15results about How to "Weaken influence" patented technology

The invention relates to a road boundary width identification method and device, a radar and a readable storage medium. The method comprises the following steps: obtaining point cloud information collected by a vehicle radar, performing position division on all static point clouds according to a plurality of distance resolution units preset in a plurality of target detection directions of the vehicle radar and transverse positions of the static point clouds, and determining a target distance resolution unit where a peak value of the number of the point clouds in each target detection direction is located; for each target detection direction, determining the single-side road boundary measurement width of the current frame in the corresponding target detection direction according to the distance value corresponding to the target distance resolution unit; filtering the single-side road boundary measurement width of the corresponding current frame according to the road width historical information to obtain the filtered single-side road boundary width of the current frame; and false targets in the stationary point cloud can be detected based on the single-side road boundary width of the current frame. By adopting the method, the detection performance of the radar in a closed scene can be improved.

The present application relates to the technical field of industrial sewing visual control, in particular to a threading and back threading control method and system based on visual identification, comprising: acquiring a multi-view monitoring image sequence in real time through a high-definition industrial camera, obtaining visual data of a sewing needle, a sewing thread, cloth and a reference point through image enhancement and feature extraction. An improved algorithm is used to combine the sewing thread material and the cloth texture to construct a physical travel constraint model, generate an optimal threading path and convert it into a servo control instruction. The sewing thread deviation, tension abnormality and sewing needle drift are detected in real time, the correction amount is calculated according to the deviation vector and the cloth state, and the trajectory is re-planned. When the thread is broken or wound, the fault point is located through vision, and a back threading path that bypasses the obstacle area is planned. The present application improves the adaptability of the path to the actual working condition, realizes dynamic closed-loop correction, reduces the threading deviation and tension fluctuation, avoids secondary interference in the back threading process, and ensures stable and accurate execution of the threading and back threading actions.

The invention discloses a raw material monitoring system for liquor making, and particularly relates to the field of raw material quality monitoring and risk assessment, which comprises a data arrangement module, an index screening module, a response generation module, a difference value identification module and an architecture correction module, the data arrangement module performs time alignment processing on each raw material index by collecting raw material index data of a plurality of batches, and arranges the raw material indexes according to the batches to form an index sequence; filling each index sequence into a sliding window with a fixed width, counting a fluctuation value and a change slope of each sliding window, and outputting an initial index set; by constructing a risk assessment mechanism based on combination of batch integral trend judgment and multi-channel disturbance response identification, effective identification and model correction of low-fluctuation but long-term offset raw material indexes are realized, so that the problem that slow evolution type risk signals cannot be sensed and handled in an existing system is solved.

In order to reduce an influence of disturbance propagation noise inside and outside a signal detection device and improve signal detection accuracy, the present disclosure provides a signal detection device including: detection equipment including a photoelectric conversion element configured to convert a photon as a detection target into a current signal, and a current-voltage converter configured to convert the current signal into a voltage signal; a transmission unit configured to transmit the voltage signal; and a data collection unit configured to detect and collect the transmitted voltage signal. Here, the detection equipment is disposed inside a first shield case connected to a frame ground. The current-voltage converter includes a differential amplifier having first and second input terminals, the first input terminal is connected to a first output terminal of the photoelectric conversion element via a first input resistor, the second input terminal is connected to a second output terminal of the photoelectric conversion element and a ground via a second input resistor having a resistance value larger than that of the first input resistor. First and second output terminals of the current-voltage converter are connected to the data collection unit by a cable transmission unit. The cable transmission unit is connected to the ground together with the current-voltage converter and the data collection unit (see FIG. 1).

The utility model discloses a motor, comprising a bearing bush cover which is provided with an air inducing surface; the rotor is provided with a rotating shaft, and the rotating shaft is rotatably arranged in the bearing bush cover in a penetrating manner; the air inducing baffle is fixedly connected to the rotating shaft, and the air inducing baffle and the air inducing face are oppositely arranged; wherein one of the air inducing face and the air inducing baffle is provided with an annular groove, the other one of the air inducing face and the air inducing baffle is provided with a protrusion, and the protrusion can stretch into the annular groove and rotate in the annular groove so as to disturb air flow between the air inducing baffle and the air inducing face. According to the utility model, the bulge rotates in the annular groove to generate turbulent flow and a high-pressure environment between the air inducing baffle and the air inducing surface, and the turbulent flow and the high-pressure environment in the area resist the direct pumping of negative pressure formed by a cooling fan to the bearing bush seat, so that the phenomena of oil leakage and the like of a sealing part of the bearing bush seat in the negative-pressure environment are avoided.

