44 results about "Targeted interventions" patented technology

Systems, methods and computer program products for collecting and analyzing information relating to a physician's prescription practice in relation to expert best practice guidelines are disclosed. Information relating to a patient specific prescription is collected and analyzed with respect to established expert best practice guidelines. When deviations from the best practice guidelines are identified a tiered intervention information is generated to the physician identifying the nature of the deviation and including suggested changes in the physician's prescription practice.

A method for the protection of an automatically actuated clutch of a vehicle from overload, comprising the steps of determining a driving situation of the vehicle, continuously determining the energy input in the clutch, and, preventing or reducing an overload state via targeted intervention in vehicle management as a function of the determined driving situation and the input energy.

Embodiments of an instrument manipulator are disclosed. An instrument manipulator can include a track; a translational carriage coupled to ride along the track; a shoulder yaw joint coupled to the translational carriage; a shoulder pitch joint coupled to the shoulder yaw joint, the shoulder pith joint including an arm, a wrist mount coupled to the arm, struts coupled between the wrist mount and the shoulder yaw joint, and a shoulder pitch mechanism coupled to the arm; a yaw-pitch-roll wrist coupled to the wrist mount, the yaw-pitch-roll wrist including a yaw joint and a differentially driven pitch-roll joint; and an instrument mount coupled to the wrist. The various joints and carriages can be driven by motors.

The invention discloses a biological information feedback system based on virtual reality, which comprises an acquisition system S1 and a virtual reality feedback system S2; the acquisition system S1 comprises a plurality of scalp electrodes, an electroencephalogram (EEG) signal extraction module and an EEG signal processing module; and the virtual reality feedback system S2 comprises a management module, a database, a feedback training module, a display module, an off-line analysis module, a communication logic module and an EEG secondary processing module. The biological information feedback system of the invention accurately collects the biological electric signals, processes and extracts the pure EEG signals, processes signal characteristics, and compares with the database and analyzes to obtain an accuracy pressure level; an intervention system can be configured for different diseases to achieve a targeted intervention system; real-time operation realizes a real-time feedback system, so that the current state of a subject can be visually observed, thus achieving self-training and adjustment; and good virtual reality system and the new design of interactive scenes and interactive means can enhance the sense of interaction and immersion and operability.

The invention relates to a cloud physique management system and management method by regarding sports and diet intervention as a core. The system comprises a sports information collection unit, a diet information collection unit, a physiological parameter information collection unit, a user terminal, a data processing unit and a monitoring terminal. The method includes the steps that the collected sports information, diet information and physiological parameter information are analyzed and processed; physique intervention information aiming at a user is generated and sent to the user according to preset physique intervention scheme data; an expert performs video instruction and/or video interaction with the user through the monitoring terminal, wherein the display method of the physique intervention information is video display preferentially, and the information collection method of the diet information collection unit can be video collection. The cloud physique management system and management method provide targeted intervention schemes with supplementation of expert guidance according to reliable and relatively all-around user related information, so the intervention schemes are more scientific and accurate, the range of served people can be substantially enlarged, and efficiency is improved.

The invention relates to an elderly cognitive function classification method based on a random forest and belongs to the technical field of biomedicine. The method disclosed by the invention comprises the following steps: dividing the elderly cognitive function into three types by adopting MMSE scale scores and education levels; extracting a key cognitive domain influencing elderly cognitive function category classification by utilizing a cognitive function score relative ratio calculation method and a Pearson linearly dependent coefficient calculation method; establishing a random forest regression model, calculating attribute significance scores of non-scale attributes, and extracting external related attributes influencing the elderly cognitive function category classification; finally, equalizing the sample set based on the extracted key cognitive domain and external related attributes by adopting an SMOTE up-sampling method, and establishing an elderly cognitive function classification model by utilizing the random forest method. Compared with a scale classification method, the method provided by the invention has the advantages that the adopted attributes are few and easy to collect, and the method has high convenience; compared with other machine learning algorithms, subdivision of the elderly cognitive function types is realized, and research of a method for performing targeted intervention on the elderly cognitive functions is facilitated.

