33results about How to "Timely evaluation" patented technology

The embodiment of the invention provides an online evaluation method for a video and a terminal, relates to the technical field of software and is used for solving the problem that the real-time evaluation cannot be carried out on the video timely through an existing smart television. The method comprises the steps that in the duration of playing the video by a first terminal, a second terminal obtains a first URL address for uniquely marking evaluation content corresponding to the video from the first terminal; the second terminal sends an evaluation request containing the first URL address, wherein the evaluation request is used for indicating feedback of the evaluation content to the second terminal; and the evaluation content for indicating a user to carry out learning evaluation on the video is displayed on the second terminal.

The invention discloses a medical care satisfaction degree survey system including a plurality of first terminals, a plurality of second terminals and a management server; the first terminals are used for collecting patient identity information and performing satisfaction degree evaluation on medical care projects; the second terminals are used for inputting medical care project information corresponding to each patient, and making each piece of the medical care project information generate one satisfaction degree questionnaire corresponding to the patient; the management server is used for controlling the second terminals to send the satisfaction degree questionnaires to the corresponding first terminals, and saving the satisfaction degree evaluation information. The medical care satisfaction degree survey system evaluates each medical care operation project of each patient, the evaluation is more comprehensive, and the patients can choose right time for evaluation by self, the evaluation can be more objective and accurate, the reliability is higher, improvement of the quality of medical treatment service can be better promoted, medical care communication can be enhanced, and the contradiction between doctors and patients is reduced.

A method and instrument for detecting and analyzing the variability of cardiac rhythm features that the Co mode degree PM is used as the non-linear analysis index of cardiac rhythm variability. Its method includes such steps as using dynamic electrocardiograph to record the cardioelectric signals within 24 hr, automatically recognizing the dynamic cardioelectric RR gaps, forming a time sequence RRi, and calculating non-linear Co mode degree PM.

The invention discloses a positive pressure ventilation treating device for monitoring treating support information and a method and system for transmitting the treating support information. The device comprises a statistic device and an information generating device, wherein the statistic device is used for carrying out statistics on adaptability information and treating effect information in the process that a user uses the positive pressure ventilation treating device in an expected cycle, the information generating device is used for forming a plain text character string from digital content comprising the adaptability information and the treating effect information according to a preset format and generating check codes by using the identity information of the positive pressure ventilation treating device and the plain text character string with a preset algorithm, and then the check codes and the plain text character string are combined to form codes identifying the treating support information to serve as the treating support information for transmission. The positive pressure ventilation treating device for monitoring the treating support information and the method and system for transmitting the treating support information can achieve the timely transmission of the treating support data.

The invention discloses a rehabilitation system based on a real-time audio-visual feedback and promotion technology for speech production. The rehabilitation system comprises a real-time measurement unit, a main control unit, and a real-time audio-visual feedback unit, wherein the real-time measurement unit is used for measuring data of sound production condition of a user in real time; the main control unit is connected with the real-time measurement unit, and is used for distinguishing voice disorder of the user and setting a rehabilitation mode; and the real-time audio-visual feedback unit is connected with the main control unit, and is used for displaying and feeding back rehabilitation information and a rehabilitation result in real time. The method level and the modern technology level are combined to form the real-time audio-visual feedback and promotion technology for speech production. The invention also discloses a rehabilitation method based on the real-time audio-visual feedback and promotion technology for speech production.

The invention provides a method for testing the shear dispersion performance of glass fibers in thermoplastic plastics. The testing method comprises the following steps: granulating thermoplastic plastics and glass fibers by a dual-screw extruder in a stipulated testing environment, and recording a current value I of a host machine of the dual-screw extruder after granulation stabilization at random; firing obtained plastic granules, cooling to room temperature, and measuring the reserved length L of the glass fibers at random points by an optical microscope; and evaluating the shear dispersion performance of the glass fibers in the thermoplastic plastics according to the arithmetic mean value of the current of the host machine and the arithmetic mean value of the reserved length of the glass fibers. The testing method provided by the invention overcomes the defects that a traditional method is long in evaluation cycle and high in cost, and the evaluation result can be interfered easily by external factors, and can be used for quantitatively evaluating the shear dispersion performance of the glass fibers timely, effectively and accurately.