Embodiments of the present application provide a display panel and a display device. The display panel comprises: a substrate; a plurality of signal lines located on one side of the substrate; a plurality of light emitting elements located on the side of the signal lines away from the substrate; wherein the signal lines comprise overlapping portions, in a direction perpendicular to the display panel, the orthogonal projection of the overlapping portions on the substrate is located within the orthogonal projection of the light emitting elements on the substrate; in the direction perpendicular to the display panel, the light emitting layer overlaps with N overlapping portions, wherein N >= 2 and N is an integer; the shapes of at least two overlapping portions are different. The present application can weaken the influence of scattered light of the light emitting elements on the display effect and improve the display quality.

This utility model discloses a device carrier structure with environmental monitoring and intrusion alarm, belonging to the technical field of device carrier structures. This device carrier structure includes a mobile carrier for loading workpieces. A vertical plate is fixedly installed on the mobile carrier along its four sides. A limiting plate for limiting the device is movably disposed inside the vertical plate. An environmental monitoring module is fixedly installed on the vertical plate, and the environmental monitoring module is equipped with an audible alarm module. A distance detection mechanism for monitoring intrusion behavior is provided on the vertical plate, and a drive mechanism for adjusting the clamping force of the workpiece by the limiting plate is provided on the mobile carrier. The drive mechanism keeps the workpiece stably loaded on the mobile carrier. By detecting the surrounding environment of the device carrier and intrusion behavior, the moving limiting plate ensures the workpiece is stably placed in the mobile carrier, improving the stability and protection of the device carrier structure.

This magnetic encoder (10) is provided with: a first member (48) including a first wall part that has formed therein an insertion through-hole (54) through which a rotary body (14) is passed; and a second member (52) including a second wall part (56). A permanent magnet (42) and a magnetic sensor (44) for detecting a change in the magnetic field formed by the permanent magnet (42), are disposed between the first wall part (48) and the second wall part (56). In this configuration, the first member (48) and the second member (52) are composed of a soft steel that contains at most 3.0 wt% of carbon.

An observation apparatus 1A includes a light source 11, a mirror 22, a condenser lens 24, an objective lens 25, a beam splitter 41, an imaging unit 43, and an analysis unit 60. The analysis unit 60 includes an interference intensity image acquisition unit 61, a first complex amplitude image generation unit 62, a second complex amplitude image generation unit 63, a phase conjugate operation unit 64, a two-dimensional phase image generation unit 65, a three-dimensional phase image generation unit 66, and a refractive index distribution calculation unit 67. The analysis unit 60 irradiates an observation object S with light along each of a plurality of light irradiation directions by changing an orientation of a reflection surface of the mirror 22, acquires an interference intensity image at a reference position for each of the plurality of light irradiation directions from the imaging unit 43, and performs necessary processing based on the interference intensity images to obtain a three-dimensional phase image of the observation object. Thus, an observation apparatus capable of observing an observation object while reducing influence of multiple scattered light is realized.

Provided is an electrolyte measuring structure that can reduce the influence of the retention of a sample solution on a measured value, perform accurate measurement, and smoothly perform replacement work of an ion-selective electrode. The electrolyte measuring structure that can be connected to another electrolyte measuring structure via a sealing material, includes a main body 401 having a flow path 401a therethrough, a fixing structure 404 having a fixing recess for fixing a sealing material 405 to the main body 401, and the sealing material 405. The sealing material 405 is an elastic body in which a sheet region and a protrusion region to be fixed to the fixing structure are integrally molded. In a state where the sealing material 405 is fixed to the fixing structure 404 and is not in contact with the other electrolyte measuring structure, a protrusion amount of a first portion that protrudes the most on a front surface of the sheet region is larger than a protrusion amount of a second portion that protrudes the most on a front surface of the protrusion region.

