39 results about "Care program" patented technology

A computer-implemented method for managing a plurality of customer relationship plans may include a step of collecting profile check values from a database of customer data, the collected profile check values including customer data corresponding to profile checks for each of the plurality of customer relationship plans. The collected profile check values may then be applied to predefined selection criteria in one or more of the plurality of customer relationship plans. The selection criteria determines whether a customer relationship plan of the plurality of customer relationship plans applies to a customer. One or more customer relationship plans may then be assigned or de-assigned to each of the selected customers, depending upon whether the applied profile check values satisfy or fail to satisfy the predefined selection criteria, respectively. The assigned customer relationship plan(s) may then be applied and one or more synchronous and / or an asynchronous actions may be carried out upon the occurrence of a selectable customer event, as called for by applied customer relationship plan(s). The profile checks may include one or more plan indicator, such as customer opportunity size, customer size, market segment or a user-definable business event, for example.

The invention provides a computer network comprising a first computer and one or more second computers that are in electronic communication with each other. The first computer is associated with a first health care facility and has instructions for retrieving, over a network, one or more data structures for a patient enrolled in a health care program. The one or more data structures for the patient collectively comprise (i) a patient identifier, (ii) a molecular profile from a biological specimen obtained from the patient at the first health care facility; and (iii) a clinical characterization of the patient that was made at the first health care facility. The first computer has instructions for retrieving, over the network connection, one or a plurality of treatment regimens that are deemed suitable for the patient based upon the molecular profile and the clinical characterization of the patient. The one or more second computers are at one or more locations other than the first health care facility and have one or more data structures for each patient in a plurality of patients enrolled in the health care program

The invention discloses a multifunctional intelligent clothing care machine. The machine is characterized by comprising a box body, wherein an air exhaust port is formed in the top part of the box body; a water tank and a water draining box which intercommunicate are arranged at the bottom part of the box body; a recognizing module, a washing module, a drying ironing or hanging ironing module provided with an intelligent algorithm system, and a caring module are arranged in the box body and are connected to an information storing and control module. According to the multifunctional intelligent clothing care machine, proper clothing stain removing program, washing program, drying program, ironing or hanging ironing program and casing program are accurately set; the clothing information recognizing and the stain type recognizing are intelligently combined; the care efficiency can be increased based on washing protecting models and intelligently-matched caring program, and meanwhile, the damage to the clothing appearance and physical and chemical performances can be decreased to the maximum. Therefore, common clothing and high-level clothing can be handled, and moreover, some clothing to be subjected to dry cleaning can be handled. The machine is high in automation degree; after a use puts clothing into the machine, the machine can automatically perform all tasks such as washing, drying, ironing and caring.

A method for providing centrally-managed health care services for a group. The method for centrally-managed health care services for a group provides a systematic approach to allow a group to implement a health care program tailored to meet the goals of the group and / or to be responsive to the health care needs of the participating members. Combining the objectives of the group, the medical histories of the participating members, the resources of the health care provider, a participation-based incentive program for participating members, and the availability of customized health screenings or health education, allows the medical services provider to offer a health care program to a group that balances the financial resources of the group with the available medical services to work towards a goal of improving the overall health of the group.

A method for providing a Dual-Purpose Profit Sharing benefit plan (DPPSP) to employees. The method comprising the steps of: establishing the DPPSP as a qualified fund in accordance with Internal Revenue Service provisions; providing retirement benefits accident, and health benefits within the DPPSP; determining an allocation of employee contributions and employer contributions to the DPPSP between the retirement benefits, accident benefits and health benefits based on a predetermined formula; and establishing that i) the employer contributions and ii) the accident and health benefits are excluded from taxation as income, based on federal income tax exclusion rules.

A health care system is provided for analyzing a user's health on the basis of a large amount of health information and informing him or her of the danger of life style (related) disease. The system includes a health care center terminal connected via a network to a user terminal. The system also includes an analytic server connected to the health care center terminal. The health care center terminal has a diagnostic form display function for displaying on the user terminal a diagnostic form, in which the user can enter predetermined health information. The health care center terminal also has a health information reception function for receiving the information entered in the diagnostic form. The health care center terminal further has a health information transmission function for transmitting the received information to the analytic server. The analytic server has a health information database. The analytic server also has a health analysis function for receiving the transmitted information, and analyzing the user's health on the basis of the received information and the database. The analytic server further has an analyzed information transmission function for transmitting via the health care center terminal to the user terminal the information analyzed by the server.

