46 results about "Follow up examination" patented technology

High resolution B-mode ultrasound images of the common carotid artery are obtained with an ultrasound transducer using a standardized methodology. Subjects are supine with the head counter-rotated 45 degrees using a head pillow. The jugular vein and carotid artery are located and positioned in a vertical stacked orientation. The transducer is rotated 90 degrees around the centerline of the transverse image of the stacked structure to obtain a longitudinal image while maintaining the vessels in a stacked position. A computerized methodology assists operators to accurately replicate images obtained over several spaced-apart examinations. The methodology utilizes a split-screen display in which the arterial ultrasound image from an earlier examination is displayed on one side of the screen while a real-time "live" ultrasound image from a current examination is displayed next to the earlier image on the opposite side of the screen. By viewing both images, whether simultaneously or alternately, while manually adjusting the ultrasound transducer, an operator is able to bring into view the real-time image that best matches a selected image from the earlier ultrasound examination. Utilizing this methodology, measurement of vascular dimensions such as carotid arterial IMT and diameter, the coefficient of variation is substantially reduced to values approximating from about 1.0% to about 1.25%. All images contain anatomical landmarks for reproducing probe angulation, including visualization of the carotid bulb, stacking of the jugular vein above the carotid artery, and initial instrumentation settings, used at a baseline measurement are maintained during all follow-up examinations.

A CT- or MRT-assisted image acquisition, image archiving and image rendering system allows generation, storage, post-processing, retrieval and graphical visualization of computed or magnetic resonance tomography image data that, for example, can be used in the clinical field in the framework of radiological slice image diagnostics as well as in the framework of interventional radiology. Moreover, a method implemented by this system allows reproduction of patient-specific examination parameters of an initial examination implemented by means of computed or magnetic resonance tomography imaging in the framework of CT or MRT follow-up examinations (“follow-ups”), for example in a post-operative tumor examination implemented under slice image monitoring in connection with a histological tissue sample extraction (biopsy) implemented under local anesthesia or a minimally-invasive intervention implemented for tumor treatment. Acquisition, measurement, 2D and / or 3D reconstruction parameters from a radiological initial examination of the patient conducted by means of CT, PET-CT or MRT as well as position data to establish the position adopted by this patient on the examination table of a computed tomography or magnetic resonance tomography apparatus are electronically documented, retrievably and persistently stored, and are automatically reused given subsequent CT-, PET-CT- or MRT-based monitoring examinations, or CT-controlled or MRT-controlled interventional or operative procedures.

High resolution B-mode ultrasound images of the common carotid artery are obtained with an ultrasound transducer using a standardized methodology. Subjects are supine with the head counter-rotated 45 degrees using a head pillow. The jugular vein and carotid artery are located and positioned in a vertical stacked orientation. The transducer is rotated 90 degrees around the centerline of the transverse image of the stacked structure to obtain a longitudinal image while maintaining the vessels in a stacked position. A computerized methodology assists operators to accurately replicate images obtained over several spaced-apart examinations. The methodology utilizes a split-screen display in which the arterial ultrasound image from an earlier examination is displayed on one side of the screen while a real-time “live” ultrasound image from a current examination is displayed next to the earlier image on the opposite side of the screen. By viewing both images, whether simultaneously or alternately, while manually adjusting the ultrasound transducer, an operator is able to bring into view the real-time image that best matches a selected image from the earlier ultrasound examination. Utilizing this methodology, measurement of vascular dimensions such as carotid arterial IMT and diameter, the coefficient of variation is substantially reduced to values approximating from about 1.0% to about 1.25%. All images contain anatomical landmarks for reproducing probe angulation, including visualization of the carotid bulb, stacking of the jugular vein above the carotid artery, and initial instrumentation settings, used at a baseline measurement are maintained during all follow-up examinations.

A method automatically segments the heart and abdominal aorta from volumetric images without the need to inject iodine contrast media into the subject. The method automatically quantifies arterial plaque (hard plaque, soft plaque or both) in the cardiovascular system. Plaque definitions include subject specific in vivo blood / muscle density measurements, subject specific voxel statistical parameters and 2-D and 3-D voxel connectivity criteria, which are used to automatically identify the plaques. The locations and outlines of the major arteries are determined in a 3-D coordinate system and the specific coordinates of the detected plaques are displayed in a plaque map for follow-up exams or ease in plaque review and reporting the results.

