are useful as adhesives for the microelectonic packaging industry. Specifically, certain thermoset adhesive compositions containing polyether oligomers of the invention have good adhesion with lower viscosity, lower resistivity, higher conductivity and higher thixotropy when compared to acrylate- and maleimide-based thermoset adhesives.

The invention is based on the discovery that a certain polyester compounds are useful as b-stageable adhesives for the microelectonic packaging industry. The polyester compounds described herein contain ring-opening or ring-forming polymerizable moieties and therefore exhibit little to no shrinkage upon cure. In addition, there are provided well-defined b-stageable adhesives useful in stacked die assemblies. In particular, there are provided assemblies wherein the b-stageable adhesive encapsulates a portion of the wiring members contained within the bondline gap between the stacked die.

The invention is based on the discovery that certain well-defined compounds derived from pentacyclopentadecane dimethanol are useful components in adhesive formulations. In particular, the invention compounds described herein provide high Tg values and low shrinkage. Compounds of the invention are useful as adhesives for use in the semiconductor packaging industry.

The invention discloses a full-degradable thermoplastic composite material which is prepared from polylactic acid and starch which serve as base materials, PBAT and PCC, a sheet which is prepared from the material and is applicable to hot pressing and forming, and a preparation method thereof. The main components of the full-degradable thermoplastic composite material and the sheet of the invention are polylactic acid, starch and the like with biological sources, and the material and the sheet thereof can be degraded into water and carbon dioxide under the condition of compost, thereby saving a large amount of energy and reducing the environment pollution. The full-degradable thermoplastic composite material and the sheet thereof of the invention are mainly used for manufacturing sheets which are processed through plastic suction in the packaging industry, can be applied in the processing of disposable cups, disks, bowls, plates, boxes and the like through a plastics suction method, are widely applied to the packaging of food, vegetables, fruits, drinks, dairy food and industrial parts, and have stronger popularization significance.

The invention provides a powder material ton bag quantitative packing scale and a packing and weighing method. The powder material ton bag quantitative packing scale comprises a platform, a frequency-variable spiral mechanism, a weighing module, a weighing frame, an air cylinder, a fan, a lifting bag clamping mechanism, an automatic bag releasing mechanism, a chain plate conveying machine, a weighing control system and an air passage, wherein the frequency-variable spiral mechanism controls the feeding speed, the weighing module is connected with the platform and the weighing frame, the weighing frame is used for transmitting the weighing weight, and the air cylinder is arranged on the weighing frame and drives the lifting bag clamping mechanism. The powder material ton bag quantitative packing scale has the advantages that in the packing and weighing processes, the labor is saved, the automation degree is high, the automatic bag expansion can be realized, the automatic lifting, the automatic filling and the weighing control of the lifting bag clamping mechanism can be realized, the powder material ton bag quantitative packing scale can be widely applied to packing industries of different powder materials, the automation degree is high, the operation is simple, convenient and fast, the production capability is high, and the work intensity and the operation cost are low.

The invention relates to a formula and a process for preparing water resistant polyvinyl alcohol biodegradable film through a melt extrusion and blow molding processing method. The process is characterized by: uniformly mixing polyvinyl alcohol and various assistants through a specific mixing method; carrying out extruding and granulating through a twin-screw extruder; carrying out melt extrusion through a single screw extruder to prepare the water resistant polyvinyl alcohol biodegradable film. The preparation process for the water resistant polyvinyl alcohol biodegradable film has the following advantages that: the melt extrusion and blow molding processing method is adopted; compared to the traditional tape casting method, the process provided by the present invention has high continuous degree, short production period, stable process, and the prepared water resistant polyvinyl alcohol biodegradable film has adjustable thickness and folding diameter; the water resistance and processability of the polyvinyl alcohol film are improved through adding a crosslinking agent, a processing modifier and the like, such that each performance of the prepared film provided by the present invention are excellent, and the prepared water resistant polyvinyl alcohol biodegradable film can be widely applicable for packaging industries such as food, daily chemical products, pharmaceutical electronic components and the like.

The invention provides a knowledge graph-based packaging industry data search method and device. A packaging industry vertical field search engine can realize optimal retrieval efficiency and effect of the packaging industry field; a natural language query can be deeply understood; a user query intention is analyzed at a semantic level; massive structured knowledge bases can be utilized; an accurate answer is provided for a user query; and in addition, a synonym lexicon can be freely and flexibly expanded.

A bamboo fibre with 0.04-0.5 mm of diameter and more than 10 mm of length is prepared from bamboo through pre-treating of raw material, preparing fibres (including cold rolling, boiling in water, immersing in water, dewatering and carding), and post-treating. Its advantages are simple technology, low cost and no environmental pollution. Said bamboo fibres can be used to make bamboo fibreboard and sections.

The ternary built polylactic acid type composite material consists of PLA 45.0-80.0 wt%, PPC 4.0-40.0 wt%, PHB 4.0-40.0 wt% and various assistants. The ternary built polylactic acid type composite material is used as mother material for preparing thermoplastic material with improved forming machining property and heat resistant, raised tearing strength and high product size stability. It may be blow molded to produce various film products with excellent physical and chemical performance and controllable biodegradation speed for wide application in packing and agriculture.

