WO2013180992A1

WO2013180992A1 - Exercise and diet control apparatus, methods, and systems

Info

Publication number: WO2013180992A1
Application number: PCT/US2013/041682
Authority: WO
Inventors: Trevor MC GERR
Original assignee: Trevor MC GERR
Priority date: 2012-05-28
Filing date: 2013-05-17
Publication date: 2013-12-05

Abstract

Exercise and diet control apparatuses, systems, and methods of the optional embodiments and features of the invention relate to setting or limiting access to exercise and diet control and, more particularly, to controlling exercise equipment, entertainment equipment, and/or food storage devices within a network by using a wireless device.

Description

EXERCISE AND DIET CONTROL APPARATUS, METHODS, AND SYSTEMS

PRIORITY: This application claims priority to US Provisional Application no. 61/652294, filed 28 May 2012, which is entirely incorporated herein by reference. FIELD OF THE INVENTION

Exercise and diet control apparatuses, systems, and methods of the optional embodiments and features are provided including setting or limiting access to exercise and diet control and, more particularly, to controlling, limiting, or tracking, the use of exercise equipment, entertainment equipment, and/or food storage devices within a network by using a wireless device.

DESCRIPTION OF THE BACKGROUND ART

Generally, a network that connects various exercise, entertainment and/or food storage equipment or device products such as a television (TV), a refrigerator and a stationary bike, which are located in a master bedroom, kitchen and living room, outside home, respectively, is realized through a common virtual computing environment.

In such a case, the common virtual computing environment enables communication between various digital devices that are connected in a peer-to-peer manner by implementing various networking technologies and standards such as home AV interoperability (HAVI), universal plug-and-play (UPnP), JINI (a Java network technology), and home-wide-web (HWW).

At the present time there is technology to help parents control their children's computer, phone, and even TV use. Using existing technology and modifying it, I would like to create a system where users use this technology to help them be more efficient with the time in their lives. The system works by putting limits and boundaries on one's self or children in order to reach goals, and in some instances, once reaching those goals, the lifting of those boundaries are used as rewards.

For example, Sue is a busy young woman who would like to exercise at least three times a week.

Sometimes she reaches that goal and other times she doesn't exercise for months. Sue would like to stay consistent and this system could help her. Sue knows that after work once she is at home relaxing it is hard to get motivated to exercise. Sue likes to spend time surfing the web, texting, exploring new apps, and watching her favorite shows. She knows she only needs about 20 minutes to get a workout in but it can be tough. She can use this system to block out her distractions, setting goals for the month in advance. She sets it so at certain time periods the internet functions aren't operating, cell phone functions are limited, and power to the TV is interrupted. Sue can use the system to set fitness goals using the software on her computer. Afterwards, using 3^rd party devices like built in functions on her smart phone or other biometric device, she can log her workout. Sue doesn't want to be without her electronic devices all evening so is motivated to get her workouts in on those days she specifies. After logging her workout she can upload the data to her computer and lift the blocks she put in place.

In addition to this scenario this can work for people that have distractions from electronics that keep them from getting to sleep on time, excessive TV watching and internet use, setting up a quiet time for themselves or their children, setting up a time to get house work done, etc.

There is a need for methods and apparatus for allowing end users to easily set up and interface with wireless devices to control and regulate control of exercise and diet by controlling access to exercise and entertainment equipment, and optionally of food storage devices. SUMMARY OF THE INVENTION

In view of the above, an aspect of the optional embodiments and features of the invention provides a method system, and/or apparatus for controlling, limiting, and/ or monitoring exercise equipment, entertainment equipment, and/or food storage devices which are connected to or tracked by a network by using a wireless device.

An aspect of the optional embodiments and features of the invention provides an exercise and diet control apparatus and methods, including a wireless signal reception unit for receiving a wireless signal from a wireless device, and extracting key information contained in the wireless signal; a search unit for searching an exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed; mapped to the extracted key information; an exercise and diet control signal generation unit for generating an exercise and diet control signal, including the found exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed; and a network interface unit for transmitting the generated exercise and diet control signal.

An aspect of the optional embodiments and features of the invention also provides an exercise and diet control method, including receiving a wireless signal from a wireless device; and transmitting an exercise and diet control signal corresponding to key information contained in the received wireless signal.

Another aspect of optional embodiments and/or features of the invention can optionally include a system, web-based system, server, computer, smart phone, tablet, and the like, as well as a non-transitory computer- readable storage medium, with an executable programs stored thereon, wherein the program instructs a microprocessor or computer system to perform the following

steps:

(a) electronically receiving and inputng data comprising key information data and at least one exercise and diet control command preset data by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed; that is mapped to the key information;

(b) electronically generating exercise and diet control data, wherein the generated exercise and diet control data includes the exercise and diet control command preset data by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed;;

(c) electronically transmitting the generated exercise and diet control command data ;

(d) electronically transmitting mapping information comprising an association between exercise and diet control command preset data by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed; and a piece of key information to the wireless device;

(f) electronically inputting into an end user input unit data communicating an end user's request;

(g) electronically displaying on a display unit which displays the mapping information after the user's request data is received by the user input unit; and

(h) electronically setting or limiting the time that exercise equipment and entertainment equipment can be used by the end user based on the exercise and diet control command data using a power control unit controlling said exercise equipment or said entertainment equipment.

