61 results about "Patient discharge" patented technology

Certain examples provide systems, methods, and apparatus for patient care and care transition support. The example system includes a strategy development and simulation tool to analyze a patient care plan and transitions of care within the care plan to develop and analyze a strategy for the transitions of care within the care plan. The example system includes a discharge planning tool including predictive analytics to provide scenario-based planning and visualization to develop the care plan for patient discharge. The example system includes visual analytics to track and display progress of the patient against the care plan for the patient. The example system includes an outcome tracker to measure care plan efficacy to provide feedback for the patient care plan and future care plans.

A method, apparatus and computer program product are provided for facilitating patient progression toward discharge. Once a plurality of progression steps to be completed prior to discharge of a patient have been identified, the plurality of progression steps are displayed along with an indication of a status of a respective progression step that indicates whether the respective progression step has been satisfied or remains unsatisfied. The selection of a progression step is then received and, in response, information regarding the selected progression step is displayed. Input data regarding at least one progression step may also be received such that the indication of the status of the at least one progression step may be correspondingly updated. Further, an updated discharge date may be determined based upon the plurality of progression steps and the respective status of the plurality of progression steps as updated based upon the input data.

The invention provides an over-the-needle, percutaneously-placed hematoma drain designed to aid in preventing, detecting, and draining a concealed hemorrhage while the drain is in place. It is designed to provide an early warning that vascular hemostasis following vascular access device removal may not be adequate for patient discharge.

A system for managing patient discharge instruction preparation includes an interface for receiving data indicating a discharge date of a patient and a workflow processor. The workflow processor automatically, initiates communication of discharge task identification information to task lists associated with multiple different healthcare workers to initiate performance of discharge tasks by the workers, in response to the received discharge date data. The workflow processor automatically monitors a discharge instruction record to determine whether a particular discharge task has been completed by a predetermined time limit. Also in response to a determination the particular discharge task has not been completed within a predetermined time limit, the workflow processor automatically escalates notification indicating the particular discharge task remains to be performed by communication of information identifying the particular discharge task to a healthcare worker in response to a predetermined escalation hierarchy. In response to a determination the particular discharge tasks have been completed, the workflow processor automatically initiates communication of information to a healthcare worker indicating the discharge instruction record is complete and available for review.

A system and method for patient discharge planning. The system and method include evaluating a patient record including patient data parameters of a patient, predicting a change in the patient record for all possible treatment options, generating a discharge recommendation based on at least one of the patient record and the predicted change in the patient record and displaying the discharge recommendation to a user.

A method and system is disclosed that conveys information to various hospital staff including the housekeeping staff regarding the patient inflow and patient outflow from the hospital vis-a-vis medical transport agencies. By providing the hospital staff with information on “outbounds”, the housekeeping staff can process hospital rooms and beds soon after a previous patient is discharged. The system also tracks the status of “inbound” patients, i.e. patients en route to the hospital by way of a medical transport agency along with the estimated time of arrival (ETA) at the hospital. By providing the nursing staff with information that an ambulance is on the way and how long it will take to arrive at the hospital, housekeeping staff will be informed of the need for a clean patient room before an inbound patient even arrives at the hospital.

The invention belongs to the technical field of medical apparatuses, and in particular relates to a rehabilitation training device applied after a breast cancer operation. The rehabilitation trainingdevice comprises a square shell, a lifting component, a rocker component, a lifting platform and a wall climbing ruler, wherein a shelf plate is arranged in the middle of the shell; the wall climbingruler is arranged at the right side of the shell; the lifting platform is arranged at the bottom of the front side of the shell; the rocker component is arranged at the left side of the shell; the lifting component comprises an inner water tank, an outer water tank, a pulley A, a pulley B, a pulley C, a pull rope and a lifting rod; the inner water tank is arranged at the top of the shelf plate, and the lifting rod is connected to the front side of the inner water tank; the pulley A is arranged in the center of the top of the shell; the pulley B is arranged at the top of the front side of the shell; the pulley C is arranged at the lower end of the front side of the shell; one end of the pull rope is fixedly connected to the top of the inner water tank and the other end sequentially spans over the top of the pulley A, the top of the pulley B and the rear side of the pulley C; and the outer water tank is arranged at the back side of the shell. The rehabilitation training device provided by the invention, after a patient is discharged from a hospital, can assist the patient in completing affected-side upper limb function training after the operation, and the patient can independently adjust the weight of loads without barrier; therefore, the rehabilitation training device is convenient and effective.