When a series of present images have been taken at a follow-up examination of a patient, correspondence data is produced, showing correspondence between the respective present images and past images that were taken at past examinations of the same patient under similar condition. The correspondence data is stored in association with the present images. In a normal mode of an image interpretation making terminal, a designated one of the present images is displayed on a monitor. When a comparison mode is selected, such past images that correspond to the designated present image are retrieved from among those taken at the respective past examinations with reference to the correspondence data, so that the present image and the corresponding past images are displayed in turn or in parallel on the monitor.

The invention discloses a rehabilitation cycle data monitoring system and monitoring method. The rehabilitation cycle data monitoring system comprises rehabilitation equipment, a remote server and a mobile application terminal. The rehabilitation equipment is used for creating patient medical records, controlling hand movement of a patient and collecting movement parameters and electromyographic signals of the hand and uploading the collected movement parameters and electromyographic signals to the remote server wirelessly and storing the collected movement parameters and electromyographic signals to the corresponding patient medical records; and the mobile application terminal is communicated with the remote server and is used for querying the patient medical records and rehabilitation guidance information and carrying out on-line interaction with doctors. By collecting the movement parameters and the electromyographic signals generated in the patient training process and uploading the collected movement parameters and electromyographic signals to the remote server for storage, the follow-up patients can search the relevant data and rehabilitation guidance information in the remote server through the mobile application terminal, thereby solving the problems of difficult hospital second-level follow-up examination and inconvenient out-of-hospital rehabilitation guidance of the patients.

A stereotactic device for use with an imager is disclosed, which permits an imaging scan to be taken with reference to a personal coordinate system (or PCS) that is independent of a machine coordinate system (or MCS). Methods using the device to obtain imaging scans are described such that the imaging scans are superimposable even if taken at different time periods using the same or a different imager. The device comprises a frame that can be reproducibly positioned on a subject and which is equipped with non-invasive affixing means and localizing means that provide the PCS. The device and methods of the invention are particularly well suited for routine initial or follow-up examinations, pre-surgical planning and post-surgical evaluation.

A stereotactic device for use with an imager such as a magnetic resonance imager is disclosed, which permits an imaging scan to be taken with reference to a personal coordinate system (or PCS) that is independent of a machine coordinate system (or MCS). Methods using the device to obtain imaging scans are described such that the imaging scans are superimposable even if taken at different time periods using the same or a different imager. The device comprises a frame that can be reproducibly positioned on a subject and which is equipped with non-invasive affixing means and localizing means that provide the PCS. The device and methods of the invention are particularly well suited for routine initial or follow-up examinations, pre-surgical planning and post-surgical evaluation. Markers on a stereotactic device can be tracked during an MRI scan to compensate for patient motion during the scan.

The invention discloses a method which can carry out follow-up tracing and virtual endoscopy to a gastroscope probe in gastroscopy process to implement analogue scaling biopsy on the focus in the stomach and provides a device for computer analogue scaling biopsy; the device comprises a main control module and a three-dimensional space locator used for acquiring spatial location and orientating information of the gastroscope probe, wherein, the main control module comprises a three-dimensional surface model module of an inner gastric wall, a three-dimensional space locating module of the gastroscope probe, a follow-up tracing module, a virtual endoscopy module and an analogue scaling biopsy module. The method can help to carry out callback and follow-up examination to stomach diseases, can realize noninvasive analogue scaling biopsy of stomach focus and can support doctors to make completely non-invasive focus image analysis in vitro.

Aspects extend to methods, systems, and computer program products for forecasting eye condition progression for eye patients. When a patient visits an eye practitioner, the patient (or when appropriate their guardian) may be interested in the current eye condition as well as a prediction of eye condition progression in the future and / or as the patient ages. Aspects of the invention can be used to predict the progress of an eye condition for a patient (e.g., a child) at a number of different post-examination times after an examination. Predicting the progress of an eye condition for a patient over time can be used to assist the eye practitioner in tailoring a treatment plan and / or tailoring a subsequent examination schedule for the patient.

A method automatically scores calcium in the aorta and other arteries of the body using calcium plaque definitions that include subject specific in vivo blood / muscle density measurements, subject specific voxel statistical parameters and 2D and 3D voxel connectivity criteria to automatically identify the plaques. The images are optionally calibrated with external phantoms or internal reference tissue. Aortic calcium is identified automatically without manual marking. Potential false plaques from bone are automatically excluded. A 3D coordinate system provides the specific coordinates of the detected plaques, which are displayed in a plaque map for follow-up exams or ease in plaque review.

