38 results about "Physician attending" patented technology

Written reports are composed using a terminal during or between patient encounters. Selections made on the terminal invoke standard text segments and a narrative comment is recorded, by dictation or otherwise. After a series of patient encounters, such as at the end of the day, automatically generated draft reports are reviewed, revised and dispatched by the practitioner or staff, in a batch process. The terminal accepting selections and comment can be a wireless Web-capable smart-phone or another terminal running an application to interface with the practitioner. The application presents selections for each of a menu of categories, for example common conditions and maladies encountered in specialized practices. The practitioner distinguishes between normal entries that populate the report with standardized comments (or optionally go unreported), versus noteworthy entries that populate the report with preferably speech-recognized text.

A system and method for review and analysis of electrocardiograms includes an application server computer system in communication with a plurality of client computers. In a preferred embodiment, the server computer provides notification and access of a patient cardiac study report to an electrocardiograph technician for review and comment. The technician assigns an academic fellow electrophysiologist to review the study report. The server computer provides notification and access of the study report and the technician's annotation to the assigned fellow for review and comment. The fellow then assigns an attending physician to review the study report. The server computer provides notification and access of the study report and the previous annotations to the attending physician for review and comment. The physician completes the study. The computer system automatically generates and forwards a referral letter to the requesting physician and attends to billing for the cardiac monitoring services.

An adjustable drainage system for regulating cerebrospinal fluid flow in a hydrocephalus patient where the drainage rate is adjusted in response to ventricular volume variations in the patient. The system includes an adjustable valve and a volume sensor that can be periodically energized with an external system controller device by the patient or attending physician to determine when, or if, a change in the ventricular volume has occurred. The system enables the user to adjust the valve's resistance in response to changes in the ventricular volume using the controller device so that a target ventricular volume can be achieved. Also provided is a method of continuously draining cerebrospinal fluid from the cranial cavity of the patient using the system of the present invention.

Varying the daily dose of either or both of the estrogen and the progestogen administered for hormone replacement therapy (HRT) is readily and inexpensively accomplished, without the necessity of the physician prescribing a new product each time the daily dose of the estrogen or progestogen is changed, by administering preferably transdermally the estrogen and the progestogen contained in separate extrudable pharmaceutical compositions from a dispenser which contains means, preferably adjustable only by the attending physician or dispensing pharmacist, for varying the volume of either or both of the respective compositions which is dispensed as a single dose from the dispenser in response to a defined digital dispensing manipulation of the dispenser thereby facilitating optimal compliance to a combination of HRT with individually adjusted dosages of the estrogen and progestogen.

A method and computer program collects hospital patient and administrative information and presents the information to a user via an interactive user interface (34) that includes a plurality of activity windows. The activity windows list patients according to admission to a hospital department (36), scheduled surgical procedures (38), scheduled clinical appointments (40), rounds (44), consults (46), and scheduled catheterization conference (48). A daily schedule activity window (42) lists presents the user's schedule for a given day, and a personal notes activity window (50) presents notes previously submitted by the user. The patient lists can be presented according to service, team, or attending physician. The user can drill down to acquire more detailed information by selecting a patient from a list and requesting the information.

Biologic information is obtained concerning a member of a population by obtaining a tissue sample from the member, storing the sample without embedding it in an embedding medium, retrieving from storage the sample associated with the member and thereafter analyzing it for biologic information. The tissue sample may be all or part of the member's placenta. Storage may be in a fixative such as formalin or a formalin substitute. Storage may also be by other means of preserving such as freezing or the like. When a tissue sample from more than one member is collected, a library is created that may be used for a variety of purposes, including reducing the incidence of medical malpractice claims, identification of members such as paternity testing or suspect identification. The library may also be used for pharmaceutical development and epidemiological surveys and research. Each sample may have associated with it certain epidemiologic information such as the donor's identity and medical history, residence, place of employment and the like. If the sample is of placental tissue similar information concerning the member's parents may also be recorded, as well as the hospital where the delivery occurred, the attending physician's name and the like. If and when a sample is retrieved and analyzed for biologic information, that information may also be associated with the sample so that it is available for future researchers.

