35results about How to "Monitor performance in real time" patented technology

The invention discloses a flowing wet steam wetness measuring system and a measuring method. The flowing wet steam wetness measuring system comprises a sampling inlet section, an over-hot steam source, a steam mixing device, an over-hot steam inlet section and a mixed steam outlet section, wherein the sampling inlet section is used for sampling wet steam; the over-hot steam source is used for supplying over-hot steam; the steam mixing device is used for mixing wet steam and over-hot steam; the inlet end of the over-hot steam inlet section is connected with the over-hot steam source; the inlet end of the mixed steam outlet section is connected with the steam mixing device; the outlet ends of the sampling inlet section and the over-hot steam inlet section are both connected with the steam mixing device; both the over-hot steam inlet section and the mixed steam outlet section are provided with pressure acquisition devices, flow acquisition devices and temperature acquisition devices; a pressure acquisition device is arranged on the sampling inlet section; the sampling inlet section and the over-hot steam inlet section are further provided with flow adjusting valves near the inlet ends. The flowing wet steam wetness measuring system is accurate and reliable in measurement result, the wetness of flowing wet steam under different wetness conditions can be measured in real time, the system is simple in structure, and the equipment cost is low.

The invention discloses a data pre-reading method, a mobile terminal and a computer readable storage medium. The method comprises the steps of obtaining a pre-reading request of target data; acquiringmemory information and IO information according to the pre-reading request; when the memory information and the IO information meet preset requirements, adjusting the current pre-reading step lengthto be the maximum pre-reading step length supported by the system; and pre-reading the target data into the memory according to the maximum pre-reading step length. By means of the mode, the responsespeed of data use can be increased in a scene with sufficient system resources.

The invention discloses a method and device for terminal customer experience management, and relates to enterprise IT service management. The method comprises the steps that link layer network data packets related to a service object are grasped according to basic attribute information of the service object; the link layer network data packets are packed into an IP data packet, the IP data packet is analyzed and processed, and a real-time statistical result and an error event of business service of the service object are obtained; the real-time statistical result is calculated and processed, and an SLA event of the business service of the service object is obtained; the real-time statistical result, the error event and the SLA event are displayed. According to the method and device, the attribute information of the business service of a user is collected, analyzed and processed in real time, the user can display quality of on-line business service through a dynamic instrument panel in a report mode via a web browser at any place in any time, and experience of the terminal user can be visualized.

The invention provides an employee operation risk prediction method based on logistic regression. The employee operation risk prediction method comprises the steps of S1, collecting operation risk point list data and employee information data; S2, classifying risk points in the operation risk point list data; S3, extracting operation risk events and employee information data of various risk pointsto form an operation risk data set; S4, labeling the staff according to the occurrence condition of the operation risk event; S5, performing data preprocessing on employee information data in each type of risk point operation risk data set; S6, based on employee tags, establishing a logistic regression model for each type of risk points; S7, training a corresponding logistic regression model by using employee information data in each type of risk point operation risk data set after data preprocessing; and S8, the trained logistic regression model being utilized to calculate the probability ofoccurrence of various operation risk events of the employees. According to the invention, employee information data is collected, employee behaviors are monitored, manual on-site inspection is not needed, and the labor cost is reduced.

The invention relates to a production device of chemically strengthened glass. The production device comprises: a support, wherein a sliding rail is arranged at the upper end of the support; a salt tank, wherein the salt tank is arranged below the sliding rail, the salt tank is further provided with a salt tank cover and a compressed air connecting port, the salt tank cover can cover the upper endof the salt tank and is used for sealing the salt tank, the compressed air connecting port is formed at the side surface of the salt tank and is used for blowing compressed air into a salt solution in the salt tank, and the salt solution is used for chemically strengthening glass; and a plurality of preheating boxes arranged on the sliding rail, wherein each preheating box is provided with a hanging basket, a lifting mechanism and a driving mechanism, the driving mechanism is arranged on the preheating box and used for driving the preheating box to slide along the sliding rail, the hanging basket is used for storing the glass, the lifting mechanism is arranged on the preheating box and connected with the hanging basket, and when the lifting mechanism drives the hanging basket to ascend, the hanging basket can be driven by the lifting mechanism to enter the preheating box. The device maximizes the exchange efficiency of the salt solution, achieves continuous production, and greatly improves the efficiency.

