TW201137785A - Sensor network for incentivizing behavioral actions - Google Patents

Abstract

Various embodiments are described herein related to positively reinforcing user behavior based on a user behavioral action performed by a user and detected by one or more sensors. For example, one disclosed embodiment relates to a behavior reward system including a wireless sensor configured to transmit behavior data generated in response to an interrupt generated by an accelerometer included in the wireless sensor and a server computing device including a data-holding subsystem configured to hold instructions executable by a logic subsystem, the instructions being configured to determine whether the behavior data indicates that the user behavioral action was performed and if the behavior data indicates that the user behavioral action was performed, supply a reward offer to the user.

Description

201137785 VI. Description of the invention: [Reference reference material of related application] This application claims that the invention name proposed on March 3, 2010 is "sensor network for behavior reward system (Sensor Netw〇rk f〇 Ra Behavi()f

Reward System)'' US Provisional Patent Application Serial No. 61/310,189; The invention titled June 4, 2010 is entitled "Sensor Network for Behavior Demonstrators" (Sensor Network for a Behavior Reward System) ''US Provisional Patent Application Serial No. 61/351,734; and the invention titled December 9, 2010, entitled "Personal Activity Measurement and Behavior Storage Devices and Achieving Very Low Power and Low Cost Method (Personal Activity Measurement and Behavior Storage

The priority of US Provisional Patent Application Serial No. 61/459,235, the entire disclosure of which is incorporated herein by reference. It is very difficult to make personal habits change. Some methods use strict tracking. For example, an individual can track her encouragement and unmotivated behavior in the diary and activity records, so that she can review her progress over time. The method is tedious. This leads to neglect and avoidance of behavior, so that the individual may return to her previous behavioral model. "Further, in the case of changing smaller or less frustrating due to the apparent lack of progress, tracking And the recording behavior may hinder the behavior change of 100107109 4 201137785. [Description] Here, various types of behavior reward systems configured to positively enhance user behavior according to user behavior actions performed by the user are described. For example, a specific example relates to a behavioral reward system, which includes a wireless sensor configured to transmit the generated behavioral data in response to an interruption generated by an accelerometer included in the wireless sensor; and a server computing device comprising a configuration configured to save one A data storage subsystem of instructions executable by the logic subsystem. In an example, the wireless sensor is configured to determine whether a combination of detected events and states indicates that a user behavior action has been performed. The measurement may occur in the server computing device or both the wireless sensor and the server computing device. In a disclosed embodiment, the server computing device is configured to: if the user acts Execution provides the user with an offer. This summary is provided in a simple manner to provide a choice of ideas, which are described in the following section. This summary is not intended to be identified. (4) The shirt or the base sign is not intended to (4) to limit the claim of the claim. In addition, the charm of the standard is not limited to any of the disclosures disclosed herein. Implementation of any or all of the disadvantages mentioned in the sub-sections. [Embodiment] It is very difficult to change the habits of individuals as described above. In the case of a change that is getting smaller or less, or lack of progress, and frustrating individuals, Recording behavior 100107109 5 201137785 may impede behavioral change. Therefore, various specific examples of methods and hardware for positively reinforcing the behavioral action based on information received from the sensor of the behavioral action are described herein. For example, in one Specifically, a method for positively enhancing user behavior includes receiving a data from a sensor configured to sense a user behavior on a server computing device. The method further includes using a logic subsystem of one of the read word processor computing devices to provide an offer configured to reward the user for the behavioral action and to communicate the offer to the user. For example, Figure 1 outlines a specific example of a behavioral reward system 100. The behavioral reward system 100 includes a plurality of sensors 102 configured to detect a user behavioral action and to communicate information about the user's behavioral actions to a server computing device 106. In some embodiments, an optional inter-channel computing device 104 can communicate information between the sensors 102 and the server computing device 106. For example, in some embodiments, the gateway computing device 104 can be configured to communicate with various sensors 102 installed in and around the user's residence via wireless and/or wired communication. Furthermore, in some embodiments, the gateway computing device 104 can be configured to provide location information to one or the like, such as by providing a media access control (MAC) address registered for a particular physical location. Multiple sensors. In some embodiments, the gateway computing device 104 can be an arithmetic device configured to belong to a particular location, such as the home of the user. In some other specific embodiments, a party computing device 116 can be configured to perform the functions of the gateway computing device 100107109 6 201137785. In some specific shots, for example, the user mobile phone can be configured to receive signals from the sensor 102 and transmit them to the word device 106. The server computing device 106 manages the behavior reward system and can include - or multiple servers and/or a cloud computing environment. The word processor 106 includes an action bonus module 112, which is stored in the data storage subsystem 110 and executed by a command of the pass data. The server computing device 106 is used: The electric energy rail system is configured to be configured to (4) from the sensor 2:: award; the module module (4) can be configured to identify the special line for the reward receiving letter C, 130 and/or The user's behavior is measured from a specific sensor 1.2 behavioral 1G2r. The portion to one or more of the offer to transmit the behavioral action information offer and the ambiguity of the 126 and/or the coffee maker to receive the incentive to the user - the offeror 126 selects to provide the reward and/or award - Some unrestricted facts respond to the behavior of the system. The 126 columns of the offerer include the employer and the social member organization (4). For example, 'in, in, one offeror 12== employer, the employer can 杻w 』 the user's ^i, user reward, in response - the user walks 100107109 201137785 of the sensed bicycle commute trip, In addition to the reward bicycle pass, in another case, an offeror 126 may be a personal hygiene product manufacturer that provides the user's dental floss in response to the sensed oral health of (4). It will be appreciated that any suitable offeror 126 may provide the user with a 'spoken' to respond to the sensed behavioral action via the action reward system 1 without departing from the scope of the present disclosure. An offer is made at the offeror 126 and/or at the word processor computing device 1〇6. Regardless of where the offer is made, the server computing device 1〇6 provides a user offer, receives an offer selection from the user (eg, an offer or a user offer), and can control the offeror 126 and the party computing device. 116 information exchanges. Although the examples described herein are directed to delivering an offer to the user and the user indicating that the accepted offer is selected to the offeree, it will be appreciated that other suitable consent exchanges may be performed without departing from the scope of the disclosure. . For example, in some embodiments, the offeror 126 can provide a reward opportunity to the user via the server computing device 106, wherein the server computing device 106 invites the user to select an offer via the user's offer, the offer 126 may accept or reject the offer. As another example, in some embodiments, the offeror 126 can provide the number of points of the game in which the user is participating to the user. For example, sensor 102 and/or user tag 130 can be configured for gaming. Constructing the performance of user behavior in the context of the game can make the user experience more enjoyable and 100107109 8 201137785 can reward behavior changes. For example, in a scenario, sensor 102 and/or user tag 130 may be fixed or included in a game controller or play/, and may use an upgraded offer of the game to reward when performing user behavior actions A child who interacts with the toy or game controller. For example, a child can be given a new game level, and the game currency can be changed to a game console (Game).

