43results about How to "Avoid the influence of external factors" patented technology

The invention discloses a fracturing pressure determining device and method for a carbon dioxide fracturing device. The device comprises an energy leaking cover, a pressure sensor and a signal collecting unit, the energy leaking cover is of a barrel-shaped structure with openings in two ends, the energy leaking cover is installed on an energy leaking head of the fracturing device through an open cover at one end in an opposite-fixation mode, and the pressure sensor is attached to the inner wall of the energy leaking cover and is in signal connection with the signal collecting unit. Through the pressure sensor, during high-speed gasification of liquefied carbon dioxide, a fracturing pressure signal of the fracturing device is measured and transmitted to the signal collecting unit. The fracturing pressure determining device is mainly used for accurately measuring the fracturing pressure of the carbon dioxide fracturing device. The device carries out an experiment conveniently, is easy to operate and accurate and reliable in measurement result, provides possibility for accurate calibration of the liquefied carbon dioxide, and not only can provide reliable data for designing and producing of fracturing devices of different dimensions, but also can analyze and research the change relation between fracturing pressure and distance, so that the utilization rate of energy is increased.

The invention discloses a building energy saving centralized control method, comprising: S1, leading electricity-using equipment to enter an energy saving rate test stage and testing energy saving rate; S2, judging whether the energy saving rate is larger than or equal to the preset energy saving rate, if yes, executing S4, and if no, executing S3; S3, revising control parameters of the electronic equipment or replacing the electronic equipment and returning to S1; and S4, leading electricity-using equipment to enter a normal working stage until the next energy saving rate test stage. In the energy saving rate test stage, the electricity-using equipment works in an energy saving mode and a non-energy saving mode in an alternative way, and energy saving rate is calculated according to energy consumption under two working modes. Compared with the prior art, the invention can test energy saving situation of electricity-using equipment at any time, so as to discover electricity-using equipment with poor energy saving effect in time according to the test result, thus being favorable for effectively avoiding long-term energy waste and having high test accuracy.

The invention discloses a nano silver high-efficiency antibacterial composition used for gynecologic inflammation and a preparation method thereof. The acting component in the formation of the nano silver high-efficiency antibacterial composition is nano silver, and the composition comprises two parts which are respectively a nano silver vaginal effervescent tablet and a slow-release tablet. The invention is suitable for female vaginal application and combined use. When in use, the effervescent tablet is firstly dissolved into water, an affected part is washed, then the slow-release tablet is put into the mixture, the principle of the release of a medicine can be fully utilized, and the sufficient and uniform medicine concentration is ensured, thereby killing pathogenic bacteria quickly and thoroughly and achieving the aim of cure. The combination has convenient use, is also convenient to carry, is easily accepted by a patient and is suitable for clinical popularization and use. The invention also discloses the preparation method. The invention has stable quality of a product, simple preparation process, controllable quality and lower cost, can adapt to industrialized large-scale production, ensures the quality of the product and can also lower the application burden of illness greatly. The composition prepared by the invention is mainly applied to vaginitis, urethritis, pelvic inflammation, cervicitis and the like in the gynecologic inflammation, and the cure rate can reach 90.3 percent.

The invention relates to the technical field of detoxification and propagation of fruit trees, and in particular relates to a method for rapid propagation and detoxifying of stem tips of fragrant pomelo, and the method comprises the following steps: (1) selection and disinfection of explants, to be more specific, taking a fragrant pomelo tuber in spring or autumn for indoor germination, spraying regularly a bactericide after buds grow up, two weeks later, taking the buds again, after heat treatment in a 5% sodium hypochlorite solution of the buds for 8-10 minutes at 35-40 DEG C, putting the buds on a super clean bench under an anatomical lens for stem tip exfoliation under 8-40 times, and selecting the stem tip or a nucellar tissue of an apical bud for standby use; and (2) primary culture,to be more specific, putting the selected stem tip or the nucellar tissue once again in the 5% sodium hypochlorite solution for treating for 3-5min, and putting the stem tip or the nucellar tissue into a primary medium for rapid propagation and growth. The method for rapid propagation and detoxifying of the stem tips of the fragrant pomelo is established by selection of mediums and hormones in each stage of sterilization and tissue culture of the external explants, provides a theoretical basis and a technical support for factory production of fragrant pomelo tissue culture seedlings, and provides a new way for selection and breeding of new varieties.