The invention discloses an identity authentication system and a method of an electronic medical record system. Identity information and electronic signature information (private key) of users are stored in a negative feedback circuit (NFC) of an intelligent mobile phone. The users are capable of reading the identity information which is stored in the NFC of the intelligent mobile phone from a terminal of the electronic medical record system, entering into the electronic medical record system, and obtaining the relevant work authorization (a resident doctor, an attending physician, a botanic physician, a nurse and a regulator), carrying out work like writing advices of the doctors, writing down medical records, recording the disease progress, executing and checking the advices of the doctors, examining and verifying the medical records and the like. After finishing recording, users can carry out an electronic signature by utilizing the private key in the NFC of the mobile phone. Due to the fact that the phones can be portable, if the users go away, the phones are taken away; the system can automatically log off the system. Logging and signing of the electronic medical records are safe and simple, and the method is worthy of popularizing.

A method for controlling an insulin pump through the Internet. The method comprises the steps of ascertaining whether a logged-in person is a physician; determining the logged-in person as a nurse when the logged-in person is not a physician, receiving a patient's blood sugar level data and generating a command to change an insulin injection amount; checking whether the logged-in person is an attending physician when the logged-in person is a physician, and changing the logged-in person to an attending physician when the logged-in person is not an attending physician; and driving a corresponding insulin pump having the patient's ID by transmitting through the Internet and Bluetooth modules a new prescription made in consideration of a current blood sugar level measurement and insulin injection amount, when the logged-in person is an attending physician or when the logged-in person is changed to an attending physician.

The present invention discloses a digital pathological section scanning system and relates to the field of a section scanning technology. The system comprises a scanning end, an image processing end, a remote server, a first client end and a second client end; wherein, the scanning end scans a pathological section to form an original pathological section image and transmits the original pathological section image to the image processing end for processing; the image processing end processes the original pathological section image to form a digital pathological section image and sends the digital pathological section image to the remote server; the first client end transmits medical record information including attending physician information to the remote server; the remote server associates the digital pathologic section image with the attending physician information and saves the digital pathological section image in the storage unit corresponding to the attending physician information.

A method and system for providing a patient with beneficial and discounted healthcare services from a qualified healthcare facility. The system and method allows a patient to become enrolled in preventive healthcare system, where the patient receives preventive healthcare services from a contracted participating attending physician. The patient provides to the healthcare facility a description of the patient's current health status including the patient's current health-related symptoms. The healthcare facility provides intervention procedures recommended by pre-established healthcare guidelines and prepares a preventive healthcare program that permits patient's access to discounted prescription medications. The patient is required to maintain a relationship with the contracted physician to insure that the patient adheres to the intervention procedures. Failure on the patient's part to maintain the relationship with the physician may result in the dis-enrollment of the patient from the preventive healthcare program and a loss of associated benefits.

A multi-level patient information delivery system and data collection application. More specifically, an enhanced patient communication and data collection system that functions for pre-, peri-, and post-operative settings. One component of the system is a modified patient portal designed to guide patients through specific surgical experiences by giving access to time-relevant and needs-specific information as the patient moves from pre-operative assessment through post-operative recovery. A second component of the system is a database collection and analysis program for the doctor, surgeon, or other attending physician.

The present invention relates to a medical management system and a management method. The system comprises a host; the host is separately connected with a first identity reading apparatus, a hospital server, a wireless signal apparatus, a counter computer, a second identity reading apparatus and a printer; and the first identity reading apparatus is communicated with the host by the Internet, and the first identity reading apparatus can be mounted at any position. The user uses the first identity reading apparatus, the first identity reading apparatus is connected with the host by the Internet, user identity information is transferred to the host, then the user identity information is transferred to the hospital server by the host. The user identity information is matched with archival information in the hospital server; if the user identity information is recorded in the archival information, the matching is determined to be correct; when the matching is determined to be correct, the host controls a wireless signal apparatus to send doctor visiting prompt information to a mobile terminal number that reserved by the user, thereby prompting the user visiting time, place and attending physician.