The invention provides a force measurement type walking aid device. The force measurement type walking aid device comprises two side part supports, a displaying / setting device and a foot sole pressure sensing device, wherein the two side part supports are connected through a cross rod; at least one point in contact with the ground is arranged at the lower end of each side part support; at least one pressure sensor is arranged in the foot sole pressure sensing device, the pressure sensor is in communication connection with the displaying / setting device, and the displaying device is used for displaying pressure sensed by the pressure sensor. The device can be used for individually setting weight-bearing training plans for rehabilitation treatment of patients with a variety of diseases on lower limbs according to disease conditions and personal conditions of the patients. The device is portable and low in cost, and the patients can do correct and effective weight-bearing exercise without periodically returning to specialized rehabilitation departments after leaving hospitals, so that the device has a very wide range of clinical applications and market popularization prospects.

The invention discloses an air-oxygen mixed gas path design which is provided with an air path, an oxygen path, a mixing path, an air suction port, a patient and an exhalation port, wherein the air path and the oxygen path are respectively provided with an air inlet. Air and oxygen enter the air path and the oxygen path from the air inlet of the air path and the air inlet of the oxygen path, respectively. The air in the air path and the oxygen in the oxygen path form a mixed gas in the mixing path, the mixed gas enters the patient from the air inlet, and the patient discharges the body gas from the exhalation port. The air path has a first proportional solenoid valve, the oxygen path has a second proportional solenoid valve, and the mixing path has a third proportional solenoid valve. According to the air-oxygen mixed gas path design and a respirator with gas path, the ventilator tidal volume and the oxygen concentration can be precisely controlled. When the tidal volume or the oxygenconcentration is set separately, changes in other parameters may not occur.

The invention discloses a quantitative prediction and intervention method for long-term prognosis of a patient. The method comprises: newly added patient information is inputted to update a database;a risk factor is selected by using a training database; COX risk grading and LCA risk grading are combined to obtain a comprehensive risk grade of the patient and a risk score calculation method of the patient is determined; a comprehensive risk grade and a risk score of the patient are calculated; and when the patient is discharged from hospital, the doctor carries out intervention based on the comprehensive risk grade and the risk score. In addition, the invention also provides a quantitative prediction and intervention system for long-term prognosis of a patient. The method and system havethe following beneficial effects: variable selection is carried out and estimation randomness is considered fully; the model is reliable; correction and supplementing are carried out by using the LCArisk grading and COX risk grading, so that grading focuses on the own characteristics of the patient; the grading method is reliable; the influence of low reliability of occurrence of adverse events of the patient for long time is eliminated; discharge education and doctor intervention are carried out on the patient effectively; and thus the risk of the patient after discharge from the hospital isreduced.

The invention provides a system for multistage remote diagnosis, treatment and nursing of bran death patients. The system comprises a patient mobile terminal and a doctor terminal, wherein the doctor terminal of the system comprises multiple stages of doctor terminals connected with each other; each doctor terminal is connected with the patient mobile terminal; the patient mobile terminal is preferably connected with a low-stage doctor terminal; the low-stage doctor terminal opens the connection between the next-stage doctor terminal and the patient mobile terminal step by step; the system furthermore comprises a nursing terminal and a caregiver mobile terminal; and the nursing terminal and the caregiver mobile terminal are connected with the patient mobile terminal and the doctor terminals. Through the multistage multi-person system, good conditions are provided for the remote diagnosis, treatment and recovery of the patients after hospital discharge. When the low-stage doctor cannot solve the patient problem and a diagnosis and treatment scheme is given, the relation between the next-stage doctor and the patient is opened; and according to the system, the doctors can be optimally used, and the patients can obtain most reasonable treatment and nursing schemes, so that the system makes much sense to solve the problem that the patients of the country are difficult to see doctors and the see the doctors expensively.

