|20090233769||MOTIVATION AND ENHANCEMENT OF PHYSICAL AND MENTAL EXERCISE, REHABILITATION, HEALTH AND SOCIAL INTERACTION||September, 2009||Pryor|
|20060229164||Apparatuses for retrofitting exercise equipment and methods for using same||October, 2006||Einav|
|20060030462||Apparatus and methods for adjustable supports for exercise machines||February, 2006||Ish III|
|20060166791||Elliptical exercise machine with adjustable elliptical path||July, 2006||Liao et al.|
|20030100413||Drawing assembly of exercise machine||May, 2003||Huang|
|20070049471||Waist twisting exercise machine||March, 2007||Huang|
|20050085348||Apparatus for the improvement of rowing technique||April, 2005||Kiefer et al.|
|20090017997||Compact Gym||January, 2009||Piggins|
|20060025284||Karate master||February, 2006||Livingstone et al.|
|20090291807||STEP EXERCISE AND PHYSICAL THERAPY DEVICE||November, 2009||Moring Jr. et al.|
|20090156368||Exercise device and its arm rest||June, 2009||Ketomaki|
This Application is related to U.S. Provisional Patent Application Ser. No. 60/594,009 filed Mar. 4, 2005 entitled METHOD AND APPARATUS FOR MOBILE HEALTH AND WELLNESS MANAGEMENT INCORPORATING REAL-TIME COACHING AND FEEDBACK, COMMUNITY AND REWARDS, which is incorporated herein by reference in its entirety, and claims any and all benefits to which it is entitled therefrom.
The present invention relates to wireless health maintenance and lifestyle management, and more particularly to the exchange of health and wellness data between an internet-enabled mobile device and a server-based application, based on a lifestyle plan provided by a practitioner, expert system, or the patient/subscriber/user themselves.
Recent trends suggest that the United States (and to a lesser extent, other industrialized nations throughout the world) are facing a looming public health crisis, the byproduct of an aging population and the increasingly poor nutrition and fitness regimens of the populace. According to recently published public health statistics, over 30% of the US population are considered obese, while 60% are considered overweight. This has led to a dramatic upswing in obesity-related disease states, including Type II diabetes, cardiovascular disease, and hypertension, with treatment costs associated with these disease states estimated at $117 billion, and is exerting tremendous upward pressure on healthcare costs in the US, which are currently forecast to reach 16% of GDP by 2006.
This trend, which is clearly unsustainable, has led to a slow but deliberate shift in the orientation and focus of the traditional healthcare delivery system, as payers and practitioners alike seek more effective and efficient alternatives to traditional disease treatment programs, such as disease state management and prevention. A common element amongst these alternatives is the realization that the individual plays a critical role in managing their own health and wellness, particularly as relates to those enablers of health for which the individual has ultimate decision-making authority, such as diet, exercise, medication, and vital sign testing.
While the market for consumer-oriented health and wellness products and services is large and growing, research consistently demonstrates that the majority of such offerings (be they diet programs or health club memberships) fail to deliver the sort of measurable, sustainable results that would warrant their expense. Furthermore, while recent advances in technology (in particular, the emergence of wireless, Internet-enabled mobile devices) has led to a broad array of technology-based solutions, each aimed at improving the health and wellness of an individual, a review of the prior art suggests that these solutions each have one or more disadvantages that may ultimately limit their effectiveness—to wit:
As an example, in U.S. Pat. Nos. 6,602,691 and 6,936,007, and 6,976,958 Quy describes a method and apparatus for interactively monitoring the disease or health state of a patient using a health management device, coupled to an internet-enabled wireless web device to capture health parameters, such as vital signs or exercise outcomes, and to transmit the captured data to a central repository via a wireless network and to facilitate the delivery of a response to the user. However, the referenced design is highly practitioner-driven, encompasses only selected enablers of health and wellness, and does not focus on the driver of plan compliance.
Similarly, in U.S. Pat. No. 6,735,551 Voegeli et al. describe a system for the maintenance and management of the health which permits easy and complete access to all important data of the patient to be treated. Once again, this is strictly a practitioner-driven system, with the patient relegated to the role of instruction follower, and comprises only the monitoring of vitals signs.
U.S. Patent Publication No. 2005/0113649 to Bergantino teaches a method and apparatus for managing a user's health. The teaching, however, focuses primarily on the nutritional and dietary requirements and activity of the end user, is not configured to allow practitioner generation of integrated lifestyle plans, nor does it incorporate functionality intended to drive plan compliance, such as rewards or the ability to share plans and results with a broader community.
Finally, in U.S. Patent Publication No. 2004/0176666 to Chait teaches a health and well being monitoring and advisory system but without coaching and real-time feedback, it is unlikely such system would be effective in ensuring compliance and increase in overall health and well being.