BRIEF DESCRIPTION OF THE DRAWINGS

The aspects of the optional embodiments and features of the invention will be more clearly understood from the following detailed description of exemplary embodiments thereof taken in conjunction with the accompanying drawings, in which: FIG. l is a general flowchart illustrating an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention.

FIG.2 is a flowchart illustrating an setting up an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention.

FIG.3 is a flowchart illustrating final set up of an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention.

FIG.4 is a flowchart illustrating general website access to set up account, device and equipment set up, goals and administration for an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention.

FIG.5 is a flowchart illustrating recording and uploading exercise and fitness information for an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention.

FIG.6 is a flowchart illustrating further setup of an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention. FIG.7 is a flowchart illustrating further setup of an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention.

FIG.8 is a flowchart illustrating how goals and rewards are set up and managed using an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention.

FIG.9 is a flowchart further illustrating how goals and rewards are set up and managed an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention.

FIG. 10 is a diagram showing an exercise and diet control system, according to an exemplary embodiment of the optional embodiments and features of the invention;

FIG. 11 is a diagram showing a process of controlling a home appliance, according to an exemplary embodiment of the optional embodiments and features of the invention;

FIG. 12 is a block diagram showing the construction of an exercise and diet control apparatus, according to an exemplary embodiment of the optional embodiments and features of the invention;

FIG.13 is a flowchart illustrating an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention.

FIG.14 is a flowchart illustrating input of biometric and diet information using codes or PIN numbers for an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention.

FIG.15 is a flowchart illustrating user log in and request for modification of a program in an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention.

FIG.16 is a flowchart illustrating challenge features of an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention.

FIG. 17 is a perspective view of the first preferred embodiment of a power control device according to the optional embodiments and features of the invention.

FIG. 18 is a schematic circuit diagram of a power coupler of the first preferred embodiment.

FIG. 19 is a schematic circuit diagram of a remote controller of the first preferred embodiment. DESCRIPTON OF EXEMPLARY EMBODIMENTS

Optional advantages and characteristics of the optional embodiments and features of the invention, and exemplary methods and apparatuses for achieving them, will be apparent with reference to exemplary embodiments thereof described in detail below in conjunction with accompanying drawings. However, the optional embodiments and features of the invention is not limited to the exemplary embodiments disclosed below, but may be implemented in various ways. Furthermore, the exemplary embodiments of the optional embodiments and features of the invention are provided merely by way of illustration to assist those skilled in the art in understanding the optional embodiments and features of the invention as defined by the appended claims. The same reference numerals are used throughout the drawings to designate the same or similar components.

Description Of Alternative Embodiments:

FIG. 1 is a flow chart outlining a device and software program that serves the purpose to assist people in controlling their exercise routine and time management. It serves as a motivational tool that users are in control of. Today, more than ever, people have an incredible amount of distractions to occupy their time. Many of those distractions are electronic; computers, web use, cell phones, apps, TV and video games. People have trouble getting motivated to exercise, to focus on work at home, get to-do lists done, or even get to bed on time-partially because of these distractions.

FIG. 2: Electronic Exercise and Diet Control Device Procedure (I) to be conducted on computer, website access, and/or wireless device:

A. Start

B. Set time

C. Setup restrictions for all or individual containers

1. Limit access per day or week (how many times can container be opened per day/week)

2. Limit access by time of day (block or allow access to containers during certain times during the day, e.g. block from 11 :30 pm to 6 am)

3. Gain access by reaching goals (fitness, get an access code from an individual (parent, fitness instructor, friend, etc.) e.g. Program 1

D. Program numbers are used for different goals. Reach goals for a particular program number then different settings can be reached, e.g. higher goals met, more containers can be opened.

E. Select the goal(s) you would like to reach for this program.

F. Fitness OR Goal set with a person

G. Setup restrictions until goal met and access code entered.

H. Setup restrictions for all or individual containers.

I. Present options 1. & 2. above for restrictions.

As presented in FIG. 3, after reaching goal what access will be your reward? ( Present similar options of 1. & 2. above for gaining access):

1. Save settings and set goal with device.

2. Save settings and set goal with a lock code.

3. Save settings without access controls.

As presented in FIG. 4, procedure to achieve goals and get access codes visit www.website.com:

(1) Set Fitness Goals:

(a) Program number used for goal;

(b) User inputs fitness device information.

(c) Fitness goals for device set up.

(2) Goal set with person: (a) Print off or software emails access codes to give to other person.

As presented in FIG. 5, user exercises with biometric device/software (e.g. pedometer, phone based software) or runs/exercises in a measured predefined course or area (via GPS) for a predefined time. Then user or end user uploads data to computer/website. Software algorithm analyzes data to see if fitness goals obtained. If goals obtained, then one or more access codes are given based on online database of codes corresponding to device serial number and other identifiers, and user enters pin number on device and enters access code which preset action(s) designated by user take effect for the container(s). Each device has preprogrammed access codes that correspond to the serial number of the device, user number, and program number.

