259results about How to "Little outside influence" patented technology

The invention discloses a controller of a light-operated color-changing glass window, comprising a signal acquisition module, a signal transformation module, a singlechip and an executive circuit, wherein the output end of the signal acquisition module is connected with the analog quantity input end of the signal transformation module; the signal transformation module is connected with the single chip; and an output end of the singlechip is connected with the input end of the executive circuit. By adopting the design, under different illumination intensities, corresponding analogue signals can be output and then transmitted to digital quantity capable of being identified by the singlechip by the signal transmission module, the brightness indoor can be ensured by regulating luminousness, and the generation of over high temperature can be effectively prevented, thereby creating a pleasant environment.

The invention is a method for preventing rotator system variation with flexible support and its device, aiming at solving the problems of high accuracy requirement and hard technique, by the relative movement of movable friction disc and still friction disc in dry friction damper to create frictional force, bring outer damping into the rotator system to decreased its variation in critical rotational speed, so that its stability is improved. The concrete method includes: mount movable friction disc and still friction disc onto axial, through pressure carried by force applicating and adjusting the pressure to change the damper value. After bringing into dry friction damper, the variation of rotator in critical rotational speed as well as its vibration can be prevented effectively; it has simple structure.

The invention discloses a method for automatic docking of an underwater vehicle and a base station under the guidance of light. According to the method, a fixed light source and a vehicle provided with a four-quadrant photoelectric detector are arranged. The method comprises the steps as follows: the light source is used for emitting light; the light emitted by the light source is irradiated to the four-quadrant photoelectric detector of the vehicle, and light spots are formed; and the heading attitude of the vehicle is adjusted according to the location, where the light spots are located, of the four-quadrant photoelectric detector.

The invention relates to an on-line detection method and device of laser shock processing effect, belonging to the machine manufacturing and laser device field, mainly suitable for the laser shock processing technology capable of increasing the mechanical performance of the parts. The on-line detection of the laser shock processing effect is performed by detecting the amplitude and pulse width of the shock wave spreaded in the air. The detection device comprises a photoelectric trigger circuit; a sound sensing circuit composed of three sound sensors and acoustic wave absorption device; a shock wave sampling circuit and other subsidiary components. The laser shock processing effect can be judged in complicated environment and the effective on-line detection of the laser shock processing effect is realized and the processing automaticity is increased.

The invention relates to a method of preparing a photosensitive lead salt film of infrared detectors. Compared with the lead salt film prepared by the chemical deposition method, the invention comprises the steps of adopting a stirring method and supplements chemical mother liquid participating in reaction at right time in the preparation course and realizes the components spatial evenness of the prepared lead salt; adopting controllable large discharge gas mixture of nitrogen and oxygen to perform sensitizing treatment to the lead salt film and realizes the spatial evenness of the prepared lead salt film with photoelectrical response character. By practice test, the 25mm multiplies by 25mm PbS film prepared by the invention has the evenness of photoelectrical response more than 25 percent.

The invention discloses a field estimation method and a simulation estimation method for flatness and comfort of a bituminous pavement. Various data information, such as time, experimental vehicle speed, the acceleration speed data of each test point, longitude and latitude of each test road section, and image data of a test lane, in a test process can be collected in real time by a data collecting instrument adopted by the field estimation method; relatively complete data information facilitates data selection and provides theoretic data basis for subsequent performance change of road. According to the simulation estimation method, a built finished vehicle model is very close to the movement rule of a practical vehicle, so that the movement character under motivation of road roughness can be better simulated; the operation speed of a software model on a computer is 4 to 6 times faster than the actual speed, the roughness of a tested road can be quickly estimated, the estimation method is relatively few in outdoor operation and relatively low in external influence, human and material resources can be effectively saved, the mounting process of a testing apparatus is avoided, and the estimation method is more simple and convenient and shorter in required time.