What is missing, then, is an integrated solution that actively involves both the practitioner and the end user, encompasses all of the enablers of health and wellness, focuses on enabling compliance with a healthy lifestyle plan, and integrates seamlessly with an individual's normal routine.
It is an object and advantage of the invention to provide a system and method for improving the health and wellness of an individual (hereafter, referred to as the end user) by delivering an integrated health and wellness management platform, consisting in the preferred embodiment of an Internet-connected server-side application configured to enable the creation of a comprehensive, personalized lifestyle plan by a health and wellness practitioner(s), and connected via wireless synchronization of known method with a client-side application installed on an Internet-enabled mobile device, itself configured to enable compliance with the lifestyle plan through the application of behavior modification techniques such as real-time coaching, outcome journaling and feedback, goal-based rewards and linkage with a broad community. The presence of the mobile device is a critical advantage, ensuring that the end user receives critical coaching and feedback when and where it matters most; that is, at the time and place of decision-making relative to diet, exercise, medication and other key lifestyle choices that impact health and wellness.
For the sake of clarity, in the context of the present invention the term “lifestyle plan” refers to a series of scheduled events, each occurring at a specific time (and in some cases, place) and consisting of one or more actionable activities. In the preferred embodiment of the invention, the aforementioned events are related to a user's health and wellness, including:
1. Fitness events, such as a cardiovascular workout
2. Nutritional events, such as a meal
3. Medication events, such as a regimen of antiviral drugs
4. Vitals events, such as a practitioner-administered blood test
In an alternative embodiment of the present invention, the definition of an event may be expanded to include any scheduled activity, including those that are only tangentially related to health and wellness, such as a social gathering of end users initiated using the system's community functionality.
The invention may be implemented in various different embodiments. Several such embodiments are described herein, although other embodiments, and embodiments which are extensions to the described embodiments can be envisioned. In the preferred embodiment, the role of the practitioner may be assumed by one or more individuals with specific expertise in the field of health and wellness, including (but not limited to) physicians, nurses, pharmacists, dietitians, nutritionists, physical therapists, and personal/athletic trainers. This practitioner (or practitioners) may interface with the system via a web portal, interacting with the server-based application to add, delete or edit user accounts and profiles, to create lifestyle plans that have been personalized based on the profile of the end user (i.e. the practitioner's client), to transmit the lifestyle plan to the end user's mobile device, to track end user compliance with the plan, and to provide feedback and/or modify the plan as required to achieve the overarching lifestyle goals agreed by the end user.
The client may be any personal computer, such as a smart or dumb terminal, network computer, wireless device, information appliance, workstation, minicomputer, mainframe computer, handheld device, or other computing device that has a graphical user interface, and the databases may be either installed along with the client application, or may be retrieved via connection to a local PC or other device with storage means which has communicated with the server previously and has stored the databases for later installation on the client device. In another embodiment, the client device may be connected with another device which provides data communication means to the client, thereby enabling connectivity to the server.
The end user, after downloading or installing the client application and associated databases to their Internet-enabled mobile device in known fashion, may then elect to review their lifestyle plan, to view further information related to activities in the plan, to modify the activities in the plan, and/or to execute the activities in the plan and record the actual outcomes. Additionally, the end user may review the rewards that he or she has “earned” through documented compliance with plan and outcome targets, exchange these rewards for goods and services provided by affiliate companies, and/or share plans and results with others in the invention's system; namely, practitioners, peers and “non-users.”
The presence of an embedded, client-side application and database on a mobile device offers a critical advantage, by ensuring that the end user will always have access to the core functionality of the system (i.e. the viewing and logging of scheduled health and wellness events), irregardless of network connectivity, while the presence of wireless data communications connectivity, in the preferred embodiment, provides the end user with real-time access to server-based supplemental information on an as-needed basis. Thus, in one embodiment, an end user bicycling on a remote road with limited network connectivity would have the ability to view their plan and log outcomes, while still being to view a full-motion exercise instruction video “streamed” or downloaded from a server in situations where network connectivity was available. Solutions existing in the prior art, or those which have been proposed, cannot offer this capability.
Additionally, embodiments of the present invention overcome one or more of the disadvantages of the prior art, by:
In an alternative embodiment of the invention, the role of the practitioner (as relates to generating and monitoring plans) may be assumed by a so-called expert system, incorporated into either the server-side or client-side application. In such an embodiment, the requisite practitioner knowledge may be embedded in a series of software algorithms that, based on end user responses to a series of preconfigured questions aimed at assessing the end user's health and wellness profile, may generate a personalized lifestyle plan for the end user. Note that such artificial intelligence may be incorporated within the described system of the present invention, but may also exist on a server application that is external to this system (such as the website operated by Weightwatchers.com™), in which instance the aforementioned server-side application may be reconfigured to function primarily as a synchronization conduit between the web site and the client-side application.