Our invention is a cost model for healthcare, based not on “age”, as it is done currently, but on “chronic illness” as a risk factor. Using the model it is possible to derive two burden numbers, “Primary” and “Secondary” that is an inverse measure of the success of primary and secondary preventive care programs. Using this new metric, a better explanation for cost increases is possible. It can help estimate increases more accurately and make explicit suggestions on where the focus of attention should be to lowering costs. Trendlines of the metric can measure performance of care programs month by month and not have to wait a decade to yield perceptible results.A particular embodiment of this model is the software program described in this application, called HealthKeys, which serves as a decision support system for CFOs of companies and healthplans to help institute relevant preventive care programs and measure the success of them. HealthKeys is one example of a “useful, concrete and tangible result” that is based on our invention of a new cost model.

A system and computer program product for system care for a computing device. In one embodiment, a process includes analyzing one or more software and hardware components of the computing device by a system care program of the computing device, analyzing system health of the computing device based on the one or more software and hardware components based on at least one of status and settings of the one or more software and hardware components, and analyzing performance of the computing device based on the one or more software and hardware components based on signature profiles of the one or more software and hardware components The process may also include determining one or more solutions for the computing device by the system care program based on the system health and performance of the computing device, and displaying a report including the one or more solutions.

The invention provides a computer network comprising a first computer and one or more second computers that are in electronic communication with each other. The first computer is associated with a first health care facility and has instructions for retrieving, over a network, one or more data structures for a patient enrolled in a health care program. The one or more data structures for the patient collectively comprise (i) a patient identifier, (ii) a molecular profile from a biological specimen obtained from the patient at the first health care facility; and (iii) a clinical characterization of the patient that was made at the first health care facility. The first computer has instructions for retrieving, over the network connection, one or a plurality of treatment regimens that are deemed suitable for the patient based upon the molecular profile and the clinical characterization of the patient. The one or more second computers are at one or more locations other than the first health care facility and have one or more data structures for each patient in a plurality of patients enrolled in the health care program.

A system of health care service and an associated method of the administration thereof to a plurality of subscribers including a providing entity organizationally structured to implement a health care program which includes categorizing subscribers desirous of health care service, including preventative services, into a plurality of predetermined profiles. The profiles are defined by personal characteristics including age, gender, clinical history, etc. and each profile is associated with a predetermined curative or preventative treatment regimen with which a respective subscriber is expected to comply. An incentive system is implemented to motivate the subscribers into compliance with the assigned treatment regimen and comprises the assignment of credits and penalties based on a degree of compliance with the treatment regimen. Valuable consideration is awarded to the subscriber evidencing a satisfactory degree of compliance.

The present invention features a multi-step organic lawn care program that comprises four or more specified treatments that are applied at specific times throughout the year. Each step serves specific functions that assist in the maintenance and improvement of turf. Each treatment is intended to be applied at a prescribed time to ensure maximum benefits to the turf. The treatments are preferably applied in a liquid format are generally effective at detoxifying a surface that has been treated with chemical fertilizers. The treatments may be applied in conjunction with other products.

Provided are a control method, device and system of a washing machine and the washing machine. The method comprises the steps that the use condition of a first clothes care program is monitored; when an updating condition is met, and the first clothes care program is updated; when it is detected that a user selects the first clothes care program for clothes care, the updated first clothes care program is adopted for clothes care. According to the scheme, the individuation degree of the clothes care program can be improved, and the use experience of the user can be improved.

A system and computer program product for system care for a computing device. In one embodiment, a process includes analyzing one or more software and hardware components of the computing device by a system care program of the computing device, analyzing system health of the computing device based on the one or more software and hardware components based on at least one of status and settings of the one or more software and hardware components, and analyzing performance of the computing device based on the one or more software and hardware components based on signature profiles of the one or more software and hardware components The process may also include determining one or more solutions for the computing device by the system care program based on the system health and performance of the computing device, and displaying a report including the one or more solutions.

A health care system and method using human body indexes acquired from human body information are disclosed. The present health care method includes receiving human body information, calculating a human body index based on the received human body information, generating a health care program based on the calculated human body index and providing the generated health care program to a user. By this system and method, it becomes possible to measure and monitor stress / fatigue / health indexes of a user in living environments, thereby effectively supporting well-being life of the user.

A system and method for managing an electronically-implemented membership based health care program without utilizing primary care medical insurance includes providing a health clinic having doctors to provide medical services to its members. An electronic database which may be connected to computer network manages member records, including a purchase arrangement by which services may be obtained. Enrolled members in good payment standing may receive primary care medical services from the clinic, including unlimited office visits. Clinic employees receive the medical services as an employee benefit. The clinic may be owned by another company not related to health care and having employees who also receive the medical services, the company paying the clinic according to the purchase arrangement. Neither the clinic nor its members utilize primary care insurance. The method results in dramatically decreased healthcare costs and higher effective employee compensation.

