66 results about "Thick skin" patented technology

The present invention relates to specific methods of producing cleated rubber-backed floor mats (such as dust control or rubber mats) through the utilization of the combination of a perforated coated woven fabric article and a cushioned platen liner between the article and the metal platen of an in-line dust control mat manufacturing machine. Such a procedure permits a more efficient manner of producing cleated anti-creep dust control mats than previously followed. In particular, the fabric article is in the form of a conveyor belt and is preferably constructed from Teflon(R)-coated woven fiberglass which will not adhere to the tacky rubber component of the target mat and can withstand the extremely high vulcanization temperatures and pressures required during the production of a dust control mat. The cushioned platen liner, which is preferably comprised of or coated with silicon, is utilized as a separator between the metal platen of the manufacturing machine, as well as cushion for the molten rubber as it is pressed through the conveyor belt perforations during vulcanization. Such a cushioned liner material substantially eliminates any problems due to the force of the metal platen against the molten rubber as it passes through the article perforations. Further, a method for utilizing the conveyor belt to produce foam rubber cleated anti-creep mats is disclosed. The cleats of these mats have a thicker skin than the rest of the mat, thereby imparting enough strength and structural integrity so that the foam rubber mats may withstand the daily rigors of use, combined with periodic launderings. The produced mat as well as the woven fabric article/cushioned platen liner combination are also encompassed within this invention.

The invention discloses a portable interior quality optical detection probe for thick-skin type fruits. The portable interior quality optical detection probe comprises a spectral emitting device and a spectral receiving device which are coaxially mounted, wherein a heat dissipation lampshade is arranged in a ventilating cover; a halogen tungsten lamp is attached between the heat dissipation lampshade and an outer barrel; a plane mirror and the spectral receiving device are arranged in the outer barrel; the plane mirror is adhered to the top of an inner barrel cover and is aligned with the center of the halogen tungsten lamp; a mirror seat in an inner barrel is connected with the inner barrel cover; the elliptical plane mirror is adhered to a slope surface of the mirror seat; three inner fixing cylindrical holes in a cylinder on the outer side of the middle part of the inner barrel and three outer fixing cylindrical holes in a cylinder on the outer side of the middle part of the outer barrel are relatively formed, so that the inner barrel and the outer barrel are coaxially fixed; an optical fiber connection opening of the inner barrel and an optical fiber through hole of the outer barrel are butted and provided with optical fibers. The light source of the halogen tungsten lamp is integrated on the probe, so that the interior quality of the thick-skin type fruits can be particularly subjected to optical detection, and interior quality information of the fruits can be effectively acquired; a spectral basis can be supplied to lossless detection on the interior quality of the thick-skin type fruits.

A panel for an overhead sectional door offers increased performance and economy by optimizing the panel skin. The upper and lower structural rail areas which typically mate with corresponding lower and upper rails of an adjacent panel have thicker skin. The non-structural areas or the front face of the panel in one embodiment has a thinner skin which is typically embossed with a wood grain or other pattern. The structural rail areas which have the thicker skin add rigidity and resistance to deflection from wind loads and similar dynamic forces. The overhead door panel with differing performance characteristics for specific portions of the skin may be utilized with a variety of rail configurations such as a lap joint, tongue and groove joint, and convex/concave joint between adjacent panels. In another aspect, a specific bottom rail section using the variable thickness concept avoids the need for an astragal retainer thereby providing a cost savings while offering structural and strength benefits.

The invention relates to a high-yield and high-efficiency spring melon-autumn melon-winter asparagus lettuce cultivation technique. The specific cultivation process includes the steps of variety selection of melons, sowing and seedling raising, nutrient soil preparation, transplanting and field planting, field management, variety selection of asparagus lettuces, sowing and seedling raising, transplanting and field planting, and field management. The problems that in traditional open cultivation modes of thick-skin melons at present, melons come into the market late, pest and disease damage is severe, and the yield and benefits are low are solved, economic benefits are increased, and the mode is applicable to the middle and lower reaches of the Yangtze River and regions with similar climates.

The invention relates to a grafting method of medlar and tomato, comprising the following steps: (1) selecting the medlar or tomato plant with long growth history, long individual growth history and large hereditary conservation as the stock; (2) selecting the tomato or medlar plant with short growth history, the individual growth from start and large plasticity and large plasticity as the scion; and (3) grafting the part properly during grafting in the seedling stage, wherein the stock should grow to have 5-6 leaves which are young and strong. Via repeated operation for many years, novel medlar with large fruit, thick skin, little seed, strong stress resistance, easy picking and durable storage as well as novel tomato with the medlar content, little seed, much pulp, thick skin and durable storage is cultivated. Tests show that the contents of amino acid and polysaccharide are greatly increased.

