33 results about "Patient oriented" patented technology

A patient-centric system and method for accessing personal health records of a patient, stored in relational databases and containing comprehensive records of multiple patients with each patient's records incorporating many different data categories and functions including manual or automated data exchange, consolidation, storage, routing and transmission, consistent with consent directives assigned to authorized users and computer systems of authorized users by the patient or designated representative thereof. The consent directives define privileges of access in each of said data categories and functions within the patients records. The patients records are stored in relational databases hosted by Web servers on a computer network through which the authorized users interact under the control of programming logic consistent with the consent directives assigned by the patient or designated representative thereof.

Patient-centric data acquisition protocol selection systems and methods, and identification tags therefor, are described. Embodiments comprise a patient-centric data acquisition protocol selection system comprising: a programmable identification tag capable of allowing predetermined information about a patient to be stored therein and retrieved therefrom; a medical imaging system capable of communicating with the programmable identification tag; and programming associated with the medical imaging system for selecting an optimal data acquisition protocol; wherein the medical imaging system reads information from the programmable identification tag and then the programming selects an optimal data acquisition protocol based, at least in part, on the predetermined information about the patient that is stored in the programmable identification tag.

A system and associated methods for orchestrating a collaboration session are disclosed. One method involves orchestrating a collaboration session between a requesting clinician and another clinician where information is exchanged electronically. According to the method, requests for collaboration sessions are received by a computer system from the requesting clinician, with a given request related to a piece of patient-focused clinical data. Each request is analyzed to build a roster of potentially available clinicians for collaboration. A collaboration session is then facilitated between the requesting clinician and one or more of the potentially available clinicians on the roster.

The invention discloses an intelligent medical service-based remote disease diagnosis system. The intelligent medical service-based remote disease diagnosis system comprises a user symptom information acquisition system, a cloud server, a department distribution system, a remote consultation system and a remote medical terminal, wherein the user symptom information acquisition system exchanges information with the remote consultation system through a network; the user symptom information acquisition system, the department distribution system and the remote medical terminal exchange information with the cloud server through the network; and the department distribution system exchanges information with the remote consultation system through the network. According to the intelligent medical service-based remote disease diagnosis system, the diagnosis automation is preliminarily realized through carrying out contrastive analysis on the symptom information of patients and medical history information and common disease symptom information, and certain reference resources are provided for the departments before carrying out interaction with the patients, so that the departments can deeply know the patients conveniently and then the consultation efficiency is improved; the patients can conveniently carry out routine inspections and get medicines through nearby remote medical terminals, and can realize consultation and get medicines without going out, so that as patient-oriented intelligent medical idea is embodied.

A computer program establishes a first interface with a hospital cardiology imaging system and a second interface with a hospital radiology imaging system. The program generates a user interface that enables a user to interact with the cardiology imaging system (20c) and the radiology imaging system (20b) via the computer system. The user interface also presents patient information relating to medical history (302), demographics (308), epidemiology (312), genetics (314), and studies (310) the patient is involved in.

A surgical drape includes a flexible opaque sheet configured to satisfy barrier performance requirements of AAMI PB70:2003, and a flexible transparent sheet disposed within the opaque sheet to form a window sized and shaped to permit the patient to view the surgical procedure therethrough. The window is configured to satisfy the barrier performance requirements of AAMI PB70:2003, and a flexible, opaque cover is sized and shaped to substantially match that of the window. One or more releasable fasteners are configured to releasably dispose the cover in superposed relation with the window, to selectively cover and uncover the window.

The invention discloses an intelligent system for automatically discharging and dispensing traditional Chinese medicines. The intelligent system comprises a HIS (Hospital Information System) interface system, a prescription analyzing and processing system and a pharmacy processing system, wherein the HIS interface system is used for receiving an electronic prescription and distributing medicine dispensing tasks according to a priority; and the prescription analyzing and processing system comprises a prescription database and a master control computer; and the pharmacy processing system comprises a RFID (Radio Frequency Identification) electronic tag module, a RFID identifying and reading equipment module and an intelligent automatic medicine dispensing cabinet module. By use of the intelligent system for automatically discharging and dispensing traditional Chinese medicines, the automatic medicine dispensing and discharging of most traditional Chinese medicines can be solved, the non-overshoot control of medicine quantitative weighing and patient-oriented confusion-free pharmacy management control can be realized, the intelligent system is applied to the automated pharmacy of traditional Chinese medicines, the processing efficiency of a traditional Chinese medicine prescription and the medicine discharging accuracy of the traditional Chinese medicines can be greatly improved, the labor intensity of manual work is lowered, and cost is saved.