The invention relates to a simple breathing machine and a breathing mask thereof. The simple breathing machine comprises a base, a storage battery pack, a shell and a control box, wherein the base isequipped with an external power line; the storage battery pack is fixedly mounted in the base and is connected with the external power line; the shell is fixedly mounted on the base; the control box is arranged on the shell; a fixing device is arranged at the bottom of the base; the storage battery pack is connected with a motor in the shell through the control box; an output end of the motor is connected with a simple breathing device; the simple breathing device is connected with an oxygen supply pipeline. The simple breathing machine has a simple structure, is convenient to operate, is capable of saving the cost of the patient or the patient families and can be widely popularized in common patients; the product wholly occupies less area, is in small volume, is more flexible, does not occupy excessive space, is energy-saving and environment-friendly, is long in service life and is difficult to be in fault; the stable supply of air flow can be realized.

The invention discloses a calibration device method of rotor blade embedded micro pressure sensors. The device and the method aim to realize integral calibration of the embedded pressure sensors on arotor blade. The method specifically includes the steps that the micro pressure sensors are embedded in the rotor blade and then placed in a closed container, the pressure and temperature in the closed container are adjusted, data acquisition of the micro pressure sensors is completed through a data acquisition system outside the closed container after the target temperature and pressure are reached, and performance parameters of the micro pressure sensors are calibrated through a computer. Compared with a traditional embedding-after-calibration method, the calibration device achieves the integral calibration of the sensors after the sensors are embedded in the blade, the sensors embedded in the blade are calibrated before testing, and the influence of external factors before testing is avoided.

The invention relates to a method for quantitatively controlling the operational stability of a servo mechanism by using an automatic gear grinding technology. The method can be implemented through adopting an automatic running-in and stability test system. The method includes the steps of movement control, data collection and analysis, and running-in parameter and evaluation criterion establishment. According to the movement control, the servo mechanism moves in a reciprocating manner in an operation position range under control according to movement parameters and operation positions, and automatic gear running-in is performed on the transmission chain of the servo mechanism. According to the data collection and analysis, in an automatic gear running-in process, work state parameter data are acquired, and are processed, and processing results are display in real time. According to the running-in parameter and evaluation criterion establishment, operational stability quantitative detection is performed on the servo mechanism, and the running-in process parameters of the transmission chain of the servo mechanism are determined, and quantitative evaluation criteria of qualified running-in are established. With the method of the invention adopted, automatic running-in of the transmission chain of the servo mechanism can be completed with shortest time and minimum manpower and material resources, and the stability detection of the servo mechanism can be realized with quantitative evaluation indexes, and malfunctioned products can be reduced, and the rate of rework in processes can be reduced, and batch production efficiency and product reliability can be improved.

The invention belongs to the field of optical fiber technology, specifically a single-mode double-layer parallel optical fiber array, including an array substrate one, an array substrate two, a cover plate, a silica gel pad, a protective cover sheet, a splint, a small hinge, an optical fiber branch line, MT joints, V-shaped grooves, positioning right-angle grooves, rubber connecting columns, connecting blocks, positioning right-angle inserts, adhesive layers, silicone pressure sheets and glue positioning strips. In the present invention, a splint is arranged on the surface edge of the array substrate 1 and the array substrate 2, and the silica gel pad is bonded and connected, and the optical fiber branch connected to the optical fiber array is clamped and connected by the rotating splint, so as to realize the fixing effect on the optical fiber and avoid the loss of the optical fiber, and The exposed optical fiber branches on the first surface of the array substrate and the second surface of the array substrate are protected by the protective cover sheet and the silica gel pad to prevent the optical fiber branches from being affected by external factors.

The invention relates to the technical field of new energy vehicles, and discloses a charging line recovery device for new energy vehicles based on capacitive sensing, which includes a casing, the outside of the casing is movably connected with a sensing component, and the inside of the casing is fixedly connected with a Motor one, the external movable connection of motor one is provided with a bevel gear, the external movable connection of the bevel gear is provided with a time-delay assembly, the inside of the shell is fixedly connected with a fixed rod, and the bottom of the fixed rod is fixedly connected with a contact point; through motor one, the bevel gear, Under the interaction between the delay component, the fixed rod, the contact, the rotating shaft, the wire wheel, the charging line, and the charging gun, when the user does not receive the charging line into the shell due to negligence or other reasons, such a structure It can play a role of delay between them, so that the charging cable can be retracted after the user leaves, avoiding the immediate retraction and causing personal injury, which is more in line with the actual situation.