Gear), updated game features, game extensions, enhanced Avatar games, and more. In another scenario, the user can participate in a group challenge game in which the performance of the user's user behavior can be displayed to other members of the group. In such a scenario, the sensor 1〇2 and/or the user tag 13〇 can be effectively combined with a game token in which the user interacts with the coin while performing the user action action. The user's behavioral action is detected by the user in the list of leas (jerb〇ard) and may be given a suitable offer to increase the user's game fun and thus encourage behavioral changes. The computing device 106 provides an offer to the party computing device 116. The party computing device 116 includes a logic subsystem 12, a data storage subsystem 122, and a display subsystem 118, and is configured to be used with a removable computer. The readable medium m is readable and writable. The logic subsystem 12 is configured to execute instructions stored in the data storage subsystem 122 to implement the instructions for performing the various methods described herein. The party computing device 116 can be any suitable computing device. Non-limiting examples of the party computing device lb include a mobile and/or wireless computing device, a network computer or a 100107109 9 201137785 kiosk type device. The party computing device 116 also includes a a user interface 121 for receiving input from a user and for displaying information to the user. For example, in a situation, the user can The user energy consumption and savings detected by the sensor 102 are viewed via the user interface 121. A score and/or a score value for the user's sensed behavioral action may be presented to the user via the user interface 121. The user interface 121 can also present historical information of the user's sensed behavioral actions (eg, cumulative scores and/or score values, one or more sensed behaviors at a certain time interval, etc.), wherein The historical information may reward behavioral actions and/or notify the user that potential "backsliding" is an old habit. User interface 121 may be presented in a variety of suitable manners. Non-limiting examples of user interface 121 include by party computing device 116 User customized and/or personalized web pages, SMS text messages, TWITTER feeds, and email alerts are displayed. The user can receive and select offers via the user interface 121. The behavior reward module 112 can also be configured via the user interface 121. For example, the user can make scores and behaviors. The association, such as assigning a score for a predetermined distance by bicycle commuting. In some embodiments, the user interface 121 can be presented via the display subsystem 118, but it will be appreciated that the user interface 121 can be via any suitable display hardware Presented to the user. 100107109 10 201137785 As shown in the figure / by the network 128 to handle the communication between the various devices of the action reward system. Knowing that the sensor 102, the gateway computing device 104, the servo The computing device 1G6, the party computing device 116, and the computing device included in the "offer" 26 may include suitable communication lines configured to interface with one or more '匕" computing devices. Such communication subsystems, 'beta, 匕/, or a wired and/or wireless communication device that is compatible with different communication protocols. Examples of non-KP h _ 2 F restrictions include wired telephone networks (eg, mobile phone networks), wired local area networks (LANs), wired wide area networks (WANs), wireless LANs, or w, etc. . In some embodiments, the subsystems may allow the computing devices to transmit and/or receive information to other computing devices over the Internet. A sensor 102 is removably mounted to an item (eg, a sensor sticker attached to a toothpaste officer)' or it can be small and portable (eg, a hinged to the hub of the bicycle) Device). In some embodiments, the sensor ~1 is configured to encourage interaction with the sensor to perform a particular user behavior. For example, in some embodiments, the sensor 1〇2 and or the user tag 130 can be included in a play or installed to a toy to encourage the child to perform the user behavior. Thus, in the context, the child may use the toy containing the sensor 102 as part of the game, where the performance of the user's behavioral action may be derived from the point of the game, the offer of the promotion. In some embodiments, the sensor 102 includes a wireless sensor configured to wirelessly transmit 100107109 11 201137785 information to the word processor computing device 106. Because such sensors may need to operate in a low power state to extend battery life or use a smaller power supply', in some embodiments, the sensor can include a logic subsystem configured to It is maintained in the -standby state until it receives - the interrupt generated by the __ contained in the sensor 1G2. For example, in some embodiments, sensor 102 includes an accelerometer configured to generate an _interrupt in response to a (four) start of a motion event. The reception of the interrupt causes Cheng Qing to transition from the standby state to the active state. Once the sensor 102 is in the active state, the sensor 1 测定 2 determines whether the detector information received from the accelerometer indicates that the user behavior action has been performed. If the detected event is determined to be the user behavior action, the sensor (7) 2 transmits the behavior data associated with the user behavior action to the server computing device 106' if the sensor determines the detected event The sensor avoids a transmission event instead of the user behavior. Therefore, in some embodiments, the sensor 102 can be maintained in a lower power standby state until an event is detected, transitioning to a higher power active state to determine that the user subscribes to an action, And transmitting a performance message and returning to the lower power standby state 'this can save power for the device. Figure 2 is a flow chart of a method 200 for detecting a user's action by using a sensor coupled to an object handle, wherein when the action is performed, the user and the user The method 200 includes the method of maintaining a standby state in step 202. In some embodiments, the state of the standby 100107109 12 201137785 can be a low power state (such as a "sleep, state"), The various components of the sensing, such as the transmitter, may be inoperative. In step 204, method 200 includes detecting an interrupt. For example, an acceleration δ10 can detect a force associated with a motion event and generate an interrupt (eg, transition from a lower voltage state to a higher voltage state) to cause the sensor to go from a standby state. Change to an active dynamic. In the particular example shown in Figure 2, the detection of the interrupt can occur simultaneously with the detection of a primary event and/or a companion state, but it will be appreciated that the detected item should not be limited as such. The detection of a particular combination of the primary event and the accompanying state indicates that a particular user behavior action is being performed, which allows the sensor and/or the server computing device to distinguish between a rewardable behavior and an unrelated activity. Signal. As used herein, a primary event includes a physical event identified by a detector included in the sensor. For example, a motion event detected by an accelerometer can be a primary motion event, or a sound event detected by an audio detector can be a primary sound event. The accompanying state includes a situation that confirms the performance of the user's behavioral actions. It will be appreciated that the accompanying state can be any suitable condition. For example, a companion state can include timing information, user identification information (such as provided by interaction between a sensor and a user tag), location information, and one or more stimuli included in the sensor. One or more of the additional events detected by the detector. Thus, in some embodiments, a companion state can include a specified pattern of motion events detected by an accelerometer. The detection of the primary event and the accompanying state allows the 100107109 13 201137785 sensor and/or the health computing device to distinguish between a user behavioral action and other activities detected by the sensor. For example, use in this reward. Behavior = In the context of drug treatment in a timely manner, the identification of a combination of events and states allows for the differentiation of an actual vial dispensing dynamic bottle action. Dr. In step 206, the method outline includes entering an active state, and in the step, whether the combination of the primary event and the accompanying state indicates that the user behavior action is performed. In the specific shot shown in Fig. 2, if it is determined that the user is acting as an action, the message is sent to the server computing device (at step 21G) and returned to the standby state. If it is determined that the user behavior is not performed, the sensor (4) goes to the standby state without transmitting the specific example +, and the sensor can maintain the active state before returning to the standby state. Scheduled time interval. If no money is detected during the predetermined time interval, the sensor returns to the standby state. Leaving the sensor in an active state for such a period of time allows the sense (4) to capture - subsequent events without having to turn on the power of the sensor again, which may reduce power consumption during the power-on event. In some embodiments, determining whether the user behavior action is performed includes generating behavioral data from the detector information. The behavioral data may include any suitable information received from the detector and/or from the detector information (including detector information generated by the detector that reflects the detected event) 100107109 14 201137785 material. For example, a 3-axis accelerometer measures the direction and magnitude of the force and produces accelerometer data (including the direction and size of each of the three axes). In this example, the behavioral material can include portions of accelerometer data generated by the accelerometer. In some embodiments, the behavioral data can aid in the determination of a particular intensity of the user's behavioral action, which can be used for an assay that is provided to a particular offer of the user. In some non-limiting scenarios, the behavioral data may include information about how the user would force the sensor bat baseball or how to force the sensor soccer. In turn, the user can receive an offer in response to the time spent playing football and/or the response can be achieved. This intensity measurement is used to partially detect the performance goal of that sport. In addition or in another case, such an intensity determination can be generated from behavioral data relating to a configurable threshold for identifying