A medical system includes a modeling unit (10) which generates a plurality of tree structured classifiers based on a collection of demographic, socio-econometric, diagnoses, procedure, hospital, and logistical data elements, learns patient discharge risk factors based on the plurality of tree structured classifiers and data corresponding to prior patient discharges, and creates a predictive model of readmission based on the learned patient discharge risk factors which scores the identified patient discharge risk factors for one or more patient discharges.

The invention discloses a wearable lower limb rehabilitation exercise gait monitoring analysis device which is used for rehabilitation exercise monitoring guidance for patients performing limb rehabilitation exercise after leaving hospital. The wearable lower limb rehabilitation exercise gait monitoring analysis device comprises a server side, a patient side and a doctor side. The patient side and the doctor side are respectively in communication connection with the server side. The patient side collects patient gait data and vital sign data which are monitored by a hardware device and uploads the data to the server side. The doctor side obtains the patient gait data and the vital sign data from the server side and performs analysis processing on the obtained data. The patient side is composed of a wearing main body and a positioning auxiliary. The positioning auxiliary is connected with the wearing main body through wireless communication. The wearing main body comprises a processor, a motion capture unit, a vital sign monitoring unit, a data connection unit, a battery unit, a memory, a feedback module and an auxiliary supporting module. The wearable lower limb rehabilitation exercise gait monitoring analysis device mainly monitors gait data during short-distance walking; and different from a wearable device for running and recording gait, the wearable lower limb rehabilitation exercise gait monitoring analysis device is more accurate in distance and gait monitoring.

The invention provides a discharge dose accurate control method and device applied to a cardiac defibrillator. The defibrillator automatically sets the minimum electric energy required by defibrillating discharge according to the magnitude of sensed thoracic impedance. The amplitude reference interval value and the normal phase and reverse phase sawtooth wave total number of a dual phase sawtooth pulse discharge waveform are calculated. According to a preset H bridge switch control policy, the electric energy in an energy storage capacitor is used to carry out fast high voltage electric defibrillating on a patient in the form of dual phase sawtooth wave pulse. According to the invention, based on thoracic impedance sensing of the patient and individually customized dual phase sawtooth pulse discharge, defibrillating discharge current which is superposed on a dual phase rectangular wave and is in the form of a sawtooth fine wave is provided for heart in a ventricular fibrillation state; by controlling the normal phase and reverse phase sawtooth wave number, the patient discharge dose is accurately and flexibly controlled, which is conducive to improving the defibrillating discharge individual pertinence and the success rate of once defibrillating; and by reducing the high voltage amplitude, myocardial damage in a defibrillating process is effectively reduced.

A system and method for improving patient discharge from a healthcare facility automates several areas of the patient discharge process, using automatically placed contacts with communications devices. The system includes a website that is accessible by registered users, primarily nurses and physicians. Critical elements of patient discharge, currently requiring many telephone calls between nurses and other personnel are converted to a largely automated “discharge cascade.” The cascade is initiated by the patient's nurse a predetermined period, for example, 24 hours, prior to a possible discharge, via the website. The website initiates an automatic communication with any or all involved physicians with a scripted, interactive call to elicit physician approval for the discharge. If the physician approves the discharge, a secondary set of automated communications are made to downstream parties, such as nursing operations, housekeeping, patient transport, home health, pharmacy, and patient family member.

A method of identifying gaps between electrophysiology (EP) ablation points may comprise: obtaining a plurality of ablation points recorded from a completed electrophysiology ablation procedure; digitally mapping the plurality of ablation points to an anatomical model corresponding to the completed electrophysiology ablation procedure; calculating ablation gap probability distributions for each of the plurality of ablation points based on ablation tolerance variables associated with each of the plurality of ablation points; and overlaying the ablation gap probability distributions on to the digitally mapped plurality of ablation points on the anatomical model. In this way, ablation gaps may be non-invasively identified prior to patient discharge, thereby allowing for further EP treatment to remove the ablation gaps while reducing readmission rates. Furthermore, by representing ablation points using calculated ablation burn density distributions and ablation gap probabilities, the accuracy of identifying ablation gaps may be increased.