In yet another embodiment of the invention, the role of the practitioner may be assumed by the end user themselves, who may access the functionality similar to that provided via the aforementioned practitioner Web portal in order to manually create a lifestyle plan, to log outcomes, and to track progress against compliance and outcome targets. Provided the end user has the requisite knowledge to create an appropriate lifestyle plan, this embodiment yields the additional advantage of economy for the end user.
Further details, objects and advantages of the present invention will be come apparent through the following descriptions, and will be included and incorporated herein.
FIG. 1A is an embodiment of a representative system overview of the present invention.
FIG. 1B is a flow chart, depicting an embodiment of an integrated cycle for health and wellness management of the present invention.
FIG. 2 is an embodiment of a high-level architecture map of the present invention, showing the integration of the client-side and server-side application.
FIG. 3 is an embodiment of a process map, showing the key steps involved in creating, delivering, and managing a lifestyle plan using the present invention.
FIG. 4 is a schematic block diagram of an embodiment of the server-side application of the present invention, showing the logical modules, databases, and user interface components of the software application that is installed on a Web-based server.
FIGS. 5A and 5B are embodiments of “screen shots” of the present invention showing the user interface associated with the server-side application's subscriber management functionality.
FIG. 6 is a schematic block diagram of an embodiment of the client-side application of the present invention, showing the logical modules, databases and user interface components of the software application that is installed on the end user's mobile device.
FIGS. 7A, 7B and 7C are embodiments of “screen shots,” showing the user interface of the present invention associated with the client-side application's scheduling functionality.
FIGS. 8A, 8B and 8C are embodiments of “screen shots” showing the user interface of the present invention associated with the client-side application's coaching functionality.
FIGS. 9A, 9B and 9C are embodiments of “screen shots,” showing the user interface of the present invention associated with the client-side application's feedback functionality.
FIGS. 10A and 10B are embodiments of relationship diagrams of the present invention, showing the groups that define an end user's community.
FIG. 11 is an embodiment of a relationship diagram of the present invention, depicting the groups that define an end user's community.
FIGS. 12A and 12B are embodiments of “screen shots” from a representative mobile device of the present invention, depicting the user interface associated with the client-side application's profile management functionality.
FIG. 13 is an embodiment of a process map of the present invention, depicting the steps associated with enabling a medical provider to retrieve an end user's medical profile in an emergency situation.
The description that follows is presented to enable one skilled in the art to make and use the present invention, and is provided in the context of a particular application and its requirements. Various modifications to the disclosed embodiments will be apparent to those skilled in the art, and the general principals discussed below may be applied to other embodiments and applications without departing from the scope and spirit of the invention. Therefore, the invention is not intended to be limited to the embodiments disclosed, but the invention is to be given the largest possible scope which is consistent with the principals and features described herein.
It will be understood that in the event parts of different embodiments have similar functions or uses, they may have been given similar or identical reference numerals and descriptions. It will be understood that such duplication of reference numerals is intended solely for efficiency and ease of understanding the present invention, and are not to be construed as limiting in any way, or as implying that the various embodiments themselves are identical.
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs. Definitions specific to this invention are presented below.
The term “practitioner” encompasses individuals and/or systems with specific expertise in the field of health and wellness, including but not limited to physicians, nurses, pharmacists, dietitians, nutritionists, physical therapists, advisers, counselors, social workers, and personal/athletic trainers. The term can also be applied to expert systems, in which the knowledge of a human practitioner is embodied in a series of software algorithms.
The term “administrator” refers to an individual who is responsible for administering the system of the present invention, performing duties such as account and database management.
The term “end user” refers to the individual who is responsible for executing the health and wellness plan generated by the practitioner or practitioner system; he or she interacts with the system primarily via the mobile device. End users can also be defined as subscribers, members, affiliates, patients, or subjects.
The term “user” refers collectively to those individuals who have access to the system of the present invention, including practitioners, administrators and end users. The term “non-user” refers to an individuals who does not have access to either the server-side and/or client-side applications described herein, yet may be a recipient of the content generated by same.
The term “lifestyle plan” refers to a series of scheduled events, each occurring at a specific time (and in some cases, place) and consisting of one or more actionable activities. In the embodiment of the invention, the aforementioned events are related to a user's health and wellness, including:
In an alternate embodiment of the present invention, the definition of an “event” may be expanded to include any scheduled activity, including those that are only tangentially related to health and wellness, such as a social gathering of end users initiated using the system's community functionality.
