10results about How to "Meet measurement needs" patented technology

The utility model provides a kind of wheel riser area deformation measurement equipment, belong to wheel processing technical field, including workbench, and the positioning part for positioning wheel is respectively provided with detection mechanism on workbench;Detection mechanism includes support column, rotating component, translation component and detection component, support column is vertically fixed in the upper end surface of workbench, rotating component is set to the top of support column, translation component is set to rotating component, detection component is installed on translation component;Positioning part includes positioning column, positioning column is vertically set to the upper end surface of workbench and located in the side of support column, positioning column is positioned in the below of detection component with the spoke surface of wheel upwards for wheel.This wheel riser area deformation measurement equipment provided by the utility model fundamentally solves the problem of poor adaptability of existing equipment, so that the equipment can meet the measurement needs of various specifications of wheel, with wide versatility and high flexibility.

The utility model discloses a kind of self-calibration oil water content measuring devices, belong to oil-water mixed fluid measurement field, including flow computer, fluid inlet pipeline, fluid outlet pipeline, electric three-way valve and measuring assembly, the three interfaces of electric three-way valve are respectively communicated with fluid inlet pipeline, fluid outlet pipeline and measuring assembly, the measuring assembly includes respectively with electric three-way valve two interfaces intercommunication measuring tube one and measuring tube two, the measuring tube one outside is wound with electric heat tracing band, the top of measuring tube one and measuring tube two is respectively equipped with insertion rod type oil water content measuring instrument one and insertion rod type oil water content measuring instrument two, the measuring tube one and measuring tube two are communicated by connecting pipe one, one-way valve is equipped on the connecting pipe one, the measuring tube two is communicated with fluid outlet pipeline by connecting pipe two. The utility model has both sampling static measurement and continuous measurement, two kinds of modes can be carried out simultaneously, also can be carried out separately.

The application discloses a positron annihilation lifetime measurement device and method for thin film sample characterization, which is composed of a positron emitter, a positron detector and a gamma detector; a sample is placed between the positron emitter and the positron detector. The positron emitter contains a radioactive source and is responsible for detecting the positrons entering the sample, and the positron detector is responsible for detecting the positrons penetrating the sample. The gamma detector is responsible for detecting the 0.511 MeV gamma photons generated after the positrons are annihilated. The application can break through the limitation of measuring the sample thickness, is suitable for all types of positron radioactive sources, and sufficiently widens the experimental conditions; meanwhile, the non-contact measurement function can expand the application of the positron annihilation lifetime measurement method in the measurement of special samples and special environments.

This utility model discloses a precision measuring device for machining mechanical parts, relating to the field of mechanical parts measurement. The device includes a crossbar with a groove in its middle containing a scale fixedly mounted. An upper fixed head is fixedly mounted on the top of one end of the crossbar, and an inner diameter measuring mechanism for measuring the inner diameter of the mechanical parts is slidably mounted on the side of the upper fixed head. A lower fixed head is fixedly mounted on the bottom of one end of the crossbar, and an outer diameter measuring mechanism for measuring the outer diameter of the mechanical parts is slidably mounted on the side of the lower fixed head. A horizontal plate is fixed to the side of the crossbar. Through the inner and outer diameter measuring mechanisms, this device can simultaneously measure the inner and outer diameters of mechanical parts, meeting various measurement needs. The combination of the horizontal and vertical plates, along with the angle measuring mechanism, allows for the measurement of angles in mechanical parts. This device is suitable for measuring various mechanical parts and can meet the needs of different processing scenarios.

This utility model discloses a device for single-meter and mixed-meter measurement of denitrification flue gas. It includes multiple sets of sampling pipelines installed on the denitrification flue. These pipelines are arranged sequentially along the flue gas flow direction within the flue and are equally spaced. All pipelines are connected to the same sample gas chamber. A fan is installed on the top wall of the sample gas chamber's inner cavity. The sample gas chamber is connected to a connecting pipe that communicates with its inner cavity, and a NOx analyzer is connected through this connecting pipe. This utility model utilizes multiple sets of sampling pipelines to extract flue gas from different locations within the denitrification flue and, in conjunction with the NOx analyzer, achieves multi-point single-meter monitoring, reducing the cost of multi-point NOx concentration measurement. Furthermore, the equally spaced sampling pipelines facilitate the acquisition of NOx concentration variations within the area. The sample gas chamber and fan ensure thorough mixing of multiple flue gas streams, meeting the requirements for mixed-meter measurement.