The invention provides a college classroom teaching effect real-time monitoring and control system based on classroom multimedia equipment. The system includes a main controller, a sub-controller, a seat recognition device and a seat state detection device. The system only comprises a main controller, each seat needs to be correspondingly provided with a sub-controller, a seat recognition device and a seat state detection device; a face camera of the seat recognition device collects face images regularly, and a high-precision camera of the seat state detection device collects the images regularly. The method is expected to help teachers to easily and conveniently monitor the learning state of college students in class and carry out targeted intervention in time, protects the self-respect of the students to the maximum extent, enables the college students to accept the supervision, and helps the college students to improve the initiative and self-supervision of classroom learning.

Complications of various diseases have ascertainable direct costs and indirect costs. A method of projecting direct and indirect cost savings which may be realized from targeted interventions for achieving desired clinical outcomes which may result in the avoidance or mitigation of the complication is provided. Further, a comprehensive patient care management program is provided whereby the targeted intervention strategy of the present invention provides a list of behavioral influencers which assist in achieving desired clinical outcomes. From the achievement of the desired clinical outcomes direct and indirect cost savings from the avoidance or mitigation of a complication provides a projected overall cost savings which may be realized for an employer sponsored health plan.

The invention discloses a drug addiction craving target intervention and correction system based on artificial intelligence and virtual reality/augmented reality, which comprises a viewing device based on panoramic virtual reality/augmented reality, an electroencephalogram acquisition device, an electrodermal acquisition device and a heart rate acquisition device. an addict wears the viewing device, headphones and a physiological data acquisition device (at least one selected from the electroencephalogram acquisition device, the electrodermal acquisition device and the heart rate acquisition device), the drug addiction craving is judged through objective physiological data, the real-time craving changes of the addict in a clue exposure environment can be effectively assessed, and accordingto the real-time craving changes, intervention is carried out immediately when the craving is close to the maximum, and the addict can thus obtain a more accurate, effective and personalized intervention program.

The invention relates to a derogatory customer prediction method. The method comprises the following steps of: obtaining customer information in a preset time period; determining whether a corresponding customer is a derogatory customer or not according to NPS in the customer information; taking the condition whether the customer is a derogatory customer or not as a target variable, and screeninga target factor which influences the target variable from the customer information; and establishing a derogatory customer recognition model according to the target factor, wherein the derogatory customer is used for predicting whether the target customer is a derogatory customers or not. By adoption of the method, the derogatory customer recognition model is established according to existing investigation data, and then the derogatory customer recognition model is used for predicting whether the target customer is a derogatory customer or not, so that benefit is brought to carry out subsequent pointed intervene so as to improve the customer satisfaction. Moreover, the invention discloses a derogatory customer prediction device.

A method for cement bond logging and targeted intervention, including lowering a cylindrical n×m array of ultrasound (US) transducers into a well, firing the US transducers to transmit US signals into a well casing, converting reflected US signals received by the transducers into electronic form and transmit the converted signals to a control unit, analyzing the converted signals to detect holidays, if a holiday is detected, determining a position and angle of the holiday with respect to the transducers, and applying a high intensity focused ultrasound (HIFU) signal to the well casing to fill the holiday.

The invention discloses a preparation method of an AAV9-CIP virus of expressed neurodegenerative disease protection peptide. The preparation method comprises the following steps that 1, a Myc-CIP primer is designed, and Myc-CIP gene segments are obtained; 2, plasmid pCR2.1-Myc-CIP is obtained; 3, plasmid pEGFP-C2-Myc-CIP is obtained; 4, plasmid pAAV-hSynapsin-GFP-Myc-CIP is obtained; 5, the AAV9-CIP virus is obtained. The invention aims at providing the AAV9-CIP virus, capable of being specifically expressed in central nervous system neuron, of neurodegenerative disease protection peptide. Due to the fact that a neurotoxic compound CDK5/p25 generated in the lesion process of the nervous system neurodegenerative disease can be specifically inhibited by CIP, the CIP virus capable of being used for targeted intervention treatment of the nervous system neurodegenerative disease, such as the Alzheimer's disease and Parkinson's disease is established.