The present invention relates to an ultrasound imaging system (10) and a corresponding method which enable that in subsequent examinations of the same patient ultrasound images are acquired under conditions such that the images can be compared and can be used to monitor disease progression. The proposed ultrasound imaging system (10) comprises an image acquisition unit (12) configured to acquire an ultrasound image based on a set of acquisition parameters, a user input (18) for entering (S10) a patient identifier (26), a database access (28) configured to access a database of sets of acquisition parameters, wherein the sets of acquisition parameters are associated with patient identifiers (26), and a control unit (16) configured to automatically retrieve (S12) a set of acquisition parameters that is associated with said patient identifier (26) based on an entered patient identifier (26) and control the image acquisition unit (12) to acquire (S22) an ultrasound image based on the retrieved set of acquisition parameters.

Medical selection system 100 for generating selection data, the medical selection system comprising user input 110 for enabling a user to establish a selection of one or more medical images amongst a plurality of medical images 182 for establishing the one or more medical images as baseline images for use in a follow-up examination of a patient; a processor 120 for (i) generating selection data 132 being indicative of said selection, and (ii) including selection metadata in the selection data for enabling associating the selection data with the plurality of medical images; and an output 130 for providing the selection data to a medical processing system 150 for enabling the medical processing system to select, based on the selection data, the one or more medical images amongst the plurality of medical images for use as the baseline images in the follow-up examination of the patient.

The invention relates to a wall working face detection device for coke oven restoration work. The wall working face detection device comprises two upright columns, two lifting mechanisms, two traction mechanisms and an image acquisition mechanism, wherein the two upright columns, the two lifting mechanisms and the two traction mechanisms are arranged on a coke oven machine side and a coke side respectively; the image acquisition mechanism is drawn by the traction mechanisms to move horizontally between walls, the traction mechanisms are lifted by the lifting mechanisms, and the image acquisition mechanism is lifted to a new wall height for image acquisition. The invention further provides a wall working face detection method for the coke oven restoration work. The method is implemented by the wall working face detection device for the coke oven restoration work and adopts an image acquisition detection mode, acquired images or pictures can be transmitted back to a computer terminal through WiFi for viewing, shooting parameters, view angles and the like can be corrected timely, and follow-up examination and evaluation are facilitated. Two cameras of the image acquisition mechanism are oppositely arranged and can acquire images or pictures of two wall working surfaces simultaneously, so that the acquisition efficiency is increased.

In a method to acquire image data sets with a magnetic resonance apparatus in the examination of a patient, and to generate post-processed images, in which different measurement protocols to acquire various image data sets are set manually and the image data sets are acquired, and all measurement protocols are stored in an examination-specific or patient-specific measurement protocol file. The processing parameter sets for post-processing of at least one part of the image data sets are set manually and the post-processed images are generated, and all processing parameter sets are stored in the examination-specific or patient-specific measurement protocol file. The measurement protocols stored in the measurement protocol file are automatically loaded and executed to acquire comparable image data sets in the implementation of a follow-up examination of the same patient. The processing parameter sets stored in the measurement protocol file are automatically loaded, and the newly acquired image data sets are processed to generate comparable post-processed images.

Therapeutic system with implantable therapeutic unit (ITU) comprising control unit (CU), memory, telemetry unit connected (in)directly to CU for wireless bidirectional transmission of data to / from external device (ED) and detection unit for detecting physiological patient data or operational data. CU triggers outgoing data transmission (DT) from ITU to ED based on preselected internal events and establishes standby mode for reception on part of telemetry unit for receiving beginning (header) of incoming DT from ED to therapeutic unit exclusively within preselected response time window after DT from ITU to ED. System designed to add to incoming DT follow-up signaling data which signals an imminent follow-up examination, whereby CU also prompts sensor unit at preselected time point in response to receipt of follow-up signaling data to detect preselected physiological data required for follow-up examination or to detect operational data of therapeutic and store in memory and transmit with subsequent outgoing DT to ED.

A method for determining a change over time in a biomarker in a region to be examined of a patient is provided. The change is determined from magnetic resonance data using a magnetic resonance measuring system with sequences and protocols for measuring the biomarkers by functional resting state connectivity by rsfMRI, perfusion values, magnetic resonance spectra of voxels, or morphometry of organs. A control unit has programs which evaluates the biomarker and a data memory which stores the results of the evaluation and additional data. During a first examination, a quantity result of the biomarkers is determined and stored in the data memory. During a follow-up examination, at least one previous item of the result and additional data from the first examination stored in the data memory are used for determining a quantitative change in the biomarker.

