13 results about "Patient request" patented technology

Reconfiguration of a bone fixation device of a patient may include generating, on a main server, a new actuation plan for the bone fixation device, the new actuation plan including operational parameters of the bone fixation device, notifying a patient device that the new actuation plan is available on the main server, requesting from a patient on the patient device an approval of the new actuation plan. Upon receiving the patient's approval, requesting by the patient device, from the main server, the new actuation plan from the main server, and reconfiguring the bone fixation device with the new actuation plan.

Systems and methods for adjusting neural therapy patterns of a neuromodulation system in response to each of patient events and passage of time. Initial stimulation parameters are set and used to start a stimulation period. As time passes or events occur, the neuromodulation system adjusts the stimulation parameters according to a preset temporal pattern. Further examples include handling of patient requests for therapy changes, and acute testing for complex stimulation patterns.

A method of using data markers in a health insurance entity claims database to assist in tracking episodes of care (EOCs) to assist in generating referrals of medical specialists to a referring user, comprises providing an interface enabling a referring user to request a medical procedure for a patient and for making a referral of a medical specialist to assist with the medical procedure; identifying medical specialists; accessing a health insurance entity claims database storing historical claims associated with the same medical procedure; evaluating the historical claims to retrospectively estimate historical EOCs; using a respective data marker in the health insurance entity claims database to uniquely mark each retrospectively estimated historical EOC; using predictive analytics to generate an expected EOC for each medical specialist; generating an expected cost and a list of candidate medical specialists therefrom; receiving a selection; generating and using a particular data marker to mark an actual claim for the particular medical procedure and actual claims for the actual subsequent medical events to track the actual EOC in the health insurance entity claims database.

This invention relates to the field of medical information technology and scheduling, and discloses a method for scheduling appointments based on medical ultrasound department data. The method addresses the hidden conflict of existing systems neglecting the reprocessing of intracavitary probes, leading to idle examination rooms but no available probes, and the time drift caused by continuous high-load scanning by operators. This solution collects patient requests and extracts probe status, estimating the expected time to offset individual differences; reads historical probe reprocessing events to obtain the processing time including the cleaning to storage and release cycle; combines the above time parameters to extrapolate the actual available time for each candidate appointment; further, it calculates the comprehensive cost of the candidate appointments based on historical delay results, selects the scheme with the minimum cost for dynamic scheduling, and corrects the historical average based on measured data in a closed-loop manner. This invention effectively alleviates queuing deadlock and improves the accuracy of resource scheduling in ultrasound departments.

The invention relates to the technical field of automatic drug delivery control, in particular to a drug delivery control method and system for a surgical postoperative analgesia pump, and the method comprises the following steps: obtaining a respiratory rate and a pressing behavior sequence of a patient, recognizing a fluctuation trend and request growth, judging a synchronous response time period, and adjusting an infusion rhythm and dosage. Pressure curve characteristics are analyzed to recognize abnormal operation, emergency infusion is executed in combination with signal linkage, and a dynamic drug administration control instruction is generated. According to the method, the severe fluctuation identification is generated by obtaining the continuous breathing frequency change trend of the patient and combining with breathing extreme value judgment, the linkage time period mark is formed by matching with sequential change trend analysis of the request behavior of the patient, and the basic infusion frequency and dosage are adjusted in real time to meet the actual analgesia requirement; an intelligent recognition and quick response mechanism under the dominant physiological state is achieved, the adaptability, safety and timeliness of the analgesia process are enhanced, and the problems of control lag and judgment blind areas in a fixed parameter mode are effectively relieved.

A patient request system includes a tablet computer that configured for entry of patient requests. The tablet computer is configured to display a first menu corresponding to basic request categories for a patient. The tablet computer is configured to display a second menu that corresponds to specific patient requests falling under the basic request category selected by the patient using the first menu. A server is configured to receive a specific patient request made by the patient. A notification device is configured to display the specific patient request to a caregiver. A patient request method is also disclosed.

Systems and methods for adjusting neural therapy patterns of a neuromodulation system in response to each of patient events and passage of time. Initial stimulation parameters are set and used to start a stimulation period. As time passes or events occur, the neuromodulation system adjusts the stimulation parameters according to a preset temporal pattern. Further examples include handling of patient requests for therapy changes, and acute testing for complex stimulation patterns.