A surgical drape includes a flexible opaque sheet configured to satisfy barrier performance requirements of AAMI PB70:2003, and a flexible transparent sheet disposed within the opaque sheet to form a window sized and shaped to permit the patient to view the surgical procedure therethrough. The window is configured to satisfy the barrier performance requirements of AAMI PB70:2003, and a flexible, opaque cover is sized and shaped to substantially match that of the window. One or more releasable fasteners are configured to releasably dispose the cover in superposed relation with the window, to selectively cover and uncover the window.

A contextually sensitive, user-centric database navigation and accessing software methodology controls navigation through and access to database domains of a medical (e.g., cardiovascular) image and information management system in accordance with the specific role of the user. Being user-centric, rather than patient-centric, the routine is operative to display to a user, upon logging on, a homepage that specifically pertains to the user's area of responsibility, with the information being displayed containing a contextual list of options that are germane to the user's workflow. This facilitates the ability of the user to rapidly navigate through and access one or more data domains specifically relevant to responsibilities and functions of the user, thereby improving the user's efficiency and reducing the time to complete a task.

The present invention provides a patient-oriented hospital online inquiry system. The system comprises a client inquiry display system and a server system. The client inquiry display system comprises: a terminal device for patients, a basic disease condition information input module, an inquiry result displaying module and a disease condition information word processing module. The server system comprises: a doctor information database, a disease symptom database and a disease condition searching and matching processing module. The present invention has the beneficial effects that the patient-oriented hospital online inquiry system provided by the present invention provides a high efficient and scientific communication platform for the patients and doctors according to actual requirements in reality, so that the patients can clearly know about which department the disease of the patients belongs to and select required doctors according to own requirements when the patients seeks for treatment, furthermore, work efficiency of a hospital is improved and the treatment-seeking cost of the patients is reduced; and a self-service system enables the patients to enjoy high efficient medical service without leaving home.

The invention discloses an Monochamus alternatus adult attractant based on insect patient-oriented pheromone and applications thereof, belonging to the technical field of pest control. The Monochamus laternatus adult attractant based on insect patient-oriented pheromone is characterized in that a key component is 2-undecyloxy-1-ethanol; auxiliary components consist of alpha-pinene of purity 95% and acetaldehyde of purity 40%; and the volume ratio of the alpha-pinene of purity 95% to the acetaldehyde of purity 40% is 2-4:1. According to the monochamus alternatus adult attractant based on insect patient-oriented pheromone and the applications, the insect patient-oriented pheromone, namely 2-undecyloxy-1-ethanol, is screened successfully, the attractant is used together with a traditional botanical attractant, the inducing effect is improved by more than 5 times, especially in the later period (spawning period) of an adult, the trapping effect of the attractant is dozens of times of that of the botanical attractant. The attractant of the invention has the advantages of low cost, long effective duration, good safety, environmental friendliness and the like, can control the harm of Monochamus alternatus, has important significance on restraining the propagation and spreading of pine wood nematode disease, and fills the blank of home and abroad technology.

A new and useful portable pelvic exam device is provided, which is lightweight for convenient transport or storage, and is readily used atop existing surfaces in the environment such as a bed and maintains a patient in a dorsal or modified lithotic position for a pelvic examination or procedure. The device comprises a substantially wedge shaped prismatic base with a concave semispherical well along the front surface, over which a patient orients her vulva to create a theatre in which the examiner may observe the anatomy, operate ancillary tools and perform an indicated procedure or exam. Stirrup assemblies may be utilized in concert with the device to support the patient's feet and keep her knees spaced apart from each other and legs in an abducted position. Additionally, the device has a drawer moveably attached into an aperature in the device, which can be opened or closed and houses therein ancillary tools.

A new and useful portable pelvic exam device is provided, which is lightweight for convenient transport or storage, and is readily used atop existing surfaces in the environment such as a bed and maintains a patient in a dorsal or modified lithotic position for a pelvic examination or procedure. The device comprises a substantially wedge shaped prismatic base with a concave semispherical well along the front surface, over which a patient orients her vulva to create a theatre in which the examiner may observe the anatomy, operate ancillary tools and perform an indicated procedure or exam. Stirrup assemblies may be utilized in concert with the device to support the patient's feet and keep her knees spaced apart from each other and legs in an abducted position. Additionally, the device has a drawer moveably attached into an aperature in the device, which can be opened or closed and houses therein ancillary tools.