The utility model discloses an engineering machinery cooling module that is convenient to assemble and overhaul, which comprises a frame, a frame vertical bottom plate outer periphery side edge position integral bending has to the rear side extension's frame board, and the vertical bottom plate and the frame board that is located at the outer periphery side edge position enclose and form the cavity that the opening is towards the rear side, hydraulic oil cooler, water tank radiator, intercooler three wall -hanging type fixed in the rear end port position of frame, fan front end embeds and fixes in the fan mounting hole inside that is set up on the vertical bottom plate, and the fan rear end extends to the cavity inside, and the air outlet of fan is towards the front side. The frame is designed as a half-enclosed integral sheet metal structural member, which effectively reduces the total amount of raw materials and cost of the frame, does not substantially increase the total weight of the engineering machinery cooling module product, and is convenient to transport and install; the heat dissipation cooling element is wall-hungly fixed at the rear end port position of the frame, which is convenient to install and disassemble, and helps to substantially reduce the maintenance and overhaul time of the engineering machinery cooling module.

Analysis using an array plate typically requires a drying step. However, the drying step interrupts a series of operations. Further, non-uniform drying of the array plate has been a factor of reducing repeatability. The present invention proposes a method of acquiring optical information of a plurality of spots under a state in which the plurality of spots are in contact with an observation liquid.

The utility model relates to detection field, concretely is a kind of multi-angle, multi-posture visual inspection device based on special-shaped netted component, including detection bench and the visual inspection module of being used in conjunction with detection bench, the detection bench includes rotating platform fixed on positioning platform, and rotating platform is spaced apart and is provided with the detection seat for receiving and negative pressure adsorption material, and detection seat and visual inspection module plumb position correspond;Detection seat rotates with rotating platform to produce swing action, and rotating platform is also provided with rotating power source that rotates detection seat around its own axis is driven to rotate.This utility model makes the attitude of material be fixed after negative pressure stable adsorption material, improves the stability under repeated action, realizes the multi-angle visual inspection of material by the pitching action of rotating platform and the rotation of detection seat, realizes the multi-view visual inspection of material under multi-angle multi-posture, significantly improves the comprehensiveness and precision of material visual inspection.

The invention relates to the technical field of display, in particular to a display panel, a preparation method of the display panel and a display device. The display panel includes: a substrate; the touch electrode is positioned on one side of the substrate; the pixel definition layer covers one side, deviating from the substrate, of the touch electrode and defines a plurality of pixel openings; the multiple separation structures are located on the side, away from the substrate, of the pixel definition layer, at least two separation structures are arranged between every two adjacent pixel openings, isolation areas located between the adjacent pixel openings are formed between the adjacent separation structures, and orthographic projections of the isolation areas on the substrate and orthographic projections of the touch electrodes on the substrate are overlapped; a light emitting layer filling at least part of the space of the pixel opening; the first electrode layer is located on the side, away from the substrate, of the light-emitting layer, and the first electrode layer is disconnected at least in the isolation area. The touch control electrode can be prevented from being shielded by the side, away from the substrate, of the first electrode layer, the influence of stray capacitance on the touch control electrode is weakened, and the detection precision of the touch control electrode is effectively improved.

The application discloses an intelligent watch data security transmission method and system based on artificial intelligence, relates to the technical field of data transmission, and comprises the following steps: collecting multi-source type data through an intelligent watch sensor to form a type data set; determining a disclosure probability according to log access and public matching times of the type data, analyzing sensitivity based on the collection times, and summarizing and calculating a privacy score; analyzing the importance score of the type data according to a user request; determining a real-time score according to delay analysis of the data; introducing an entropy weight method to dynamically calculate a weight; and calculating a comprehensive sensitivity score.The method disclosed by the application dynamically adjusts the weight of each parameter through the entropy weight method and information entropy, so that the influence of each parameter on the comprehensive sensitivity score is enhanced, and the influence of parameters with weak distinguishing ability is reduced; and the introduction of the priority group distribution ratio ensures that the node weight reflects the distribution characteristics of the comprehensive sensitivity.