If fitness goals not yet obtained then restrictions on access to entertainment equipment and/or food storage devices maintained until fitness goals obtained or reset by administrator or after period of time set by user. A related device can be used to help people control themselves with snacking and other junk food. Over snacking on junk food is a problem for some people. Many don't want to completely give up the snacks they love but also know they at times have trouble with indulgence. People like this may want help with control of their portions they eat in a day or week. The device envisioned is similar to a set of lockers in a single unit controlled with a built in computer. For example, say there are 4 lockers/containers in a unit all controlled by the built in computer. A user may want to place into the different containers portions of their snacks, e.g. zip lock bags of potato chips or have the entire bag of chips in the container and when user is allowed access to the container they can take out a single bag or pour a portion of their snack and close the door until access is allowed again.

As shown in FIG. 6, Software is downloaded and installed on user's computer to interface with the timer device(s), including downloading device serial number. Software is used to control the timer device, computer self/parental controls, and to set goals for health/fitness/nutrition. If opting to manage self on phone, user can download control software for phone/tablet/ereader. The user configures timer device(s) through the software to connect to user's Wi-Fi network identifying each device with its serial number. An administrative and regular/child user accounts, passwords, and PINs setup. Users asked if they will use the device to help manage and motivate self or others in reaching fitness, health, or nutrition goals. If not then device will be initially set up to manage time limits for TV, video game consoles, computer, phone, tablet, or ereader use. If yes, then Setup will guide user to enter fitness/health/nutrition and time management information for self or others. Questions asked include, but are not limited to: Do you currently use any of the following listed devices or applications to measure your health? (list supported devices). Using chosen devices, a menu of options is setup specifically for each device's/application's functions and measurements. As shown in FIG. 7, User selects device to setup health, nutrition, or fitness goals, e.g RunKeeper™ application for phones measures distance, time, pace, calories, heart rate, and path traveled on a map.

Features of other functions are checking in at the gym and checking out to measure time spent at the gym, weight of user, basal metabolic index (BMI). Using the software interface the user can set goals for any function they want to use. e.g. distance they want to run for the day, time period they want to complete an action, pace they want hold for certain amount of time, calories to burn, time used at the gym or other location, course to run monitored by GPS, etc. User can use one or any combination of the settings to manage fitness routines, e.g. RunKeeper app on phone +heart rate monitor.

For each device/app user can program each day with different settings for their routine or apply settings to all days. Any function that the devices have can be setup individually.

As shown in FIG. 8, after goals are entered, rewards/restrictions are entered by user to help achieve goals. User can add layers, so the more goals achieved, the more restrictions lifted. For example, Do you want to manage access to your TV/video game to help you reach your goals?

If Yes, user will be given the TV or gaming console a name for which the electronic timer will manage access. The user will then choose one or more, e.g., of which new goals will be used to meet to allow TV or gaming; one or more of specifying time periods for which TV or gaming is not allowed until goal is reached; specifying time periods for which TV or gaming is allowed when goal is reached.

If No, then asks do you want to manage access to your computer/web to help you reach your goals? If Yes, then user can do one or more of, e.g., give the computer a name for which the electronic timer will manage access; choose which goals will be used to meet to allow computer/web use; specify time periods for which computer/web use is not allowed until goal is reached; and/or specify time periods for which computer/web use is allowed when goal is reached. If No, then user can be asked: Do you want to manage access to your phone/tablet/ ereader to help you reach your goals?

If Yes, then user can do one or more of, e.g., Give the phone/tablet/ ereader a name for which the electronic timer will manage access; choose which goals will be used to meet to allow phone/tablet/ ereader use; specify time periods for which phone/tablet/ ereader use is not allowed until goal is reached; and or specify time periods for which phone/tablet/ ereader use is allowed when goal is reached.

If NO, then, as presented in FIG. 9, the user additionally, as a non limiting example, the user can manage goals/settings yourself the software, e.g., where the software of the invention can optionally prevent reductions/ cancellations of the goals for a user specified time period, only the software has ability to retrieve access passwords. The user is encouraged to set up a fee/fine to obtain an access password ahead of the user specified time period to help user stay on track. The user can also optionally manage goals/settings with a 3rd party, friend, trainer, company or other individual, e.g., where the software will prevent reductions/cancellations of the goals for a user specified time period. Access password control is assigned to another party to help manage goals.

The user can additionally manage goals/settings with a combination of the above.

FIG. 10 is a diagram showing an exercise and diet control system, according to an exemplary embodiment of the optional embodiments and features of the invention.

The exercise and diet control system, as shown in FIG. 10, includes a wireless device 100, an exercise and diet control apparatus 200, and one or more exercise equipment, entertainment equipment, and/or food storage devices 30a, 30b, and 30c, respectively.

The wireless device 100 is a wireless device for conducting communication, like a wireless smart phone, and includes a wireless device 100a. The wireless device 100a transmits and receives voice and /or data signals. Accordingly, the wireless device 100 can be referred to as a smart phone (SP), as a non-limiting example, or can include the use of a computer or computer access device or biometric measuring device. An end user can make a phone call using the wireless device 100a. Meanwhile, according to an exemplary embodiment of the optional embodiments and features of the invention, the user can control the exercise equipment, entertainment equipment and/or food storage devices 30a, 30b, and 30c, respectively, by inputting predetermined key information using web or computer access and associated interfaces, or manually using alphanumeric buttons (for example, the ^Λ *^Λ button and the ^Λ#^Λ button) provided in the wireless device 100a to set the time and time limits for this equipment until specified exercise and/ or diet programs are completed.