The invention discloses a digital multimeter display method based on a double-ARM processor platform. Comprising the following steps: receiving a digital display signal and a digital display instruction from an ARM processor in a double-ARM processor platform; driving the digital multimeter to display data based on the digital display signal and the digital display instruction; wherein the main ARM processor controls the simulation conditioning acquisition unit to execute a measurement task based on a remote command; the main ARM processor communicates with the slave ARM processor through an LAN interface, and the main ARM processor is physically isolated from the slave ARM processor; and the slave ARM processor drives the digital multimeter to display data based on the digital display signal and the digital display instruction, and the slave ARM processor is also used for executing a digital task. According to the invention, low power consumption, high integration, flexible division of labor and low cost are realized while the performance is ensured to meet the measurement requirement.

This utility model relates to the field of measuring devices and discloses a conveniently stored measuring device for architectural design. It includes a main scale, a secondary scale rotatably connected to the inner wall of the main scale via a rotating rod two, the rotating rod two being fixedly connected to the inner wall of the secondary scale, a retaining plate fixedly connected to the outer wall of the secondary scale, a connecting plate connected to the rear end of the main scale via a hinge, and the rear end of the main scale being connected to the connecting plate via a limiting component. A protractor one is fixedly connected to the top of the connecting plate, a protractor two is slidably connected to the inner wall of protractor one, and a protractor three is slidably connected to the inner wall of protractor two. In this utility model, the secondary scale can be rotated and stored inside the main scale via the rotating rod two, reducing the space occupied in the length direction. The connecting plate is connected to the rear end of the main scale via a hinge and can be flipped for storage when not in use. The main scale and secondary scale can be used together for length measurement, and the protractor one, protractor two, and protractor three can be combined for angle measurement.

The online alpha particle detector of this invention integrates a ZnS(Ag) detector and a PIPS (ion-implanted passivated silicon) detector. Both ZnS(Ag) and PIPS are insensitive to ambient gamma rays, allowing the device to achieve low background and detection limits without additional shielding. ZnS(Ag) is also insensitive to beta rays; with proper threshold setting, the interference of beta rays on ZnS(Ag) is negligible. For PIPS, the energy spectrum of beta rays is concentrated in the low-energy region; interference from beta rays can be eliminated through energy spectrum analysis algorithms or by increasing the lower limit of the energy spectrum threshold. Thus, the influence of beta and gamma rays on the combined detector's measurement of alpha particles is greatly reduced, improving the detection accuracy of alpha particles. The ZnS(Ag) detector is coupled with multiple PMTs, further ensuring detection efficiency. The detection window structure, thanks to its unique design, is easy to replace, and the window materials—aluminum foil, titanium foil, and gold foil—are flexibly adaptable. The detector is resistant to strong acids and alkalis and corrosion, enabling a wider range of applications.

The utility model discloses a measuring device applied to balance machine belongs to tire balance technical field. The utility model discloses a measuring device applied to balance machine includes: measuring claw, base plate, first baffle, second baffle, three guide rods, draw scale and first measurement module, and measuring claw is used for fitting installation in the highest point of the inside edge of the hub of balance machine, and base plate is fixed on balance machine, and first baffle and second baffle are arranged respectively at both ends of base plate, and three guide rods are parallel and are fixed between first baffle and second baffle and are triangular distribution, and draw scale is slidably arranged between three guide rods, and one end of draw scale penetrates first baffle and is connected with measuring claw, and when measuring claw fits inside edge of hub, drives draw scale displacement, and first measurement module is used for detecting draw scale displacement and calculates hub inside diameter value. Through adopting the structure design of three guide rods and being triangular distribution, make draw scale on guide rod sliding more stable, effectively solved the problem of the existing measuring scale and pulled the jam.

This invention discloses a high-precision self-stabilizing tunnel construction positioning and marking robot, relating to the field of tunnel construction technology. It includes a crawling robot, a fixing mechanism, a third motor, a conversion mechanism, and a lifting mechanism. The crawling robot has fixing mechanisms rotatably connected to all four sides of its bottom. A third motor is fixedly connected to the top of the front boss of the crawling robot, and the bottom output shaft of the third motor passes through the front boss and is rotatably connected to its interior. A conversion mechanism is fixedly connected to the bottom output shaft of the third motor. A lifting mechanism is fixedly connected to the top right front end of the crawling robot platform. The fixing mechanism, by drilling holes in the tunnel wall and inserting a first drill bit into the holes, fixes the crawling position of the robot, reducing the accumulation of small deviations and preventing the overall trajectory from deviating from the design path.