53results about How to "Avoid repeated debugging" patented technology

The invention belongs to a pressure sensing technique and relates to circuit design of a high-accuracy pressure transmitter. In combination with the transmission characteristics of a piezoresistive SOI (Silicon on Insulator) pressure-sensitive device and a differential amplification circuit at different temperature conditions, the compensation of the temperature error of the output signal of the pressure transmitter is realized through a precision resistor network. Commonly used temperature compensation devices such as thermistors and diodes are not needed to be used in the circuit of the high-accuracy pressure transmitter, the temperature compensation of the pressure transmitter is realized only through four groups of precision fixed resistors and the errors of the pressure transmitter are reduced; and the applicable temperature range of the pressure transmitter which is designed by using the circuit is negative 55 DEG C to 175 DEG C and the output errors within the full temperature range are smaller than plus or minus 0.5% FS. The high-accuracy pressure transmitter has the advantages of small size, light weight, strong interference-resistant capability, stable output and simple and convenient technological process, and is suitable for large-scale production.

The invention relates to an image-based article stacking detection method and system and electronic equipment The method comprises the following steps of: preparing a substrate; acquiring depth data and RGB data of an image by using a depth camera, identifying the image by using the RGB data to obtain the category and position of a to-be-detected non-standard article, acquiring the height of the to-be-detected non-standard article by using the depth data, comparing the height with the height interval of the same category of non-standard article, and judging whether the to-be-detected non-standard article is stacked. Whether non-standard articles are stacked or not during settlement is detected through the depth camera, so that when the non-standard articles are subjected to self-service settlement, stacked food is detected through the stacking detection method, wrong recognition on the quantity and types of the food is avoided, and settlement failures or settlement errors are prevented. The non-standard article is a non-standard product, and the surface of the non-standard article is in a non-planar form, so that the plane corresponding to the three-dimensional point cloud where the non-standard article is located can be accurately estimated by the method, the height information of the non-standard article can be accurately solved, and whether the non-standard article is stacked or not can be accurately judged.

The invention discloses a method for placing workpieces to be processed on a static chuck, which is characterized in that the wafer transfer position of a manipulator is determined by a locating device so that the workpieces to be processed can be quickly and accurately placed on the static chuck. The invention also discloses plasma processing equipment capable of using the method. The method or the device can finish the adjustment process in one step and avoid the repeated adjustments through the combination of naked eyes and manual operations, thereby greatly improving adjustment speed, saving a lot of adjustment time, and greatly enhancing the accuracy that the workpieces to be processed fall on the position of the static chuck; furthermore, the adjustment of a technical chamber can be finished without using the workpieces to be processed, thereby further improving working efficiency.

The invention relates to a calibration method of an automatic optical detection device, and an automatic repairing system. The calibration method of the automatic optical detection device comprises the following steps: acquiring offset information of a substrate process defect repaired by a repairing device, wherein the offset information includes an offset between the coordinates of the substrateprocess defect and the coordinates of the center of the first lens of the repairing device; carrying out statistical treatment on the offset information to obtain an average offset; and calibrating asecond lens in the automatic optical detection device according to the average offset, wherein the second lens is used for collecting the coordinates of the substrate process defect, and the first lens is used for repairing the substrate process defect according to the coordinates of the substrate process defect. In the embodiment of the invention, the calibration precision is improved, and the calibration confirmation time is shortened.

The invention discloses a method and device for determining noise performance parameters of a wiper motor, and aims to at least solve the problems of poor control effect, high cost and long period inan existing wiper motor noise control scheme. The method comprises the following steps: acquiring a target noise value of a wiper motor in a cab of a vehicle and an initial noise performance parameterof the wiper motor, wherein the initial noise performance parameters comprise an initial noise transfer function NTF from an installation point of the wiper motor on the vehicle to the cab and initial suspension parameters of a suspension device of the wiper motor; determining the vibration displacement of the wiper motor at the mounting point based on the target noise value and the initial noiseperformance parameter; predicting a noise value generated by the wiper motor in the cab based on the vibration displacement; and determining a target noise performance parameter of the wiper motor based on the predicted noise value, the target noise value and the initial noise performance parameter.

