280results about How to "Not easy to separate" patented technology

The invention discloses a cake dough improver, a mousse cake and a method for preparing the mousse cake. The cake dough improver is prepared from raw materials in percentage by weight as follows: 2%-5% of an alkaline leavening agent, 2%-6% of an acidity regulator, 0.01%-30% of an emulsifier, 0.01%-0.1% of enzyme and the balance of a dispersant. The mousse cake comprises cake dough and a mousse layer, wherein the cake dough comprises the cake dough improver; and the mousse layer comprises a cream frothing stabilizer and a thickening and emulsifying stabilizer. The cake dough improver is added to the mousse cake, so that after the cake dough is frothed, coated and baked, the mousse cake tastes soft and creamy and can be continuously preserved for 9 months or longer under freezing and refrigeration conditions. The cream frothing stabilizer and the thickening and emulsifying stabilizer are added to the mousse layer of the mousse cake, the mousse cake is kept stable under long-term refrigeration and freezing conditions, water-oil separation cannot occur easily, and the cake is ensured to still taste fresh and moist under the long-term freezing condition and have a longer guarantee period.

The present invention relates to plating feeder, and is especially one kind of large bobbin diameter single side weft-knitting three-yarn plating feeder. The plating feeder includes one feeder body, three guiding elements on the body, possessing guiding holes, including the first guiding hole for ground yarn, the second guiding hole for the middle yarn and the third guiding hole for the facing yarn; and chutes on the body for the second guiding hole and the third guiding hole to slide up and down to realize altering yarn feeding angle. The present invention solves the technological problem of felter and makes it possible to weaving various kinds of three-yarn texture with high quality.

A method of identifying a product comprises forming a tagged product by adding to said product a tracer material comprising at least one tracer compound which is acceptable for use as an additive in food and subsequently analysing a sample of said product to determine the presence of said tracer compound thereby to determine whether said sample is a sample of the tagged product. The method is especially useful for the identification of vegetable oil products from sustainably managed sources. The use of permitted food additives as tracers enables the product to be identifiedin the supply chain whilst also allowing it to be used safely in foodstuffs if required.

The invention provides a knitting method of a multi-bar warp-knitting machine. The method includes the following steps of firstly, preparing a raw material wire; secondly, feeding the raw material wire into a looping ground bar; thirdly, making the looping ground bar start knitting, wherein the raw material wire is composed of N yarns, N is larger than or equal to 1, and at least one of the N yarns is a raveling-resistant yarn. Raveling-resistant yarn loops are added on the basis of existing loops, the tightness of the existing loops is increased, joints of all the loops are staggered or overlapped, ground net yarn loops are made to have quite strong cohesive force and more closely cohered to fancy yarns forming a pattern, and even no chain stitch transfer transverse yarn or thermofuse yarn is added, the ground yarn loops and the fancy yarns are not prone to raveling after damage.

The invention discloses a free cut fabric not prone to hemming. The free cut fabric comprises a fabric body, the fabric body comprises multiple pieces of first yarn and multiple pieces of second yarnwhich are mutually intertwined, each piece of first yarn is laid every one stitch in turn to form loops, so that a warp-knitted structure formed by the first yarn is a velvet structure, the underlap of the velvet structure is across two stitch lengths, and the velvet structure serves as a surface structure; each piece of second yarn is laid on two adjacent knitting needles and knitted into loops,so that a warp-knitted structure knitted by the second yarn is a warp-ribweave structure, and the warp-ribweave structure serves as a ground structure. The surface structure and the ground structure are combined to form the fabric body. The fabric formed by combining the two structures is high in elasticity, the loops are mutually locked, and the loops are not likely to run, the stress of the loops on the bottom face is balanced, and hemming of the fabric can be prevented. According to the fabric, the phenomena of hemming and running in the cutting process can be effectively avoided, the fabric is convenient to use, no folds can be generated when the fabric is put on the body of a wearer, and the using comfort is high.

The invention relates to a thermoformed sheet and printed film lamination device and a production method. The lamination device comprises supporting wall plates, a printed film unwinding mechanism, a gluing mechanism, a drying mechanism, a laminating mechanism, a sheet unwinding mechanism and a winding mechanism, wherein the printed film unwinding mechanism, the gluing mechanism, the drying mechanism, the laminating mechanism, the sheet unwinding mechanism and the winding mechanism are respectively mounted on the supporting wall plates, and the printed film unwinding mechanism, the gluing mechanism, the drying mechanism, the laminating mechanism, the sheet unwinding mechanism and the winding mechanism are arranged in sequence according to a printed film processing sequence. The thermoformed sheet and printed film lamination device is characterized in that the gluing mechanism comprises a glue tank, a glue smooth roll, a glue transitional roll, a glue press roll and a pneumatic cylinder, the glue smooth roll is immersed in the glue tank, the glue smooth roll, the glue transitional roll, the glue press roll and the pneumatic cylinder are sequentially connected from bottom to top, and a piston rod of the pneumatic cylinder is connected to the glue press roller. The lamination device can be used for realizing the diversity of surface hues of a thermoformed sheet, increasing the attractiveness of the thermoformed sheet and improving the quality of film lamination.