The invention relates to a clinical intelligent drug delivery cart, belonging to the field of medical appliances. After a patient is admitted to a hospital, an attending physician carries out detailed diagnosis and treatment of the patient, and inputs the identity information, bed number, causes and conditions of a disease, therapeutic schemes, used drugs and dose into a computer after the patient is diagnosed, the computer transmits the information of the patient to a department server, the server transmits the information of the patient to a department large screen, a drug store and an intelligent drug delivery cart through a wireless network, the tablet computer of the cart displays the treatment information of the patient and starts calling medical care personnel, the medical care personnel rapidly collects the relevant drugs in the drug store and places the relevant drugs into a drawer assigned by the tablet computer according to the information displayed by the tablet computer of the cart, the medical care personnel puts the cart into a ward, checks the bed number and the information of the patient, clicks the corresponding patient on the tablet computer for drug delivery, a controller unlocks the corresponding drawer in a minute, and the medical care personnel carries out transfusion or drug administration to the patient.

Disclosed herein is a computer implemented method and system for providing increased health insurance benefits to employees of business entities for an insurance premium charge. A third party collects health plan requirements and critical health information from the employees. The third party then proposes health plans from health insurance companies to the business entities. Each employee of the business entities chooses a health plan. The third party combines the employees into groups based on the chosen health plans and geographic location of the business entities. The third party negotiates with the health insurance companies regarding health insurance benefits and insurance premium charges offered for the combined employee groups. Authorized personnel may be provided access to the critical health information of the employees. The access to the critical health information improves quality of health care provided to the employees by the attending physicians and reduces the liability to health insurance companies.

The invention discloses a medical intelligent monitoring system and relates to the medical field. The medical intelligent monitoring system comprises a monitoring system and a general nursing module,wherein the monitoring system is used for summarizing data platforms of the general nursing modules, an attending physician module and a patient module; and the general nursing module is used for collecting and sorting patient information, including patient physical sign data, patient past cases, monitoring data in a ward and monitoring data of equipment in the ward, and selectively sending the data to the attending physician module. By arrangement of a hospital bed, a vibration motor, a backrest, a touch bell, a warning light, a walkie-talkie, a breathing mask and a breathing sensor, when thebreathing sensor fails to detect breathing of a patient, the system can directly control the vibration motor to start to drive the hospital bed to vibrate to give the patient the external vibration to awake the patient, and shout and dialogue of the general nursing module to the patient are cooperatively used, the purpose of winning treatment time can be achieved, and the survival probability ofthe patient can be improved.

The invention discloses an airplane cabin for medical treatment. The airplane cabin is characterized by comprising a meal preparing area (3), a medical treatment area (5), a washing area (6) and a longitudinally-extending corridor, wherein the meal preparing area (3) is positioned on the opposite side of a main boarding cabin door (8) at the front end of the cabin; the medical treatment area (5) is positioned behind the meal preparing area (3) along the flight direction; the washing area (6) is positioned behind the medical treatment area (5) and is adjacent to a luggage cabin (2); and the longitudinally-extending corridor penetrates through the meal preparing area (3), the medical treatment area (5) and the washing area (6). The cabin is integrally arranged without being confidentially dividing; sitting seats of medical staff are arranged between two sickbeds; sitting seats of attending physicians are equipped with electronic monitoring equipment which can be used for simultaneously monitoring all patients; and a turning space (4) for a stretcher to pass the cabin door is arranged and the corridor facilitates the passing of the stretcher. Due to the adoption of the arrangement, a high utilization rate of the space is obtained, the space relative position between the patients and the medical staff is reasonable and the monitoring and therapeutic treatment can be implemented more effectively.

