140 results about "Examination finding" patented technology

Methods and systems for automatically recovering a failed video inspection tool in a precision machine vision inspection system are described. A set of recovery instructions may be associated or merged with a video tool to allow the tool to automatically recover and proceed to provide an inspection result after an initial failure. The recovery instructions include operations that evaluate and modify feature inspection parameters that govern acquiring an image of a workpiece feature and inspecting the feature. The set of instructions may include an initial phase of recovery that adjusts image acquisition parameters. If adjusting image acquisition parameters does not result in proper tool operation, additional feature inspection parameters, such as the tool position, may be adjusted. The order in which the multiple feature inspection parameters and their related characteristics are considered may be predefined so as to most efficiently complete the automatic tool recovery process.

An apparatus, including a memory device for storing a healthcare record or history for an individual which includes information provided by the individual or a healthcare provider, and information regarding a healthcare insurer or payer, a receiver for receiving information regarding the individual, containing information obtained from a device or equipment, or information regarding an examination finding, symptom, diagnosis, or prescribed treatment, transmitted from a first communication device to the receiver via, on, or over, the Internet and/or World Wide Web, a processing device which processes information for storing or updating the information regarding the individual in the healthcare record or history and which processes a request for information and generates a message in response to the request, and a transmitter for transmitting the message via, on, or over, Internet and/or World Wide Web to the first communication device or to a second communication device.

The invention provides an intelligent personal medical treatment archival system and belongs to the technical field of medical treatment software development. Medical treatment information interaction between patients and hospitals, medical information sharing of the hospitals and reasonable allocation and effective utilization of medical treatment resources are achieved, and the problem of medical treatment resource waste is solved. Examination results and patient personal information are stored, then are analyzed and integrated along with experiment value examination and image data obtained during the non-stay in hospital through mobile phone software, the recent detection information is compared and used for drawing a curve, and various indexes are monitored and stored in a mobile phone or a network cloud. According to abnormal indexes, a treatment hospital is automatically recommended to a patient, and the patient makes an appointment according to prompts of the registration program or selects an appropriate hospital for registration by himself. When severely abnormal data are monitored, signals are sent to a diagnosis and treat center to ask for help. A doctor obtains the personnel medical treatment archives of the patient by using the network cloud or directly using a mobile phone software terminal with the permission of the patient. The patient can know the body changes of himself immediately, and is guided to seek medical advices.

The invention discloses a virtual medical expert based on a medical record database. The virtual medical expert comprises a medical data input device, a private statement similarity computing module, a diagnosis experience similarity computing module, a medical image similarity computing module, a comprehensive similarity computing module as well as a diagnosis and treatment scheme generation module, wherein the private statement similarity computing module, the diagnosis experience similarity computing module and the medical image similarity computing module are respectively used for computing indexes of the private statement similarity, examination result similarity and medical image similarity between a patient to be diagnosed and treated as well as diagnosed and treated patients recorded in the medical record database; the comprehensive similarity computing module is used for integrating the indexes of the private statement similarity, examination result similarity and medical image similarity with expert scoring-based clinical judgment importance indexes of the private statements of the patients, the examination results and the medical images, thereby computing the comprehensive similarity between the patient to be diagnosed and treated as well as the diagnosed and treated patients recorded in the medical record database; the diagnosis and treatment scheme generation module is used for selecting the highest-comprehensive-similarity medical record from all medical records of the diagnosed and treated patients in the medical record database, and outputting a corresponding diagnosis and treatment scheme. Through adoption of the virtual medical expert, the clinical values of electrical medical record information can be sufficiently exerted, and diagnosis and treatment suggestions can be offered to doctors or users.

A system for imaging high speed moving objects, for example, using a scanning beam and beam delivery optics with fast signal processing. It can allow for vocal fold imaging at up to or exceeding approximately 1000 frames per second with grayscale resolution as high as about 100 micrometers or higher and up to about a 12.4 mm square or larger viewing area. The invention can provide imaging of vocal fold vibration that correlates completely with a synchronously-acquired acoustic voice signal. This can enable physicians, voice therapists and research scientists to understand the consequences of abnormal laryngeal dynamics, rather than being limited to simply observing the dynamics. Further, the application of laser technology will allow for accurate measurements of dimension. This can objectify examination findings and treatment outcomes measurement, helping to overcome the serious limitations of current perceptual-based judgments.