The invention discloses an atrial fibrillation management method and system, wherein the method comprises the steps: acquiring, by a server, patients' medical records, survey forms and physiological data parameters to generate the patients' electronic files; generating, by the server, scoring results for the patients' anti-clotting assessment according to the electronic files; performing risk ranking on the patients according to the scoring results; generating corresponding medical care plans for the patients of different risk levels; acquiring the corresponding medical care plans for patientuser terminals, and controlling the medical care plans; acquiring, by the server, the patients' current feedback records, generating assessment results according to preset rules, and updating the electronic files according to the feedback records and the assessment results; updating the medical care plans by the server according to the updated electronic files. In the invention, post-discharged continued nursing is performed according to the medical care plans matched with the patients' risk levels after the patients are out of hospital, corresponding monitoring is taken in feedback manner through the patient user terminals, and therefore, the risk of bleeding is reduced for the patients.

The present invention discloses systems and methods for monitoring patients with a chronic disease such as heart failure. The system may include a physiological sensor circuit to sense physiological signals and generate signal metrics from the physiological signals. The system may include a health status analyzer circuit to use the signal metrics to generate one or more stability indicators of patient health status, such as stability of heart failure status. The system may additionally generate one or more health status indicators indicating patient health status such as heart failure progression. A patient disposition decision may be generated using the health status indicators and the stability indicators to provide an indication of readiness for patient discharge from or a risk of admission to a hospital.

The invention discloses a prediction model system for prognosis of severe spinal cord injury. The prediction model system comprises the following steps: establishing a clinical feature database of patients with spinal cord injury; constructing a severe spinal cord injury prognosis prediction model; according to the final prediction model, predicting probability values of death, continuing professional rehabilitation nursing treatment and returning home of the patient at the discharge end point, inputting the probability values to a formula 1, and giving a final prediction probability value, and the formula 1 is shown in the description. The invention also discloses a computer readable recording medium. According to the method, the probability of the discharge end point is calculated based on the clinical history, and important clinical characteristics influencing clinical results of patients with severe spinal cord injury are found out.

The invention discloses a surgical incision healing grade discrimination system. The system comprises an image acquisition module, an incision redness and swelling discrimination network module, an incision induration discrimination network module, an incision hematoma discrimination network module, an incision effusion discrimination module, an incision suppuration discrimination module, a healing grade discrimination module, a data storage module, an image classification module and an incremental learning module. The system can be installed in mobile equipment of a patient, images of a surgical incision on the body of the patient are shot through the mobile equipment under the condition that no doctor or nurse operates, and five indexes of red and swollen incision, induration, hematoma,hydrops and suppuration are recognized through the system for healing the image of the surgical incision. The state of the incision of the patient is given in combination with the operation type, andthe problem that the operative incision cannot be effectively recognized and managed after the patient leaves the hospital is solved.

The invention discloses an augmented reality rehabilitation training system based on expanded scenes, and relates to the technical field of biomedicine. The rehabilitation process of the system comprises the steps that daily life activity training virtuality and reality of a patient are combined, a treatment scene for returning to family life after the patient leaves a hospital is provided by utilizing limited scenes and space of the hospital, visual feedback is utilized to induce and stimulate paralyzed limb movement through the virtual and real scenes, abnormal gait of lower limbs is eliminated through targeted personalized treatment tasks arranged by a therapist, generation of normal gait is promoted, and the motion function of an affected side is improved; virtuality and reality are combined, multiple questions and answers are set, voice reminding broadcast is achieved, and the audio-visual cognitive ability of the patient is trained; and a training process is recorded in a video screen recording mode and uploaded to a cloud side to be stored. According to the augmented reality rehabilitation training system, reality and virtuality are combined, rehabilitation training of the patient is greatly facilitated, the use safety, usability and efficiency are improved, and the application prospects are wide.