The exercise and diet control apparatus 200 forms a wired network 10 or a wireless network 20 together with the exercise equipment, entertainment equipment, and/or food storage devices 30a, 30b, and 30c. For example, the exercise and diet control apparatus 200 forms a network with the exercise equipment, entertainment equipment, and/or food storage devices 30a, 30b, and 30c, using a wired communication protocol, such as Institute of Electrical and Electronics Engineer (IEEE) 1394, power line communication (PLC) or phone line networking alliance (PNA), or using a wireless communication protocol, such as Infrared Data Association (IrDA), wireless local area network (WLAN), wireless personal area network (WPAN) or Bluetooth.

Furthermore, the exercise and diet control apparatus 200 has a function of receiving a wireless signal that is transmitted from the wireless device 100a, and analyzing the received signal. Accordingly, the exercise and diet control apparatus 200 transmits an exercise and diet control signal, which corresponds to key information that is contained in the wireless signal received from the wireless device 100a, or computer 30d. For this purpose, the exercise and diet control apparatus 200 may store mapping information in the exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed, as provided and stored in the key information, e.g.. The mapping information may be initially set to a default value and may be edited by the end user or a designated administrator, e.g., a personal trainer, friend or relative. The exercise and diet control apparatus 200 may be connected a gateway or a network server.

The various types of the exercise equipment, entertainment equipment, and/or food storage devices 30a, 30b, and 30c that can be used of the optional embodiments and features of the invention are not limited, and may be any of various apparatuses, e.g., but not limited to any known exercise equipment (cycling, running, walking, resistance training, aerobic training, weight training, stepping, video game exercise (e.g., Wii™, etc.), entertainment equipment (e.g., but not limited to, TV, CD, radio, video/audio monitor, video access (e.g., a smart phone, computer, iPAD™, iPOD™, tablet PC, PC, Playstation™, Xbox 360™, Wii™, Nintendo™, and the like) or any internet access device); and/or food storage device (e.g., refrigerator, cooler, cabinet, etc.), an open/ close or entry/exit door controller. Furthermore, the exercise equipment, entertainment equipment, and/or food storage devices 30a, 30b, and 30c can communicate with the exercise and diet control apparatus 200 via a wireless or a wired connection, can receive exercise and diet control signals from the exercise and diet control apparatus 200, respectively, and can perform corresponding operations according to the exercise and diet control signals. Hereinafter, the exercise equipment, entertainment equipment, and/or food storage devices 30a, 30b, and 30c are collectively designated by a reference numeral ^Λ30\

A process of controlling exercise equipment, entertainment equipment, and/or food storage devices by an exercise and diet control system consistent with an exemplary embodiment of the optional embodiments and features of the invention is described below with reference to FIG. 11.

FIG. 1 1 is a diagram showing a process of controlling a home appliance, according to an exemplary embodiment of the optional embodiments and features of the invention.

First, a user inputs key information, which corresponds to the operation of exercise equipment,

entertainment equipment and/or food storage devices30 to be controlled, through internet or network access programs or interfaces, or manually by alphanumeric buttons provided in the wireless device 100a

(operation (circle around (1))). For example, the key information can be a combination of numbers, symbols, and characters or a touch screen interface. The wireless device 100a then transmits a wireless signal, including the key information that is input by the user (operation ((circle around (2))).

The exercise and diet control apparatus 200, which has received the wireless signal transmitted from the wireless device 100a or set up on a computer access system using a program or other interface, extracts the key information contained in the wireless signal, and generates an exercise and diet control signal corresponding to the key information (operation (circle around (3))). Thereafter, the exercise and diet control apparatus 200, or computer/internet set up program or interface, transmits the exercise and diet control signal to the exercise, entertainment and/or food storage equipment or device 30, that is, a target exercise, entertainment and/or food storage equipment or device to be controlled (operation (circle around (4)), and then power control unit connected wirelessly or manually to, or integrated with, the exercise, entertainment and/or food storage equipment or device 30 receives the transmitted signal and performs an operation according to the transmitted signal (operation (circle around (5))).

Meanwhile, in the case where the extracted key information corresponds to a request for mapping information between exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices, until specified exercise or diet programs are completed and key information, the exercise and diet control apparatus 200 may transmit a wireless signal, including the mapping information that has been stored therein, to the wireless device 100a (operation (circle around (6))). In this case, the wireless device 100a or computer system on network may extract the mapping information from the wireless signal received from the exercise and diet control apparatus 200, and display the extracted mapping information to be viewed the user (operation (circle around (7))) on the wireless device 100a or computer associated with the network. Accordingly, the user can view the mapping information between the exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed; via the key information. Additionally, the user can view the mapping information between the exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed, via the key information while directly manipulating the exercise and diet control apparatus 200 via a computer interface or via the wireless device 100a or an alternative wireless device with internet access. The exercise and diet control apparatus and the wireless device according to an exemplary embodiment of the optional embodiments and features of the invention are described in detail below.

FIG. 12 is a block diagram showing the construction of an exercise and diet control apparatus, according to an exemplary embodiment of the optional embodiments and features of the invention.