The invention provides a hardware debugging method of a TCONLESS board, which is applied to a liquid crystal screen, and the liquid crystal screen comprises the TCONLESS board and a driving board; thehardware debugging method comprises the steps that a debugging list is provided, the debugging list is provided with a debugging step, and the TCONLESS board is debugged according to the debugging step. The beneficial effects of the invention are as follows: through the debugging list, an operator can debug the TCONLESS board according to the debugging steps, so that the performance problem of the TCONLESS board is checked at a time, the problem can be quickly positioned, repeated debugging is avoided, the resource and time cost is reduced, and the development progress is accelerated.

The invention relates to a cable-type distribution network single line diagram aided drawing method. The method comprises the steps that a cable-type distribution network single line diagram aided model is established, drawing of all electrical devices in lines on a length and width fixed screen canvas is achieved, and a maximum switching interval within constraint is obtained; a thought solving model of a branch defining method is applied to obtain the size of a turning-on and turning-off station and an initial solution of the interval, a drawing is generated, then model parameter is adjusted according to a drawing display result, and the model is solved again till a satisfied drawing result is obtained. Therefore, a drawer can draw a cable-type distribution network single line diagram in an automatic distribution network system according to the coordinate and size of the final turning-on and turning-off station. By adopting the method, the drawer can determine the size and intervals of the turning-on and turning-off stations and other pixels according to the visual display diagram, the drawing time of the cable-type distribution network single line diagram is shortened, and the drawing quality is improved.

The invention discloses a disconnecting link opening range adjusting fixture with angle limitation. The disconnecting link opening range adjusting fixture with angle limitation comprises an adjusting spindle, a fork-shaped prop rod, an adjusting rod and a clamping seat, wherein a left adjusting threaded hole and a right adjusting threaded hole are respectively formed in the left end part and the right end part of the adjusting spindle; the rotating directions of internal threads of the left adjusting threaded hole and the right adjusting threaded hole are opposite; the fork-shaped prop rod is formed by connecting a fork-shaped prop rod fork part and a fork-shaped prop rod rod part with forward-direction external threads; the fork-shaped prop rod rod part is in threaded connection with the left adjusting threaded hole; reverse external threads are arranged on the adjusting rod; the adjusting rod is in threaded connection with the right adjusting threaded hole; the clamping seat is hinged to the right end part of the adjusting rod; a clamping slot is formed in one side, back to the adjusting rod, of the clamping seat; an angle limitation device is arranged at a hinged position of the triangular clamping seat and the adjusting rod. According to the disconnecting link opening range adjusting fixture with angle limitation, a disconnecting link opening range can be quickly adjusted in place, so that the efficiency is improved, and the maintenance time is shortened; the angle limitation device can limit a positioning variable angle of the clamping seat in a certain angle range, so that the close cooperation is realized.

The invention discloses an optical module parameter debugging method, a storage medium and terminal equipment. The method comprises the steps of acquiring a plurality of optical power values includingpreset target optical power, maximum optical power and minimum optical power through an optical power meter, and inputting the plurality of optical power values into a trained optical power model toobtain a plurality of corresponding optical power DA values; obtaining the values of the maximum emission current and the minimum emission current through an upper computer, and inputting the values of the maximum emission current and the minimum emission current into a trained emission current model to obtain a corresponding maximum emission current DA value and a corresponding minimum emission current DA value; and comparing the plurality of optical power DA values with the maximum emission current DA value and the minimum emission current DA value to determine target optical power. According to the method, the DA value of the target optical power is directly calculated through a model training method; repeated debugging is avoided; and the debugging efficiency is improved.