The invention discloses a knee joint rehabilitation training system for TKA (Total Knee Arthroplasty) operation. The knee joint rehabilitation training system includes a knee joint rehabilitation training device, a mobile handheld terminal, a database server and a doctor management terminal; the knee joint rehabilitation training device is provided with a detection part which is used for obtainingbasic data for evaluating the status of a patient; the mobile handheld terminal is used for uploading the basic data obtained by the detection part to the database server; the database server analyzes the basic data, judges the status of the patient, and feeds judgment results back to the mobile handheld terminal and a doctor client-side; and the doctor client-side is used to obtain the judgmentresults of the database server, and issue a medical order according to the judgment results and feed back to the mobile handheld terminal. The rehabilitation training system is used for the self-evaluation of the swelling and inflammation of an affected limb and the rehabilitation situation after the patient is discharged from the hospital, and is further used for a doctor to understand the postoperative recovery and rehabilitation situation of the patient and performing remote guidance.

The invention discloses a post-hospital depression continued care platform system, and relates to the field of disease nursing, the post-hospital depression continued care platform system comprises an intelligent wearable bracelet and a smart phone app installed on a smart phone, the intelligent wearable bracelet is used for monitoring daily sign data of patient wearing equipment, and the smart phone app comprises a personalized health module, the personalized acquisition module is used for registering basic information of a patient; a health consultation module which comprises a man-machine part and a manual part and is used for correctly guiding the patient to take care him / her-self and seek a doctor; and an outpatient service reservation module which automatically reminds the patient to reserve an outpatient service according to the medication and illness condition of the patient. The intelligent wearable bracelet and the intelligent mobile phone app installed on the smart phone are arranged to collect various pieces of information of the patient after the patient is discharged from the hospital, the patient condition is in butt joint with the hospital and the corresponding nursing doctor, and psychological treatment of the patient after the patient is discharged from the hospital is helped.

The invention discloses an anorectal surgery information management system based on big data, which comprises a control center, a storage module, a reminding module, a hospital subsystem, a hospital information management platform, a hospital information input end and a patient information input end. The hospital subsystem and the hospital information management platform are used for collecting doctor seeing information of a patient in an operative treatment process; the hospital information input end screens the doctor seeing information and sends the screened information to the control center, the control center formulates a postoperative recovery guide for postoperative recovery guidance after a patient is discharged from a hospital, the patient information input end is used for collecting postoperative recovery information and uploading the postoperative recovery information to the control center, and the control center analyzes and calculates recorded content. The doctor can judge the recovery condition of the operation by referring to the doctor's advice adherence index, and the control center records the treatment process for reference by the doctor, so that the treatment scheme is quickly determined, and the hospitalization time is shortened and the medical resources are saved by guiding the recovery process of the patient.

A system for predicting patient discharge planning is disclosed. The system includes one or more memories configured to store patient data associated with a patient. One or more processors are configured to identify one or more criticality assessment parameter associated with the patient. A criticality assessment parameter is associated with health criticality of the patient. Discharge information associated with the patient is determined based on the one or more criticality assessment parameters. The discharge information is then presented.

The invention provides an electronic medical record named entity identification method, device and system, and a remote terminal. The identification method comprises the following steps: S10, establishing a plurality of trained identification models; s20, acquiring an electronic case to be identified; s30, performing sequence labeling and data conversion on the electronic case in the step S20, and converting the electronic case into text data which can be recognized by a identification model; s40, respectively inputting the text data converted in the step S30 into a plurality of trained identification models, performing named entity identification, and respectively obtaining identification results of the plurality of models; and s50, performing fusion model operation on the plurality of identification results to obtain a final identification result after fusion. The method, device and system have the beneficial effects of improving the medical entity identification accuracy and further improving the working efficiency of checking the patient discharge information in a hospital, and is suitable for the field of natural language processing.

The present disclosure describes systems and methods for the interactive discharge of patients from hospitals and other healthcare facilities. An exemplary system according to the present disclosure may comprise at least one hospital server configured to store at least one patient's health information; at least one clinician device configured to communicate via a communications network with the hospital server; at least one clinician interface configured to conduct an interactive patient discharge process, wherein the clinician interface may be a web-based portal accessible via the clinician device; and at least one global server configured to provide a gateway for external communications.An exemplary system according to the present disclosure may further comprise at least one discharge notification device configured to receive one or more messages via the global server; at least one patient device configured to communicate via a communications network with at least one of a global server and the hospital server; and at least one patient interface configured to allow patients to communicate with at least one of the hospital server and the global server, wherein the patient interface may be a web-based portal accessible via the patient device.