Each of the events in a lifestyle plan in turn consists of one or more finite, actionable activities, while an activity consists of an item (such as Bicycling) and one or more parameters (such as Time, Duration, and Intensity), that when taken together define the activity, providing the subscriber with the specific instructions needed to execute the activity. By way of example, a plan might include the fitness event “Daily Run,” composed of the activity of Running (an item) for 10 minutes at a 6 MPH pace (the parameters).
The term “OTA synchronization” (or alternatively, “OTA Sync”) describes the process by which a server-side and client-side application exchange data “Over the Air” via a wireless (RF) link, using cellular telephony or equivalent protocols such as WiFi (802.11) WiMax (802.16), Bluetooth, or Zigbee.
The term “time” refers to a chronological time or timeframe, including but not limited to morning, afternoon, evening, breakfast, lunch, dinner, night time, beginning, end, etc.
Other examples of protocols or standard communications means between the server and client included within the scope of this invention include but are not limited to standard telephone lines, LAN or WAN links (e.g., T1, T3, 56 kb, X.25), broadband connections (ISDN, Frame Relay, ATM), and wireless connections, using a variety of communication protocols (e.g., HTTP, HTTPS, TCP/IP, IPX, SPX, NetBIOS, Ethernet, RS232, messaging application programming interface (MAPI) protocol, real-time streaming protocol (RTSP), real-time streaming protocol used for user datagram protocol scheme (RTSPU), the Progressive Networks Multimedia (PNM) protocol developed by RealNetworks, Inc. of Seattle, Wash., manufacturing message specification (MMS) protocol, wireless application protocol (WAP), and direct asynchronous connections.
Various embodiments of the architecture are now presented in greater detail.
Overview of System
FIG. 1A is an embodiment of a representative system overview of the present invention. As shown, the present invention is for Plan Creation. A server-based application guides the practitioner through the development of a lifestyle plan, which is then “pushed” to a mobile device via an OTA sync. The invention provides Coaching and Feedback. A mobile application helps the user to comply with his or her plan, by providing direction, instruction, tracking, and feedback. The invention provides Support. A web-based and mobile applications support and motivate the user, via links to community and a formalized reward program.
Referring to FIG. 1B, a flow chart depicting an integrated health and wellness management “cycle” is presented. This cycle, which serves as the foundation for the preferred embodiment of the present invention, consists of the following steps:
Referring to FIG. 2, the high-level architecture of a system for the management of the health and wellness of an end user 13 is presented. In the preferred embodiment, the system enables the practitioner 1 to create a lifestyle plan for the end user 13 by accessing an application 9 and a database 10 stored on an server (or servers) 8 via a web browser 3 connected to the Internet 7, with responsibility for the management of user accounts and databases assumed by an administrator 15. The system then facilitates, via an OTA synchronization in known fashion, transmission of the lifestyle plan to the end user 13 via an Internet-enabled mobile device 2 connected to, or otherwise in communication with, a wireless Point of Presence (“POP”) 6 consisting of a base station antenna 4 coupled to a server 5 or, in an alternative embodiment, via a Web browser 3 connected to the Internet 7.
This synchronization of information between the end user 13 and practitioner 1 is two-way in nature, with data captured by the end user in the course of executing the lifestyle plan moving from the mobile device to the server. The system also provides the ability for an end user 13 to share plans and results with a designated “community,” which may include fellow end users and practitioners 1, as well as individuals 14 who fall into neither group (such as Friends and Family), with content delivered to this group via a messaging application 11. Additionally, the system includes an eCommerce application 12, allowing users to execute transactions with providers of health and wellness products and services.
It will be understood that the practitioner can be an actual live person, a health service establishment, or an expert system which, based on a set of entered parameters, may generate an optimal, “state of the art” lifestyle plan for the end user based on the end user's profile, track record of compliance, etc. Furthermore, it will be understood that such an expert system may be incorporated within the previously described server-side application or may be a component of a server-side application maintained by an external partner and connected to the described system. In yet another embodiment—the “do-it-yourself” model—the end user may serve as their own practitioner, creating their own lifestyle plan by selecting from a library of plans and/or plan components, such as end user profiles, goals, events, activities, and items.