The invention relates to a user-oriented intelligent hospital information system, which has complete device types, is rich in functions, and saves expenses and energy to the max. The system is thoroughly changed from a 'hospital-and-doctor-oriented' mode into a 'patient-oriented' mode, provides more convenient and effective medical services for users, and has a broad market prospect and beneficial effects.

Effective patient-centered care in a hospital relies heavily on the ability of patients to communicate their physical needs to care givers. If a patient is unable to speak, he has limited means of communicating at a time when he needs it the most. The embodiments presented here, generally referred to as EyeVoice, include unobtrusive eye-operated communication systems for locked-in hospital patients who cannot speak or gesture. EyeVoice provides an alternate means of communication, allowing hospital patients to communicate with their care givers using their eyes in place of their voices. Simply by looking at images and cells displayed on a computer screen placed in front of them, patients are able to: answer questions posed by caregivers; specify locations, types and degrees of pain and discomfort; request specific forms of assistance; ask or answer care related questions, and help direct his own care.

A patient oriented report from an implantable medical device such as a cardiac rhythm management device, e.g. a cardiac pacemaker or cardioverter / defibrillator, and a system and method for producing the same. The report provides the patient with various information regarding the treatment, type of device, manufacturer, physician, device settings, or device status.

The invention discloses a visiting image data acquisition and using method based on full digitalization. The method comprises following steps that a case buffering module is used for receiving and storing case information, wherein the case information comprises diagnosis report information; an image acquisition module is used for acquiring image data corresponding to the case information in real time; a disc recording module is used for receiving the image data which is pushed by the image acquisition module in real time, recording the image data corresponding to the same case information in adisc according to time sequence and then after receiving the image data successfully, correspondingly binding the image data with the case information and then uploading the binding information to acloud server; and an information pushing module is used for successfully uploading information that the image data is successfully uploaded to the cloud server to an image acquisition terminal. According to the invention, by use of an application mode where a medical image and cloud image storage calling are used, digital image data can be effectively stored; checking at any time and at any placeon a computer and an intelligent mobile terminal is achieved; and the medical service mode transformation that hospitals are 'patient-oriented' is achieved.

Techniques for systems and methods for remotely monitoring a patient are provided. The system comprises a plurality of input sources operable to acquire patient-specific information corresponding to a condition of a patient. A patient-centric threshold is computed based on relevant environmental, cultural, societal, religion, and economic data for evaluation of the acquired physiological parameters. Risk stratification is performed to determine the risk level of the patient based on the patient-centric threshold, and a recommendation is generated. The recommendation includes a treatment / care plan that can consist of prescriptions and patient education tailored to the risk stratification and patient-specific information.

Computer-assisted methods, systems and mediums for providing, to a physician, information relating to a patient. One embodiment of the present invention is a method that comprises the steps of collecting a prescription history that includes information relating to one or more prescriptions issued to the patient and a prescription purchase history, storing the prescription history and prescription purchase history of the patient into a database, and accessing, by the patient, the database for the stored prescription history and prescription purchase history of the patient. The prescription purchase history includes information relating to one or more prescription purchases made by the patient in accordance with the one or more prescriptions. The method also includes the steps of retrieving the prescription history and prescription purchase history by the patient, and communicating, by the patient, the retrieved prescription history and prescription purchase history to the physician via physically or electronically in order to assist the physician in providing medical services to the patient.

The invention provides a patient-oriented clinical information organization system. The system comprises a structure building unit and a data management unit, wherein the structure building unit is used for building a clinical data structure including patient information, treatment information, doctors' advice information, execution records, medical records and execution process records; and the data management unit is used for associating diagnosis and treatment data with corresponding positions in the clinical data structure according to the corresponding type of the diagnosis and treatment data of each patient, so that storage and management of the diagnosis and treatment data of all patients are realized. The invention further provides a corresponding patient-oriented clinical information organization method. With the adoption of the technical scheme, all clinical data are patient-oriented, so that the management of the diagnosis and treatment data of the patients can be realized.

A system (10) for multi-stage shared decision making includes a patient decision data store (60) that stores patient preferences (66) and patient rationales (68) associated with a decision regarding a first stage (64) of a treatment pathway (62). The system (10) further includes a support tool assistance system (20) that educates the patient regarding the stored preferences (66), rationales (68) and the treatment pathway (62) for making a decision regarding a next stage of the treatment pathway (62). An understanding score is calculated based on testing of the patient relative to the literacy level (72) of the patient regarding the preferences (66), rationales (68) and treatment pathway (62). Scores below a threshold score (74) result in updating educational materials for the patient, reeducation and retesting. Once the score meets the threshold (74), the patient is allowed to proceed to the next stage of decision making on the treatment pathway (62).