The invention discloses a chemical synthesis method of an inorganic non-lead halide perovskite thin film, which comprises: (1) dissolving SnX2 in an organic solvent, and magnetically stirring until completely dissolved; (2) adding CsX and mixing, under light-proof conditions Stir to obtain the CsSnX3 / Cs2SnX6 inorganic non-lead halide perovskite precursor solution; (3) ultrasonically clean the substrate material and dry it with nitrogen; (4) place the substrate material in an ultraviolet ozone cleaner for irradiation treatment (5) Spread the CsSnX3 / Cs2SnX6 inorganic non-lead halide perovskite precursor solution on the surface of the substrate material, and then spin-coat; (6) heat the spin-coated material for a certain period of time, then cool it to room temperature, The CsSnX3 / Cs2SnX6 inorganic non-lead halide perovskite film is obtained. The CsSnX3 / Cs2SnX6 inorganic non-lead halide perovskite film prepared by the invention has good stability, low cost, low equipment requirements, and is green and pollution-free, so it is very suitable for large-scale industrial production.

The invention relates to the field of line inspection, and particularly discloses a line inspection method and system based on an unmanned aerial vehicle and electronic equipment. According to the method, the core function of a line is current transmission, and the change of the current can cause the change of a magnetic field, so that the detected magnetic field values are processed, and a high-dimensional correlation mode between the magnetic field values of all points is mined based on a deep learning convolutional neural network, so that the electric transmission of a power transmission line is detected through the magnetic field value of each point on the power transmission line detected by an unmanned aerial vehicle during inspection. Through the mode, the detected magnetic field value can be prevented from being influenced by external factors, so that the final detection result is prevented from being influenced.

The invention discloses a method for measuring availability. The method is that when the status of equipment changes from working status to failure status, the equipment records the changing time and changing property during, and calculates the average fault interval and the mean time to repair and thereby obtains the availability via calculation. Correspondingly, the invention discloses a measuring availability device and collecting end. The invention can obtain more accurate availability of the equipment and can reflect the equipment status in a more real way.

The invention discloses a fracturing pressure determining device and method for a carbon dioxide fracturing device. The device comprises an energy leaking cover, a pressure sensor and a signal collecting unit, the energy leaking cover is of a barrel-shaped structure with openings in two ends, the energy leaking cover is installed on an energy leaking head of the fracturing device through an open cover at one end in an opposite-fixation mode, and the pressure sensor is attached to the inner wall of the energy leaking cover and is in signal connection with the signal collecting unit. Through the pressure sensor, during high-speed gasification of liquefied carbon dioxide, a fracturing pressure signal of the fracturing device is measured and transmitted to the signal collecting unit. The fracturing pressure determining device is mainly used for accurately measuring the fracturing pressure of the carbon dioxide fracturing device. The device carries out an experiment conveniently, is easy to operate and accurate and reliable in measurement result, provides possibility for accurate calibration of the liquefied carbon dioxide, and not only can provide reliable data for designing and producing of fracturing devices of different dimensions, but also can analyze and research the change relation between fracturing pressure and distance, so that the utilization rate of energy is increased.

The present invention relates to the technical field of detoxification and reproduction of fruit trees, in particular to a method for grafting pomelo micro-buds, comprising the following steps: (1) selection and disinfection of explants, taking pomelo tubers to germinate indoors in spring or autumn, and budding Spray fungicides regularly after growing up, take the buds again two weeks later, put them in 5% sodium hypochlorite solution for 8-10 minutes after heat treatment at 35-40°C, and then put them under the dissecting mirror 8-40 times on the ultra-clean bench Carry out shoot tip stripping, select the shoot tip or nucellus tissue of the terminal bud as a spare; (2) primary culture, put the selected shoot tip or nucellus tissue into 5% sodium hypochlorite solution for 3‑5min, and then put it into the first generation Rapid propagation and growth in the culture medium; the present invention establishes a method for grapefruit microbud grafting through the sterilization of explants, the selection of culture medium and hormones in each stage of tissue culture, and is used for the industrial production of grapefruit tissue culture seedlings. Provide theoretical basis and technical support, and provide a new way for the breeding of new varieties.