The invention belongs to the technical field of heavy metal pollution analysis and relates to a method or measuring stress of heavy metals on plants by using a plant micro-domain chlorophyll fluorescence method. The method comprises the following steps: putting plant leaves and quartz glass sheets in a shading box together, taking the representative part of to-be-measured plant leaves, regulating the temperature of a measuring environment to be 20 DEG C, selecting an xenon lamp as a plant fluorescence direct excitation source under shading or infrared conditions, adopting a parallel light source, and recording the photoluminescence intensity; and finally, determining the expression amount of plant leaves stressed or damaged by heavy metals. The method is simple in measurement process, reliable in design principle, convenient to use and operate, high in measurement accuracy, wide in application range and friendly in measurement environment.

The invention relates to the field of seed treatment and provides a method for increasing the germination rate of sweet cherry seeds. According to the method, a technical means of breaking dormancy by combining low temperature with dehulling is adopted to facilitate cracking of nuclear shells, increase the permeability of seed husks and be conductive to decomposition or transformation of inhibiting substances in the seed husks. The mechanically deshelled seeds break the impedance of the nuclear husks and are then subjected to low temperature processing, so that the generation rate is greatly increased. The method is high in operability, free of removal of the seed husks, applicable to massive processing, little affected by external influences, high in germination velocity and free of use of hormone drugs, such as gibberellins; the germination rate can reach over 95%; the germination rate can be increased by 50% to 80% compared with that of an existing processing method adopting stacking sand stratification; the emergence rate can reach over 90%.

The invention provides an energy-saving cooling system of a wind generating set frequency converter. The energy-saving cooling system comprises the frequency converter, a pipeline pump, a cooling liquid pipe, a hot liquid divider, a cold liquid divider, a high-level liquid collection box and two sets of radiating pipes, wherein the frequency converter, the pipeline pump and the cooling liquid pipe are located in a tower; the pipeline pump is connected with a heating component in the frequency converter through the cooling liquid pipe; one end of the hot liquid divider is connected with the high-level liquid collection box through the first set of radiating pipes; the other end of the hot liquid divider is connected with the heating component inside the frequency converter through the cooling liquid pipe; one end of the cold liquid divider is connected with the pipeline pump through the cooling liquid pipe; the other end of the cold liquid divider is connected with the high-level liquid collection box through the second set of air cooling radiating pipes; the top face of a cabin on the top of the tower is provided with an exhaust skylight of which an opening is back on to a wind wheel. According to the energy-saving cooling system, natural wind makes full contact with the surfaces of the radiating pipes inside the tower and takes heat energy away, cooling liquid with heat energy of the heating component of the frequency converter inside the radiating pipes is cooled rapidly, the good cooling effect is achieved without an air blower, energy sources are saved greatly, and environment noise of a whole wind power plant is lowered greatly.

The invention provides a quality control method in a pot-type fermentation technique process of Pixian broad bean paste. The method comprises the following steps: A, preparing broad bean paste fragments: washing, steaming, and cooling by airing broad bean fragments, inoculating the broad bean fragments with aspergillus oryzae powder so as to obtain a broad bean starter materials, sending the starter materials to a fermentation pot, and adding lactobacillus powder and microzyme powder to the pot for fermentation so as to obtain the broad bean paste fragments; B, preparing capsicum blank: crushing capsicums, adding the crushed capsicums to a capsicum blank fermentation pot, and adding lactobacillus powder to the capsicum blank fermentation pot so as to obtain the capsicum blank; and C, feeding the broad bean paste fragments into the capsicum blank fermentation pot, uniformly mixing the broad bean paste with the capsicum blank in a mass proportion of 4:6, adding microzyme powder into the mixture, conducting uniform mixing, and conducting fermentation of 45-75 days so as to obtain the Pixian broad bean paste. For meeting quality requirements, the method improves an aroma and a fresh taste of the product, shortens a manufacturing cycle of the Pixian broad bean paste, and avoids pollution of pathogenic bacteria in the manufacturing process. The manufacturing occupies a small amount of land, and the method is applicable to large-scale industrial production so as to meet market demand quantity of the Pixian broad bean paste.