The present invention relates to a microcellular foam of a thermoplastic resin and a method for preparing the same, and more particularly to a microcellular foam comprising a skin layer having a porosity of below 5% and a core layer having a porosity of at least 5%, wherein the thickness of the skin layer accounts for 5 to 50% of the entire foam, and a method for preparing the same. The microcellular foam of the present invention is advantageous in that it has a thicker skin layer and smaller and uniform micropores in the core layer, compared with conventional microcellular foams, while having mechanical properties comparable to those of conventional non-foamed sheets.

The invention relates to a rapid walnut orchard establishment technology for direct seeding orchard establishment and belongs to the technical field of cultivation. The technology is a method for sowing seeds of thick-skin walnuts or pecans serving as stocks artificially in a single row according to a ruled spacing in the rows and spacing between rows by utilizing a cultivation mode of establishing an orchard through onsite-stock grafting; the cultivated variety is grafted in next year; seedlings are remained according to required spacing in the rows and spacing between rows in the third year. Through the walnut direct seeding orchard establishment technology, seedlings are in-situ and are not subjected to the processes such as lifting of seedlings, transplanting and revival of seedlings, and roots are not damaged, so that survival rate of afforestation is high, the orchard establishment speed is fast, the survival rate of over-wintering is improved greatly, the trees are neat and consistent, and convenience is brought to management. The cost of the walnut direct seeding orchard establishment is low, the time taken for orchard establishment is short, and fast effect is achieved.

The invention relates to a facility for the breeding and the middle culture of stichopus japonicus seedlings, in particular to a facility for the breeding and the middle culture of stichopus japonicus seedlings in lagoons and semiclosed gulfs. The facility comprises an inner netting, an outer protective net, a plurality of support rods, wind ropes and a plurality of anchor rods, wherein the inner netting is arranged in water by the support rods, and the bottom of the inner netting, connected with the water bottom, is blocked; the outer protective net is arranged on the outer circumference of the inner netting by the support rods, and the support rods for fixing the outer protective net are connected with the support rods for fixing the inner netting by a second rope; and the anchor rods are arranged on the outer circumference of the outer protective net and respectively connected with the support rods for fixing the outer protective net by the wind ropes. The stichopus japonicus seedlings cultured by the facility have strong constitution, thick skin, solid flesh, excellent stress resistance and excellent adaptability to environments and fully have the excellent properties of wild stichopus japonicus. Through the middle culture of the seedlings by the facility, excellent transition environments can be provided to the seedlings to adapt to the wild conditions, and the survival rate of bottom sowing is increased.

A gliding stitch technique provides efficient and effective means to close a wound under tension. The gliding stitch is especially useful in treating wounds found within thick skin such as a scalp or back wound. The disclosed suture method may be used upon humans and other mammals.

The invention discloses a skin pattern sex-limited trans-breeding method for a silkworm variety with a common skin pattern. The skin pattern sex-limited trans-breeding method comprises the following steps of: carrying out hybridization to obtain F1 by taking a base skin pattern sex-limited variety as a female parent and taking a practical common skin pattern variety as a male parent; back-crossing the F1 and a male individual of the practical common skin pattern variety to obtain BC1, selecting out the common skin pattern individual which is most easily to discriminate by naked eyes at a larval stage from the BC1, selecting an excellent female individual by discriminating pupas, and continuously back-crossing the excellent female individual to BCn; continuously selecting out the individual with a thick common skin pattern from the BCn, and self-crossing and sub-culturing other progeny individuals to Fm-1, self-crossing and carrying out single batch rearing from Fm, selecting an excellent moth area which is in accordance with skin pattern sex-limited characteristics through a pupa discriminating method to perform subculture, and carrying out sex discrimination on every generation by taking the individuals with skin patterns as the female and taking the individuals without skin patterns as the female. According to the method disclosed by the invention, the practicability of a new variety can be improved by continuous back-crossing; the difficulties that the skin pattern depth of a target individual is difficult to discriminate and most of later generations cannot participate in subculture are solved by adopting a method of selecting out the individual with the thickest skin pattern in the later generations; the process is simplified; the operation is simple; the genetic background is wide; and the aim of realizing rapid practical trans-breeding is fulfilled.

The invention discloses a high-quality high-yield open-field thick-skin muskmelon cultivation method. The method includes the following steps of 1), land selection and land preparation, namely selecting slope land or wasteland in a hilly area medium in soil texture, tilling after beginning of spring, raking the land flat, ridging, covering thin films, and covering straw among ridges; 2), seeding, namely soaking seeds in warm water at 55-60 DEG C, accelerating germination, and seeding in mid-to-late March; 3), branch pruning and tendril removing, namely pinching at a stage when each seedling has 5-6 leaves and reserving two strong son tendrils, namely double-tendril branch pruning, and reserving 2-3 melons on each plant; 4), field management. The high-quality high-yield open-field thick-skin muskmelon cultivation method is simple and feasible, labor consumption is reduced, fruit setting rate and yield of a cultivar can be increased greatly, diseases are reduced, pesticide consumption is reduced, cost is saved, quality is improved, protection of ecological environment is facilitated better, and cultivation level is raised.

