32results about How to "Realize automatic debugging" patented technology

The present invention relates to the field of the filter debugging technology, especially to a filter automatic debugging system on the basis of a flexible transmission device. The filter automatic debugging system on the basis of the flexible transmission device comprises a vector network analyzer, a computer, a motor platform and a telescopic debugging cutter head. The telescopic debugging cutter head includes a sleeve and a debugging cutter head, the debugging cutter head is arranged in the sleeve and has a tip for debugging which protrudes out of the bottom of the sleeve, there is provided radial spacing between the inner wall of the sleeve and the outer wall of the debugging cutter head, and the top of the sleeve is fixedly connected with a flexible bar. Electrical characteristics of the filter are measured through the vector network analyzer and are converted to the amount of tuning through the computer, and a motor rotation torque is transmitted to the telescopic debugging cutter head so as to realize automatic debugging of the filter. According to the invention, workers may liberate from the repetitive and boring debugging work, manpower is saved, and the influence on the filtering debugging caused by manpower factors is avoided, therefore the consistency of products is better and it has important significance to reduce the production cost and stabilize the productivity.

Provided is a SerDes link parameter automatic debugging method. The method includes steps: selecting corresponding coding and decoding modes, a forward error correction method and a check code for a link clock and a channel characteristic, then determining a pre-emphasis parameter of a TX side of a link through a backtracking method, experiencing a code stream learning process, and determining anadaptive configuration parameter through training at an RX side of the link. According to the method, strict sequential control of the training of the TX side and the RX side is performed, the link parameter configuration deviation caused by interference generated by bidirectional communication of the link is avoided, and the accuracy of the set parameter of the link can be effectively guaranteed;furthermore, the TX side performs backtracking training on the pre-emphasis parameter currently selected by the link according to an error reporting condition of the FEC decoding of the RX side link,the parameter configuration selected by each time of training can be determined according to the characteristic of the link, and the training efficiency is improved. The method is applicable to various router backboards, and automatic debugging of various link parameters is realized for high-rate SerDes links.

The invention discloses an automatic debugging system for radio-frequency signal products, in which a product to be tested, a vector network analyzer and a computer are arranged, wherein the inside of the computer is provided with a preset table and debugging packets corresponding to each channel, the preset table is used for presetting the frequency point, bandwidth and OOB (out of band) signal curbing and signal gain factor indexes of each corresponding frequency channel within the radio-frequency signal range, and the frequency points in the preset table correspond to the frequency points of all frequency channels to be tested one by one; each channel has n debugging packets, each debugging packet contains groups of debugging control signals which are in a channel and correspond to each frequency channel, each group of debugging control signals refers to four analog voltages, and the four analog voltages are respectively used for debugging the frequency point, bandwidth and OOB (out of band) signal curbing and signal gain factor indexes of the debugging channel; and the computer is connected with the product to be tested by a communication bus, and connected with the vector network analyzer by an LAN line.

The invention discloses an equipment debugging method, device and system, and a storage medium. The method comprises the steps of scanning an wireless network, and acquiring identifier information ofa currently connectable wireless network; recognizing the acquired identifier information according to a preset matching rule to acquire the wireless network corresponding to equipment to be debuggedaccordant with the matching rule, wherein the wireless network corresponding to the equipment to be debugged is a wireless hotspot built by the equipment to be debugged through using a wireless communication module; and polling and connecting the wireless network accordant with the matching rule, and sending a debugging command to the equipment to be debugged corresponding to the wireless networkaccordant with the matching rule, thus allowing the equipment to be debugged to perform debugging and running according to the debugging command. The client and the equipment do not need to be connected with the Internet, the data transmission speed and the debugging efficiency can be effectively improved, meanwhile, the whole debugging process dose not need artificial participation, the automaticcommunication connection and automatic debugging of the client and the debugging equipment are achieved, and the automation degree of equipment debugging is high.