The invention provides a placement device of surgical instruments for the neurosurgery department, and relates to the field of medical instruments of the neurosurgery department. The placement deviceof the surgical instruments for the neurosurgery department comprises a moving mechanism, a placement frame, an instrument placement mechanism and a telescopic placement mechanism. The telescopic placement mechanism comprises a first telescopic support rod, a second telescopic support rod, a guiding support rod and a compression guiding assembly, the first telescopic support rod is fixedly arranged at one side of a placement platform, the second telescopic support rod is fixedly arranged at the other side of the placement platform, and the guiding support rod is arranged on the placement platform. The instrument placement mechanism comprises a first placement tray, a second placement tray and a third placement tray which are sequentially stacked. Compared with the prior art, the placementdevice of the surgical instruments for the neurosurgery department has the advantages that the placement area is large, the placement space can be separated, attending physicians can conveniently takeand place the surgical instruments, the placement space can move relative to a surgical bed at the same time, and the attending physicians carry out surgery conveniently.

The invention discloses an infrared detection turbine type asthma test system with a radio frequency transmission function. The infrared detection turbine type asthma test system with the radio frequency transmission function comprises a blowpipe module, an infrared sensor, a microprocessor module, a power supply module, a wireless communication module, a charging management module, a human-computer interaction module, a key control module, a battery module, a digital-analogue conversion module and a clock module. According to the infrared detection turbine type asthma test system with the radio frequency transmission function, data can be transmitted to a specified attending physician, so that the attending physician can observe the health condition of a patient remotely in real time, and guide and manage the medication dosage of the patient remotely, and meanwhile, the health situation of the patient can be shared with the family in other places; therefore, the illness state of the patient can be attended from the two aspects of relatives and hospital, and benign evolution of the illness state is promoted.

The present invention discloses an ultra-high-definition surgery assist system based on 5G communication and relates to the technical field of auxiliary medical treatment. The ultra-high-definition surgery assist system comprises a monitoring module, a 5G communication module, a processor, a display module, an angle adjustment module and a database; and a tracked target is locked according to coordinate information of a tracked object in a panoramic image, the monitoring module is also driven to continue tracking and shooting, and real-time images are displayed through the display module. By changing color of conventional gloves, the color of the conventional gloves is distinguished from other colors in a surgery room, by tracking the surgical gloves of an attending physician, image information in a surgery is tracked and shot, the ultra-high-definition surgery assist system is more accurate in position recognition and easy to use, continuous tracking and shooting are conducted according to coordinate information of the tracked object, the real-time tracking and shooting are conducted during the surgery process, exposure of surgical field is assisted, and the ultra-high-definitionsurgery assist system plays an important role in smoothness of the surgery, also stores video data in the surgery, and is conducive to resolution of medical disputes and postoperative learning.

A method for using a clinical intelligent drug delivery trolley according to the present invention belongs to the field of medical devices. After the patient is admitted to the hospital, the attending doctor will conduct detailed diagnosis and treatment on the patient, and after the diagnosis, the patient's identity information, bed number, etiology and condition, treatment plan, The medicines and doses used are input into the computer, and the computer transmits the patient information to the server of the department, and the server transmits the patient information to the large screen of the department, the pharmacy, and the intelligent drug delivery cart through the wireless network. The tablet computer of the cart displays the patient's treatment information, And start to call the medical staff. According to the information displayed on the tablet computer of the cart, the medical staff quickly pick up the corresponding medicine in the pharmacy and put it in the drawer designated by the tablet computer on the cart. After the medical staff sends the cart into the ward, check the bed number and patient information, click on the corresponding patient medication on the tablet computer, the controller instantly opens the corresponding drawer, and the medical staff give the patient infusion or medication.