The invention relates to a data-aided judgment method based on dynamic statistics. The method sets the attention threshold interval on the basis of the standard judgment basis for the collected electrification detection data, and specifically includes: a first judgment step of preliminary judgment according to the standard judgment basis A statistical step of performing data statistics on the electrification detection data and setting a caution threshold interval according to the statistical results; a second judgment step of assisting judgment based on the electrification detection data of each device under test and the set attention threshold interval. Compared with the prior art, the present invention has the advantages of high judgment result precision, high reliability of auxiliary judgment and the like.

The invention relates to the field of corn seed testing, in particular to a corn seed saline-alkaline tolerant germination box which comprises a bearing base, a supporting piece is installed on the upper end face of the bearing base, a germination box body is embedded in the end of the supporting piece, a lifting ventilation piece is installed over the germination box body, and a pushing thorn piece is rotatably installed in the germination box body. An annular guide pipe is arranged on the outer side of the germination box, an annular pipe body is arranged above the thorn pushing piece in the germination box, the annular pipe body is communicated with the annular guide pipe, and a plurality of water dripping holes are formed in the lower end face of the annular pipe body in a penetrating mode. According to the device, the convenience during water injection can be ensured while the test accuracy is improved, and the convenience during corn seed planting is effectively improved.

The invention discloses a building energy-saving centralized control method, which includes: S1: using electrical equipment to enter the energy-saving rate detection stage, and detecting the energy-saving rate; S2: judging whether the detected energy-saving rate is greater than or equal to the preset energy-saving rate, if it is judged to be ' If yes', execute step S4, if judged as 'no', execute step S3; S3: modify the control parameters of the electrical equipment or replace the electrical equipment, and then return to step S1; and S4: use the electrical equipment to enter the normal working stage , until the next energy-saving rate detection stage. In the energy-saving detection stage, the electrical equipment alternately works in the energy-saving and non-energy-saving working modes, and calculates the energy-saving efficiency according to the energy consumption data in the two working modes. Compared with the prior art, the present invention can detect the energy-saving status of electrical equipment at any time, so that electrical equipment with poor energy-saving effect can be found in time according to the detection results, which is beneficial to effectively prevent long-term energy waste, and at the same time, the detection is accurate high sex.

A ratiometric fluorescent probe for relay recognition of Zn2+ and S2-. The molar ratio of chloroacetamide and bis-(pyridylmethylene)amine is 1:2~1:4, and the reaction is stirred at room temperature for 7h~10h; add distilled water, adjust the pH=6~7 with dilute hydrochloric acid, filter, and collect the resulting Precipitate and recrystallize with acetonitrile to obtain fluorescent probe N-(2-(1H-benzimidazolyl)phenyl)-2-bis(2-pyridineamino)acetamide. The advantages are: it has good sensitivity, strong anti-interference ability and is friendly to the environment in the monitoring analysis and tracing of Zn2+ and S2- in water environment system and biological cell system.

The invention belongs to the technical field of sensors, and particularly relates to a capacitive two-dimensional force sensor which is mainly used for increasing the response speed and achieving digital output of the sensor by detecting capacitance. The device comprises a strain structural body, the strain structural body comprises a fixed shell arranged on the periphery, a strain table arranged in the center and a plurality of elastic pieces connected between the strain table and the fixed shell, the device further comprises a circuit integrated board arranged at the lower ends of the elastic pieces, and the circuit board comprises a conductive plane. The plurality of elastic pieces and the single conductive plane form a plurality of groups of detection capacitors; the circuit board is integrated with a capacitance detection module which is used for detecting a capacitance change value of a detection capacitor; the processing module is used for processing the capacitance change value into a digital signal; and the communication module is used for outputting the digital signal to a client. The operation of arranging a plurality of fixed polar plates for a plurality of elastic pieces serving as movable polar plates in a matched manner is reduced, and the manufacturing is time-saving and labor-saving.