Referring to FIG. 3, a process map depicting the proposed health and wellness management process is presented. The process of the present invention, as shown in the embodiment of FIG. 3, comprises essentially a setup or administration layer, an end user interface layer, and a practitioner interface layer. It will be understood that the flow chart utilizes the familiar icon comprising a square with vertical side bars to represent a process step which is automatic or automatically initiated, i.e., is not or does not have to be initiated manually. The process begins when an administrator or practitioner accesses the designated web portal and creates a user account 101 using profile information (e.g. age, height, weight) collected from the end user. The server-side application then automatically generates a user ID, and delivers (via e-mail or a mobile device-specific protocol, such as short messaging service (SMS)) an invitation to the prospective end user 102. By responding to this invitation, the end user is routed to a new user web page, where he or she is prompted to submit the information required to complete their user profile 103. Using this profile information, the practitioner then completes creation of the new end user account by establishing specific targets and settings for the end user 104 as well as a personalized lifestyle plan 105. This triggers the server-side application to deliver the client-side application to the end user's mobile device 106 in known fashion; once accepted, the application and associated databases are automatically installed on the end user's mobile device 107 in known fashion.
In day-to-day usage, the client-side application presents the lifestyle plan to the end user in the form of a daily calendar 110. The end user then reviews the plan and determines whether or not they will execute it in its current form 111—in the negative case, the application guides the end user through the modification of the plan 112. The end user then decides whether they wish to store any portion of the plan as a “Favorite” for future use 113—in the affirmative case, the application guides the end user through storage of its components 114 in the corresponding database. The end user then assesses whether they have enough information to execute the plan 115—in the negative case, the application retrieves the requisite coaching information 116 (consisting of text, graphics and/or video) and presents it to the end user for review. Finally, the end user executes the plan and records actual outcomes 117, which triggers the application to calculate results, present feedback to the end user 118 and synchronize the client-side and server-side databases 119.
Once synchronization has occurred and actual plan outcomes have been delivered to the server-side databases, the server-side application assesses the user's compliance with the plan 120 relative to both plan compliance and outcome measures, where plan compliance measures indicate whether end users are successfully completing the activities scheduled for them, and outcome measures indicate whether end users are achieving the results they desire. The practitioner then assesses whether the current lifestyle plan must be modified 121, if modifications are required, the server-side application facilitates editing of the plan 122. In either case, a synchronization event 123 is used to deliver the most current version of the lifestyle plan to the end user.
Server-Side Functionality Within the system of the present invention, the role of the practitioner 1 is to generate a lifestyle plan for the end user 13, to monitor the end user's compliance with the lifestyle plan, and to provide coaching and feedback to the end user 13 as required to facilitate compliance with the plan. In the embodiment, this is accomplished via a server-side application/database, accessed via a network or web-based portal, which allows a practitioner 1 to:
In an alternative embodiment, some or all of this functionality could be accomplished via an Internet-enabled mobile device, using either an embedded application or a browser.
FIG. 4 shows the high-level architecture of the server-side application. Creation of the lifestyle plan is facilitated by the Scheduling Module 200, accessed via the Scheduling User Interface 201 and utilizing calendar data stored in the Plan Database 202, which in turn is comprised of elements stored in the Event 203, Activity 204, and Item 205 Databases. Creation and/or editing of a lifestyle plan takes place at the Event level; as an example, a practitioner may create a Fitness Event by selecting an item (such as Running) from the Item Database 205 and assigning parameters (e.g. Time and Speed) to it, causing it to be stored in the Plan Database 202. Alternately, the practitioner can select a pre-defined activity (such as a 3-mile Fast Run) from the Activity Database 204, or a pre-defined event (such as an Upper Body Strength Workout) from the Event Database 203.
Tracking of user compliance with lifestyle plans is facilitated by the Compliance Management Module 210, accessed via the Compliance Management User Interface 211 and utilizing plan outcomes stored in the Actuals Database 212 and calculated results measures stored in the Results Database 213. The Synchronization/Sharing Module 220 enables synchronization of the client-side and server-side applications.
Management of user accounts is facilitated by the User Account Management module 230, accessed via the Account Management User Interface 231. In the case of end users, accounts are defined by profile data such as User ID, age, weight, disease states, etc. which are stored in the User Profile Database 232 and used to tailor a lifestyle plan to the needs of the end user 13. The user experience (both client-side and server-side) is defined by settings or preference data such as Synchronization Frequency, which are stored in the Settings Database 233.
User access to system functionality is governed via the data stored in the Group/Resources Database 234, which allows users with similar characteristics to be assigned to a group, and for groups to be assigned ownership of a specific resource, where a resource is broadly defined as the right to execute a function, such as accessing a database or editing an event. Amongst other uses, this mechanism can be used to share content amongst users (e.g. personal trainers working at a health club facility could create and share workouts that are relevant to the equipment installed at that facility), to restrict the ability of an end user to edit or delete a practitioner-generated plan, or to assign multiple practitioners to the same end user (achieved by defining a resource that limits practitioner access to a specific type of event, such as nutrition). Amongst other benefits, the ability to create groups and assign resources to those groups enhances network security and end user 13 privacy rights.