The invention discloses a layering continuous melon-remaining method for a thick-skin muskmelon. The method comprises the following steps: after planting the thick-skin muskmelon, remaining a first layer of melons at the eleventh-thirteenth sections of a main vine of the plant, following the growth of the plant; after ending the rapid expanding period of the first layer of melons, remaining the second layer of melons at the nineteenth to twenty-first sections of the main vine of the plant; after topping the main vine of the plant, remaining the third layer of melons at the second-third sections under the top; after the third layer of melons sit and are basically completely expanded, sprouting many lateral branches from the other sections on the plant; and utilizing the lateral branches to continuously remaine the fourth-sixth layers of melons on the bottom part, middle part and upper part of the plant and totally remaining 2-3 melons. By adopting the melon-remaining method, 1, the conditions that the fruit expanding period has high requirement for nutrient, more melons cannot be remained at one time, otherwise, the fruit mal-development is caused are fully considered; 2, the layering continuous melon-remaining for the plant can consider both vegetative growth and reproductive growth of the plant and can settle the contradiction between the stem leaf growth and the fruit growth; and 3 due to the layering melon-remaining, the grading harvest for the muskmelon is realized.

The invention provides a method and device for forming stitches of a sewing machine. According to an object of the invention, in thick skin of a vehicular sheet or furniture, when top sides of two sheets of sewing materials are aligned, ends thereof are sewn together and thereafter, the sewing materials are split to open by putting a sewing portion thereof on an inner side, the sewing materials are sewn together such that stitch thread does not appear at the top sides of the sewing materials. A stitch is continuously formed in cloth by repeating operation of forming a plurality of stitches by feeding the cloth in one direction by (n+1) stitches to a sewing machine for forming lock stitch by a cloth feed apparatus and thereafter feeding the cloth by n stitches in a direction reverse to the one direction by the same feed amount.

The invention discloses a pruning and fruit setting method for thick skin netted muskmelon. The method comprises the steps of by retaining two reproduction vines and one nutrition vine during seedling growth period, removing lateral buds and lateral vines, pinching, and pruning tips of the seedlings in due time, selecting 11-14 nodes of sub vines, and meanwhile, retaining two muskmelons. The photosynthesis areas of crops are enlarged by retaining the nutrition vines, so that the reproduction vines can be supplemented with nutrients sufficiently, cannot be subjected to premature senility, fruits on the reproduction vines can absorb more nutrients, and further the seedlings can develop and grow rapidly; water and fertilizer management can be reinforced timely, so that a muskmelon facility can produce in an early, high-yield and high-efficiency manner.

Belonging to the technical field of plant breeding, the invention relates to a method for acquiring cucumis melo wild species and cultivating thick skin cucumis melo hybrid species. The main technical measures include: conducting cucumis melo interspecific hybridization, then conducting aseptic treatment on an ovary pollinated for 15-21d, taking out immature embryos, then putting the immature embryos in a hormone added 1/2MS medium for culture, then carrying out subculture to obtain seedlings, controlling the culture temperature at 26DEG C, the daily illumination time at 10-12h, and the illuminance at 1600-2000lx. The method provided by the invention can solve the key technical problem of cucumis melo interspecific hybridization reproductive disorder, and also can acquire cucumis melo interspecific hybrid seedlings.

The invention provides a raising method of dramsticktree pork pigs. The method concretely comprises the following steps that feed of dramsticktree feed is added into ordinary food of the pigs when piglets are 50 days old, and the dramsticktree feed is continuously fed for more than 2 months. The feed of dramsticktree fed according to the method has the advantages that the nutrition is rich; the taste is sweet; the palatability is very good, so that the pork pigs like to eat the feed; in addition, the dramsticktree has rich nutrition and also has the unique disease-treatment and disease-resistant effect; the pork pigs fed by the dramsticktree feed hardly catch diseases; the feeding of various kinds of medicine to the pork pigs is not needed in the whole growth process, so that the growth speed of the pork pigs is high; the pork pigs are healthy and strong; in addition, the quality is good. In addition, through implementing the method, the feeding of commodity feed to the pork pigs is not needed, so that the feed cost is very low. The fed pork pig product has thick skin and tender and crisp pork quality; the taste of the pork is delicious; the meat factor is high; the fat meat part is fat but not greasy when being eaten, so that the pork product has unique features; the time waste and the labor waste are avoided for brand popularization and culture; then, the benefits are very obvious.