The invention discloses an optical source assembly structure of flip LED chip integrated package and a manufacturing method thereof. The method comprises the steps of arranging flip LED chips on a flexible transition base film to form a chip array; coating the base film uniformly with packaging glue to a certain thickness, and curing the packaging glue; removing the flexible transition base film, and using the cured packaging glue as a carrier substrate of the chip array; completing the electrical interconnect integration of electrodes among the chips on the packaging glue carrier substrate; printing and curing thermally conductive and insulation glue on the carrier substrate after electrical interconnect integration, to form various optical source assembly unit cells; and obtaining a separated optical source assembly in accordance with the various optical source assembly unit cells. The optical source assembly is bonded and assembled with a thermally conductive substrate to achieve electrical connection with an external circuit to be combined into an optical source. The method is free from the form of isolated chip interconnect integrated package on a COB board in the current packaging industry, eliminates the process steps of surface mounting and crystal curing and the like on the COB board, and simplifies the manufacturing process.

The invention discloses a full-automatic counting board-turning stack aligner, which comprises an arrangement counting conveying system, a board turning system and a rear conveying accumulation arrangement system. An output end of the arrangement counting conveying system is connected with an input end of the board turning system, an output end of the board turning system is connected with an input end of the rear conveying accumulation arrangement system, and a packing device is arranged between the output end of the arrangement counting conveying system and the input end of the board turning system. The full-automatic counting board-turning stack aligner is certainly well received by enterprises in the packaging industry for improving automation level, precision, intelligence and the like, and also solves the problems that online manual paper board counting, board turning, packing and stack alignment of a corrugated paper board production line greatly rely on manual operation for a long period, and production efficiency is restricted. According to huge market demands, successful development of efficient energy-saving equipment such as the full-automatic counting board-turning packing stack aligner and the like can become the development trend of the efficient equipment in nationwide and global packaging industries.

The invention discloses a laser cutting device, comprising a laser cutting head system, an X-Y workbench and a granite workbench of counterweight and a workpiece clamping mechanism. The laser cutting head system comprises a laser generator, a Z workbench and a control cabinet. The invention is characterized in that the X-Y workbench adopts a sliding block to carry out limitless circular restricted linear motion on a linear sliding track through steel balls between the sliding block and the linear sliding track; the laser generator is an optical fiber generator; the laser cutting head system also comprises a high-pressure oxygen nozzle at the circumference of the laser beam; when cutting, the oxygen flow basically coaxial with the laser beam is spouted out from the cutting head. The invention has the advantages of high cutting precision, high processing efficiency, low manufacture cost, low application cost, simple optical path correction, conveniently implementing miniaturization, being suitable for the cutting process of most of metal and non-metal material, also having the functions of sign marking, carving, punching, etc., and being widely applicable to industries of mechanism, steel, automobile, shipping, petrochemicals, cases and cabinets, and packages.

The invention provides a packaging industry big data knowledge graph construction method and device. While a packaging knowledge graph is constructed, non-structured data can be structured, so that afoundation is laid for further semantic analysis calculation. In addition, data of the packaging industry is modeled by utilizing the knowledge graph, and a data mode can be freely expanded.

The invention discloses an APET/PETG composite material and its production technology, which belongs to the filed of composite material production technology. The composite material is produced by processes of stirring, milling, granulating, crystallizing, drying, extruding, cooling and glazing, drawing and cutting a combination of 80 to 90% of APET slice, 8 to 15% of PETG slice and 2 to 5% of flexibilizer, flexibilizer is added in the production process for increasing polymer molecular weight generated in the processes of extruding and plasticizing, unidirectional tension becomes bidirectional tension in the production process, the reaction of the tension direction stretches in net shape, therefore the impacting and stretching performance of the material can be enhanced; after decreasingof the thickness of a produced composite material PETG slice layer, the heat combination performance and the processing effect at a low temperature can be still reached to that of material while the thickness of the PETG slice layer is 20%, which enables the dosage of PETG slice and the cost to be greatly reduced. The material provided by the invention can be used in the foodstuff, medical and packaging industries.

The invention discloses a toughening process for a high-tensile-strength recycled polyester sheet in the production field of the polyester sheet. The recycled polyester sheet is manufactured from 47-75wt% of PET (polyester) slices, 18-50wt% of PET recycled materials and 3-7wt% of tackifier through the steps of mixing, crystallizing and drying, extruding and plasticizing, calendaring and shaping, cooling and polishing and cutting. By adding the tackifier to the raw materials for production, the polymer molecular weight generated in the extruding and plasticizing process is increased under certain reaction conditions, the production process is changed into bidirectional stretching from unidirectional stretching, and the force reaction is in mesh stretching, thereby reinforcing the impact and tensile property of the sheet. The obtained sheet can be applied to the food, medical and packaging industries.

The invention relates to a method for the production of cellulose shaped bodies according to the dry-wet extrusion method (Lyocell method) with high degree of whiteness and bioactive action for use in the textile sector and paper production. In the context of the invention, the term “bioactive” refers to antimicrobial efficacy, based on the antibacterial action of the element silver, which is used as nanoscale reagent for increasing the efficacy thereof. The chemically inert and, at the same time, bactericidal effect is used in the production of sports and leisure clothing with a high degree of whiteness and papers with a long shelf life. Use is possible in the medical sector, for example, for wound dressings, textiles for hospitals, and in the filter and packaging industry.