It will be understood that the “screen shots” of FIGS. 5A-B, 7A-C, 8A-C, 9A-C, 10A-B, and 12A-B are representative user interfaces showing the information and organization of the screens used by the end-users 13, practitioners 1, and administrators 15. As is well known today, PDAs, cell phones and other mobile computing devices will have displays or screens via which a great deal of detailed information can be displayed effectively, clearly and otherwise as desired for a particular purpose and by a particular entity. For this reason, the rest of the PDA, cell phone, or other mobile device is not shown in these figures.
FIGS. 5A and 5B depict selected elements of the server-side user interface, specifically the interface for Compliance Management 250 and Plan Management 260. The Compliance Management UI is intended to provide the practitioner 1 with a quick “snapshot” of an end user's status 251, to identify the date of the end user's last synchronization event 252, and to gauge to what extent the end user is complying with their plan targets 253, such as number of exercises completed, and their outcome targets 254, such as weight loss. (Note that in either case the figure represents a weighted average of several individual measures). Thus, Plan Compliance 253 is directed to whether or not the user 13 complies with the directives in the lifestyle plan, while Outcome Compliance 254 is focused on the measurement of progress made toward achieving the goal or planned outcome of compliance. The Plan Management UI is intended to provide the practitioner with a quick “snapshot” of an end user's status 261, and to identify what events 262 and 263 are scheduled for completion by the end user.
Within the system of the present invention, the role of the end user is to execute the lifestyle plan generated by the practitioner(s), to record actual outcomes, and to provide feedback to the end user as necessary to ensure that their lifestyle plan remains consistent with their goals and preferences. In the preferred embodiment, this is accomplished via a client-side application and databases, installed on an Internet-enabled mobile device, which allow the end user to:
In an alternative embodiment, some or all of this functionality could be accomplished via a Web browser connected to a server-based application.
FIG. 6 depicts the high-level architecture of the client-side application. At its most basic level, the client-side application serves as a dedicated scheduling application, with the Scheduling Module 300 providing the end user with a simple means of managing the events and associated activities that occur in a given timeframe. The ability to view a plan and log it as complete are provided by View Plan UI 301 and View/Log Event UI 302. Reminder UI 303 provides end user with reminders of upcoming events and alerts about past events (if they have not yet been logged), with these reminders/alerts ranging from audible alerts and/or “soft notes” (pop-up textual messages) generated by the client application to e-mails and/or SMS messages generated by the server-side application.
FIGS. 7A, 7B and 7C depict this user interface in greater detail: the Plan View screen 360 displays events in a calendar fashion (arranged by Event Type), while the Event View screen 370 displays an “exploded” view of the activities that comprise a single event. As an end user completes an activity, he or she is prompted to either log it as complete (indicating that the activity was completed exactly as specified by the activity parameters), or to enter “actual” outcomes using the Enter Actuals screen 380 (indicating that the completed activity differed in some way from the activity defined in the original event specification). In the preferred embodiment of the present invention, this logging is accomplished using the input devices embedded in the mobile device, including keyboard, touchscreen, microphone and/or camera.
In an alternative embodiment of the invention, logging of activities may be accomplished automatically via a wireless link with a compatible measurement device (such as a sphygmomanometer or peak flow monitor), exercise apparatus (such as a treadmill or rowing machine), and/or automated medication dispenser. In such cases, the end user would be prompted to establish a wireless link with the noted equipment in known fashion, and to confirm the uploading of outcomes before they are “accepted” as logged activities.
Returning to FIG. 6, logging of an activity causes a description of the actual activity as executed to be written to the Actuals Database 309 and triggers an OTA sync event with the server-based application, causing the outcomes to be uploaded to the corresponding server-based database. In the synchronization process, a finite number of days' worth of outcome data (number contingent on the storage capabilities of the mobile device) would be retained on the mobile device.
Depending on the permissions granted to him or her by the practitioner, the end user may also have the ability to edit the practitioner-generated lifestyle plan, either by adding a new event to the plan, adding activities to an existing event, or editing an existing event. These activities are enabled via the Edit Event UI 304, which provides the end user with access to the Event Database 306, Activity Database 307, and Item Database 308 that contain the “building blocks” of an event. In a typical installation, the complete Activity and Event Databases, which allow the end user to store and retrieve Favorites, would be located on the mobile device, while a subset of the Item Database would be resident on the mobile device, with access to the server-based remainder achieved through an integrated WAP browser. All data in the client-side databases are backed up regularly to corresponding databases on the server-side in the course of a synchronization event.