A computer-implemented method, including receiving information regarding an individual transmitted from a first device associated with a healthcare provider via the Internet or World Wide Web, which information contains information regarding a symptom, examination finding, diagnosis, treatment, administration of a treatment, or procedure, processing information for performing a diagnostic evaluation of the individual, processing information for determining a risk level or risk score for the individual, storing the information regarding the individual, the diagnostic evaluation, the risk level, or the risk score, or updating the healthcare record or history of, for, or associated with, the individual, generating an insurance claim automatically in response to the storing of the information regarding the individual, the diagnostic evaluation, the risk level, or the risk score, or the updating of the healthcare record or history, and transmitting the insurance claim to a second device associated with a healthcare insurer or payer.

A telemedicine system including a care coordination software platform allows for patient monitoring at home and connects patients to their medical teams via telemedicine using a HIPAA compliant video portal augmented by remote assisted physical examination, performance of diagnostic testing including labs and x-rays, and provision of appropriate treatment and prescriptions. Medical care is provided at the patient's location without the patient having to travel or spend time in waiting rooms, provides treatment based on objective physical examination data and any appropriate diagnostic testing, and provides validation of patient identity. Healthcare providers are made available via online video encounters to communicate with patients. Allied healthcare workers are dispatched to be in physical proximity to the patient to assist in physical examination, and provide diagnostic data. Providers order appropriate treatments and prescriptions based on examination findings and diagnostics. The telemedicine system interfaces with medical sensors and collects data wired or wirelessly.

A telemedicine system including a care coordination software platform allows for patient monitoring at home and connects patients to their medical teams via telemedicine using a HIPAA compliant video portal augmented by remote assisted physical examination, performance of diagnostic testing including labs and x-rays, and provision of appropriate treatment and prescriptions. Medical care is provided at the patient's location without the patient having to travel or spend time in waiting rooms, provides treatment based on objective physical examination data and any appropriate diagnostic testing, and provides validation of patient identity. Healthcare providers are made available via online video encounters to communicate with patients. Allied healthcare workers are dispatched to be in physical proximity to the patient to assist in physical examination, and provide diagnostic data. Providers order appropriate treatments and prescriptions based on examination findings and diagnostics. The telemedicine system interfaces with medical sensors and collects data wired or wirelessly.

Methods and systems for creating a recipe for a defect review process are provided. One method includes determining an identity of a specimen on which the defect review process will be performed. The method also includes identifying inspection results for the specimen based on the identity. In addition, the method includes creating the recipe for the defect review process based on the inspection results. One system includes a sensor configured to generate output responsive to an identity of a specimen on which the defect review process will be performed. The system also includes a processor configured to determine the identity of the specimen using the output, to identify inspection results for the specimen based on the identity, and to create the recipe for the defect review process based on the inspection results.

A telemedicine system including a care coordination software platform allows for patient monitoring at home and connects patients to their medical teams via telemedicine using a HIPAA compliant video portal augmented by remote assisted physical examination, performance of diagnostic testing including labs and x-rays, and provision of appropriate treatment and prescriptions. Medical care is provided at the patient's location without the patient having to travel or spend time in waiting rooms, provides treatment based on objective physical examination data and any appropriate diagnostic testing, and provides validation of patient identity. Healthcare providers are made available via online video encounters to communicate with patients. Allied healthcare workers are dispatched to be in physical proximity to the patient to assist in physical examination, and provide diagnostic data. Providers order appropriate treatments and prescriptions based on examination findings and diagnostics. The telemedicine system interfaces with medical sensors and collects data wired or wirelessly.

[PROBLEMS] To provide a medial guide to doctors, patients, general users, and medical institutes.

[MEANS FOR SOLVING PROBLEMS] The following steps are executed in a medical guide system of the invention. Data on a medical card where examination data including examination items, examination dates and times, and examination results and therapy data including therapies, therapy dates and times, and therapy results are electronically recorded for each patient. Pre-division point data which is the examination data before a predetermined division point in time series of the medical card data and post-division point data which is the examination data after the predetermined division point are extracted for each patient. Therapy patterns with frequencies equal to or higher than a predetermined frequency are extracted from time post-division point data. A rule to associate the examination results with the therapy patterns is derived from the therapy patterns and pre-division point data.