It has been long noted that there is a shift in patterns of disease toward chronic illness. This shift necessitates a process that will support and encourage involvement of the patient in their own care, improve coordination of treatment among multiple providers, use reminders to keep preventive medicine and screening programs up to date and provide the up-to-date clinical information needed for treatment planning. There currently exists no process that does this using a patient centered approach. The Patient Personal Medical Record creates and supports a patient centered process that can be used in a variety of paper-based and electronic formats to improve coordination of treatment among multiple providers, remind patients of the need to stay up-to-date with preventive medicine programs and provide a method to supply the up-to-date clinical information needed for treatment planning.

The invention relates to an apparatus for handling microtomized tissue samples (1) which are arranged on an object carrier (2) and are provided with a machine-readable code (3), with a reader (4) serving to detect the information of the code (3) and a controller (5) serving to convert the information for handling purposes. In order to use such an apparatus to classify unsorted object carriers (2) with respect to one another in a patient-oriented manner for evaluation purposes, it is proposed that a transfer apparatus (6) and at least one drive (7) are provided, which are formed in such a way that they can pick up object carriers (2) from a supply device (8) and move them to a presentation carrier (9) which has receptacles (10) for a plurality of object carriers (2), an apparatus (11) which is ready to hold presentation carriers (9) being arranged and formed in such a way that it keeps a large number of presentation carriers (9) ready in a manner such that they are accessible to the transfer apparatus (6), wherein the controller (5) is formed in such a way that it controls the at least one drive (7) on the basis of the information of the code (3) of the object carrier (2) to the effect that object carriers (2) which originate from a patient can be moved by the transfer apparatus (6) to at least one presentation carrier (9) in an order which is assigned to the patient.

The invention provides a medical image sequence-oriented patient-level benign and malignant tumor automatic discrimination method and system based on deep learning. The method comprises the following steps of: firstly, acquiring, sorting and marking image data of a patient, then obtaining the probability of the tumor of the patient being benign or malignant at different levels by using a tumor area detection model, a sequence classification model and an age information module, and finally, comprehensively judging whether the tumor of the patient is benign or malignant through multi-model weighted fusion. The technology is helpful for pre-judging a benign or malignant tumor based on image detection data in the early stage of a patient, so that a corresponding treatment scheme is formulated, and the prognosis effect is improved. Meanwhile, the accuracy of diagnosis of benign or malignant tumors by a doctor by using the image data in the early stage can be improved.

Techniques for systems and methods for remotely monitoring a patient are provided. The system comprises a plurality of input sources operable to acquire patient-specific information corresponding to a condition of a patient. A patient-centric threshold is computed based on relevant environmental, cultural, societal, religion, and economic data for evaluation of the acquired physiological parameters. Risk stratification is performed to determine the risk level of the patient based on the patient-centric threshold, and a recommendation is generated. The recommendation includes a treatment / care plan that can consist of prescriptions and patient education tailored to the risk stratification and patient-specific information.

The invention discloses a patient-centered clinical examination appointment system clinical examination appointment system taking a patient as a center. The system comprises a client and an appointment server, centralized appointment is carried out through the appointment server, and patient-centered automatic appointment with a patient as the center is achieved. The reservation server comprises an information transceiving module, a pre-queuing module and an optimization processing module. Concentration of detection and inspection time and optimization of inspection and inspection sites are realized by taking a patient as a center, and the number of times of going back and forth to hospitals of the patient and the distance of going back and forth in the hospitals are reduced to the greatest extent. The invention further discloses a patient-centered clinical examination appointment method.clinical examination appointment method with the patient as the center.

Methods, systems and computer readable media for patient-centric medical information systems (and methods and computer readable media) including a mobile application, a scoring model and a physician portal are described.

The present invention provides a patient-oriented hospital online inquiry system. The system comprises a client inquiry display system and a server system. The client inquiry display system comprises: a terminal device for patients, a basic disease condition information input module, an inquiry result displaying module and a disease condition information word processing module. The server system comprises: a doctor information database, a disease symptom database and a disease condition searching and matching processing module. The present invention has the beneficial effects that the patient-oriented hospital online inquiry system provided by the present invention provides a high efficient and scientific communication platform for the patients and doctors according to actual requirements in reality, so that the patients can clearly know about which department the disease of the patients belongs to and select required doctors according to own requirements when the patients seeks for treatment, furthermore, work efficiency of a hospital is improved and the treatment-seeking cost of the patients is reduced; and a self-service system enables the patients to enjoy high efficient medical service without leaving home.