The invention provides a knitting method of a multi-bar warp-knitting machine. The method includes the following steps of firstly, preparing a raw material wire; secondly, feeding the raw material wire into a looping ground bar; thirdly, making the looping ground bar start knitting, wherein the raw material wire is composed of N yarns, N is larger than or equal to 1, and at least one of the N yarns is a raveling-resistant yarn. Raveling-resistant yarn loops are added on the basis of existing loops, the tightness of the existing loops is increased, joints of all the loops are staggered or overlapped, ground net yarn loops are made to have quite strong cohesive force and more closely cohered to fancy yarns forming a pattern, and even no chain stitch transfer transverse yarn or thermofuse yarn is added, the ground yarn loops and the fancy yarns are not prone to raveling after damage.

The invention belongs to the field of methods for knitting warp-knitted fabrics and in particular relates to a method for knitting a warp-knitted biaxial reinforced fabric. The method comprises the following steps: laying reinforced fibers in directions of 0 degree and 90 degrees, feeding the reinforced fibers in the directions of 0 degree and 90 degrees into a knitting mechanism of a biaxial warp-knitting machine, binding, and knitting the reinforced fibers into the biaxial reinforced fabric. The method has the advantages that the biaxial reinforced fabric produced by the method is not easily ravelled in a warp direction when being cut, the structural stability of a uniaxial reinforced fabric is improved, the requirements of customers on avoidance of the ravelling of the warp yarns of the biaxial fabric in a cutting process are met, the product quality of the biaxial reinforced fabric is greatly improved, and the fabric has the characteristics of low elongation rate, high strength, good toughness and the like.

The invention relates to a battery pack which comprises a shell, a battery core assembly and electrodes, wherein the shell is formed by combining an upper cover and a lower cover; the battery core assembly comprises at least one battery unit and a bracket which is used for containing the at least one battery unit. The battery pack is characterized in that a columnar opposite-inserting structure is arranged among the bracket, the upper cover and the lower cover; the columnar opposite-inserting structure comprises limiting columns and limiting holes; during assembling, the limiting columns are inserted into the limiting holes. As the limiting columns of the opposite-inserting structure on the at least one battery unit are combined with the limiting holes of the upper cover and the lower cover of the battery pack, the battery core assembly and the shell are kept in a good integrality; the inserted limiting columns on the battery unit bracket can deform at the moment that the battery pack falls down, and the impact of the battery core assembly on the shell can be buffered during falling down, so that the connection malposition of the upper cover and the lower cover of the shell can be prevented during falling down and further the shell can not be separated.

The invention discloses a manufacturing method of spaced chain stitch type heavy elastic bonding liner. The method comprises (1) preparing a whole-width fabric base formed of plural pieces of fabric bases by sewing on a double thread chain stitch sewing machine, wherein warp yarns of the fabric base adopt polyester filaments of 75-100D and spandex filaments, and weft yarns adopt polyester filaments of 300-350D; (2) refining; (3) subjecting to water-proof finishing in a finishing machine; and (4) adhering resin to the surface of the fabric base, infrared-heating the fabric base with dot-like resin adhered at 250-270 DEG C to dry and fix the resin onto the surface of the fabric base, and subjecting the infrared-heated fabric base to tentering setting in a tentering machine. The product obtained by the inventive method has good stiffness and resilience, can fully satisfy use requirements of general waist liners, has good ductility to improve the stretching effects of the product under force, and improves waist liner quality.

The present invention relates to a swelling agent composition comprising a nitrogen heterocyclic compound and a diol and methods of using the composition. The swelling agent composition may also contain a high flash point solvent and water. The swelling agent composition is used to condition the resin material to etch a porous textured surface on the resin material. Porous texturing deposits metal on the resin material to form a high affinity bond between the textured resin material and the deposited metal. This bonding between metal and resin materials prevents delamination between metal and resin. The swelling agent combination of nitrogen heterocyclic compound and diol also removes resinous material stains from the substrate. Swelling agent compositions of azacycles and diols can be used to treat resinous materials used in the fabrication of printed wiring boards. Metal can be deposited on the textured resinous material by suitable plating methods.