the performance of the user's behavioral actions. For example, in the context of the sensor being configured to transmit a total number of interruptions (eg, in a pedometer application) that exceed one or more configurable force thresholds received from an accelerometer The behavioral data may include the total number of those interruptions generated for each configurable force threshold. Thus, in an unqualified pedometer application, the behavioral data can convey a first total number of interruptions that exceed a first configurable strength threshold associated with walking and a second configurable threshold associated with running The second total number of interrupts of the value. In some specific examples, the behavioral data may include timing information for the sensor, such as (4) enchantment events and/or (4) _, and configured to identify relevant users One of the behavioral actions of the particular user's user identification information) then 'will be aware that the behavioral material may include any suitable information identifying the user performing the user's behavioral action and/or describing the user's behavioral action Any suitable information on the quantity and / or quality. Although the specific example of FIG. 2 is a measure of whether the user's riding is performed (4) is born in the sense, it will be understood that in some specific examples, whether the user behavior is performed or not can be determined. Distributing between the sensor and the server computing device may occur separately in the server computing device. For example, 'in the context of using the sensor as a pedometer,' the sensor can be configured to transmit the total number of interruptions received from the accelerometer that are determined to be caused by the user's walking, And the feeding device computing device can be configured to: when the total number exceeds - a certain distance - and a predetermined number of walking targets, the stalker has been executed. ^ As described above, the sensor can include an accelerometer configured to detect, in the sensor, an object that is connected to the sensor by the user or that is operatively connected to the sensor. Mutual creation red _. In such a specific example, the primary event may include - (10) the main Wei event of the accelerometer. Therefore, when the viewer begins to move the object connected to the ❹彳 (4), an interrupt is generated by the accelerometer to cause the sensor to enter an active dynamics and to estimate the accelerometer provided by the accelerometer. News. Then, because the object may be moved by the different 100107109 16 201137785 for the purpose of using the behavior of the I behavior, the sensor can be configured to distinguish between the motion events detected by the accelerometer. . For example, a falling object may experience a detection by the accelerometer that exceeds i. The impact of 3g power characteristics. Thus, the sensor can be configured to - (iv) such an impact force' and if the primary motion event has a characteristic that is less than - the power of the predetermined drop impact force, the user behavior action is left to be performed. In such a specific shot, the behavioral data may be generated based on accelerometer information (eg, power and direction information) received from the accelerometer and/or the behavioral data includes accelerometer information received by the accelerometer (eg, power) And direction Beixun). Moreover, the companion state can include an accompanying motion detected by the accelerometer to indicate the performance of a particular user behavioral action by a particular combination of motion events that are dared to be detected by the accelerometer. Figure 3-5 is a flow chart illustrating a specific example of a method for detecting a user's behavior using a sensor including an accelerometer. Although the examples described below use the primary event detected by an accelerometer and/or the associated state detected by the accelerometer information to detect user behavior, it will be perceived that 'other suitable detections can be used. To detect major events and/or accompanying states. For example, 'a light sensor and/or an acoustic sensor can be used to detect the accompanying state' to reduce the occurrence of false positive determinations. The error must be determined by the fault. It causes a user behavior to occur. For example, FIG. 3 illustrates a flow diagram of a method for detecting a method 300 for dispensing a bottle. This allows the user to track the consumption of water, drugs, etc. over time, 100107109 17 201137785. A sensor including an accelerometer for identifying the dispensing action can be effectively interfaced to a bottle. Although the method 300 for a bottle is described below, it will be appreciated that 'in the context of this disclosure, it is possible to attach a sensor to any suitable container. In the context, such a sensor can be packaged - fixed to the bottle In any button-like enclosure of any suitable location (eg, the lid, side wall or bottom of the bottle). The method 300 includes the step of maintaining a standby state in step 3〇2. In step 304, method 300 includes detecting a primary motion event in the bottle with an accelerometer included in the sensor. For example, in some embodiments, an interrupt is generated to the processor of the sensor when the bottle is moved. In step 306, method 300 includes determining if the athletic force exceeds a predetermined force threshold. This can identify unexpected movements (such as dropping, for example, in a particular example, the sensor can be configured to recognize a force of more than 1 - 3 g along any axis as an accidental drop. Figure 3 In the example, if the force exceeds the force threshold, then the method 300 returns to the standby state of step 3〇 2. If the force does not exceed the force threshold, then the method continues to step 308. In step 308, The method 300 includes measuring a companion bear including an accompanying motion by determining whether the tip angle angle exceeds a critical angle to identify a bottle dispensing action. The critical angle can be a predetermined value or can be determined from the inspiration of the type and/or size of the bottle. If the tip angle does not exceed the critical angle, it can be determined that the bottle is not in a dispensing position 100107109 18 201137785 and the method 300 returns to the standby dynamics of step 302. If the tip angle exceeds the critical angle, method 300 continues to step 310. Thus, in some embodiments, the angle of the bottle relative to gravity can be determined from an accelerometer included in the sensor, wherein the sensor is configured to: if the accompanying motion has more than one The feature of the tip angle of the critical tip angle is determined to be performed by the user behavior. Although the force determination of step 306 and the angle of step 306 are determined in method 300 as individual non-synchronous events, it will be appreciated that in some embodiments, these measurements may occur simultaneously. In another case, in some embodiments, the aforementioned events may occur in a different order. In step 310, method 300 includes accumulating an elapsed time at which the bottle exceeds the critical angle. In some embodiments, a timer can be triggered when the bottle initially exceeds the critical angle. In another case or in addition, in some embodiments, the sensor can record a start time stamp when the bottle initially exceeds the critical angle. In step 312, method 300 includes determining if the tip angle does not exceed the critical angle. In other words, in step 312, method 300 determines if the bottle has moved to a position where an dispensing action does not occur. If the tip angle exceeds the critical angle, method 300 continues to accumulate the elapsed time at step 310. If the tip angle no longer exceeds the critical angle, then the time accumulation stops and the method 300 continues to step 314. In some embodiments, time accumulation can be aborted by stopping a timer. In another case or in addition, in some specific examples, 100107109 19 201137785 may be discontinued by a record-end timestamp, in some specific examples, method 3 η η, B, product. Further, the detector is polled at any time for the measurement of the tip angle and/or the time of the sensation. s A sense, the heart detects the change of the tip angle. In the specific shot, the method 3 (9) can determine whether the accumulation time is included in the step 3U by the state. Therefore, the user behavior: the internal detection - the accompanying state at which the tip angle exceeds the critical threshold may include determining that the main motion event is tilted after the angle = the elapsed time is started at / (4) The protagonist is sure to detect the error of the action. The cumulative phase outside the movement may be erroneous (such as accidental activation (such as movement during transport), sensor error ❾ 3 〇〇 continue to step = no Γ is within the predetermined time range, then Method Machine Status 6. Otherwise 'Method_Return to Steps She wants to apply at step 316. The method, i method 300 includes transmitting a history* containing the behavior data to the server. In some embodiments, the information may include the elapsed time of the bottle exceeding the tip angle threshold and/or the bottle exceeding the tip: and: the elapsed time exceeding the force threshold. In a specific example, 'Method 3〇 〇 may include performing a delay timer in step ^ 乡 318 before returning to the standby state of step 3〇2. This may prevent the double-detection event from being recorded by the reward system and/or may be reduced by 100107109 201137785 Saves power from some transmission events of the sensor. In some specific examples, 'the bottle can use a sensor included in the bottle cap' to replace or confirm the angle and force described in Figure 3. Based on For example, Figure 4 illustrates a flow chart of another embodiment of a method for detecting a bottle dispensing action by a sensor coupled to a cap. In this example, An accelerometer is included in the cap sensor to determine the position of the cap relative to gravity, such as whether the lid has been flipped over or placed on its side, indicating that the bottle is ready for dispensing. 