The exercise and diet control apparatus 200, as shown in FIG. 12, includes a wireless signal reception unit 210, a wireless signal transmission unit 220, a user input unit 230, a storage unit 240, a display unit 250, a search unit 260, a control signal generation unit 270, a network interface unit 280, and a control unit 290. The wireless signal reception unit 210 receives the wireless signal transmitted from the wireless device 100a, and demodulates the received wireless signal. According to the exemplary embodiment shown in FIG. 12, the wireless signal reception unit 210 can extract the key information contained in wireless signal. For this purpose, the wireless signal reception unit 210 may use a frequency identical to the transmission frequency used by the wireless device 100a.

The wireless signal transmission unit 220 modulates data to be transmitted to the wireless device 100a, sets the transmission frequency of the modulated data, and outputs the modulated data. Thus, the wireless signal transmission unit 220 can transmit the wireless signal, including the modulated data. For this purpose, the wireless signal transmission unit 220 may use a frequency identical to the transmission frequency used by the base 100b of the wireless telephone 100.

The user input unit 230 receives a control request or key information from the user. For this purpose, the user input unit 230 is provided with an input means, such as a keypad, a touchpad, or a touchscreen, for example. According to an exemplary embodiment of the optional embodiments and features of the invention, the user can, prior to beginning a particular exercise and/or diet program (but not during the program without approval of the administrator), edit the mapping information between the exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed, and the key information, through the user input unit 230.

The storage unit 240 stores the mapping information between the exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed; and the key information. According to an exemplary embodiment, the mapping information is initially set to default values. When the user edits the mapping information through the user input unit 230, the edited mapping information is stored in the storage unit 240. According to an exemplary embodiment, the key information may include at least one of numbers and symbols. Preferably, but not necessarily, the key information includes at least one symbol. Accordingly, when the user accesses the associated application, web interface or program using the wireless device 100a, an exercise and diet control request to the exercise and diet control apparatus 200 can be prevented if the user does not have the correct password or key information.

The display unit 250 (either on wireless device or via internet access) displays the mapping information between the exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed; and the key information, which is stored in the storage unit 240, at the request of the user (prior beginning the exercise or diet program, but not during the program, except with approval of the designated administrator). For this purpose, the display unit 250 may be implemented using a display means, such as a liquid crystal display, a plasma display panel (PDP), or an organic electro-luminescent (EL) display, for example. According to an exemplary embodiment of the optional embodiments and features of the invention, the user before the exercise or diet program begins, or by administrator during program, can edit the mapping information through the user input unit 230 while viewing the mapping information displayed on the display unit 250. Referring to FIG. 12 again, the search unit 260 searches the storage unit 240 for an exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed; that has been mapped to the key information extracted from the wireless signal received by the wireless signal reception unit 210.

The control signal generation unit 270 generates an exercise and diet control signal, including the exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices, until specified exercise or diet programs are completed; found by the search unit 260.

The network interface unit 280 transmits the control signal generated by the control signal generation unit 270 to the exercise, entertainment and/or food storage equipment or device 30. For this purpose, the network interface unit 280 forms a network with power control units for one or more of the exercise equipment, entertainment equipment, and/or food storage devices 30a, 30b, and 30c using a wired communication protocol, such as IEEE 1394, PLC or PNA, or using a wireless communication protocol, such as Infrared Data Association (IrDA), WLAN, WPAN or Bluetooth. Furthermore, the network interface unit 280 may include one or more sub-interface units (not shown) to support a plurality of communication protocols.

The control unit 290 controls the operation of functional blocks 210, 220, 230, 240, 250, 260, 270 and 280 that constitute the exercise and diet control apparatus 200.

The functional blocks referred to as "units" in FIG. 12, may be implemented using a module. The term "module" refers to, but is not limited to, a software or hardware component, such as a field programmable gate-array (FPGA) or an application-specific integrated circuit (ASIC), which performs certain tasks. The module may advantageously be configured to reside on an addressable storage medium and may be configured to be executed on one or more processors. Thus, the module may include, by way of example, components, such as software components, object-oriented software components, class components and task components, processes, function, attributes, procedures, subroutines, segments of program code, drivers, firmware, microcode, circuitry, data, databases, data structures, tables, arrays, and variables. Functions provided by components and modules may be combined into fewer components and modules or further separated into additional components and modules. FIG. 13 is flowchart illustrating an exercise and diet control method according to another exemplary embodiment of the optional embodiments and features of the invention.

When the wireless signal reception unit 210 of the exercise and diet control apparatus 200 receives a wireless signal transmitted from the wireless device 100a or network connected to one or more of the exercise, entertainment, and/or food storage equipment or devices, and extracts key information contained in the received wireless signal at operation S510, the search unit 270 searches the storage unit 240 for an exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed; mapped to the extracted key information at operation S520.

At operation S530, when the exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed;, which is found by the search unit 270, corresponds to a mapping information request, the wireless signal transmission unit 220 generates a wireless signal at operation S540, including the mapping information between the exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed.

The control commands and key information, which are stored in the storage unit 240 and then the generated wireless signal is transmitted at operation S550, which controls the power control unit for one or more of the exercise, entertainment and/or food storage equipment or devices.