The invention provides an ICU intensive care information system technology and relates to the technical field of medical care. Intensive care is a data concentration field, data generated by a postoperative patient are organized and classified through an on-line data collecting program, and then the data are divided into four modes including continuous monitoring variables, sampling monitoring variables, code data and free text ranks; an intensive care information system has the automatic processing capability and the information sharing capability, and once the data of the postoperative patient enter a system, the data can enter another system without being manually input again. Information is then collected, and lastly a care record dual-track system is conducted on the observing, treating, caring and evaluating of the postoperative patient. According to the ICU intensive care information system technology, the Internet is used, the data technology good in performance and powerful in function is taken as a support, the intensive care information system is established, caring programs needed by the ICU are designed, the working procedures of nurses are simplified, unnecessary repeated labor is reduced, and the nurses are free from the toilsome care records.

A method (400) for modifying a user's oral care program. The method includes the steps of: (i) providing (410) a network (200) comprising a first personal care device (10a) in communication with a second personal care device (10b); (ii) cleaning (420) at least a portion of the oral cavity using the first personal care device; (iii) obtaining (440), while cleaning with the first personal care device, sensor data for the at least a portion of the oral cavity; (iv) communicating (450) the obtained sensor data to the second personal care device; and (v) modifying (460), based on the communicated sensor data, a function of the second personal care device.

Systems, methods, apparatuses and computer program products are provided for monitoring and managing patient health conditions. Information is stored for defining care channels corresponding to health categories which are utilized to classify patients based on health status and risk information. Patient information is retrieved from a plurality of data sources, and analyzed to detect care node flags that identify unfavorable health conditions and to assign a care channel to the patient. One or more care programs are assigned to the patient based, at least in part, on the assigned care channel and detected care node flags. The patient is transitioned to one or more care channels as the patient's health improves or degrades. A personalized health timeline is generated for the patient which summarizes the patient's medical history and other related information.

The invention relates to a method for controlling a clothing care program of a washing machine. The washing machine comprises an inner drum driven to rotate by means of a motor, and an outer drum arranged around the inner drum; the two ends of an air channel are separately connected with the outer drum; the air channel is internally provided with a fan, and is also provided with an air particulatefiltering device; the control method comprises the steps of starting the motor to rotate the inner drum, and controlling the motor to rotate at a rotation speed less than a rotation speed at which clothing can make centrifugal movement; starting the fan to enabling the air in the outer drum to pass through the filtering device. During the rotation of the inner drum, the particulate matters attached to the clothing are detached from the clothing and fly in the air. When the air carrying the particulate matters passes through the air particulate filtering device arranged in the air channel, theparticulate matters are captured by the filtering device. After a continuous cycle, the particulate matters in the clothing are slowly transferred into the filtering device.

Our invention is a cost model for healthcare, based not on “age”, as it is done currently, but on “chronic illness” as a risk factor. Using the model it is possible to derive two burden numbers, “Primary” and “Secondary” that is an inverse measure of the success of primary and secondary preventive care programs. Using this new metric, a better explanation for cost increases is possible. It can help estimate increases more accurately and make explicit suggestions on where the focus of attention should be to lowering costs. Trendlines of the metric can measure performance of care programs month by month and not have to wait a decade to yield perceptible results. A particular embodiment of this model is the software program described in this application, called Health Keys, which serves as a decision support system for CFOs of companies and healthplans to help institute relevant preventive care programs and measure the success of them. Health Keys is one example of a “useful, concrete and tangible result” that is based on our invention of a new cost model.

Our invention is a cost model for healthcare, based not on “age”, as it is done currently, but on “chronic illness” as a risk factor. Using the model it is possible to derive two burden numbers, “Primary” and “Secondary” that is an inverse measure of the success of primary and secondary preventive care programs. Using this new metric, a better explanation for cost increases is possible. It can help estimate increases more accurately and make explicit suggestions on where the focus of attention should be to lowering costs. Trend lines of the metric can measure performance of care programs month by month and not have to wait a decade to yield perceptible results.A particular embodiment of this model is the software program described in this application, called Health Keys, which serves as a decision support system for CFOs of companies and health plans to help institute relevant preventive care programs and measure the success of them. Health Keys is one example of a “useful, concrete and tangible result” that is based on our invention of a new cost model.

The invention discloses an additive putting equipment control method. The method comprises the following steps: receiving a washing and care program transferred by clothes processing equipment through a cloud server; additive information of additive feeding equipment is obtained; determining additive putting data based on the washing and care program and the obtained additive information; forming an additive putting instruction based on the determined additive putting data; and in the washing and caring process, the additive putting instruction is executed to control additive putting. According to the invention, the additive putting equipment determines the additive putting data based on the washing and caring program and the obtained additive information, and is used for forming the putting instruction to control the additive putting, so that the clothes processing equipment obtains the function of automatically putting the additive, the putting types of the additive are expanded, the clothes are better washed and cared, and the user experience is improved. And the user experience is improved. The invention further discloses additive feeding equipment.

