50results about How to "Reduce the influence of external factors" patented technology

The invention discloses an air conditioner control method and an air conditioner. The air conditioner comprises an indoor unit and a wire controller, wherein temperature detection devices are arranged on the indoor unit and the wire controller and are respectively used for detecting indoor temperature. The air conditioner control method comprises the following steps: obtaining indoor integrated temperature T'according to the temperature detected by the indoor unit and the temperature detected by the wire controller; and controlling the air conditioner to operate according to the indoor integrated temperature T'. The air conditioner control method is characterized by integrating the temperature detected by the indoor unit with the temperature detected by the wire controller to obtain the indoor integrated temperature and controlling the operation of the air conditioner according to the indoor integrated temperature; the indoor integrated temperature can more accurately reflect the indoor temperature condition and is more consistent with the actual temperature of the indoor environment; the temperature of the air conditioner is more accurate to regulate and control, so that the usage comfort level is improved.

The invention relates to a conductance survey meter, which belongs to the technical field of measurement and identification facilities for coin and articles to the coin. A reference signal is led out between a signal source and an AC constant current source, and is input into the input terminal for reference signal of a phase sensitive circuit through a phase shift circuit; a detection signal is extracted from the detection circuit and is input to an input terminal for detection signal of the phase sensitive circuit through an amplifying circuit; an output terminal of the phase sensitive circuit is connected with the signal input terminal of a CPU chip; an output terminal for detection result of the CPU chip is connected with a display circuit for outputting and displaying the detected conductivity obtained through operation. Compared with the prior art, the conductance survey meter has the advantages that no additional magnetic material is needed in and around the detecting coil; furthermore, as a comparison method is adopted for a shadow coin discriminator, and an absolute measuring method is adopted in the conductance survey meter, effects from external factors can be reduced to the lowest level.

The invention belongs to the field of operation quality assessment and monitor configuration of PON optical network and specifically relates to a method for accurately regulating and controlling business optical signal power of a PON network. During an operation process of the optical network, an optical network device accurately calculates transmit-receive light power values of related business wavelength of each optical node in optical network topology for a certain moment, the transmit-receive light power values of related business wavelength of each optical node at the very moment are gathered through optical network business, the received optimal power of the related business wavelength of any optical node is subtracted by the measured receive light power value of the related business wavelength at the moment, the obtained difference is a regulation and control value of the emission power of related business wavelength of the optical node optical network equipment corresponding to the optical node in the optical network topology, and related equipment is accurately regulated and controlled. The method realizes on-line accurate regulation and control of various business optical signal power of an optical network, ensures optimal work state of the network, and greatly improves the operation and management quality of the optical network.

The invention relates to a solidifying point determining device which comprises an ice bath device, a refrigeration device and a cold trap where an ice bath tank is arranged. The ice bath device comprises the ice bath tank, a determining pipe, a determining pipe stirring rod which is inserted into the determining pipe and an ice bath tank stirring rod which is inserted into the ice bath tank, wherein the determining pipe is outwards communicated with a feeding branch pipe which inclines upwards, the feeding branch pipe is arranged between an air sleeve plug and a determining pipe upper cover, and a branch pipe plug for sealing the feeding branch pipe is arranged at the top end of the feeding branch pipe. The refrigerating device comprises a compressor, a condenser, a capillary tube and a coiled tube type evaporator, wherein the compressor, the condenser, the capillary tube and the coiled tube type evaporator are sequentially and circularly connected through a refrigerating fluid pipeline. A magnetic stirrer is arranged on the lower side of the bottom of the cold trap. The solidifying point determining device further comprises a digital backmann thermometer, an electric control device and an ice bath temperature sensor. The invention further discloses a method for determining a solidifying point through the solidifying point determining device. The solidifying point determining device has the advantages that an experiment temperature and the stirring speed can be conveniently controlled and a serious surfusion phenomenon can be avoided.