Beyond simple scheduling, the client application is configured to provide real-time guidance to the end user to assist in the execution of a plan via the Coaching Module 310 and the Coaching UI 311. This guidance takes several forms:
FIGS. 8A, 8B and 8C depict this user interface in greater detail: in the example of a Fitness Event, general information regarding muscle groups and alternative exercises is delivered via the Get Info (General) screen 390, with instructions for performing the exercise delivered via the Get Info (Instructions) screen 400, and the Get Info (Demo) screen 410.
The Coaching Module 310 also features a context-sensing capability—in the preferred embodiment, the application may wirelessly connect with a Context Interface Point 312 configured to provide contextual information—such as the type of exercise equipment installed in a gymnasium or the nutritional content of items on a restaurant menu—that can be used to guide the end user in execution and/or modification of selected activities. This transfer of information may be facilitated by a broad range of wireless transmission protocols, such as RFID bar codes, IR, Bluetooth, Zigbee. In each case, the Coaching Module obtains the pertinent data from the Context Interface Point and via an expert system capability, recommends potential changes to the proposed plan, such as an alternative exercise routine based on available equipment.
As events are logged, a Feedback Module 320 provides feedback to the end user via the Feedback UI 321, based on a comparison of planned (as scheduled) and actual (as executed) outcomes, with the goal of measuring the extent to which the end user is (a) complying with their lifestyle plan and (b) achieving their desired goals. In the first case, the feedback measure would be based on an activity parameter (e.g. % of scheduled exercises completed), with the plan compliance target derived by summing the corresponding values for each of the activities scheduled within the timeframe in question. In the second case, the feedback measure would be based on a desired outcome (such as caloric expenditure) for the selected timeframe, with the outcome target specified by the practitioner (or in the case of an end user-generated event, by the end user).
Regardless of the feedback measure selected, the application allows the user to select a different timeframe (i.e. to view results by week as well as by day) or point of reference (i.e. to view results relative to the aforementioned target as well as to the average of the past 7 days' results) and/or to view historical results, either for a specific measure (such as calories expended) or for a recurring event (allowing the end user to track improvement in their ability to perform an exercise workout, as an example). Additionally, the application is capable of providing “prospective” feedback; that is, to project outcomes based on a blend of logged and scheduled (but not yet logged) activities, providing end users with the information needed to adjust their future behavior to achieve compliance with their targets.
FIGS. 9A, 9B and 9C depict this interface in greater detail. To simplify ease of use, feedback is by default presented in a graphical format, with a color-coding mechanism used to indicate the level of deviation from plan or outcome targets. Interpretation of results is further simplified by the use of a Dashboard 420 which displays (in the form of a single graphical icon) an overall Results “score,” based on a weighted average of individual measures (configurable by the practitioner or end user). As an example, the dashboard for an end user 13 suffering from diabetes might comprise the outcome measures of blood glucose level and sugar consumption, blended with the plan compliance measure of number of blood glucose tests completed. Regardless of the feedback “score” being displayed, the Feedback UI allows the user to “drill down” to the level of individual measures 430 and to view history for a specific measure 440.
Referring again to FIG. 6, the Feedback Module 320 and Feedback UI 321 are also configured to calculate and display “equivalencies,” such as the minutes of cardiovascular exercise required to expend an amount of calories equivalent to that contained in a food item. Where possible, this information is presented graphically, such that a user engaging in an exercise routine would be able to view an icon representing a recently consumed food item progressively disappear from the screen, based on the amount of calories expended while exercising.
In addition to providing “passive” feedback similar to that described above, the Feedback Module 320 is configured to continually monitor scheduled and/or logged activities and actively warn end users of situations that threaten their well-being or otherwise violate their health and wellness goals. For example, if an end user's plan is modified to incorporate a new prescription medication, the Feedback Module would automatically conduct a review of scheduled nutritional events (i.e. snacks or meals) to identify dangerous food/drug interactions, issuing a warning via the Feedback UI where required. Similarly, if the end user were to log activity results that violated targets established in their user profile (for example, recording a maximum heart rate during exercise in excess of that recommended for the user's age) the application would issue a warning. As with the aforementioned alerts and reminders, the means of delivery for the warning may be configured by the user.
To further drive plan compliance, the system incorporates a rewards functionality, administered by Rewards Module 330 and accessible via the Rewards UI 331, whereby “health and wellness points” are awarded to the end user based on their ability to achieve specific targets. These targets take one of two forms: plan compliance targets, such as quantity of food consumed, and outcome targets, such as body weight or cholesterol level. In either situation, earned points can be used to obtain rewards via the eCommerce Module 335 and eCommerce UI 336, which provide the end user with access to an on-line marketplace populated by vendors offering goods and services that are pre-selected based on the end user's profile.