The present invention proposes a method whereby during a specified/specifiable observation period (T_total) , the polarization states of optical transmission system and/or the optical signals transmitted by the optical transmission system are changed by applying a targeted intervention in at least one position of the transmission line, and at a second position which is interposed at least one place downstream from the first position of the optical transmission line, a specified/specifiable signal characteristic (BER) is qualitatively measured and checked for adherence to a specified/specifiable threshold condition (BER_th) and the PMD-induced outage probability of the optical transmission system is calculated on the basis of the ratio between the length of that share of the time (T_out), during which the measured signal characteristic fails to meet the threshold condition (BER_th), to the length of the observation period (T_total).

A method and tool to give a multi-dimensional profile of a student's individual difficulties regarding a rules-based system such as reading or literacy. A sub-set of rules of the rules-based system are selected. Tasks related to the rules are presented to the student via, for example, the internet. The tasks are varied according to at least a plurality of classifications of type of rule and a plurality of different task types. The sub-set of rules and number of classification and task types are limited to allow exposure of all tasks within a manageable assessment period. Data from student responses to the tasks, both accuracy and other attributes (e.g. word vs. non-word, speeded vs. non-speeded, and others) of responses, can be evaluated across tasks and classifications to give a quite specific picture or profile of the student's knowledge and skills regarding the rules-based system. This assists better and targeted intervention steps.

The present invention relates generally to the use of circulating cytochrome c as a biomarker of reperfusion injury that results from whole body ischemia. Circulating levels of cytochrome c can be used as predictor of survival rates and to assess the effects of interventions aimed at ameliorating mitochondrial injury during reperfusion. Whole body ischemia may be the result of cardiac arrest or from other hemodynamic crises, such as hemorrhagic shock.

The invention provides a safety control method, device and system based on motor torque. The method includes the steps that according to the vehicle speed, the steering wheel angle, the steering wheelangle change rate and the power generating torque capacity, intervention torque is calculated; according to the vehicle speed, an accelerator pedal signal, a brake pedal signal and the power generating torque capacity, drive requirement torque is calculated; according to the vehicle speed, the steering wheel angle and the steering wheel angle change rate, the working condition is recognized, wherein the working condition comprises a non-dangerous working condition and a dangerous working condition; and if the working condition is the dangerous working condition, a vehicle system is controlledto enter in an active intervention mode, target intervention torque is calculated according to the intervention torque and the drive requirement torque, and a vehicle is controlled according to the target intervention torque. The problems that in the prior art, vehicle active safety torque control is difficult to design and implement from the angle of a power system, and cost is high are solved.

The invention relates to a set of endometrial receptivity biomarkers, a kit and a method for judging endometrial receptivity. The biomarkers can provide an efficient, rapid, high-specificity and high-sensitivity detection and evaluation means for early discovery and diagnosis, targeted intervention and embryo transplantation guidance of PCOS infertility patients. The kit for detecting the PCOS endometrial receptivity contains the endometrial receptivity markers and can provide an efficient, rapid, high-specificity and high-sensitivity detection and evaluation means for early discovery and diagnosis of the PCOS infertility patients.

The invention discloses a human muscle and bone health condition analysis method based on motion features and a knowledge graph. The method comprises the following steps: S1, measuring the posture of a human body through a six-axis inertial sensing measurement unit; s2, measuring the motion range of each joint of the human body; s3, calculating the number of change peak values, the number of change troughs and the size of an excessive change extreme value between the change peak values in an angle-time change process in the measured angle curve of the activity change along with time; s4, inputting the curve characteristics into a human skeletal muscle knowledge graph, and judging problems existing in joints and bones; s5, on the basis of knowing that a certain specific muscle and skeleton have a problem, giving the severity of the problem suffered by the current testee through the human skeletal muscle knowledge graph; and S6, analyzing and scoring the whole muscle and skeleton of the testee, and finally generating an evaluation report. The bone muscle system injury risk can be accurately and objectively evaluated, and a targeted intervention scheme is given.