The invention discloses an antenna matching debugging method and terminal thereof. The antenna matching debugging method comprises the following steps: receiving a radio frequency parameter and a radio frequency emission instruction input in a parameter setting interface by a debugging personnel; controlling a radio frequency module to emit a signal according to the radio frequency emission instruction, and entering a capacitance adjusting interface, wherein the adjusting interface comprises a voltage value and an adjustable capacitance value; adjusting the capacitance value so as to conduct the capacitance in the programmable capacitance array, thereby enabling a voltage value to be changed along the adjusting of the capacitance value; selecting a voltage value according to the changed voltage value, and saving the saved voltage value, the corresponding capacitance value and the radio frequency parameter. By use of the above method disclosed by the invention, the semi-automatic or automatic debugging of the antenna matching debugging can be realized, the operation is simple, convenient and high in debugging efficiency. Correspondingly, the terminal capable of debugging the antenna has the above mentioned effect as well.

The invention relates to the field of the naked-eye 3D technology, especially to a tool and system for debugging a parameter of a naked-eye 3D display device. The tool comprises a first support unit, a pedestal, and a second support unit. The first support unit that is arranged at one side of the pedestal and is fixedly connected with the pedestal is used for placing a to-be-measured display device; the second support unit that is opposite to the first support unit and is connected with the pedestal in a sliding mode is provided with a camera unit for obtaining a 3D display parameter of the to-be-measured display device. With the tool and system, the naked-eye 3D display device parameter debugging accuracy and debugging efficiency can be improved.

The invention discloses an automatic debugging system and debugging method for monitoring information. The automatic debugging system for monitoring information mainly comprises an EMS system, a substation module and an automatic debugging main system, wherein the automatic debugging main system is used for generating a debugging task so that the substation module sends warning information to theEMS system and the automatic debugging system, and the automatic debugging main system is used for comparing the warning information so as to complete debugging and generating a debugging report. Thedebugging method comprises the main steps of 1) building a debugging task, and issuing the debugging task to the substation module; 2) generating a driving signal by the substation module according tothe debugging task, and sending monitoring warning content to the EMS system and the automatic debugging main system by a driving master controller according to a monitoring information point table;and 3) comparing monitoring warning content recorded by the EMS system by the automatic debugging main system, performing difference analysis so as to evaluate a signal debugging condition between thesubstation and the EMS system and generate the debugging report. By the automatic debugging system, automatic debugging of substation monitoring information is achieved, and the efficiency is substantially improved.

The invention relates to a monofilament tension control mechanism comprising a main substrate, an automatic adjusting component which is arranged on the main substrate and a comb chain device which is matched with the automatic adjusting component; a main driving wheel is assembled on the main substrate; the automatic adjusting component comprises a driven inclined wheel, a swing wheel, a swing arm, an adjusting belt and a swing wheel support plate which is fixedly connected onto the side wall of the main substrate; the driven inclined wheel is meshed with the main driving wheel; the front part of the driven inclined wheel is provided with a rotary part which is used for driving the adjusting belt to rotate and is in a conical shape; the swing wheel is connected onto one end of the swing arm; one end of the swing arm can drive the swing wheel to be connected with the swing wheel support plate in the way of swinging back and forth, and the other end of the swing arm is connected onto the swing wheel; the adjusting belt is sleeved on the rotary part and the swing wheel; the comb chain device comprises a rail frame with a guide rail rod, a slider capable of sliding on the guide rail rod and a monofilament cartridge which is rotationally arranged on the front end surface of the slider; and one side of the slider is provided with a contact rod which is in touch fit with one end of the swing arm. According to the monofilament tension control mechanism, the structure is novel, the practicality is high, and the tension of a monofilament can be adjusted and ensured in real time.

