9 results about "Patient waiting" patented technology

This invention provides a nurse call system, a nurse call method, and a nurse call program that can reduce patient waiting times. [Solution] The nurse call system according to this disclosure includes: a display means that, when a nurse call button located in a patient's room is pressed, displays the name of the patient who pressed the nurse call button and the elapsed time on a nurse's terminal and a display terminal; and a notification means that, when the nurse call button located in the patient's room is pressed, first sounds a notification tone on a nurse's terminal held by the nurse in charge of the patient; if the receiver button on the nurse's terminal held by the nurse in charge is not pressed within a predetermined time, sounds a notification tone on a display terminal located in the nurse's station; and if the receiver button on the display terminal is not pressed within a predetermined time, sounds a notification tone on a nurse's terminal held by each nurse in the ward.

The application discloses a kind of information management method and related equipment for thyroid cancer postoperative iodine 131 treatment patient.It comprises: based on the treatment management data of patient, scheduling model is constructed with patient waiting time, medical interaction cost and isolation bed vacancy time as optimization target, and bed capacity constraint, clinical urgency constraint, radiation protection constraint and medical availability constraint are established;Based on the scheduling model and the constraint condition, the joint optimization of patient reservation admission batch, isolation bed allocation and medical communication task is carried out, and the treatment scheduling result is generated;In the case where patient temporary adjustment, bed state change or iodine 131 treatment preparation abnormality is monitored, the treatment scheduling result is dynamically rearranged, so as to execute patient reminder, treatment connection and follow-up management according to the treatment scheduling result after rearrangement.It can solve the problems of low efficiency of reservation and resource coordination, fragmented medical records and lack of dynamic tracking mechanism in traditional information management mode.

This invention provides an intelligent examination scheduling method based on time consumption prediction and dynamic optimization, belonging to the technical field of medical service management. The method includes: removing extreme data using a quantile filtering strategy and preprocessing equipment and examination time information; obtaining reasonable time consumption through random forest regression model training combined with departmental percentile truncation; integrating examination time with equipment resource status, calculating queuing time based on total time / number of equipment, and accumulating time for patients with multiple examinations; traversing operating time at 1-minute granularity, processing patient check-in and departmental queues in real time; generating a full permutation of examination items and filtering by walking time, selecting the optimal order with the earliest completion time; and finally outputting standardized scheduling results. This invention significantly reduces patient waiting time, improves hospital equipment utilization, has a significant optimization effect on high-frequency departments, and the scheduling results closely match actual hospital operations, enabling data-driven management decisions.

The application discloses a kind of medical skill examination intelligent reservation and resource scheduling system based on rule engine, it is related to medical information technology field, including data acquisition module, rule engine module, intelligent reservation module, the dynamic analysis and matching of medical business rules are realized by introducing rule engine module, and resource scheduling strategy and reservation priority sequence are generated;Intelligent reservation module provides personalized recommendation using reservation priority sequence and rehearses detection conflict, realizes zero conflict reservation;Resource scheduling module optimizes equipment, clinic and personnel configuration according to strategy in real time, improves resource utilization;Process control module carries out closed loop tracking and synchronization to reservation and scheduling result.Each module cooperates and operates, it is jointly relieved that traditional medical skill examination is uneven, reservation process rigid, multiple system coordination difficult and the problem that rule adaptation is not flexible, finally reach shorten patient waiting time, reduce hospital operation cost, improve the effect of overall efficiency and intelligent level of medical service.

This invention discloses a smart integrated hospital service platform, belonging to the field of digital integrated management platform technology. It includes a data interaction layer, an intelligent decision-making layer, a service execution layer, and an external expansion layer. By integrating patient treatment information with multi-dimensional hospital operation data, this invention achieves intelligent collaboration throughout the entire process. Relying on the multi-dimensional analysis mechanism of the intelligent decision-making layer, it accurately estimates waiting time, dynamically plans routes, and recommends personalized resources. Combined with waiting reminders, spatial navigation, and one-stop service processing functions in the service execution layer, it reduces unnecessary gatherings and travel within the hospital. Simultaneously, through personalized services such as barrier-free navigation and transparent drug information, it meets the needs of different patients. The external expansion layer connects to surrounding office, leisure, and parking facilities, linking with in-hospital medical services to form a collaborative system, effectively utilizing patient waiting time and enriching service dimensions.