The invention relates to a daisy chain-based video processing chip aging device, and the device comprises a video camera which is used for outputting an aging video test signal; a daisy chain-based aging circuit board used for carrying out an aging experiment on a plurality of chips by utilizing the aging video test signal; monitoring equipment used for monitoring index parameters of the chip in real time; and power supply equipment used for supplying power to the video camera, the aging circuit board and the monitoring equipment. According to the video processing chip aging device based on the daisy chain, the aging circuit board based on the daisy chain is adopted to carry out an aging experiment on a plurality of video processing chips, cascading of chip testing is achieved in a daisy chain mode, the number of the chips can be flexibly adjusted, the performance of the chips can be monitored in real time, and the product has the characteristics of flexible application, stability, reliability, high efficiency and the like.

The invention relates to the field of fluidized bed reactors, in particular to a fluidized bed reactor and application thereof. The fluidized bed reactor comprises a reaction device and a catalyst extracting device configured on the reactor and used for extracting a catalyst online. By configuring the catalyst extracting device on the fluidized bed reactor body, the obtained reactor can achieve real-time and online catalyst extraction under the condition that a catalyst reaction does not need to be interrupted, operation of the reaction is not damaged, and the property of the catalyst such asthe catalyst carbon deposition amount and species variation of carbon deposition, can be monitored in real time.

The invention discloses a hydraulic oil online monitoring device. The online monitoring device comprises a pressure and speed reduction unit and a monitoring module (4), wherein an inlet of the pressure and speed reduction unit is connected with a hydraulic system to be monitored, and an outlet of the pressure and speed reduction unit is connected with an inlet of the monitoring module (4). Due to the fact that the pressure and speed reduction unit is arranged and the monitoring module is arranged on the downstream side of the pressure and speed reduction unit, high-pressure and high-flow-rate hydraulic oil to be monitored is converted into low-pressure and low-flow-rate hydraulic oil on the premise that the normal use of the hydraulic system is not affected. Due to the reduction of the pressure and flow rate of the hydraulic oil to be monitored, the online monitoring safety of the hydraulic oil can be improved.

The present invention provides a method for predicting employee operational risks based on logistic regression, comprising: S1, collecting operational risk point list data and employee information data; S2, classifying the risk points in the operational risk point list data; S3, extracting Operational risk events and employee information data of various risk points form an operational risk data set; S4, label employees according to the occurrence of operational risk events; Preprocessing; S6, based on the employee label, establish a logistic regression model for each type of risk point; S7, use the employee information data in the operation risk data set of each type of risk point after data preprocessing to train the corresponding logistic regression model; S8, use The trained logistic regression model calculates the probability of employees having various operational risk events. The invention collects employee information data, monitors employee behavior, does not need manual on-site inspection, and reduces labor costs.

The invention provides a testing structure of a semiconductor, The testing structure comprises a first metal layer, a second metal layer, and a third metal layer. The first metal layer includes at least two ground metal wires arranged in parallel; and at least two oblong first metal blocks having the arrangement direction identical with that of the ground metal wires are formed between the two adjacent ground metal wires. The second metal layer includes a plurality of metal conductive posts that correspond to the first metal blocks and are connected to the tops of the first metal blocks. And the third metal layer consists of a plurality of oblong second metal blocks corresponding to the metal conductive posts; the second metal bocks are connected to the tops of the metal conductive posts and the arrangement direction of the second metal blocks is perpendicular to that of the ground metal wires. The testing structure has a simple structure; and the interlamination through-hole metal layer process can be reflected effectively. With a plurality of blocks with different testing distances, the on-line process window size can be fed back in real time and the process improvement can be promoted; and with the testing method, a defect can be localized rapidly; and the operation improvement effect can be fed back timely.

