47results about How to "Guarantee applicability" patented technology

The invention discloses a military aircraft test flight full-cycle comprehensive supportability dynamic evaluation model, which comprises basic indexes and element indexes. The basic indexes comprisetechnical data, equipment resources, spare part resources and flight guarantee. The element indexes of the technical data comprise the one-time submission qualification rate of the process. The element indexes of the equipment resources comprise an equipment utilization rate, an equipment satisfaction rate and an effective rate of field service guarantee. The element indexes of the spare part resources comprise a spare part utilization rate and a spare part satisfaction rate. The element indexes of the flight guarantee comprise a full-optimal flight date rate and a full-optimal flight guarantee date rate. According to the invention, a preliminary quantitative conclusion is provided for the comprehensive guarantee of the airplane. A design shaping basis is provided for comprehensive guarantee of an airplane. A continuously improved basis is provided for the comprehensive guarantee of the aircraft test flight stage. A reference is provided for the use guarantee after the aircraft is assembled with an army, so that the comprehensive supportability of the military aircraft in a test flight complete period is verified, and the supportability requirement of the aircraft is ensured.

The invention discloses an auxiliary device for cambered surface scribing. The device comprises a machine body and a vehicle body, wherein a water tank is arranged in the machine body; a water outletpipe is arranged on the bottom wall of the water tank; a space with a rightward opening is formed in the bottom wall of the water outlet pipe; a balance opening is formed in the right side wall of thewater outlet pipe; a bottom space is formed in the bottom side of the rotating space. Searching for a horizontal point on one cambered surface building surface or two cambered surface buildings through water pressure balance in the transparent water pipe can be realized, and therefore, the problem that some existing laser horizontal instruments cannot be used normally due to the fact that light cannot be folded and turned is solved. And meanwhile, the machine body and the vehicle body can be automatically driven to ascend and descend through suction cups, so that the device is suitable for some high-rise buildings, and the practicability and applicability of the device can be guaranteed.

The invention discloses a battery SOH prediction method based on unsupervised transfer learning. The method comprises the steps: extracting the features of two batteries, carrying out the adjustment of two feature spaces through a domain matching algorithm, enabling the conditional distribution and edge distribution of the two feature spaces to be matched, and enabling the weights of samples related to the two spaces to be increased and the weight of the irrelevant samples to be reduced through the adjustment of the weights of the samples; in this way, data of one battery can be used for training in a domain matching mode; the SOH of the other battery is predicted through a common machine learning algorithm, and therefore the method has the advantages of being high in applicability, high in prediction precision, easy to implement and the like.

The invention discloses a CNT:SNC:PEDOT ternary water-based conductive ink and a preparation method thereof. The method comprises the following steps: adding carbon nanotubes into a sulfated nanocellulose aqueous dispersion, and conducting uniform dispersing to obtain a CNT:SNC dispersion; adding an EDOT monomer into the CNT:SNC dispersion, and conducting uniform stirring to obtain a mixed liquid;and adding ammonium persulfate and ferric chloride into the mixed solution, and carrying out polymerization reaction in an inert atmosphere to obtain the CNT:SNC:PEDOT ternary water-based conductiveink. The CNT:SNC:PEDOT ternary conductive ink has the advantages of being water-based, environment-friendly, good in stability, good in adhesive force, free of heating curing, high in universality andthe like. Meanwhile, due to the advantages of stable dispersion, high conductivity, excellent printing adaptability, excellent coating mechanical stability and the like, the conductive ink provided by the invention is expected to be applied to printing of various flexible electronic devices.

The invention relates to a sleeping berth with a dual-lock positioning mechanism. The sleeping berth with the dual-lock positioning mechanism comprises a berth surface, a main lock box, a first center shaft, an auxiliary lock box, a second center shaft, a lock core outer shell, a swing plate, a pull wire and a lock core, wherein the first center shaft can extend out of the right side surface of the berth surface by means of the right end of a first elastic recover means arranged on the first center shaft; the bottom surface of the auxiliary lock box is provided with a lock core outer shell hole; the second center shaft can extend out of the left side surface of the berth surface by means of the left end of a second elastic recovery means arranged on the second center shaft; the lock core outer shell is fixedly assembled into the lock core outer shell hole of the auxiliary lock box; the swing plate is arranged in the auxiliary lock box and the first end of the swing plate is connected with the right end of the second center shaft; the right end of the pull wire is connected with the left end of the first center shaft, and the left end of the pull wire is connected with the second end of the swing plate; the lock core is used for providing rotation force for the swing plate. The sleeping berth with the dual-lock positioning mechanism is stable in performance, is long in service life, is difficult to damage, not only can meet the need for lying, but also can meet the need of sitting, meets multiple requirements for passengers, and provides convenience for rest of the passengers.

The invention relates to a preparation method and application of a spider thread drug-loaded oral sustained-release membrane, in particular to a pre-membrane-forming drug-loading method by blending a drug solution or a drug composition with a natural spider thread solution, the loaded drug is inosine, a Kangfuxin drug or a drug composition of the inosine and the Kangfuxin drug, and the spider thread is Jingzhaochbrachys jingzhaochys jingzhaochys jingzhaochys jingzhaochys jingzhaochys jingzhaochys jingzhaochys. The spider thread drug-loaded oral sustained-release membrane prepared by the method is good in biocompatibility, can successfully load Kangfuxin drug and/or inosine drug molecules and slowly release the drug, the drug release time of the spider thread drug-loaded oral sustained-release membrane in artificial saliva and the oral cavity of a human body is not less than 4 hours, and the spider thread drug-loaded oral sustained-release membrane is not degraded in the artificial saliva for 160 hours and is degraded in artificial gastric juice for 24 hours; the spider-thread medicine-carrying oral sustained-release membrane has certain tensile strength and adhesive force, can be applied to oral buccal membrane parts, gingiva and sublingual parts, is convenient to carry, use and replace in daily life, does not influence the safety of oral mucosa, and is suitable for home nursing and inter-diagnosis treatment of various oral ulcers.

The invention relates to a backpack type meteorological monitor support case used in high-mountain environment. The backpack type meteorological monitor support case is characterized in that a flexible solar panel is attached to the outer surface of a case body, a global positioning system support, a temperature and humidity sensor support and a wind speed sensor support are arranged outside the support case, an air pressure sensor is arranged at an air pressure sensor mounting position in the support base, the connecting wire of the sensor is connected with a data collector inside the support case through an entrance hole, the flexible solar panel on the surface layer of the support case is connected with a gel battery, the gel battery is connected with the data collector through a solar power supply controller, locking buckles are arranged on the two sides of the support case, and backpack straps are arranged on the back face of the support case. The backpack type meteorological monitor support case is light, and has the advantages of being movable and capable of supplying power, resisting water and falling, and being easy to carry on the back in the operation process, data collecting personnel carry out meteorological data collection in real time through the backpack straps.