2, method 4 (8) includes maintaining the sensor in a standby state. In the step, the method 400 includes making a main motion event by removing the 彳贞 bottle cap. For example, in the ☆ specific example, when An accelerometer detects that when the cap is removed by the twisting and/or flipping motion, the processor of the sensor can be interrupted. In some specific financial, #remove the In the case of a cap, it can be triggered = ten o'clock. In another case or in addition, in some embodiments, the sensor can record a start time note when the cap is removed. In the middle, the square tastes a companion state. In /[species, when the cap is released, in another case or in addition, when the cap is put back here, the sensor, in the system, 'when this' is in the sense The device is configured to invite a bottle to be capped, "the stamp is taken. In the example, the user behavior is performed; the specific combination includes a cover removal action" - including determining whether the cover is placed back 100107109 21 201137785 At step 408 + 'method 400 includes, for example, the elapsed time from the elapsed time value of a timer or the difference between the start time stamp and the end time stamp. In a second embodiment, method 400 can include detecting a companion state in step 41 by determining if the accumulation time is within a predetermined time range. For example, the accumulated time outside of this time range may be removed due to errors (such as sporadic movements, long-term movements (such as movement during transport), sensor errors, etc.). If the accumulation time is within the predetermined time range, then method 400 continues to step 4U; otherwise, method 4 returns to the standby state of step 402. Accordingly, the determination that the user behavioral action is performed can include determining whether an elapsed time between the lid removal action and the lid reposition action is initiated within a predetermined time period after the primary motion event is made. In step 4! 2, method 400 includes transmitting a behavioral data to the servo H computing device. In the secret_+, this information can be used to remove the elapsed time from which the cap was removed from the bottle. In some embodiments, the force 4〇〇 may include performing a step-delay in the step 返回 before returning to the standby state of step 402. [This may prevent the behavior of the bonus system from recording the double_event and/or may be Reduce some of the transmission aids from the sensor to save power. " It will be appreciated that such a sensor is not limited to the above-described bottle dispensing example. For example, Figure 5 illustrates a sensor for using an accelerometer that includes an adapter that is effectively lightly attached to a dental floss 100107109 22 201137785. A flow chart of a specific example of a method for detecting a flossing action. In step 502, method 500 includes the sensor, a maintenance-standby state. In step 504, the method includes detecting - a primary motion event by detecting a change in the position of the dispenser (e.g., 'from a resting position to a used position). In another case, in some cases, the guess of the main event can be called from the effective field to the accelerometer of a roll of floss contained in the sub-configuration.嶋). As described above, in some specific examples, the detection of the primary motion event may be characterized by a force less than - a predetermined dropout force to distinguish an event (such as a drop event) that the primary event is expected to note. In -, when the main motion event (4) is measured, a Z-condition can be triggered or, in addition, in some embodiments, a B can record a start time war in another sensor. ~ When the cap is removed, 'In step 506, the method 500 includes detecting the accompanying state of the sign. A flossing event can be included - the line event is a portion of the dispenser that bites the floss - part of the schedule The bite; ^ is greater than one related to the impact of the user's behavior from some specific examples. The measure of the impact force (eg, the predetermined drop impact force) is less than the "first predetermined impulse" having a force less than a second predetermined impact force (eg, *M and Whether it is accompanied by the characteristics of the movement. A predetermined bite impact force) In some specific examples, the combination may include a plurality of additional accompanying states such as _100107109 V~~ private 23 201137785, which may be positive-positive. For example, in FIG. 5, the method 500 of the user's behavioral action includes determining the elapsed time of the specific shot' on the side of step 508, and detecting and accumulating the companion state at the time of the scheduled time. In 51G, 'measurement by compensating whether it should accumulate outside of this time range. For example, moving, long-term movement (such as during the delivery period is wrong (such as occasional movement = the user behavior action is performed may include a test or not) and the accompanying motion-like elapsed time is the start The main motion event (4) after the measurement - the predetermined time range _. In the example of Figure 5, if the accumulation time is within the predetermined time range, the method proceeds to step 512, otherwise, the method 5G0 returns to the step 5 〇 2 standby state. In some specific examples, the determination that the user behavior action is performed may include determining whether to start the accelerometer detection within a second predetermined time range after the first accompanying motion is detected. a second accompanying motion that is less than the first predetermined impact force. In the particular example illustrated in Figure 5, in step 512, method 500 includes determining if a change in position is detected within a second time range. 514, method 500 includes transmitting a message containing behavioral data to the sensor computing device. In some embodiments, the information can include a representation of when the user is using flossing. The time stamp. In some embodiments, the method 500 can include executing a delay timer in step 10051610 24 201137785, step 516, before returning to the standby state of step 5〇2. This can prevent the error from being recorded by the behavior trophy. Detecting events and/or saving power by reducing some of the transmission events from the sensing. As described above, in some embodiments, the detection of a companion state may be included in the event window π The detection, and, for any time = hold - activity - some of the behavior of the latter, in this repeated triggering the enchantment state, the use of the device information and the transmission of information in the use of long-term power life can be reported. Non-limiting examples of such activities by accelerometers include walking, jogging, gardening, cleaning, etc., but it will be appreciated that other activities can be made with suitable detectors. For example, an acoustic sensor can be used to monitor the exercise. The time spent on the instrument. - In such a case, a companion state can be a specific activity that maintains a predetermined time interval (within an acceptable tolerance fc) In such a specific example, the sensor may only track the effects of interruptions such as those generated by a motion event. If the activity stops before the specified time, the sensor will not transmit.  迗-Information; if the activity continues for the specified time and the user line is determined - for the action to be performed, in some embodiments, the sensor can transmit the user behavior that has been executed Single information. In another case, in some embodiments, the sensor can periodically transmit the total number of interruptions detected at predetermined time intervals such that the server computing device can determine whether the companion state is satisfied. Therefore, the sensor can be maintained in the standby state when the sensor reads data, performs measurement, and periodically transmits a message to the standby state when the user behavior is broken. There is a long time. By extending the sensor during this lower power standby state, the life of the power supply can be extended. Figure 6 is a flow diagram showing a specific example of a method 600 for detecting a continuation (within an acceptable tolerance range) motion using an accelerometer included in a sensor. As shown in FIG. 6, method 600 is performed with the sensor. However, it will be appreciated that portions of method 600 (such as detection of the accompanying state) may be performed by the server computing device. In step 602, the method 600 includes the sensor maintaining a standby state. In step 604, method 600 includes detecting a primary athletic event (such as a detected walk). In some embodiments, the detection of the primary event 6.4 may include determining that a detected event satisfies a configurable L-boundary state. For example, in a pedometer scenario, the detection of the primary event 604 can include detecting an excess of a configurable threshold force with an accelerometer. At step 606, method 600 includes initiating a time window timer. The time track D is counted down (or counted) to a predetermined time window value. The value of the time threshold value can be configured according to the activity, and can reflect the inactivity", as in the above pedometer instance, the time window value can be set to: 丄0 seconds, so that the front-step The step taken within 10 seconds is regarded as a delay, and only the tongue can provide (4) the opportunity of special traffic scales, and the inactivity is not regarded as the suspension of the activity. However, it will be appreciated that any suitable time window value can be used without departing from the scope of the disclosure. As described below, in the 100107109 26 201137785, the subsequent detected motion occurring within the day-to-day window causes the method_accumulates the time elapsed since the last side motion and resets the time window timer. Thus, the activity of the continuation or intermittent motion reproduced within the phase window causes the method 600 to continue to accumulate time. In step 608, method 600 includes determining if motion is detected within the time window. If the motion is detected within the time window, method 6 continues to step 612 where method_includes accumulating the elapsed time. For example, in some specific embodiments, method 600 can include adding an accumulator to the elapsed time between subsequent detected moves. In step 614, method 6 includes resetting the time window timer and returning to step 6-8. In some embodiments, step 608 can include, in step 61, determining if the auxiliary event state is detected within the time window and the auxiliary event can be detected by other implements included in the sensor. For example, in a context for tracking the time spent on an instrument practice, it can be detected by an acoustic sensor (eg, a microphone or a vibration sensor) that measures whether the instrument is actually being played. ―Auxiliary events. Furthermore, in such a specific example, the acoustic sensor can be configured to receive how the user properly performs the comparison of the detected frequency with the scale frequency (including the semitone, the semitone, and the full note). S, it can be defeated if the user seriously tries to practice the instrument. In the context of a time spent tracking the reading, the auxiliary event can be detected by a light sensor that is used to measure changes in the light pattern that may be caused by the user's action while reading the book. 100107109 27 201137785 If no motion is detected within the time window, then step 616 detects the companion state by determining if the accumulation time is continued at one = 600. For example, outside of this time range, the time range is wrong (such as accidental movement, long-term movement (such = cumulative time may move), sensor error, etc.) or because of a reward for a reward, such as during shipping (for example, no jogging has - when specified, the user is subscribed to the action is that the accumulation time is within the expected range, and is removed. If the crowbar / then the method 600 continues to step (10), the transmission 4 The information of the behavior data to the server 1 / one wide ten:: interest can include the elapsed time of the activity being tested: / or the total number of interruptions generated. If the accompanying state is not detected, then go to 6 〇〇 Return to the standby state of step 602 and transfer 4 - information. In addition or in another case, in some specific examples, method 6 〇〇 may be included in the return.  ^ Return to the standby mode of step 002 ^ Two execution of a delay timer in the step groceries. This prevents the line-recording error (4) from measuring events and/or money to save power by reducing some of the traffic events from the sensor. Although the above examples are related to (d) to (4) the sensor that performs the riding action is known, in some cases, (10) the measurement is performed partially or completely in the word processor. For example, in some embodiments, the 4 follow-up state can be determined from other aspects of the behavioral reward system. In one example, location information obtained from a media access control 100107109 28 201137785 bicycle address (MAC) address from various gateway computing devices used to receive information from a sensor attached to a user bicycle can be used. To measure the user by commuting. For example, Fig. 7 is a flow chart showing a specific example of a method for detecting a reward state from the _motion and position information. The example illustrated in Figure 7 depicts a method of chasing an example of a user commuting by bicycle. In the example of Figure 7, the sensor including the accelerometer is lightly connected to the user's bicycle. Method 7A includes the step of maintaining the standby state in step view. In step 7A4, method 7 includes detecting motion with the sensor. For example, in the case of some specific financials, when the thief bicycle is seized, a processor that interrupts to the sensing 1 § is generated. a spurs of the transmission - the first method 700 includes the transmission of 4 first operation from the sensor. In step 708, the ancient soil includes a first position of the first === detector received from the sensor. For example, the first location is measured by the MAC address of the first-throttle computing device that the server computes. The method 7〇0 includes determining a second position based on the sensor received from the sensor, and at step 712. The H position is difficult to change. When the stomach is used to reach the working place, the bicycle can transmit a second gateway operation device having a different MAC address. The new position of the sensing n is determined by the 1st service. If the sense has changed position, then method 700 proceeds to step 714. 100107109 29 201137785 In step 714, method 700 registers a reward status at the server computing device. If the lunch bag has not changed position, method 700 jumps to the standby state of step 702. In some embodiments, method 700 can include, in step 716, initiating a delay timer. This may prevent the behavioral reward system from recording an erroneous double detection event and/or may save power by reducing some transmission events from the sensor. In some embodiments, the behavioral reward system can be configured to distinguish between users interacting with a sensor such that a reward is provided to a particular user performing a particular user behavior. In some embodiments, the sensor can include a radio frequency identification (RFID) card reader, wherein the card reader is configured to read a user tag owned by a particular user The RFID tag is included such that when the user tag is within the transmission range of the radio of the RFID reader, the user identification information contained in the RFID tag is read. However, powering an RFID reader, even temporarily, may consume an undesired amount of power and shorten the life of the sensor. Thus, in some embodiments, both the user tag and the sensor include a magnetically activated switch (such as a reed switch and a Hall effect switch) configured to cause a user identification information to be transmitted to the The server computing device is such that the user identification information is used to correlate the behavioral data received from the wireless sensor with the identity of a particular user performing the user behavioral action 100107109 30 201137785. FIG. 8 is a flow chart showing a specific example of a method 800 for associating a user identity with a user behavior detected by a sensor. In step 802, method 8 is included in the user tag to detect the sensor, and the sensor detects the user tag. In some embodiments, a magnetic start switch included in the user tag detects a magnet included in the sensor, and a magnetic start switch included in the sensor detects The magnet contained in the user tag. In step 804, method 800 includes transmitting a user tag identification information from the sensor to the server computing device. The user tag identification information can include any suitable information. In the specific example shown in Fig. 8, the user tag identification information includes a sensor identifier. In step 806, method 800 includes transmitting a user identification information from the user tag to the server operating device. The user identification information can include any suitable information. In the specific example shown in Figure 8, the user identification information includes a user identifier associated with the particular user carrying the user tag. In step 808, method 800 includes transmitting, from the sensor, information indicative of performance of the user behavior to the server computing device. In the specific example shown in Figure 8, the performance information is configured to include the sensor identifier. In step 810, method 800 includes associating the user identity with the performance information if the user identification information and the user tag identification information are received within a predetermined time window. Since the user tag identification information and the user identification information can be simultaneously generated (within an acceptable tolerance range of 100107109 31 201137785), the server computing device can receive the user tag within a predetermined time window of each other. information. Thus, receipt of such information within the time window indicates that a particular user identification information should be associated with an additional user tag identification information. Additionally or in another case, in some embodiments, the servo The computing device may compare the time stamp included in the user identification information and the user tag identification information to determine whether the information is transmitted within the predetermined time window. Fig. 9 outlines a specific example of a user tag 13A and a sensor 1〇2. As shown in FIG. 9, the sensor 1A is an arithmetic device including a data storage subsystem 916 and a logic subsystem 904. The example sensor 102 shown in Figure 9 also includes an onboard power supply 91A and a wireless transmitter 9A8. The power source 9ι can be any suitable local power source (such as a battery, an energy harvesting device, a photovoltaic power source). Wireless transmitter 908 includes a wireless transmitter configured to wirelessly communicate with the word processor computing device via one or more of a regional wireless network, a cellular network, and a wireless internet connection. The wireless transmitter 908 is configured to transmit information only when the sensor 丨〇 2 is in an active state, in the case of the specific embodiment, when the sensor 1 〇 2 is in the standby state The power of the wireless transmitter 9〇8 can be cut off. The sensor 102 can also include a clock (not shown) that is configured to synchronize information transmitted by the money wireless transmitter. The specific example of the sensor 1 〇 2 shown in FIG. 9 includes a detector 902 that transmits a signal to the behavior sensing module 918 by using an event and 100107109 32 201137785. Non-limiting examples of detectors 902 include accelerometers, light sensors, acoustic sensors, pressure sensors, thermal sensors, and contact sensors. In some embodiments, sensor 102 can include a plurality of detectors 902 of any suitable type. The detector 902 is configured to generate an interrupt at the beginning of a detectable event. For example, in a specific example including an accelerometer, the accelerometer can be configured to generate an interrupt immediately upon detection of the beginning of a motion event. The detector 9〇2 can be configured to collect data at different rates depending on whether the sensor 1〇2 is in a standby state or an active state. For example, an accelerometer can be configured to sample motion data at a first rate (eg, iHz) in the standby state and to sample motion data at a rate of two (eg, he) in the state of the wire. The rate is greater than the first rate. Furthermore, it will be appreciated that it is possible to use a suitable pulse width modulation scheme between human samples. Configuring the debt detector (10) to collect data at a variable rate can save power used in the sensor 102. The behavior sensing module 918 is configured to receive signals (including interrupts and detector information) from the fingerprint detector 902, and generate and transmit the signals to the server computing device by the wireless transmitter 908. Information. If the user has performed the actor behavior, the behavior sensing module 91 executes the message. Such information may include behavioral data, ^ "transmitted detector information generated by the sputum (for example, - accelerometer included by the detector I collect the force of the vista, a thermal sensor Temperature data collected, etc.) ' Bu, in some specific examples, 100107109 33 201137785 The behavior data may include metadata (such as sensor identifier, user identifier and/or time stamp). Such information may Any suitable size and format. A non-limiting instance information includes 32-bit content (eg, behavioral data and meta-materials) and a 10-bit content with a 6-bit address and a 4-bit program component type. Header. It will be appreciated that such an error detection scheme can be used for such information. Such information can be transmitted immediately after generation and/or can be stored in the data retention subsystem 916 for later communication. For example, The data storage subsystem 916 can include a buffer configured to store a predetermined amount of information such that after a new message is generated, the sensor 1〇2 immediately transmits all of the stored information together The new information. After the receipt of the plurality of information, the word processor can immediately check the incoming information against the previously received information; buffering