40results about How to "Easy to diagnose and analyze" patented technology

The system includes a field working station and a remote service center. The field working station runs the OPC data collection module and the network data releasing module conforming to TCP/IP protocol by using the OPC data collection and network data releasing application program, and is connected to the field control center through OPC interface. The remote service center runs the network terminal module conforming to TCP/IP protocol, the remote OPC server module and the remote control module supporting OPC interface by using network terminal application program and the remote OPC service application program. The network communication terminal module receives the field data released by the network data releasing module, and then releases the received data to the remote OPC service module by which the data is transmitted to the remote monitoring module.

The invention discloses a device and method for repeated immunostaining of the same tissue section in order to realize repeated immunostaining of the same tissue section and save tissue samples and meet diagnosis needs, including a tissue section bearing device and an application method thereof. The tissue section bearing device comprises a glass slide with a groove and a cover glass. The tissue section bearing device is adopted for repeated staining of sequentially circulating staining, photographing, cleaning, staining again, photographing again and cleaning again of the same tissue section; and through comparative analysis of pictures taken after the repeated staining, the antigen expression profile of each cell on the tissue section can be obtained.

The invention discloses an adaptive screening method for similar images of a capsule endoscope. The method comprises: all original images are divided into a plurality of sub image sequences according to a time sequence; and sampling is carried out on the sub image sequences, a similarity degree of has two adjacent images in a sampling sequence is calculated, similar images are screened out, and then the rest of image as a screened image is outputted. Compared with the prior art, the provided method has the following beneficial effects: temporal correlation and structural correlation of similar images of the capsule endoscope are considered fully and a structural similarity degree is used as a measure for an image similarity degree of the capsule endoscope; and thus compared with other methods, the provided method has high accuracy and the magnitude order of the image of the capsule endoscope is reduced, so that a doctor can carry out diagnosis and analysis conveniently.

The invention provides an intelligent sleep monitoring eye patch with comprehensive functions. The invention relates to a multi-functional sleep monitoring eye patch device. The designed intelligent eye patch device is composed of a signal detector and an eye patch body, wherein the signal detector comprises electrooculogram signal detection and a gyro, and the electrooculogram signal detection takes an electric-conductive fabric sewn on the inner side of the eye patch as an electrode to collect biologic electric signals; the gyro can detect body motion conditions and snoring states of a testee during sleep; and the intelligent sleep monitoring eye patch can detect the electrooculogram signals of the testee during the sleep, and the detected signals are processed and then transmitted by a wireless transmission module to APP software of an intelligent mobile terminal. According to the invention, the collected signals are transmitted to the intelligent mobile terminal; sleep waveform patterns, sleep time nodes, the human body motion conditions during the sleep, breathing and snoring which can be observed easily are generated; and sleep quality can be assessed. The signal detector is placed on the outer side of the eye patch, so that comfort is guaranteed during people's use.

The invention relates to a medical image display method, an information processing method and a storage medium, and the display method mainly comprises the steps: responding to an operation on a firstdiagnosis interface, and providing a second diagnosis interface when a second medical image related to the first medical image exists; and at least displaying second diagnosis information updated based on the first diagnosis information in the second diagnosis interface. The information processing method mainly comprises the following steps: when the second medical image associated with the firstmedical image exists, obtaining a comparison result of image parameters of the same concerned object contained in the first medical image and the second medical image; according to the first diagnosis information, combining the comparison result to obtain updated second diagnosis information. According to the embodiments of the invention, the method improves the diagnosis result, facilitates theimprovement of the diagnosis efficiency, and brings great convenience to the analysis and diagnosis of medical images.

The present invention relates to the technical field of intelligent robots, and provides a transformer substation polling robot and a solar energy charging module thereof. The solar energy charging module comprises a one-way charging unit, a conduction control unit, a slope regulation unit, a charging control unit and a current detection unit. The one-way charging unit is connected with the battery module and the conduction control unit, the conduction control unit is connected with the slope regulation unit, the slope regulation unit is connected with the charging control unit, the charging control unit is connected with the current detection unit, the current detection unit is connected with the charging controller, the current detection unit is connected with the one-way charging unit,the charging control unit is connected with the control system, when the transformer substation polling robot has faults, the charging control unit outputs conduction control signals to conduct the conduction control unit so as to allow the one-way charging unit to charge the battery module, and when faults are generated in the running operation of the transformer substation polling robot, the solar energy charging module can continuously supply power to the transformer substation polling robot.

The invention provides a mechanism and a method for quickly measuring the rotating speed of an auxiliary box intermediate shaft of a portable type commercial vehicle. The mechanism comprises a rotating speed clamping ring, a rotating speed measuring code disk, a rotating speed measuring cover and a rotating speed sensor, wherein one end of the auxiliary box intermediate shaft is connected with a rear cover shell through bearings; clamping grooves used for installing intermediate shaft check rings for locking the auxiliary box intermediate shaft are formed in the auxiliary box intermediate shaft; the rotating speed clamping ring is fixedly connected with the clamping groove; the rotating speed clamping ring is fixedly connected with the rotating speed measuring code disk, and the rotating speed clamping ring and the rotating speed measuring code disk are both coaxial to the auxiliary box intermediate shaft; the rotating speed measuring cover is fixedly connected with the rear cover shell, and the rotating speed sensor is arranged on the rotating speed measuring cover. When a complete vehicle is in normal running, the rotating speed measuring code disk does rotational motion along with the auxiliary box intermediate shaft, and a magnetic induction line of the rotating speed sensor is cut by a convex bond on the outer edge of the rotating speed measuring code disk; abnormal pointsof rotating speed fluctuation can be effectively analyzed, the reason can be determined through the abnormal points, field failure can be traced at the first time, and a speed changer requires not tobe disassembled from the complete vehicle and be decomposed for determining a fault source.

The invention provides a high-voltage cable joint internal defect detection method based on an X-ray imaging technology, and belongs to the technical field of cable joint detection. The method comprises the following steps of: S1, preprocessing an X-ray original image through employing a high-voltage cable joint internal structure maya model; S2, extracting internal typical defect characteristic information by adopting a high-voltage cable joint internal structure typical defect atlas model; and S3, adopting a high-voltage cable joint internal fault intelligent detection expert system to accurately identify and position the X-ray image, and detecting and diagnosing the state of the high-voltage cable joint. On the basis of digitized X-ray imaging information, the internal defects of the high-voltage cable joint are recognized through a proper image processing technology, and the accuracy is higher.