FIGS. 10A, 10B, and 10C depict the Rewards and eCommerce UI in greater detail. The Rewards Schedule 450 illustrates the linkage between targets and earned points, while the Rewards List 451 lists the goods and services for which points can be redeemed. Actual redemption of points is achieved via the Wellness Market 452, which allows the end user to view specific products and services and to select them for redemption and/or purchase.
In one embodiment, the system also enables the concept of a “Wish List,” allowing the end user to save offerings of interest to a master list, arranged by points values required for redemption. Earning the corresponding number of rewards points would trigger an automatic request for confirmation of redemption or, in an alternative embodiment, an automatic redemption, thus providing a powerful reinforcement of virtuous behavior.
Referring again to FIG. 6, synchronization of the client-side application and databases with their server-side counterparts is controlled via the Synchronization/Sharing Module 340 and Synchronization/Sharing UI 341, which also enable the end user to define the membership of their community and to control sharing of information within that community.
FIG. 11 depicts the groups which comprise an end user's community, of which there are four: the Peer Group 460, consisting of fellow end users selected by the end user for affiliation; the Support Group 461, consisting of fellow end users selected by the system for affiliation based on a comparison of end user profile data, such as goals, medical needs, etc.; the Practitioner Group 462, consisting of practitioners who are affiliated with the end user; and the Cheering Section 463, consisting of non-users that have a vested interest in the end user's health and wellness, such as friends and family members. In certain cases, peers 460 can consciously associate themselves with each other, or be objectively identified by having goals, medical needs, etc. in others, while support group members 461 are assigned automatically by the system. The User Community 464 consists of those individuals who actively participate in and interface with the health and wellness system of the present invention on a regular basis. End users may have one or several practitioners from whom they receive coaching and feedback, while practitioners may have one or more end users to whom they provide services. As shown in the embodiment of FIG. 11, the members of the Cheering Section 463 may not meet the strict definition of the user community, but they may indeed receive information on an occasional, passive and non-involved basis. In this way, the health and wellness system of the present invention reaches out to non-subscribers, and encourages and promotes health and wellness at levels beyond the participants in the system. While striving to optimize the health and wellness of end users 13, leverage can be achieved by utilizing participants beyond the User Community 464 as shown in FIG. 11 to promote and reward compliance.
Once the membership of these groups has been defined, the end user 13 may select which subsets of information (e.g. Plans, Results, Profiles) are shared with which groups and/or group members. Subsequent sharing of information enables the following functionality:
In one embodiment, the functionality described above would be accessible via the client-side application; in an alternative embodiment, some or all of this functionality would be provided via the client-side application to leverage the ease of use of a large form-factor device.
Referring again to FIG. 6, management of the end user's personal profile and personalization of the client-side user experience is controlled via the Personalization Module 350 and the Personalization UI 351, with the resulting settings stored in the Profile Database 352 and the Settings Database 353.
FIGS. 12A and 12B depicts the Profile Management user interface in greater detail. The process includes creation of a profile by the end user (or alternately, the practitioner) using the Profile Creation screen 470, by defining each of the components that comprise their health and wellness profile, including demographics, nutritional and exercise preferences, learning/motivational styles, and medical conditions. Once defined, the end user then specifies access permissions using the Profile Access screen 471, which dictates which elements of their profile will be visible to members of the user community.
FIG. 13 depicts the Emergency Profile Retrieval functionality of the system, a specific embodiment of the Profile Management functionality that allows a medical provider to quickly access the medical profile of an end user in an emergency situation; i.e. when the end user is unable to provide required information to the medical provider. User or practitioner enters medical profile information via Web browser or mobile device. In case of emergency, medical personnel dial standard phone number. The server application then initiates WAP push, prompting medical personnel to launch client application. Medical personnel to enter assigned password. Subsequently, medical profile information will be displayed on mobile device.
It is possible to envision additional, alternative embodiments of the present invention by blending the above functionality. Such additional and alternative embodiments are expressly included within the scope of this invention. Selected examples of such functionality include, but are not limited to:
Although any methods and materials similar or equivalent to those described can be used in the practice or testing of the present invention, one method and materials are now described. All publications and patent documents referenced in the present invention are incorporated herein by reference.
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs. Although any methods and materials similar or equivalent to those described can be used in the practice or testing of the present invention, methods and materials are now described. All publications and patent documents referenced in the present invention are incorporated herein by reference.
While the principles of the invention have been made clear in illustrative embodiments, there will be immediately obvious to those skilled in the art many modifications of structure, arrangement, proportions, the elements, materials, and components used in the practice of the invention, and otherwise, which are particularly adapted to specific environments and operative requirements without departing from those principles. The appended claims are intended to cover and embrace any and all such modifications, with the limits only of the true purview, spirit and scope of the invention.