The invention discloses a preparation process of a flame-retardant sound-insulation rubber pad, and relates to the technical field of sound-insulation material processing. The flame-retardant sound-insulation rubber pad comprises a sound-insulation layer, a flame-retardant layer and a waterproof layer which are sequentially arranged from bottom to top; wherein the preparation process of the flame-retardant and sound-insulation rubber pad comprises the steps of preparation of the sound-insulation layer, steam pumping, heating drying, gluing, cold die forming, cutting, quality inspection, packaging, warehousing and the like. The invention further discloses a drying and gluing integrated machine for drying and gluing treatment. The rubber pad can hold a good sound insulation effect on the premise that the thickness is not increased, the rubber pad is fluffy through cooperation with the production process suitable for the rubber pad, that is, steam at certain steam pressure, temperature and time is pumped, heating, drying, gluing and die assembly forming under certain pressure are achieved through the drying and gluing all-in-one machine, and tehrefore, the rubber pad product has excellent sound insulation and shock absorption effects.

The present application provides a wafer detection device, a wafer transfer system and a wafer detection method. The device is disposed on a loading chamber, and includes a reflection plate, a transceiver and a fixing plate. The fixing plate is mounted on a side wall of the loading chamber. A light passing hole is disposed on the fixing plate. The transceiver is mounted on the fixing plate. The transceiver emits laser into the loading chamber through the light passing hole. Reflected light of the laser is received through the light passing hole. The reflection plate is mounted on an outer doorof the loading chamber. The side wall is disposed opposite the outer door. The reflection plate is disposed opposite the light passing hole. The reflection plate is used to reflect the laser emittedby the transceiver. According to the reflected light received by the transceiver through the light passing hole, a controller determines whether a wafer is present at a predetermined position in the loading chamber. Therefore, the problem of wafer detection errors is solved.

The invention discloses a production process of a shock absorption, noise reduction and sound insulation pad. The invention relates to the technical field of soundproof material processing. The production process comprises the steps of steaming, heating and drying, gluing, cold forming die forming, cutting, quality testing, packaging, warehousing and the like. Meanwhile, the invention further discloses a drying and gluing all-in-one machine for drying and gluing treatment. According to the invention, the ratio of each component of the sound insulation material is optimized, on the premise thatthe thickness of the sound insulation material is not increased, and in cooperation with an adaptive production process, namely, steam is pumped at a certain steam pressure and temperature for a certain period of time to enable the sound insulation pad to be fluffy, the drying and gluing all-in-one machine to achieve heating, drying, gluing and die assembly forming under a certain pressure, and finally the obtained sound insulation pad product has excellent sound insulation and shock absorption effects.

The invention provides a crane boom and a crane and relates to the technical field of engineering equipment. The crane boom comprises a primary arm and a secondary arm rotataly connected onto the primary arm, wherein one of the primary arm or secondary arm is provided with a sensor; the other of the primary arm or secondary arm is provided with a triggering piece; the sensor and the triggering piece are fixedly connected with a circular hole in the crane boom; and when the included angle between the primary arm and the secondary arm reaches a preset extreme position included angle, the triggering piece can trigger the sensor. The crane boom can timely feed back relevant information when the included angle between the primary arm and the secondary arm reaches the preset extreme position included angle. As the triggering piece and the sensor are fixed through the circular hole, the situation that a working staff repeatedly debugs the positions of the sensor and the triggering piece on site is avoided, and both time and labor are saved. The crane comprises the crane boom; and as the positions of the sensor for feeding back the included angle of the primary arm and the secondary arm and the triggering piece do not need to be repeatedly adjusted, the crane has the advantage of saving labor cost and time cost.

The invention discloses a method for improving the test alignment of a circuit board and the circuit board. The method comprises the steps of manufacturing a film, wherein the film is provided with anouter circuit pattern of the circuit board and a plurality of alignment target patterns; manufacturing an outer-layer circuit of the circuit board by using the film so as to form a metal alignment target on the outer-layer circuit; and using the metal alignment target as an alignment reference object for test alignment. The outer-layer circuit pattern and the metal alignment target of the circuitboard are synchronously manufactured by using the film, so that the position deviation between the outer-layer circuit pattern and the metal alignment target can be avoided, the test alignment precision of the circuit board is improved, repeated debugging during testing is avoided, and the test efficiency is improved.