40results about How to "Simplified commissioning steps" patented technology

The invention discloses a forward scattering optical signal detecting device used by a flow cell analyzer or a particle analyzer, a forward scattering optical signal detecting method and a cell or particle analyzer provided with the device. The forward scattering optical signal detecting device comprises a detecting unit and a collecting unit, wherein the detecting unit is provided with a plurality of subsidiary detecting units arranged in a one-dimensional position and used for detecting the forward scattering optical signals; the collecting unit used for collecting forward scattering optical signals and focusing the forward scattering optical signals on the detecting unit; and the optical signals detected by the subsidiary detecting units in different positions or intervals are used as the optical signals with different scattering angles. The invention can reduce the system cost and keep the miniaturized advantage, is easy to debug and can feely select the collected optical signals with different scattering angles so as to more precisely distinguish all subgroups in cells or particles to be detected.

The embodiment of the invention discloses remote-debugging methods and devices, which are applied to a debugging platform. One of the methods includes: receiving a debugging request sent by a remote debugging end; selecting target debugging equipment from the debugging platform on the basis of the debugging request; receiving target code sent by the remote debugging end; controlling the target debugging equipment to install and run the target code; collecting display interface data of the target debugging equipment; sending the display interface data to the remote debugging end, wherein the display interface data are used to be displayed on the remote debugging end, and are a remote control interface of the remote debugging end; and receiving an operation instruction collected by the remote debugging end from the remote control interface, wherein response to the operation instruction is carried out by the target debugging equipment through running the target code.

A display parameter debugging method and a server are provided; the method comprises: when the server acquires single parameter information of any target parameter, generating a script corresponding to current parameter information, wherein the server includes multiple target parameters in one-to-one correspondence with multiple display parameters of a board to be debugged, and each target parameter is pre-provided with single or multiple parameter information; allowing the server to transmit the script and the current parameter information to the board to be debugged through a serial port so that the board to be debugged replaces, according to the script, the display parameter information corresponding to the current target parameter with the current parameter information. The problem that a complex process for correcting and debugging a display in the prior art results in low debugging efficiency is solved, display screen debugging steps are simplified, and debugging efficiency is improved.

The invention relates to a focusing driving motor device of a smart dome camera. The device comprises a controller arranged in a dome camera body, and the controller is connected with a background computer, a network module, a first stepping motor, a second stepping motor, a nine-axis gyroscope and a geomagnetic sensing module. A focusing method of the focusing driving motor device of the smart dome camera comprises the following steps: 1) setting an initial viewing angle of the dome camera; 2) sending, by the background computer, a viewing angle adjustment command; 3) adjusting, by the dome camera, the viewing angle according to the instruction of the background computer. The focusing driving motor device provided by the invention has the advantages of good imaging effect, rapid response,flexible configuration, capable of saving the input of the dome camera, and clear imaging.

The invention relates to a server SMC (system management controller) card. The server SMC card is characterized by comprising a master control unit, and the master control unit is connected to a Flash memory unit, an SD Card unit, an EEPROM (Electrically Erasable Programmable Read-only Memory) memory unit, a DDR4 memory, a temperature detection unit, and an input/output interface unit; the master control unit comprises a data processing unit, and the data processing unit is connected to a data acquisition unit and a data storage and output unit; the card is also provided with a power soft starter, and the power soft starter is connected to an external 12V power supply to supply electricity to the SMC card. When an SMC in a server goes wrong, the card design can facilitate replacement, a system mainboard does not need to be replaced, consequently, the fault maintenance period is shortened, and the loss of customers is reduced; and the server SMC card is favorable for the upgrading of products, increases the competitiveness of products, and reduces system development cost.

The invention discloses a product debugging method. The method comprises the following steps: outputting a debugging control setting interface; obtaining a control identifier and a debugging instruction set through the debugging control setting interface; generating the debugging control according to the control identifier, and associatively storing the debugging instruction and the debugging control; and adding the debugging control in a test interface so as to debug the product according to a debugging instruction associated with the debugging control when the debugging control in the test interface is triggered. The invention further discloses a debugging device and a computer readable storage medium, and the effect of simplifying the debugging steps of the product function module is achieved.

A hand-held AGV tracking PID parameter debugging system comprises a wireless control module and a wireless communication module, the wireless communication module is in wireless connection with an AGV trolley, the wireless control module comprises three regulators, an input driver, an MCU processor, a liquid crystal driver and a liquid crystal display, the three regulators are respectively connected with three input ends of the MCU processor one by one through the input driver, the three regulators are respectively used for regulating P, I and D values input into the MCU processor, and the liquid crystal display is connected with the MCU processor through the liquid crystal driver. According to the design, the debugging process is simplified, and the convenience degree is improved.

The invention discloses a mass spectrometer radio frequency power supply provided with a temperature compensation system. The mass spectrometer radio frequency power supply comprises a radio frequencyvoltage V closed-loop circuit, a direct current amplifying module and a scanning signal, wherein the radio frequency voltage V closed-loop circuit sequentially comprises a comparator, a mixer, a power amplifier and an amplitude detection module, the scanning signal and the output terminal of the amplitude detection module are respectively electrically connected with the input terminal of the comparator, the output terminal of the amplitude detection module is electrically connected with the input terminal of the direct current amplifying module by virtue of one multiplier, a temperature compensation amplifying circuit with positive and negative temperature compensation coefficients is also arranged in the radio frequency power supply, the temperature compensation amplifying circuit also comprises a temperature compensation module provided with a temperature-sensitive element, the temperature-sensitive element is used for detecting ambient temperature T at which the radio frequency power supply works, a data model stored with relation between the ambient temperature T and a deviation value of the radio frequency power supply is also arranged in the temperature compensation module,and the temperature compensation module dynamically adjusts the feedback quantity of the radio frequency power supply according to the working ambient temperature and the data model. The mass spectrometer radio frequency power supply disclosed by the invention adopts the temperature compensation module based on the temperature-sensitive element, actively solves the temperature drift problem, is high in compensation efficiency and well maintains voltage stability of the radio frequency power supply.