and retransmitting the information in this way can identify and/or correct missing or disordered The error introduced by the information. In some embodiments, the sensor 102 can include a user selectable switch 906 configured to cause the sensor 1 〇 2 to transmit information in response to the user selectable switch One of the user inputs 906. For example, the user can press a button included in the sensor 102 to transmit one or more messages. This can save power for the user to operate in a gateway or Allowing the user to evoke a transmission event while within the transmission range of the server computing device. In some embodiments, the sensor 102 can be configured to store the information until received on the user selectable switch 906. A user enters 100107109 34 201137785. This can also save power by blocking the transmission event when the sensor ι 2 is outside the transmission range. As shown in the specific example of 1 , the sensor 1 〇 2 can include an indicator 920 configured to alert the user of the activity at the sensor 102. For example, the indicator 920 can alert the user to the user behavior. The action has been detected, a message has been transmitted, or the power source is low. Although the description indicator 920 is an indicator light (such as an LED), it will be appreciated that any suitable indicator or combination of indicators can be used without Without departing from the scope of the disclosure, other non-limiting examples of indicator 920 include an audible indicator (such as a speaker) and a tactile indicator (such as a vibrator). As noted above, in some embodiments, sensor 1 可以 2 may It is configured to interact with the user's registry 130 such that a particular user can be associated with a detected user behavior. FIG. 9 schematically shows a specific example of a user tag 130. The user tag 13 includes a logic subsystem 950, a data storage subsystem 952, a wireless transmitter 954, a power source 956, and a finger. Each of the 962s 962 can be similar to the similar components described above with respect to the sensor 1〇2, but one or more can be configured differently. The specific example of the user tag 130 illustrated in FIG. 9 also includes a magnetic start switch 958 and a magnet 960. The magnetic activation switch (4) of the user is configured to be a magnetic field for the magnet 9 i 4 of the side sensor i 〇 2 . Similarly, the magnetic activation switch 912 of the sensor 102 is configured to detect the magnetic field of the magnet 960 of the user tag ί30. Magnetic start switches 912 and 958 may include suitable 100107109 35 201137785 reed switches and Hall effect switches configured to enable user identification and user tag identification information to be communicated to the server computing device such that The behavioral data received from the sensor 102 is associated with user identification information received from the user tag 130 and, thus, with the identity of a particular user having a particular user behavioral action. In some embodiments, the user tag 130 and/or the sensor 102 can be configured to appropriately indicate via the indicators 920 and/or 962 that the detection event has occurred to notify the user of the user tag. 130 and sensor 102 have identified each other. In some embodiments, sensor 1〇2 can include a radio frequency identification (RFID) card reader (not shown). The RFID card reader can read an RFID tag (not shown) included in the user tag 130 such that the sensor 102 can read and transmit the RFID tag along with a detected user behavior. The user identification information encoded in the computer so that the server computing device can attribute the user behavior action to the user. The sensor 102 can be fabricated in any suitable manner. For example, Figure 1 is a specific example of a sensor 1 2 fabricated on a flexible substrate 1006 (such as a polyimide substrate) by lithography. The elastic substrate 1〇〇6 is configured to support various components of the sensor 1〇2, including an antenna 1〇〇2, a wireless transmitter 908, a logic subsystem 9〇4, a detector 9〇2, and a power supply. 91〇 and user selectable switch 906^ The various components of sensor 1〇2 can be interconnected by a suitable resilient interconnect 1004 (showing such as a flexible copper interconnect with a thin line). In the specific example shown in FIG. 10, the power source 91 is configured to be 100107109 36 201137785 connected to the elastic substrate pain-elastic battery via the elastic lead 1GG8, so that the power supply 9(1) can be folded in the package_ against the elastic substrate . The sensor 102 can be packaged for use in any suitable manner. For example, FIG. 11 depicts an example of an example of a sticker 1100 including a sensor 1(2) packaged in a hermetically sealed housing 11G2 and including - disposed on an outer surface of the elastomeric housing 11G2. The adhesive layer adhesive layer 1104 is configured to bond the elastic outer casing 11〇2 to an object, wherein the user can interact with the object when performing the user behavioral action. For example, the sticker 1100 can be a swelled "type sticker" having a ridge-up housing package sensor 102 and having an adhesive on a surface. One non-limiting example of the sticker u (9) is about 40 mm high x 2 mm deep x 28 mm wide. In some examples, the 'sticker Π 00 can have a shape and color that is configured to cater to the user's shape. In some non-limiting examples, a sensor sticker that is configured to adhere to a child's toothpaste tube can be formed and colored. So that the sensor sticker is like a giraffe, crocodile or bunny. It will be appreciated that the sensor 102 is not limited to the sticker package described in Figure π. For example, Figure 12 shows a credit card including the sensor 1〇2. An exploded view of a specific example of the type of device 12A. As shown in FIG. 12, the sensor 1〇2 can be sealed between the layers 1202 and 1204 for defining the credit card type device 1200, which is used in the pedometer type application. It is convenient for the user. In some specific examples, the information about the user can be stored in the tape 1206. Again, although some of the sensors described herein are independent sensors, but in ~ 100107109 37 201 137785 In some embodiments, the sensor 102 can be integrated with another device (eg, a home temperature control station, an automated electronic control system, a toothbrush, a floss dispenser, a vial, a vitamin or beverage bottle, a toy, etc.). As described above, once a user action action is detected by the sensor, the server computing device provides an offer to the user. Figures 13A and 13B illustrate a specific method 1300 for positively enhancing user behavior. For example, the method 1300 can be performed with any suitable hardware, such as the hardware described and illustrated herein. The method 1300 includes receiving a behavioral material from a sensor in step 13A2. The detector is configured to sense a user's behavioral action. In step 1304, method 13(9) includes assigning a score to the behavioral data. Using the score's behavioral system and 7 or the offeror can adapt the offer The detected behavior. For example, some behavioral actions can be scored as high-action scores and can be more attractive (4). The score can be assigned in any suitable way. The score can be assigned according to a user configurable algorithm; for example, 兮p can configure the score to be read with the behavior; in some specific cases (4)

ST:: The offeror can provide the behavior of the behavioral reward system to be converted into a score. For example, in the context of the M 100107109 38 201137785 commuting system being detected and scored, a score algorithm can be based on the number of miles traveled by the user by bicycle, based on the amount of fuel the user does not drive. / or generate a score based on the duration of the user's heartbeat rate during a commute that exceeds a predetermined threshold. • In step 1308, method 1300 includes updating the scores with the scores. Therefore, the behavior reward system can accumulate and track scores from the user's behavioral activities. This can provide a convenient way for the user to keep track of the user's progress without having to manually record the user's progress. In step 1310, method 1300 includes evaluating the score. In some embodiments, evaluating the score can include assigning a m〇netary value to the score. In some specific examples, the score can be arbitrarily evaluated. For example, examples of brushing and flossing can be assigned to a pre-configured monetary value. In another case, in some specific cases, the score on the value of the debt-tested behavior can be evaluated. For example, the score for commuting by bicycle can be assigned to a value corresponding to fuel savings. The evaluation of the score 131 can be included in step 1312: A. The value of the knife 彳 3 value is updated to the value balance. Therefore, the user can accumulate the value in the account according to the performance of the behavior of the action. This can reward the user to continue to perform the behavior, and thus may reduce the chance for the user to return to the old habit. In step 1314 The method includes providing - to be delivered to the user to be scooped - the offeror provides the offer, in order to return to be acted upon. 100107109 39 201137785 1 tt tt material 'This material is expected to be (10) in _ and (4) as behavior currency Discounts ^ Approximate offers, including merchandise or Pulse H awards and / or ° promotions and / or contest awards and bonus offers. The following makeup - appropriate offer - (4) Μ (4). (d) In some specific cases, the offeror can Generating the offer: Medium: The offer provided at step 1314 may be included in the step-by-step to the offeror. The information may include one or more of the score, the score 16 and the portion of the data or any other Appropriate: store such as 'user identifier' timestamp, data stamp, etc.), where the sample is about time, the expected party can make (4) information. In this case, ^produce & for the offer 1314 who a Feng a 4jl ▲ In the example, 兮 兮 W ” 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 In addition or in another-track, in some specific examples, the algorithm or condition provided by the offeror is taken in the offer. Nasal Device Generation In some specific instances, the offer may be appropriate to act on such detected behavior. For example, in some embodiments, providing the device can include providing an offer in (IV) 132〇 configured to facilitate the act 1314. Thus, in the context, if the user has a predetermined distance by bicycle, then the user's (four) bicycle trip can provide the bicycle retailer with free or discounted bicycle repair or bicycle supply. In another scenario, a bicycle enthusiast organization may provide the user with the opportunity to participate in organizing bicycle riding activities or to record and display the user's bicycle riding activities on the celebrity list 100107109 40 201137785, which is recorded as an encouragement (4) and/or The way other people participate in future cycling activities. In the