The invention provides a time sequence control circuit, a time sequence control method and a terminal, the time sequence control circuit comprises a baseband chip, a signal transmitter, a switch, a power coupler and an antenna, and the signal transmitter, the switch, the power coupler and the antenna are electrically connected in sequence; The baseband chip is electrically connected with the signal transmitter through a first control circuit; The baseband chip is electrically connected with the switch through a second control circuit; The baseband chip is electrically connected with the powercoupler through a third control circuit; The baseband chip adjusts a first time sequence parameter of the switch by detecting a time point at which the power coupler is coupled to forward power; Wherein the forward power is power from the switch to the power coupler. According to the invention, the time sequence control circuit is arranged to realize the purpose of dynamically adjusting the switchtime sequence. Therefore, the time sequence control method provided by the invention has a relatively good time sequence control effect.

The invention provides an APF automatic debugging control method and device, computer equipment and a computer readable storage medium, and relates to the technical field of air conditioners. The APF automatic debugging control method comprises the steps that S1, debugging of the maximum refrigeration mode is carried out, and the minimum valve step is determined; S2, the minimum valve step is kept, debugging of the first intermediate refrigeration mode is carried out, and the minimum frequency of the low-temperature intermediate refrigeration mode is determined; S3, debugging of the low-temperature intermediate refrigeration mode is carried out, and the low-temperature intermediate refrigeration valve step enabling the APF to be maximized is determined; and S4, debugging of the rated refrigeration mode is carried out, and the optimal valve step considering the low-temperature intermediate refrigeration mode and the rated refrigeration mode is determined. The method can be suitable for the new national standard and can also be suitable for an air conditioner with the determined throttling specification, debugging logics of various operation modes are mutually connected and automatically completed, manual participation is not needed, the debugging efficiency is high, and the APF can be improved to the maximum degree.

The embodiment of the invention provides a heating process APF (Annual Performance Factor) automatic debugging control method and device, computer equipment and a computer readable storage medium, and relates to the technical field of air conditioners. The heating process APF automatic debugging control method comprises the steps that S1, free frequency heating mode debugging is conducted, and the minimum heating valve step meeting the heating capacity requirement is determined; and S2, a rated heating mode is debugged, the current valve step is determined according to the minimum heating valve step and the target exhaust temperature, and then the optimal heating valve step is determined according to the current valve step. According to the method, the logic for determining the optimal heating valve step is optimized, the situation that the determined optimal heating valve step is optimal during APF frequency locking debugging is ensured, the situation that the heating capacity is low or the exhaust temperature is too high cannot occur in the free frequency heating mode, the debugging logic of various operation modes is mutually connected and automatically completed, manual participation is not needed, APF automatic debugging can be realized, and the debugging efficiency is high.

The invention provides a uniformity debugging method and device, equipment and a computer readable storage medium. The method comprises the steps of supplying power to a splicing display device with different kinds of power supply configuration in a first voltage range and acquiring brightness information of display areas of all splicing parts of the splicing display device under all power supplyconfiguration; calculating the uniformities of the splicing display device under all the power supply configuration according to all the brightness information and determining the power supply configuration when the uniformity is the largest. By automatically traversing the different kinds of power supply configuration which meet brightness requirements, the corresponding brightness information isobtained, according to all the brightness information, all the uniformities are calculated, the power supply configuration corresponding to the largest uniformity is finally determined, and automaticdebugging of the uniformities of the splicing display device is achieved.

The invention discloses a compensation system and method capable of automatically tuning the output level of multi-band HFC equipment. The compensation system comprises a duplexer, a micro-control unit, a compensation unit, a network analyzer and a PC. The micro-control unit is connected with the duplexer to obtain a voltage value on the duplexer; the micro-control unit also receives configurationdata output by the PC, and outputs a control signal to the compensation unit according to the voltage value and the configuration data; the compensation unit receives the control signal, compensatesan input radio frequency signal, and outputs the compensated radio frequency signal to the network analyzer; the network analyzer receives the compensated radio frequency signal for testing to obtaina test curve and outputs the test curve to the PC; and the PC receives the test curve and the standard curve, analyzes and compares the test curve and the standard curve to obtain a comparison result,and outputs corresponding configuration data to the micro-control unit according to the comparison result. According to the invention, the output level of the equipment can be automatically tested and debugged, and the output level precision is improved.