The invention provides a liquid metal battery, which comprises a first shell and a first head cover arranged on the first shell, wherein at least one first battery pack is arranged in the first shell and comprises a first conductive crucible; a first positive electrode and a first electrolyte are arranged in the first conductive crucible; a first negative electrode is arranged in the first electrolyte; the first negative electrode is provided with a first negative electrode lead-out rod which is vertically arranged; and one end of the first negative electrode lead-out rod and the first head cover are arranged in an insulating manner. According to the liquid metal battery with the structure, the first conductive crucible playing an isolating role is arranged in the first shell for preventing alloy reaction between the first positive electrode and the first shell. The first electrolyte and the first positive electrode are arranged in the first conductive crucible. Compared with the liquid metal battery with an existing structure, the liquid metal battery has the advantages that the cycle life is longer, the influence of the outside on the battery is relatively small and management of the battery is more convenient.

The invention relates to a fluorescent microsphere in the field of biology engineering technology, and especially relates to a fluorescent microsphere suitable for rapid immunology detection and a preparation method thereof. In the first step, polymer particles comprising fluorescence molecules, and an olefin monomer having functional groups that have modification functions, are used as raw materials for the inner core and the outer shell respectively; and polymer microspheres, external surfaces of which have functional groups having modification functions, are prepared through a microemulsion polymerization method. In the second step, according to a ratio of 1% (w / v) to 5% (w / v), the polymer microspheres prepared in the first step are slowly injected into an acetone or dichloromethane solution comprising fluorescence molecules; the polymer microspheres are swelled and the fluorescence molecules penetrate into the polymer microspheres; and then the fluorescent microspheres are prepared after steps of centrifuging to remove supernate, cleaning, adding water and suspending. The preparation method is simple. The product can be used for preparing precise and quantified immune chromatography test strips, and is suitable for detection technology fields of medical diagnosis, biological detection, environmental detection, food safety monitoring, and detection of different-species.

The invention discloses a low-temperature and low-salt tank type fermenting preparation method of broad bean sauce halves. The method comprises the following steps of A, pretreatment of broad bean halves; B, preparation of a fermenting material of the broad bean halves; C, tank type fermenting of the fermenting material of the broad bean halves: sending the fermenting material of the broad bean halves into a fermenting tank, controlling the water content in the fermenting material of the broad bean halves in the fermenting tank to be smaller than or equal to 50% and the content of edible salt to be 8 to 11%, and fermenting by controlling the temperature to 15 to 20 DEG C; after fermenting for 13 to 15 days, adding lactobacillus powder; after 3 to 4 days, adding saccharomyces rouxii powder and torulopsis powder to continue to ferment; fermenting for 76 to 180 days in total, so as to obtain the broad bean sauce halves. The method has the advantages that the quality requirements are met, the fragrance and delicate flavor of a product are further improved, and the problem of pollution in the preparation process is solved; the particular flavor of the traditional fermented sauce halves is reserved, the land occupation area is small, the method is suitable for large-scale industrialized production, and the market demand amount of Pixian bean halves is met.

The invention discloses a double-shield position detection device. The device comprises a laser, a light sensing target and a controller; the laser is installed on the front end surface of a tight supporting shield; the light sensing target is installed on the rear end surface of a front shield; a shooting device is arranged in the light sensing target; laser light emitted by the laser comes to the light sensing target; and the laser and the shooting device are connected with the controller. According to the double-shield position detection device, the laser is arranged on the front end surface of the tight supporting shield, and the light sensing target is arranged on the rear end surface of the front shield; and when a double-shield TBM is used for curved tunneling, a light spot image isshot and processed through the shooting device arranged in the light sensing target, and a light spot offset of the rear end of the front shield is obtained, so that horizontal and vertical offsets of the front shield are obtained, and the accuracy of data is improved. In addition, the invention further provides a double-shield position detection method adopting the double-shield position detection device, a double-shield guide system and a double-shield guide method adopting the double-shield guide system.