A sensor for monitoring the noise of an oil-immersed transformer provided by the present invention includes: a piezoelectric ceramic tube fastened by a fastening frame and a bushing, and between the piezoelectric ceramic tube and the fastening frame and the bushing There is an insulating pad between them; the piezoelectric ceramic tube, the fastening frame and the sleeve are packaged with a high temperature and transformer oil resistant material; the thermistor is installed inside the sleeve. The acoustic sensor provided by the present invention can be kept stable in transformer oil, and can withstand the high temperature when the oil-immersed transformer is in operation; and can measure the working temperature of the acoustic sensor through the built-in thermistor, thereby setting the sensitivity at the corresponding temperature, and then making The acoustic sensor can be normally used in the oil of the oil-immersed transformer, and the measured sound pressure signal is helpful to analyze the internal noise generation and propagation mechanism of the oil-immersed transformer, and can also achieve real-time monitoring of the performance of the oil-immersed transformer Purpose.

The invention discloses a method and device for terminal customer experience management, which relate to enterprise IT service management. The method includes: grabbing a link layer network data packet related to the service object according to the basic attribute information of the service object; The link layer network data packets are packaged into IP data packets, and by analyzing and processing the IP data packets, the real-time statistical results and error events of the service object business services are obtained; by performing the real-time statistical results on the described real-time statistical results Calculate and process to obtain the SLA event of the service object business service; display the real-time statistical result, error event and SLA event. Through the present invention, real-time collection, analysis, and processing of the attribute information of the user's business service are realized, so that the user can display the quality of the online business service in the form of a dynamic dashboard and a report through a web browser at any time and any place, and visualize it End user experience.

The invention discloses a dynamic adjustment method based on DCGAN performance, which belongs to the field of deep learning signal processing. The dynamic adjustment method includes the following steps: S1, constructing a deep convolution generation confrontation network DCGAN; S2, using an image data set to perform network Training; S3, using the network loss function to define the performance of the generator and the discriminator; S4, defining the ability of the network to generate images according to the performance of the generator and the discriminator; S5, monitoring the network training in real time to realize the dynamic adjustment of the network performance. This method can monitor the performance of DCGAN in real time, realize the dynamic adjustment of the network's ability to generate images, ensure the balanced improvement of the generator and discriminator capabilities, and avoid the "mode collapse" in the network training process, so that The quality of images generated by DCGAN is guaranteed.

The invention discloses an electric automobile battery replacing system, which comprises a vehicle-mounted device, a conveying device and a replacing device, wherein the vehicle-mounted device comprises battery compartments, an ascending and descending post and a first guide-in and guide-out part; the battery compartments are arranged at the bottom of an automobile body; the ascending and descending post is used for controlling the ascending / descending of the first guide-in and guide-out part; a battery inlet is formed in the bottom of each battery compartment; the first battery guide-in and guide-out part is arranged in the battery inlet; the conveying device comprises a conveying part and a conveying motor; the conveying motor drives the conveying part to move; the replacing device comprises at least two rechargeable battery compartments and a wheel moving motor; the wheel moving motor drives the at least two rechargeable battery compartments to rotate; a second guide-in and guide-out part is arranged on the bottom of the rechargeable battery compartments; a first connecting part and a second connecting part are arranged at the two sides of the conveying part; and the two guide-in and guide-out parts are connected with the conveying part through the two connecting parts. The invention also discloses an electric automobile battery replacing method. By using the system and the method, an electric automobile battery can be automatically replaced; and the battery loading and unloading efficiency is improved.

The invention discloses a flow wet steam humidity measurement system and a measurement method thereof. The flow wet steam humidity measurement system includes a sampling inlet section for sampling wet steam, a superheated steam source for providing superheated steam, and a steam mixing device for mixing wet steam and superheated steam , the superheated steam inlet section whose inlet end is connected to the superheated steam source, the mixed steam outlet section whose inlet end is connected with the steam mixing device, wherein the outlet ends of the sampling inlet section and the superheated steam inlet section are all connected to the steam mixing device; The steam inlet section and the mixed steam outlet section are all provided with a pressure acquisition device, a flow acquisition device and a temperature acquisition device, and the sampling inlet section is provided with a pressure acquisition device; the sampling inlet section and the superheated steam inlet section are near the inlet end Both are also provided with a flow regulating valve. The measurement result of the invention is accurate and reliable, and the humidity of flowing wet steam under different humidity conditions can be measured in real time, and the system structure is simple, and the cost of required equipment is low.