A handheld electronic drug request device includes a handle configured to be held by a patient, a display embedded in the handle, and a touch activation controller integrated in the handle or the display. The handheld device performs operations comprising the steps of: determining that the device is electrically coupled to a drug delivery device for delivering a drug to a patient; and in response to determining that the device is electrically coupled to the drug delivery device, receiving information related to a patient profile associated with the patient; presenting to the patient, on a display, a user interface element including information related to a patient profile associated with the patient; receiving a patient request to deliver a dose of medicament to the patient via the touch activation controller; and causing the dose of medicament to be delivered in response to the patient request.

A virtual assistant / chatbot to improve clinical workflow for home renal replacement therapies is disclosed herein. A virtual assistant / chatbot includes a user interface configured to enable a patient to engage in a virtual chat session by typing, speaking, or otherwise providing information regarding a patient request or issue related to their renal replacement therapy. The virtual assistant / chatbot also includes a server configured to provide logic to respond to the patient's requests. The logic defines a sequence of questions and answers for resolving patient queries. The sequence of assistant / chatbot questions and patient answers may be configured in a node arrangement such that certain patient answers / requests lead to additional questions for additional information from a patient. The virtual assistant / chatbot is configured to answer patient requests automatically or determine when the patient request is to be immediately addressed by a clinician or later through a phone call, text, or email communication.

The present application relates to a kind of analgesic administration control system.The system includes handgrip, analgesic drug delivery device connected with handgrip and information processing unit.The system is also provided with uterine contraction detection module and electroencephalogram detection module.When receiving the request signal sent by patient request unit, information processing unit generates the drug injection amount corresponding to brain information based on the brain information presented by electroencephalogram detection module, wherein, limited to the original bioelectric potential signal related to uterine muscle contraction presented by uterine contraction detection module, the drug injection amount adjusted based on brain information is adjusted within the partition range matched with the uterine contraction rhythm reflected by original bioelectric potential signal.The present application generates injection control signal containing injection type and injection amount with uterine contraction state as the objective reference factor of puerpera's body, and adjusts the point value within injection amount range based on the subjective factor taking puerpera's stress as the main reference information.

System and method of genetic testing. In an embodiment, a system receives one or more incoming medical messages from a requestor regarding a patient, and determines whether a data repository stores sequencing data for the patient. When sequencing data is stored for the patient, the system parses an incoming medical message of the incoming medical messages to identify a procedure code indicating a genetic test requested for the patient, processes the procedure code to select a workflow to analyze the sequencing data with one or more analysis tools for the genetic test, and initiates the workflow to analyze the sequencing data for the patient and generate test results. The system then provides the test results for the patient to the requestor.

A distributed network of electronic health record systems comprises a plurality of electronic health record systems connected in a network, each of the electronic health record systems adapted to communicate with other electronic health record systems in the network via secure communication links; and a central network node in communication with each of the plurality of electronic health record systems. The central network node is configured to display a user interface to a patient, the user interface configured to receive data from the patient to authenticate an identity of the patient; and to establish a central patient account for the patient, the central patient account being pre-authorized to access each of the plurality of electronic health record systems, and to change patient data in an electronic health record associated with the authenticated patient requesting the change.

The present invention relates to an analgesia administration regulation and control system. The system comprises a hand grip, an analgesic drug delivery device connected to the hand grip, and an information processing unit. The system is further provided with a uterine contraction detection module and an electroencephalogram signal detection module. Upon receiving a request signal sent by a patient request unit, the information processing unit generates, on the basis of brain information presented by the electroencephalogram signal detection module, a drug injection amount corresponding to the brain information, wherein limited by an original biological potential signal related to uterine muscle contraction presented by the uterine contraction detection module, the drug injection amount adjusted on the basis of the brain information is adjusted within a division range that matches the uterine contraction rhythm reflected by the original biological potential signal. The present application generates an injection control signal comprising an injection type and an injection amount using a uterine contraction state as a body objective reference factor of a parturient woman, and adjusts a point value within an injection amount range on the basis of a subjective factor using the pressure of the parturient woman as main reference information.