FIG.14 is a flowchart illustrating input of biometric and diet information using codes or PIN numbers for an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention. As shown in FIG.14, prepackaged foods having a unique serial number assigned to each package or individual food. Serial numbers and the corresponding foods are stored in a database with 3rd party e.g. manufacturer/retailer. The user purchases food. Serial numbers for the foods inputted into the user's account. The user inputs goals for how often and how much of the food to eat. User enters in self-reported nutrition and meal data. When user consumes the food the serial number is entered into the software. Additionally, the user uses biometric device or an application and measurements are recorded on the device or application. The user connects biometric device or application to computer to access data or manually enters data. The software uses the data to compare to user goal data. Has goal been met or exceeded? If not, then the program keeps restrictions or take actions specified by the user. If goals have been met, then restrictions are lifted or actions are taken as specified by the user. User checks if Timer device connected to Wi-Fi. IF not then, Computer software will generate a PIN number corresponding to a unique set a PIN numbers stored in the device database that can be manually entered into timer device to override restrictions. If yes, then Computer software sends a message wirelessly to lift restrictions to the timer device controlling the TV or video game console OR message to the computer or phone/tablet/ ereader to lift restrictions set on user's control software.

FIG.15 is a flowchart illustrating user log in and request for modification of a program in an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention. User logs into account with user password. User sends a request through the software, to any party that is helping to meet goals, requesting to modify a specified goal(s). Other party receives email indicating user wants to modify goal and follows link directing them to an action webpage. Other party can accept. Software will automatically allow user to make specified changes to the goal(s) one time only. Other party may send a request back to the user requesting to make the modification for the user. If user accepts, then Software sends an email/text to the other party with a temporary access password with privileges to modify goals that will expire in a specified time period set by the user. If user declines, then Goals can't be modified.

The software sends an email/text to the other party with a temporary access password with privileges to modify goals that will expire in a specified time period set by the user. User cannot change goals/settings once set for a time period without an access password, the access password is unique to each account or set of accounts. User can opt to have the software manage the access password or another individual. The other individual can't change settings without user permission. To gain full control of the goals somebody would need to have both the user password and access password. The other individual you are teaming with can help if user emails a request through the software to the individual requesting a change to their settings or if they will allow you to change a setting ahead of the specified time period.

FIG.16 is a flowchart illustrating challenge features of an exercise and diet control method, according to another exemplary embodiment of the optional embodiments and features of the invention. Challenge feature: User selects challenge feature. User sets a monetary wager for self to complete a goal within defined time period and sets deduction time period. User can choose an option to have the ability to earn the deducted money back. Pooled Challenge User chooses from a set of predefined exercises. Exercises will correspond to biometric devices or fitness applications used. User chooses an exercise program and is pooled together with other users who chose the same. Deduction of money will begin if they do not meet their goal in a predefined time period. Software will suggest goals for the user in order to earn all or a portion of the money back if applicable. User enters setting in for how often they will exercise and other goals and how much money they will lose for each day they don't complete their challenge. Did user reach all their goals for the week? If yes, then Money in the pool gets distributed to those who reached all their goals based on an algorithm corresponding to difficulty level and goal achievement. If no, then money wagered on each failed day goes into the pool of other users who did not reach goals. FIG. 17 is a perspective view of the first preferred embodiment of a power control unit according to the optional embodiments and features of the invention. Referring to FIG. 17, the first preferred embodiment of a power control unit according to this invention is shown to include a power coupler 5 and a wireless-based controller 3. The power coupler 5 includes a housing 51 , a power input unit 52, a socket receptacle 53, and a control unit 54. The housing 51 of the power coupler 5 is generally rectangular in shape. The power input unit 52 of the power coupler 5 includes a set of conductive prongs 521 that are mounted on the housing 51 of the power coupler 5, and that are connected electrically and removably to a commercial alternating current power source (Vac). The socket receptacle 53 is mounted on the housing 51 of the power coupler 5, and is connected electrically and removably to an electrical appliance 23, such as exercise equipment, entertainment equipment, or a food storage device. Although the power coupler 5 of the power control device of this invention is exemplified using only a single socket receptacle 53, it should be apparent to those skilled in the art that the number of socket receptacles may be increased as required. The control unit 54 is coupled between the conductive prongs 521 of the power input unit 52 and the socket receptacle 53 of the power coupler 5, and is responsive to a wireless control signal for controlling electrical connection between the conductive prongs 521 of the power input unit 52 and the socket receptacle 53 of the power coupler 5.

FIG. 18 is a schematic circuit diagram of a power coupler of the first preferred embodiment. In this embodiment, with further reference to FIG. 18, the control unit 54 of the power coupler 5 is mounted in the housing 51 of the power coupler 5, and includes a switch 541, a receiver 542, a switch actuator 544, and a decoder 543. The switch 541 of the control unit 54 of the power coupler 5 is coupled between the conductive prongs 521 of the power input unit 52 and the socket receptacle 53 of the power coupler 5, and is operable so as to make or break the electrical connection between the power input unit 52 and the socket receptacle 53. Preferably, the switch 541 includes a relay. The receiver 542 is operable so as to receive the wireless control signal. The switch actuator 544 of the control unit 54 of the power coupler 5 is coupled to the switch

541. The decoder 543 of the control unit 54 of the power coupler 5 is coupled between the receiver 542 and the switch actuator 544, and is operable so as to decode the wireless control signal received by the receiver

542. When the receiver 542 receives the wireless control signal, the switch actuator 544 controls actuation of the switch 541 based on a decoded output from the decoder 543.