This application relates to the field of rehabilitation training equipment scheduling technology, specifically to a method, system, device, and medium for cluster scheduling of rehabilitation training equipment. The method includes: acquiring rehabilitation task information and spatial location information of patients in the rehabilitation training area, and the status and spatial location information of each rehabilitation training device; based on the above information, generating a personalized scheduling scheme for each patient by performing multi-objective optimization calculations aimed at minimizing total rehabilitation training time, maximizing equipment utilization, minimizing patient waiting time, and minimizing energy consumption; generating and executing a sequence of control commands according to the personalized scheduling scheme, predicting and resolving potential conflicts in real time during execution, and dynamically adjusting task command parameters based on the patient's real-time motion and physiological data. This application can achieve collaborative scheduling and adaptive control of multiple patients and multiple devices, significantly improving the overall efficiency, safety, and personalization level of rehabilitation training.

This utility model discloses a multifunctional ultrasonic coupling agent heater, belonging to the technical field of coupling agent heaters. The multifunctional ultrasonic coupling agent heater includes a feeding assembly. Its key technical feature is that heat is transferred from an electric wire to a metal heat-conducting block, which in turn transfers heat to a metal heating block, which then transfers heat to a rotating heat-conducting ring. This ensures that heat is concentrated on the target area, making the coupling agent heated more efficiently and evenly. For areas where heating is slow in the middle, compared to direct heating in a large space, this conductive heating reduces thermal inertia, rapidly increases the coupling agent temperature, and allows it to reach a suitable state for use more quickly, shortening patient waiting time and improving the overall efficiency of the ultrasound examination process. By using a pair of electric wire heating electronic components for layered heating, the coupling agent in the storage tank is heated in layers, utilizing the principle of thermal convection to accelerate the diffusion of heat throughout the storage tank.

This application provides a service bus-based resource scheduling method for internet hospitals, relating to the field of medical information processing technology. The method includes: collecting doctor session data and analyzing disease complexity and waiting intervals to identify high-risk abandonment sessions with non-linearly increasing waiting times; dynamically adjusting the upper limit of concurrent doctor sessions, pausing allocation for simple diseases and prioritizing complex disease sessions, and locking resources until a substantial response is completed; resuming allocation and continuously updating the upper limit when the waiting interval decreases. The beneficial effects of this application are: through non-linear growth trend identification and response slot locking mechanisms, it accurately intervenes in high-risk abandonment sessions, avoiding the contradiction between doctor overload and long patient waiting times in the traditional static allocation model, achieving a dynamic balance between doctor load and patient experience, and significantly improving the resource scheduling efficiency and service quality of online consultations.

This invention relates to a patient scheduling system for a hospital emergency room. An initial assessment scheduling module classifies admitted patients by urgency level. When medical resources are strained, it compares historical emergency records and simulates pre-treatment interventions based on similar cases. Simultaneously, it constructs a waiting queue containing patients at different treatment stages and predicts the impact of adding a patient to the waiting queue on the patient themselves and other patients in the queue. A secondary assessment scheduling module, after the patient receives formal intervention, schedules nurses to perform corresponding examinations and constructs a secondary examination result vector. A comprehensive assessment module combines the urgency level and the secondary examination result vector, using a pre-trained model to obtain the final patient classification, providing a basis for subsequent treatment scheduling. This invention, through pre-intervention and predictive dynamic ranking, effectively utilizes fragmented doctor time, optimizes emergency room resource scheduling, significantly shortens patient waiting time, and improves emergency efficiency and treatment success rate.