A telemedicine system including a care coordination software platform allows for patient monitoring at home and connects patients to their medical teams via telemedicine using a HIPAA compliant video portal augmented by remote assisted physical examination, performance of diagnostic testing including labs and x-rays, and provision of appropriate treatment and prescriptions. Medical care is provided at the patient's location without the patient having to travel or spend time in waiting rooms, provides treatment based on objective physical examination data and any appropriate diagnostic testing, and provides validation of patient identity. Healthcare providers are made available via online video encounters to communicate with patients. Allied healthcare workers are dispatched to be in physical proximity to the patient to assist in physical examination, and provide diagnostic data. Providers order appropriate treatments and prescriptions based on examination findings and diagnostics. The telemedicine system interfaces with medical sensors and collects data wired or wirelessly.

The invention discloses an electronic medical record information correction method and system. The method comprises the steps of establishing a medical knowledge graph; receiving first disease courserecord information input based on the admission record, the latest examination result and doctor's advice information of a patient; receiving first ward round disease course record information input based on the first disease course record, the latest examination result and the doctor's advice information; receiving subsequent disease course record information input based on the previous two disease course records, the latest examination result and the doctor's advice information of the patient; receiving and displaying discharge record information input based on the admission record, all disease course records, the latest examination result and doctor's advice of the patient. In the process, the admission record information, the first disease course record information, the first ward round disease course record information, the subsequent disease course record information and the discharge record information of the secondary patient are subjected to information correction by using themedical knowledge graph, and the correction result is displayed, so that the efficiency of writing medical records by doctors is effectively improved.

The invention belongs to the technical field of prenatal ultrasonic examination. The invention further discloses an automatic identification method of the fetal standard section in the ultrasonic image. The method comprises the following steps: obtaining a data set, performing preprocessing operation on the obtained data set to obtain a preprocessed data set, and inputting the obtained preprocessed data set into a trained deep convolutional neural network to obtain the category and position of a target contained in each fetal ultrasound section image. The deep convolutional neural network comprises a backbone network ResNet-50, a feature pyramid network, a classification sub-network and a positioning sub-network which are connected in sequence. According to the invention, the technical problems of quite high technical requirements on doctors, relatively low accuracy and consistency caused by differences of examination results of different doctors and overlong examination time in an existing standard section identification method can be solved.

The invention relates to a medical examination apparatus, in particular an MR apparatus. Known MR apparatus have a cavity for accommodating the patient to be examined that offers only a limited space for the patient. The limited space may lead to claustrophobic reactions jeopardizing the result of a measurement. According to the invention a mirror (4), arranged in parallel to the main surface (5) of the patient's bed (3), is provided in the interior of the cavity (1). The mirror (4) simulates a larger space of the interior of the cavity and increases the patient's comfort.

An apparatus and method for facilitating breast self-examinations and the recordation of evaluative results therefrom, wherein a thin-materialed, tight-fitting, shirt-like garment having a low-coefficient of friction and possessing breast self-examination patterns thereon is utilized to guide a user's fingers during examination of her breasts, and wherein a marking instrument is utilized to mark or ink areas of suspected abnormalities directly on the garment, thereby facilitating future identification and/or comparison with new examination results or findings. The present apparatus and method enables a user to conduct a breast self-examination by palpating her breasts from the outside of the garment, as opposed to directly feeling or contacting her bare breasts.

The invention provides a five-step-method grading diagnosis system and method. The system comprises a user management module, a grading diagnosis module, a data storage module and a data transmission module. The method comprises the following steps of calculating the morbidity risk rate of a patient according to acquired basic information of the patient; providing a checking result; reviewing the diagnosis opinions and processing opinions by a medical user and further determining the treatment risk. Common users can understand a current stage in a direct-viewing way. The diagnosis and treatment efficiency and accuracy can be guaranteed. Condition exchanges of patients can be further facilitated.

The invention discloses a system and a method for automatically and intelligently providing personalized medical information services. A disease diagnosis logic decision tree is established based on a clinical guideline, and then related medical information is concatenated; by inputting symptoms, signs and testing and inspection results of a patient, a system selects a path from a tree root node to a leaf node, so that the presentation of personalized medical information is implemented; and finally, based on the clinical guideline, in combination with the date input by the patient, a proposed evaluation is given to the original diagnosis of the patient.