sensed behavioral system _ oral hygiene activities (for example, flossing and brushing, etc.), if the user uses flossing and brushing two (four) per day, the manufacturer's dental material can provide The future clinic for discounts. While the above offer may also be related to promotions, it will be appreciated that any suitable system configured to promote the bank's work can be used without departing from the scope of the present disclosure. Age, the system can (4) be used for interactive A-rid, special snoring, organization or online interactive community to give the user identity. In some specific examples, providing an offer in step 1314 can include making an offer in step 1322 for the currency and/or (4) in place of the deposit-user behavior bonus account. In some specific cases, the offeror may offer to deposit money into the user's personal account (cutting deposit, secret account or equity account) in response to the _behavior activity. For example, the employer may choose to share the user's health insurance premium for the user's health U-type and/or share the parking fee and/or transit_reduction of the user's commute selection as a reward user. The method of bicycle riding behavior. In the case of the case, the user's employer can make an appointment to deposit money – so that the bicycle is fixed. Although the flight situation is mainly cash (4), it will be perceived that 'the right card reward can also be used. For example, the offeror may provide a gift certificate or other deposit; the card. The user responds to the user's behavior, and may (4) give miles _ 100107109 201137785 frequent miles account, LV ^ Λ day user behavior, etc. Wait. Providing the offer may include a gambling reward for the action in the step-by-step test. For example, the offer may be a promotion generated by the user's behavioral actions. As described above, a self =: to provide a discount or service in a bicycle-related commodity to respond to == behavioral action. When the user's current toothpaste tube is empty, provide a discount to the rider, or =i, the person who is in the activity of the new σ cavity hygiene product free ^ ' > Appropriate __ includes coupons 'cost reduction samples and discounts or other suitable reward tokens. In some fine materials, the offer is provided by the 1314Tj^ in the step (10) to provide the charity touch age to the user. Good donation (4) Any suitable way to implement. For example, in some specific examples, the offeror may be a charity, and in some other specific examples, the offeror may: - the user loses the opportunity - the individual charity entity. Moreover, in some specific examples, the offeror may provide an opportunity for the user to represent the offeror itself. For example, in the context of the offeror being the employer of the user, the employer may provide an opportunity for the selected charity to receive a donation from the employer in response to the performance of the user's behavior. Turning to Figure 13B, the method 1300 includes, by step 1328, from * to the user, the offer is configured to be displayed in a party computing presentation, and the user can access a party computing device (the - 100107109 42 201137785 The user interface displayed on the phone, laptop or kiosk so that the user can access the user's behavior reward account and/or via the user's face displayed on the party computing device. The stored value card and the interaction with the 此 can provide the user with the ability to easily track the user's behavior activities. The machine 0 selects the user's interest in accepting the offer and realizes that the user has been authenticated by the system behavior award system. The benefits of accepting the offer. In some embodiments, the step 1328 of transmitting the offer to the user can include, in step 1330, transmitting a plurality of offers to the user, the offers being provided by one or more offerors. Thus, the user can choose to accept one or more offers from one or more offerors. In step 1332, method 13 includes receiving an offer selection from the user and, in step 1334, transmitting the offer selection to a particular offeror associated with the user selected offer. Therefore, in an example, the user can conveniently complete a coupon offer from a manufacturer and a user selection of a free music download offer from a retailer from the user interface, and the server computing device To centrally manage this user selection. This allows the user to avoid unpleasant experiences being bombarded by individual emails and webpages from several sources. In some embodiments, the central management of the offers and the offer selections may provide a basis for developing a user's brief reflection of the user's interests. If the user chooses to share the user profile with the offeror, the offeror can customize the offer for the user's interest. 100107109 43 201137785 As described above, in some embodiments, the user may accumulate scores and/or score values over time according to the detected behavior of the user, so that the user can track the behavior of the user, and So that users can be encouraged to continue a specific behavior in the future. In part of these specific examples, the user's account can act as a clearinghouse for the exchange of prize points and/or point value for prize opportunities. Thus, in some embodiments, the offeror can provide an offer to the user to respond to the user's behavioral actions, as well as the cumulative score and/or score value of the user. For example, an offeror may provide an offer of credit to a user on an e-commerce platform or an online retailer (which may be the platform of the offeror's own platform or may be a different platform) as a cumulative reward point or reward for the user. The exchange of one part of the income. In such a specific example, the user's account can be updated in response to the user's offer selection. Thus, in some embodiments, method 1300 can include, in step 1336, updating the score balance to reflect the offer selection, and/or, in step 1338, updating the value balance to reflect the offer selection. For example, in some specific examples, the underwriting price associated with the offer selection may be deducted from the value balance. As noted above, the various computing devices described herein include suitable logic and data storage subsystems. In some embodiments, the computing devices can also include suitable computer readable media and display subsystems. A suitable logic subsystem can include one or more physical devices configured to execute one or more instructions. For example, the logic subsystem can be configured to execute one or more of the components of the application software, services, programs, routines, libraries, objects, components, data structures, or other logical concepts for use with 100107109 44 201137785. Instruction ° W Shi's instruction 1 performs work, implements data _, changes one or more. The status of the device or the achievement - the desired result. The fragmentation subsystem can include one or more of the software instructions configured to execute, or in addition to, or in addition to, the logic item can include one or more configured to execute the (four) body or the body instruction The processor of the logic subsystem may be a single core or multiple cores, and the program executed thereon may be (4) placed for parallel or decentralized processing. The logic subsystem can optionally include individual components distributed across two or more devices' which can be located remotely and/or configured for coordinated processing. One or more of the logical subsystems can be virtualized and executed by a remotely accessible network computing device configured in a cloud computing configuration. The billet storage subsystem may include one or more physical non-transitory devices configured to hold data and/or instructions executable by the logic subsystem to implement the methods described herein. Methods and procedures. When such a method of wire is implemented, the state of the (4) storage subsystem can be changed (e.g., to store different data). The data storage subsystem can include removable computer readable media and/or built-in devices. The data storage subtitle may include, inter alia, optical memory (eg, CD, DVD, HD-DVD, Blu-Ray Disc, ϋJ cattle conductor memory devices (eg, RAM, EPROM, EEPR0M, etc.) and/or bite a 11 has been hidden 100107109 45 201137785 (such as 'hard disk drive, floppy disk drive, tape drive, MRAM, etc.). The removable power month ® readable media can especially include CD DvD, HD_DVD, Biu Ray Disc, EEPROM and/or floppy disk. The data storage subsystem may include one or more of the following features: volatile, non-volatile, dynamic, static, read/write, read-only two random access, Sequential access, location, file, and content can be URL. In some specific examples, the logic subsystem and the data storage subsystem can be integrated into one or more common devices (eg, a specific application) Integral circuits or - single-chip systems. It will be appreciated that the data storage subsystem described herein includes one or more physical non-transitory devices. In contrast, in some specific examples, by The physical device is saved for at least a limited duration A pure signal (eg, 'an electromagnetic signal...an optical signal, etc.) propagates the aspect of the instructions described herein in a short-lived manner. Further, the data can be transmitted by - purely and/or belongs to the disclosure. Other forms of information. The term "module" may be used to describe the various computing devices described herein for performing one or more of the features. In some embodiments, the data may be saved and executed. The logic subsystem of the instruction saved by the subsystem exemplifies such a module. It will be understood that the modules of the column can be exemplified from the same application software, service, bat code, application programming interface, etc. The same module is illustrated by different application software, services, coding, stylized interface, etc. The term module includes individual or array executable 100107109 46 201137785 line slot case, data slot case, call library, driver , script (scdp) program, database record, etc. f contains the display sub-secret, then you can make the _ display secret to present the visual surface of the data stored by the data. The method and the financial reform described in the above (4) When the data storage subsystem is stored (4), the state of the display subsystem can be changed ii to visually indicate the change of the underlying data. The system may include - or a plurality of display devices that visually use any type of technology. Such a device may be combined with the logic subsystem and/or the data storage subsystem in a common package, or such The display cleavage may be a peripheral display device. It will be appreciated that the configurations and/or methods described herein are exemplary in nature and that these particular examples or examples should not be considered as limiting, as many variations (4). The illustrated mop line method can represent one or more of any number of processing strategies. As such, the various actions described may be performed in the sequence described, in other sequences, in parallel, or in a singular manner. Likewise, the order of the above procedures can be changed. The subject matter of the disclosure includes all novel and non-obvious combinations and sub-combinations of the various procedures, systems and arrangements and other features, functions, and/or features disclosed herein, and any and all equivalents thereof. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 outlines a specific example of a behavioral reward system. Fig. 2 is a flow chart showing a specific example of a method for detecting user behavior by using a wireless sensorless device to detect user behavior 100107109 47 201137785. Figure 3 is a flow chart showing a specific example of a method of detecting a bottle dispensing action using a wireless sensor. Figure 4 is a flow chart showing another embodiment of a method of detecting a bottle dispensing action using a wireless sensor. Figure 5 is a flow chart showing a specific example of a method for detecting a flossing operation using a wireless sensor. Figure 6 is a flow chart showing a specific example of a method for detecting a continuation motion using a wireless sensor including an accelerometer. Fig. 7 is a flow chart showing a specific example of a method for making a user behavior from a motion and position information. Fig. 8 is a flow chart showing a specific example of a method for associating a user's identity with a user's behavioral action of sensing (4). Figure 9 shows the diagram for the diagram! A specific example of a sensor of the behavior reward system and a specific example of a user label. Figure 10 is a schematic diagram showing another specific example of a behavioral reward system for use in Figure 1 including an elastic substrate and a resiliently powered sensor. Fig. 11 outlines a specific example of a sticker type sensor used in the behavior bonus system of Fig. 1. Fig. 12 outlines a specific example of a credit card type sensor used in the behavior bonus system of Fig. 1. Figure 13A is a portion of a flow diagram illustrating a specific example of a method for characterizing user behavior based on behavioral action data received from the sensor. Figure 13B shows another part of the flow chart of Figure 13A. [Main component symbol description] 100 behavior reward system 102 sensor 104 gateway arithmetic device 106 server arithmetic device 108 logic subsystem 110 data storage subsystem 112 action reward module 114 computer readable medium 116 party computing device 118 display Subsystem 120 Logic Subsystem 121 User Interface 122 Data Storage Subsystem 124 Computer Readable Media 126 Offeror 128 Network 130 User Tag 902 Detector 904 Logic Subsystem 100107109 49 User Selectable Switch Wireless Transmitter Power supply magnetic start switch magnet data storage subsystem behavior sensing module indicator logic subsystem data storage subsystem wireless transmitter power magnetic start switch magnet indicator antenna elastic interconnect elastic substrate elastic lead sticker elastic shell adhesive layer 50 201137785 1200 credit card type device 1202 layer 1204 layer 1206 tape 100107109 51

Claims (1)

201137785 VII. Patent application scope: 1. A wireless sensor configured to detect a user behavior, comprising: a power source; an accelerometer; a transmitter; and a data storage subsystem configured to For storing instructions, the instructions may be executed by a logic subsystem: causing the wireless sensor to transition from a standby state to an active state to respond to the accelerator detecting a start of a motion event when the wireless sensor is In the active state, determining whether the accelerometer information received from the accelerometer indicates that the motion event is the user behavior action, and if the motion event is determined to be the user behavior action, causing the transmitter to transmit Behavioral data associated with user behavioral actions. 2. The wireless sensor of claim 1, wherein the standby state corresponds to a lower power state than the active state. 3. The wireless sensor of claim 2, wherein the accelerometer is configured to sample motion data at the first rate in the standby state, and wherein the accelerometer is configured to The active state samples motion data at a second rate that is greater than the first rate. 4. The wireless sensor of claim 2, wherein the wireless sensor 100107109 52 201137785 'r is set-up. If another motion event is not detected within a predetermined time interval, then the standby is entered again. status. 5. The wireless sensor&apos; wherein the accelerometer generates an &apos;interruption&apos;, in response to the patent claim, in response to the beginning of the event. 6. The wireless sensor of claim 1, wherein the data storage subsystem is configured to store a plurality of user behavioral behaviors for single information transmission. 7. The wireless sensor of claim 1, further comprising a user selectable control device configured to cause the wireless sensor to transmit the behavioral data in response to the user selectable control User input received by the device. 8. The wireless sensor of claim 1, wherein the power source comprises an elastic lithium battery and is operatively coupled to an elastic substrate configured to support the accelerometer. 9. The wireless sensor of claim 8, wherein the elastic substrate is encapsulated in a resilient outer casing, wherein the outer surface of the elastic outer casing includes a configuration for bonding the elastic outer casing to an object. An adhesive layer, wherein the user interacts with the object when performing the user behavior. 10. A behavioral reward system configured to positively enhance user behavior based on a user behavior performed by a user, the behavior reward system comprising: a wireless sensor configured to transmit a response In the wireless sensor 100107109. 53 201137785 included in the accelerometer generated by the interrupt generated by the spit and the king's behavior data to save the instructions of the data to protect the server computing device, including a configuration for use, storage subsystem The instructions may be executed by a logic, save indicator. Determine whether the behavior data indicates the user ~ * if the behavior data indicates that the user lever 2 is executed for the action; and the reward offer is given to the user. , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , 12. If the patent application scope is the first item, ρ4 is the reward system', wherein the behavior includes the power generated by the accelerometer. 13. If the patent application scope is the first item, the horse reward system is further included. a user of a particular user (four) is configured to interact with the wireless sensor to enable user identification information to be transmitted to the server computing device, the instructions being further executable Using the user identification information to associate behavioral data received from the wireless sensor with the particular user. 14. The behavior reward system of claim 13, wherein the user tag comprises a transmitter and a magnetic activation switch, the magnetic activation relationship configured to cause the transmitter to transmit the user identification information to Respond to interaction with a magnet contained in the wireless sensor. 15. A method of detecting a user behavior in a wireless sensor'. The wireless sensor is configured to be operatively coupled to an object, wherein when the user performs the operation of the 100107109 54 201137785 ' The user interacts with the object, the method includes detecting a primary event; detecting a companion state; detecting whether the combination of the primary event and the accompanying state indicates that the behavioral action is performed; and 'And. Table τ The user behavior action is executed: Capital (4) and _ (10) Event generation behavior The behavior data is transmitted to the _server computing device. 16. The method of claim 15, wherein the (four) event packet motion event is included in the wireless sensor. The main η detected by 疋彳. As in the method of claim 16 of the patent scope, the main moving parts of the wire are required to be transferred to and including the user behavior. </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> <RTIgt; Information 19. The method of claim 18, Longzhong T,,,, body. The system is configured to be effectively coupled to the bottle, such that the bribe of the wireless sensor accompanying the sporting event is more than one end angle: 如果 if the user behavior action is performed. The method of claim 19, wherein the determination includes if the elapsed time during which the tip angle exceeds the critical tip angle is initiated at the primary motion event. In one of the predetermined time ranges after the measurement, it is determined that the user behavior action is performed. 21. The method of claim 20, wherein the behavioral data includes an elapsed time during which the tip angle exceeds the critical tip angle. 22. The method of claim 18, wherein the wireless sensor is configured to be operatively coupled to a cap, and wherein the determining comprises removing the cover and removing the cover if the combination includes a cover removal action In the action, it is determined that the user behavior action is performed. 23. The method of claim 22, wherein the determining comprises, if the elapsed time between the cover removal action and the cover release action is within a predetermined time range from the detection of the primary motion event Then, it is determined that the user behavior action is performed. 24. The method of claim 23, wherein the behavioral data includes the elapsed time. 25. The method of claim 18, wherein the determining comprises if the primary athletic event is characterized by a force being less than a first predetermined impact force and if the accompanying motion is characterized by a force greater than a second predetermined impact Force, then determine that the user behavior action is performed. 26. The method of claim 25, wherein the determining comprises if the elapsed time between the primary athletic event and the accompanying motion is within a predetermined time range after the primary 100107109 56 201137785 motion event is detected Then, it is determined that the user behavior action is performed. 27. The method of claim 26, wherein the accompanying motion is a first accompanying motion, and wherein the determining includes a second predetermined if the first accompanying motion is detected by the accelerometer The second accompanying motion less than the first predetermined impact force is detected in the time range, and the user behavior action is determined to be performed. 28. The method of claim 27, wherein the article comprises a floss dispenser, wherein the primary motion event is characterized by a change in position of the floss distribution from a rest position to a use position, and The first accompanying motion is characterized by a flossing event. 100107109 57