The invention provides a method for testing the fracture property of a polypropylene fiber cement stabilized gravel. The method comprises the following steps: proportioning test pieces, measuring a fracture leading edge strain field of each of the test pieces, fracture-cutting, performing complementary cutting, sticking strain gauges, acquiring data through a strain acquisition instrument, measuring the mid-span deflection delta of each of the beam test pieces, performing data acquisition, measuring the load of each of the cement stabilized gravel test pieces and calculating the fracture toughness. The method provided by the invention has the benefits that by adopting the middle beam test pieces as test samples, the discreteness existing in test results can be reduced; the rigidity of a test machine can be ensured during the rigid component test between upper and lower pressure plates of the test machine, and the test machine is prevented from releasing the elastic deformation energy accumulated in a test machine body to the test pieces when the test pieces are fractured, so that after the load reaches a peak value, the corresponding test piece is broken immediately, and a full fracture curve cannot be determined; the test results are high in accuracy and reliability; the test is performed through a three-point bending method, so that the production requirements of the test forthe test machine and the test pieces can be reduced; external influence factors are small.

The invention belongs to the technical field of measurement, and particularly relates to a measurement method of a micro-weighing electronic scale. The method comprises the steps that: an electronic scale is placed in a special measurement laboratory, after the electronic scale is placed horizontally, and air in the measurement laboratory is humidified by an air humidifier, so that it is guaranteed that the humidity of the air ranges from 45% to 60%; a sample is put into a standard container by using tweezers, and the container is immediately sealed by using a sealing cover; then the standardcontainer is placed on a weighing platform of the electronic scale by using special tweezers within 0-3 minutes, so that it is ensured that hands are not in direct contact with the sample and the surface of the weighing platform of the electronic scale in the taking and placing process; and finally, the sample is measured for three to five times, and an average value of multiple times of data is taken as final measurement data. According to the measuring method, the stability of the sample is ensured by weakening the magnetic force and static electricity of the sample, and a baffle arranged onthe electronic scale is matched to block airflow to a certain extent, so that the accuracy of a micro-weighing result is ensured.

The present invention discloses a high-voltage transmission line high-precision location system. The system comprises a monitoring sensing module, a ground monitoring pier, a solar energy panel, a power supply module, a communication module and a monitoring center. The power supply module is connected with the monitoring sensing module, the solar energy panel and the communication module; the monitoring sensing module is installed on a tower through an antenna support; the monitoring sensing module is configured to collect basic data of the tower; the ground monitoring pier is configured to collect geological environment information of a geographic position where the tower is located; the communication module is connected with the monitoring sensing module, the ground monitoring pier and the monitoring center; and the monitoring center is configured to solve the real-time three-dimensional coordinates of the tower according to the position information of the tower and configured to monitor the state of the tower according to the inclination of the tower and the deformation information, wherein the real-time three-dimensional coordinates are millimeter coordinates. The embodiment ofthe present invention provides a high-voltage transmission line high-precision location system with accurate location, various location functions and stable location data.

The invention discloses a residual stress detection method for an aluminum product. The method comprises the following steps: cutting samples; respectively cutting and sampling the two ends and the middle part of tested samples wafer; carrying out sample appearance inspection; during use, carrying out horizontal detection on the samples by a laser horizontal detection device; meanwhile, respectively weighing and recording the samples; numbering the samples, differentially numbering different samples, storing the samples at the same position; carrying out ultrasonic detection, putting the sample to be detected and ultrasonic detection equipment into a vacuum box; carrying out residual stress detection and surface treatment on the samples by virtue of an ultrasonic part detector, and washingand cleaning the surfaces of the samples by using purified water. The chemical detection efficiency can be improved, the reliability of a chemical detection result is improved; meanwhile, vacuum detection is matched, influences of external factors are reduced, the data reliability is improved, the detection cost is saved; and the detection reliability is improved, and production and machining ofaluminum materials are more convenient.