FIG. 19 is a schematic circuit diagram of a remote controller of the first preferred embodiment. The power control device further includes a remote controller 4 that enables a user to control the power coupler 5 from a distance. In this embodiment, with further reference to FIG. 19, the remote controller 4 includes a housing 41, a user input unit 43, an encoder 44, and a transmitter 45. Preferably, the user input unit 43 includes a pair of on and off keys 431, 432 mounted on the housing 41 of the remote controller 4. The encoder 44 of the remote controller 4 is mounted in the housing 41 and is coupled to the on and off keys 431, 432 of the user input unit 43. The transmitter 45 of the remote controller 4 is mounted in the housing 41, and is coupled to the encoder 44.

OPTIONAL OR EXEMPLARY FEATURES OF THE OPTIONAL EMBODIMENTS AND FEATURES OF THE INVENTION

Remote to enter in pin, turn on/off device, to activate display on device to show time remaining/time used for the day. Pause button on device and remote to cease time deduction from user's time account which will require power to cease to entertainment equipment. Upon resuming to use the entertainment equipment the user will not have to enter in PIN or code to gain access again.

• Users may wish to work together with other users either inside or outside their homes. As

motivators to help each other reach their respective goals Userl needs to meet their goals in order to have not only their set restrictions lifted, but also to allow the lifting User2's restrictions and vice versa. Each has to reach their goals in order for both to have the benefit of lifting restrictions.

• Skip a day function- for a user defined goal period the user can choose a number of days they can use to skip goals for that day and have restrictions lifted.

• Weather monitor function-depending on where user completes their goals, user can choose to link their days they are completing goals with the weather conditions. By linking software with weather information service for user's area, certain conditions will allow the user to skip the goal for that time period without consuming any skip days or requiring make up days if applicable.

• Make up function-user can choose whether they want to enable this function so the software asks user to compensate for days they choose to skip. User chooses the day which they will make up for the missed goal. User can also complete a goal early if they know they will need to skip a goal at another time period.

• Extension function-user can choose a number of extensions they can use to extend time on their managed electronic devices. User can input the length of the extensions and the number of each length of extensions they want to use for a goal period.

• Get out function-user with a GPS enabled smart phone sets the location of their home. Using

software user sets a goal for a time period for the day they want to get out of the house. They also enter in a mile radius they need to be away from the home or set the location they will need to be at for the time period. User can check in with their smart phone when they reach the area and start the timer to measure time they are out of the house to reach the goal.

• Focus mode -user specifies a time period they will focus on a task on their computer. User specifies which programs and other devices which can run at this time. User can schedule different focus times on a list that can synch with calendar programs. • Break time feature-user schedules break times during focus mode or other modes that will allow user to lift restrictions on devices/programs for a specified time period.

• Reminder function-user can schedule reminders for time periods customizing which devices the reminders will be viewed, duration of reminder, and sound used for the reminder. User can use software's calendar or synch with 3^rd party calendars to schedule.

• Limit credit card use/shopping during certain times, and certain websites, detect when shopping basket/credit card info is being asked.

• Master and user accounts with time settings.

• Accounts can be set with a predetermined amount of time and saved in a database

• Time of day parameters and daily/weekly time use programmable limits

• Audio for various functions.

• Normal mode (when user logged off, all current ceases), cool down mode (for projection TVs), and always on mode (for those devices needing to save device setting dependent on standby power)

• Detects when electronics powered on or off.

• Logs out user when electronics powered off.

• LED light showing which user logged on, etc.

• Locks plug into device outlet at 90 degree angle

• Locking enclosure and key for the electronic device socket receptacle

• Reset button

USB connection for initial setup and configuration and prototype software updates.

Wi-Fi or other wireless connectivity to communicate from computer to devices, and from device to device (if multiple), automatically reconnects if signal lost.

Ability to interfaces with computer software, such as non transitory computer readable media or medium, e.g., on a computer storage media, e.g., a hard drive, a USB, a CD, CD-ROM, BluRay, DVD, solid state, optical or magnetic device, and the like, designed so an outside programmer can program the computer software to work with the device software and make updates.

Logs when entertainment device unplugged and plugged back in, tells how long it has been unplugged (for example when no user logged on will check to see if cord is plugged in by sending current to the electronic device to check the status)

Logs any user changes or updates, each user's length of time and time of day viewing.

Remembers time and user settings if unplugged; backup rechargeable battery

Time synched with online clock.

Reset device wirelessly or by USB connection (if key for lock is lost or not easily found)

Reinforced area around lock to prevent prying open. • Angled device outlet, more space (problems from current device not being able to fit some plugs into the socket)

• Software control of alarm duration

• Backlit screen

As described above, in accordance with exemplary embodiments of the optional embodiments and features of the invention, a network can be easily controlled using the wireless device of the wireless telephone.

