32 results about "Complete type" patented technology

The invention discloses a production method of aloe juice, comprising the following steps: (1) cleaning, disinfecting and peeling aloe; (2) gelling and grinding aloe; (3) stabilizing treatment; (4) filtering treatment; and (5) high temperature short time sterilizing treatment. The production method has simple process and is easy to realize industrial production. An aloe juice product produced by using the production method has the advantages of complete types and high content of active ingredients, safe and reliable product quality, high stability and the like, and the aloe juice can be ensured to be widely applied in the preparation of beverages, health care products and daily cosmetics.

The invention relates to a method of developing SNP (single nucleotide polymorphism)-SSR (simple sequence repeat) molecular makers closely linked with SNP by utilizing SNP. The method comprises the following steps of: (1) finding according to a position of a known SNP molecule of a to-be-developed sample on a genetic map to obtain an SNP marker extending sequence; (2) comparing the SNP marker extending sequence in a genome sequencing database of the to-be-developed sample, and selecting a sequence segment; (3) feeding complete type, incomplete type and composite type SSR to obtain SSR locus based on repetitive sequence length not less than 20bp; (4 designing primers according to flanking regions of SSR lotus, selecting the primers with stable and clear banding patterns through PCR (polymerase chain reaction) amplification and sequencing to obtain a to-be-verified molecular marker; and (5) preparing the SNP-SSR molecular marker by utilizing the primer of the to-be-verified molecular marker. The method disclosed by the invention can quickly and greatly screen out SNP-SSR molecular markers closely linked with the SNP.

The invention relates to the technical fields of tissue engineering and medical wound healing, and provides an amniotic membrane microcarrier capable of simulating a niche microenvironment for the growth of epidermal stem cells in vitro and a skin substitute thereof. A medical waste human amniotic membrane is used as the host material, is subjected to a repeated freeze-thawing & DNA enzyme digestion method to remove amniotic cells, and is further subjected to freeze-cracking to be prepared into the amniotic membrane microcarrier which is 200-500 mu m in size and has a three-dimensional spatial structure. The amniotic membrane microcarrier has the characteristics of common microcarriers, retains the basement membrane structure, has relatively complete Type-IV collagen and laminin, and simultaneously contains NGF, HGF, KGF, bFGF, TGF-beta1, EGF and other growth factors, thereby providing an approximate physiological niche microenvironment for the in-vitro culture and amplification of epidermal stem cells, and quickly amplifying the epidermal stem cells while keeping the characteristics of the stem cells. Besides, the amniotic membrane microcarrier can be directly used as a dermal scaffold for the construction of a skin substitute. Animal full-thickness skin defect and graft experiment shows that the healing quality of the skin substitute is far superior to those of a simple amniotic membrane microcarrier group and a blank control group, a regenerated epidermal layer is obviously thickened and is accompanied with the formation of a mammillary process like structure, and collagenous fibers of a regenerated dermal layer are regularly and orderly arranged.

A method for determining whether a first group of a product, a component or a system in reliability life testing has longer lifetime than a second group. This method is non-parametric and free from a pre-assumption of statistical distributions and can be applied to all kinds of data and distributions. Errors from goodness-of-fit of distribution fitting and parameter estimations are thus eliminated. After pre-check on bimodal, early failures, and the failure mechanisms, the method employs numerical solutions with good accuracy by the nonparametric approach. The data under consideration can be censored, interval or bimodal, and not limited to simple cases of complete type. The method can be used to determine multiplicities of reliability tests for all product types and at all levels. Based on a comparability index derived from integrating the weighted difference between the reliability functions of the two groups under comparison. Several indices are proposed for effectiveness of reliability comparability.

The invention provides a processor fault injection method oriented to a BIT (Built-In Test) software test and a simulator thereof, wherein a hardware circuit board that runs BIT software is taken as a simulation object of the simulator. A normal function simulation module, a fault model parsing module, a fault injection module, a failure behavior simulation module and a peripheral crosslinking environment emulation module are additionally arranged in the processor fault injection method, wherein the normal function simulation module simulates the normal functions of a processor, memorizer and the like; the fault model parsing module parses a fault sequence file; and the fault injection module matches and injects a fault. The processor fault injection method compiles and parses an XML (Extensive Markup Language) fault sequence file to form the fault sequence that can be identified by the simulator by building a fault mode library, searches and injects the corresponding fault when the simulator encounters a fault observation point during the simulation process, and performs the fault simulation when the fault is triggered. The processor fault injection method and the simulator can achieve more complete types of the injected fault modes, can fully cover test cases under each failure occurrence, and can test the circuit board-level BIT software more sufficiently; in addition, only the BIT software that is tested fully can ensure the accuracy and the timeliness of BIT prediction of aeronautical airborne equipment, and further ensures the reliability and the safety of a system.

The invention relates to a ''two points'' line element method for road route plane alignment design, and belongs to the technical field of road route plane alignment design curve methods. The ''two points'' line element method is characterized by comprising six basic line element types of a straight tangent, a circular curve, a forward / backward complete type convolute curve, and a forward / backward incomplete type convolute curve, and comprising eight basic parameters of a coordinate, a tangential clearance angle and a radius which are relevant with a starting point of the line element, a coordinate, a tangential clearance angle and a radius which are relevant with an end point of the line element, a line element deflection angle and a line element length. Four typical independent parameters are a coordinate of the starting point, a tangential clearance angle of the starting point, a radius of the starting point and a coordinate of the end point. During the process of line element designing, three parameters relevant with the starting point are known, so that a person only needs to set the coordinate of the end point, then the only six basic line element type element curve can be determined, just like that a straight line is only determined by two points. The ''two points'' line element method disclosed by the invention has the effects and benefits that the only six basic line element type element curve can be determined through the two points; the line element end point position, the line element shape and the route alignment are easy to control, the control of coordinate positions to the line element is emphasized, and conforming to the custom of route design and coordinate control of construction paying-off is realized.