The invention discloses an additive feeding device and a control device thereof, and the control device comprises a first selection unit which is used for receiving a selection signal of the type of a cleaning additive; the first display unit is used for displaying a washing and care program matched with the type of the selected washing and care additive when the first selection unit is triggered; the second selection unit is used for responding to a selection signal of the user on the displayed washing and care program; and the communication unit is used for transmitting the washing and caring program selected by the user to the clothes processing equipment. According to the invention, the type of the washing and care additive is correspondingly matched with the washing and care program, so that the problem that a user selects a washing and care program which is not matched with the washing and care additive to operate and care clothes so as to reduce the clothes care effect is avoided.

This invention relates to the field of smart home technology, specifically providing a control method and a garment processing device for clothing, aiming to solve the problem that existing garment processing devices cannot recommend washing and care programs based on the location where the garment is worn. To this end, the control method of this invention includes the following steps: acquiring the material of the garment; acquiring the movement trajectory of the garment; determining whether the garment has left a preset location; and, based on the determination result of whether the garment has left the preset location, selectively controlling the garment processing device to execute a sterilization program or a deodorization program. This method can accurately determine the type of washing and care required for the garment, providing the most suitable and accurate care, improving the garment care effect, better meeting user needs, and thus enhancing the user experience.

The present application relates to the field of artificial intelligence medical treatment, and especially relates to a robot interaction method for adaptive health care, which comprises the following steps: collecting facial tongue image, physiological waveform, body fluid chemistry and environmental behavior information, fragment encryption, writing into a hash chain and embedding digital watermark; after decryption, quantizing the signals into pulse sequences, inputting into a liquid state machine to generate a pulse grid, extracting a topological signature and cascading with multi-scale features, obtaining a digital twin state vector through a streaming variational encoder; mapping the vector to a directed acyclic causal graph, applying fractional order diffusion to form a propagation tensor, constructing an Ising model and obtaining a minimum energy spin through silicon light coherent annealing to generate an intervention effect vector through backwriting simulation; taking the digital twin state and the intervention effect as inputs, adopting an energy covariance constraint proximal strategy to optimize an output care plan; if the confidence is insufficient or a drug conflict is detected, triggering artificial confirmation; the present application realizes a low-delay, interpretable, end-to-end encrypted family health closed-loop intervention.

The invention relates to the technical field of smart home, particularly provides a control method for a smart home system, and aims to solve the problem that a recommended washing and care program is inaccurate due to the fact that a clothes processing device of an existing smart home system directly determines attribute information of clothes according to a shot image. In order to achieve the purpose, the control method comprises the following steps that the clothes processing equipment obtains an image of a user; judging whether clothes exist in the hand of the user according to the image; according to the judgment result of whether clothes exist in the hand of the user or not, the server selectively determines the washing and care program according to the image, it is avoided that the washing and care program is determined according to the image under the condition that no clothes exist in the hand of the user, and therefore it is avoided that the attribute information of the clothes worn on the user is mistakenly determined as the attribute information of the clothes to be washed; according to the technical scheme, the attribute information of the to-be-washed clothes can be accurately determined, the washing and care program can be accurately recommended, reasonable washing and care are provided for the clothes, and then the user experience is improved.

According to the reservation control method for the clothes care equipment and the clothes care equipment, for the clothes care equipment without an automatic detergent putting function, after a user selects a care program through a control panel or an intelligent terminal and sets reservation time, different from the mode that a reservation program is directly started in the prior art, the reservation time is set; instead, the weighing process is started firstly, the feeding amount of the nursing agent is calculated based on the weighing result, the user is prompted to feed the nursing agent according to the calculated feeding amount, and the reservation program is started after the user feeds the nursing agent. According to the invention, the weighing process is preposed before confirmation of the appointment program, so that the user can accurately put the detergent according to the weighing result and then confirm the appointment program. And on the other hand, through the design of the pre-weighing process, the problem that the reservation process is interrupted if the weighing is abnormal before the washing program is started can be avoided, and the reliability of the reserved nursing clothes and the user experience are remarkably improved.

The present specification discloses methods for delivering sustainable healthcare to a patient-population suffering from a chronic condition to improved healthcare outcomes. The disclosed methods comprises aligning stakeholders involved in delivering care to the patient-population based on common metrics of success; establishing an advance primary care team to liaison with the patient-population and a community where patient-population resides to facilitate a delivery of care program; identifying the patient-population by assessing one or more individuals suffering from the chronic condition by risk stratification parameters; and implementing a sustainable value-based payment scheme. The disclosed methods may further comprise a data management step that provides a data infrastructure that facilitates analysis and reporting to enable transparent data sharing of each patient-population member linked to outcomes and cost and / or a technology platform step that implements an interoperable and flexible healthcare framework that monitors delivery of care and healthcare outcome of each patient-population member.