Although the exemplary embodiments of the optional embodiments and features of the invention have been described above for illustrative purposes, those skilled in the art will appreciate that various modifications, additions and substitutions are possible to the exemplary embodiments of the optional embodiments and features of the invention, without departing from the scope and spirit of the invention as defined by the accompanying claims.

Claims

WHAT IS CLAIMED IS:

1. An exercise and diet control apparatus comprising:

(a) a wireless signal reception unit which receives a wireless signal from a wireless device, and which extracts key information contained in the wireless signal;

(b) a search unit which searches for an exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed; the exercise and diet control command being mapped to the extracted key information;

(c) an exercise and diet control signal generation unit which generates an exercise and diet control signal, wherein the exercise and diet control signal includes the found exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed by the end user;

(d) a network interface unit which transmits the generated exercise and diet control signal;

(e) a storage unit which stores mapping information comprising an association between an exercise and diet control command preset by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed; and key information;

(f) a wireless signal transmission unit which transmits the mapping information to the wireless device when the extracted key information comprises a mapping information request;

(g) a user input unit which receives a user's request;

(h) a display unit which displays the mapping information after the user's request is received by the user input unit; and

(i) at least one power control unit that sets or limits the time that exercise equipment and entertainment equipment can be used by the end user based on the exercise and diet control command.

2. The exercise and diet control apparatus of claim 1 , wherein the power control unit further sets or limits access to food or beverages from said food storage device by said end user based on the exercise and diet control command.

3. The exercise and diet control apparatus of claim 2, wherein the power control unit sets or limits access to at least one of said exercise equipment, said entertainment equipment, and said food storage device by controlling or interrupting one selected from power input, on/off switch, or opening or accessing said equipment or device.

4. The exercise and diet control apparatus of claim 3, wherein the mapping information stored in the storage unit is edited after the user's request is received by the user input unit and the user accesses a website or mobile application to register, input or selected from menus exercise or diet program, times and timing information for entertainment or food storage equipment based on completion of exercise or diet program or goals thereof, and key or code information for each entertainment or food storage equipment, as well as access or identification information for administrator..

5. The exercise and diet control apparatus of claim 1 , wherein the key information includes at least one of numbers and symbols.

6. The exercise and diet control apparatus of claim 1 , wherein the network interface unit uses a wired communication protocol or a wireless communication protocol.

7. The exercise and diet control apparatus of claim 6, wherein the wired communication protocol is any one of power line communication (PLC), Phone line Networking Alliance (PNA), and Institute of Electrical and Electronics Engineers (IEEE) 1394.

8. The exercise and diet control apparatus of claim 6, wherein the wireless communication protocol is any one of infrared communication, wireless local area network (WLAN), wireless personal area network

(WPAN), and Bluetooth.

9. An exercise and diet control method comprising:

(a) electronically and wirelessly receiving and inputng data comprising key information data and at least one exercise and diet control command preset data by an end user or administrator that sets times or time limits for exercise equipment, entertainment equipment, or food storage devices until specified exercise or diet programs are completed; that is mapped to the key information;

(h) electronically setting or limiting the time that exercise equipment and entertainment equipment can be used by the end user based on the exercise and diet control command data..

10. The exercise and diet control method of claim 9, wherein the power control unit further sets or limits access to food or beverages from said food storage device by said end user based on the exercise and diet control command, and wherein exercise and diet control command is generated based on end user access to a website or mobile application to register, input or selected from menus exercise or diet program, times and timing information for entertainment or food storage equipment based on completion of exercise or diet program or goals thereof, and key or code information for each entertainment or food storage equipment, as well as access or identification information for administrator..

11. The exercise and diet control method of claim 10, wherein the power control unit sets or limits access to at least one of said exercise equipment, said entertainment equipment, and said food storage device by controlling or interrupting one selected from power input, on/off switch, or opening or accessing said equipment or device.

12. The exercise and diet control method of claim 9, wherein the key information includes at least one of numbers and symbols.

13. The exercise and diet control method of claim 9, wherein the exercise and diet control signal is transmitted using a wired communication protocol or a wireless communication protocol.

14. The exercise and diet control method of claim 13, wherein the wired communication protocol is any one of PLC, PNA, and EEE 1394.

15. The exercise and diet control method of claim 13, wherein the wireless communication protocol is any one of infrared communication, WLAN, WPAN, and Bluetooth.

16. The exercise and diet control method of claim 9, wherein said method further comprises interaction and acceptance of exercise or diet program challenges, with optional rewards for completion or meeting goals set in challenge.

17. The exersise and diet control method of claim 9, wherein the electronically setting or limiting the time that exercise equipment and entertainment equipment can be used by the end user based on the exercise and diet control command data using a power control unit controlling said exercise equipment or said entertainment equipment.

18. A non -transitory computer-readable storage medium with an executable programs stored thereon, wherein the program instructs a microprocessor to perform the following

steps:

(h) electronically setting or limiting the time that exercise equipment and entertainment equipment can be used by the end user based on the exercise and diet control command data using a power control unit controlling said exercise equipment or said entertainment equipment..

19. A computer based system comprising a non-transitory computer-readable storage medium according to claim 18.

20. A computer based system of claim 19, wherein electronically setting or limiting the time that exercise equipment and entertainment equipment can be used by the end user based on the exercise and diet control command data using a power control unit controlling said exercise equipment or said entertainment equipment.