The invention discloses a surgical portable oral examination device which comprises a load-bearing base, a moving roller, an oral expansion airbag and an oral inspection device. The moving roller is fixedly mounted at the bottom of the load-bearing base, a first supporting rod is fixedly mounted at one end of the top of the load-bearing base, a seat is fixedly mounted at the top of the first supporting rod, and a sliding rail is fixedly mounted at the top of the load-bearing base on one side of the first supporting rod. The surgical portable oral examination device is reasonable and simple instructure and convenient to use. Fatigue caused by a worker's opening the month for a long time without supporting is avoided, the size of opening of the oral cavity of the worker is ensured, therebyfacilitating medical workers' follow-up examination, so that the situation that the worker generates much saliva due to long-time mouth opening, which affects examination definition is avoided; an LEDlamp mounted on the oral inspection device is utilized to provide a bright examination working environment for a high-definition camera, the oral inspection efficiency is effectively improved, and the movement and carrying of the examination device are facilitated through the moving roller.

An information processing device includes a hardware processor that (i) acquires one or more pieces of examination data concerning a patient targeted to be diagnosed, (ii) specifies candidates for a name of a disease by which the patient targeted to be diagnosed may be affected and a subsequent examination to be executed for determining the name of the disease of the patient targeted to be diagnosed based on the examination data as acquired, and (iii) outputs the candidates for the name of the disease and the subsequent examination as specified.

The invention discloses a family planning gynecological examination bed, which comprises a base, a support platform is fixedly installed on the top of the base, a support block is fixedly installed on the top of the support platform, and a horizontally arranged A fixed plate, the left end of the fixed plate is rotatably hinged to a rotating plate, and the front and rear sides of the fixed plate are respectively rotatably equipped with support frames. The family planning gynecological examination table of the present invention can completely expose the private parts of women to be examined in the field of vision of medical staff, so as to ensure the smooth progress of subsequent examinations, and save time and effort during adjustment and use, which is convenient for medical staff to perform gynecological examinations , due to the use of mechanized operation, it is convenient for medical staff to adjust and use the woman's body position according to the examination needs, the operation is relatively simple, and the work difficulty of medical staff is reduced, so it is suitable for popularization and application.

A method and a device for providing a virtual tomographic stroke follow-up examination image. The method includes: receiving a sequence of temporally successive tomographic perfusion imaging data setsof a region for examination; calculating the virtual tomographic stroke follow-up examination image of the region for examination by applying a trained machine learning algorithm to the sequence of temporally successive tomographic perfusion imaging data sets received; and providing the virtual tomographic stroke follow-up examination image calculated.

The invention discloses an electric inflatable gynecologic and obstetric ultrasonic auxiliary examination device which comprises a bottom plate, an electric drive pusher I, a backup plate, an inflatable pad, an avoidance groove, an electric drive pusher II, an operation table, a water tank, a water pump, a heater, a suction pump, a connecting air pipe, a fixed table, a rotating shaft and a lower limb pad. According to the device, an inflatable lifting mechanism is designed, hips of subjects can be rapidly lifted in an electrically driven manner, vagina and uterus positions of the subjects are sufficiently exposed, preciseness and accuracy of follow-up examination are improved, operation of medical staff is facilitated, compliance of the subjects is improved, a cleaning mechanism is matched with the device, private parts of the subjects can be conveniently and effectively cleaned, so that examination is facilitated, cross infection is avoided, the subjects are greatly protected, and popularization and application of gynecologic and obstetric ultrasonic examination can be facilitated finally.

The invention discloses a method for machining a high-precision sealing surface by a numerical control gantry mill, and relates to the field of a machining method of a numerical control milling machine. The method comprises the following steps: compensating a workpiece regulating inclination included angle alpha by acquiring an error included angle alpha of a cutter plane, and setting the included angle in a numerical control system and enabling a cutter to run along the included angle alpha so as to compensate the error between a ram or a main shaft (namely Z axis) of the gantry mill and the motion direction (namely X axis) of a workbench under the condition of not adding equipment, eliminate jointed tool marks, meet the quality requirement of a product, cancel a bench work process, improve the quality of the product and improve the production efficiency. In the flatness error within 0.02 millimeter on a whole plane of 3,250mm*1,320mm, the method has no obvious jointed tool marks which can pass the examination once in follow-up examination, the contact is complete, the surface roughness is below Ra3.2, the follow-up gantry milling and bench work remaking processes are fully cancelled, and a large amount of time is saved.

There is provided a VR-based portable nystagmus test apparatus that provides both a three-dimensional stereoscopic image and a voice to a subject such that efficiency and accuracy of a follow-up examination can be enhanced. The VR-based portable nystagmus test apparatus can enhance the accuracy and efficiency of an examination by inducing the subject to make a correct motion, during the examination on the subject who wears the VR-based portable nystagmus test apparatus.