LIGHTER AND METHOD FOR MONITORING SMOKING BEHAVIOR
A lighter and a method for monitoring smoking behavior include a lighter having a housing and a lockable lighting element secured to the housing. A smoking reduction plan includes smoking reduction goals specific to the user of the lighter, such as a maximum number of daily cigarettes, and a time interval between cigarette smoking events. The user operates a trigger to activate the lighting element to light a cigarette. When the lighting element is activated for a sufficient duration of time, the lighter records a smoking event. A microprocessor is configured for controlling the operation of the lighting element. When the elapsed time since the most recent smoking event is less than the target smoking interval, or when a user has reached the maximum daily cigarette limit, the microprocessor may optionally render the lighting element inoperable.
This application is related to and claims priority to earlier filed U.S. provisional patent application 61/958,009, filed Jul. 18, 2013, the entire contents thereof is incorporated herein by reference.
BACKGROUND OF THE INVENTIONThe present invention relates to lighters for cigars, cigarettes, and other similar products. More specifically, the present invention relates to a device and method for enabling a user to follow a smoking plan, such as a plan for the reduction of the amount of smoking by the user.
SUMMARY OF THE INVENTIONThe instant invention provides a lighter that allows a user to light a cigarette, monitor the user's smoking behavior, compare the user's behavior to a smoking reduction plan, notify the user of the user's progress, and prevent the user from activating the lighter to light a cigarette when the user deviates from the smoking reduction plan.
Generally, a smoking event is an instance in which a user smokes a smokable product, such as cigarette or a cigar, for example. The present invention is related to the smoking of any type of smokable product and can be used in connection with smoking any of such smokable products. The present invention has particular application in use with the smoking of cigarettes. For ease of discussion and illustration, the present invention will be shown in connection with the use of the smoking of cigarettes but is not intended in any way to be limited thereto.
By way of background, a user who lights ten cigarettes in a day would have ten smoking events in that day. The user's smoking behavior consists of smoking events that can be tallied on an hourly, daily, weekly, monthly, or annual basis. Over the course of time, a user's smoking habits may vary by hour, day, etc.
The present invention facilitates limitation and reduction of smoking events, thereby helping them reduce or stop smoking completely. A user can seek to modify these smoking habits by using the lighter and method of the present invention to set aspirational goals and fixed limits. The limits may include a maximum number of smoking events per day, week etc. The limits may also include a target smoking interval, which is a fixed amount of time between smoking events, 3rd party authorizations, delay on lighting, and location based limitations.
While the description herein refers to a lighter for a cigarette, the lighter of the present invention can be used for a cigarette, a cigar, or another similar smokable product that a user would use with the assistance of a lighter. The lighter and method of the present invention are particularly useful with habit-forming smoking products, because the present invention helps a user achieve the user's goals of smoking reduction or cessation.
In general, the lighter of the present invention has a housing or main body that supports a lighting element. When the user is ready to smoke a cigarette, the user engages a trigger to activate the lighting element. In the exemplary embodiment, the trigger is a slider or button secured to the housing and electrically connected to a microprocessor, which is connected to the lighting element. The microprocessor can control the lighting element. To support a user's goals of smoking reduction or cessation, the microprocessor can automatically prevent the user from activating the lighting element, as discussed in more detail below.
The lighter and method of the present invention allow a user to set goals for smoking reduction, to automatically keep track of the user's smoking patterns, to encourage the user to continue to follow the smoking reduction plan, to prevent the user from smoking too many cigarettes in a given time period, gain 3rd party authorization, smoke in certain locations, and to force a user to wait a certain amount of time between smoking two cigarettes.
To allow the lighter to connect to a peripheral device, the preferred embodiment of the lighter includes a USB port and/or a Bluetooth port secured to the housing and in electrical communication with the microprocessor. This enables the lighter of the present invention to communicate with another computer device in a wired or wireless fashion. To allow a user to recharge the lighter, a power port is secured to the housing and in electrical communication with the microprocessor and/or battery. The battery is secured to the housing and allows the lighter to be carried in the user's pocket. The battery powers all of the components on the lighter by either direct or indirect electrical connection from the battery to the respective component.
The lighter monitors the user's smoking behavior by sensing the activation of the lighting element and then storage that event as data in a computer storage device in the lighter. For this purpose, a sensor is secured to the housing and is in electrical communication with the microprocessor. The sensor is operable to identify a smoking event when the lighting element is activated for a duration of time that is longer than a set lighting event threshold or a certain amount of time has passed between smoking events.
Once a smoking event has been identified by the sensor, the microprocessor records a time stamp and performs calculations such as; monitors the amount of time elapsed since that smoking event. The microprocessor will then prevent the lighting element from being activated until the elapsed time has reached a target smoking interval set by the user. This forces the user to space out smoking events.
The lighter preferably has a display secured to the housing for communicating information to the user. The display shows a trend of the user's smoking habits of a period of days, weeks, months, and the like. The display can show the elapsed time since the last smoking event, the target interval, the remaining time until the next permissible smoking event, the number of cigarettes smoked in a given period, the money saved from the user's actual smoking reduction performance compared to their previous smoking habits, and other information.
An alert device is secured to the housing and electrically connected to the microprocessor for notifying the user of information associated with the smoking reduction plan and the user's respective performance. The alert device can be a speaker, a motor that causes the housing to vibrate, a visual alarm, or any other type of alarm.
A memory data storage component is secured within the housing and is connected to the microprocessor. The memory component is capable of storing data related to smoking events and smoking reduction performance of the user.
The present invention also provides a method of monitoring a user's smoking behavior. The method preferably enforces personalized smoking reduction goals that are identified by a user.
The method generally employs a lighter such as the one described above. The user selects or defines a smoking reduction plan. The lighter records a smoking event, along with smoking event data such as the date and time of the smoking event. This may be carried out by a UNIX timestamp or other method known in the art. The smoking event data is stored in the memory component, and can be transmitted to another electronic device, such as a cell phone, computer, or a cloud storage service. Smoking behavior is monitored, and the lighting element will not activate, if desired by the user, when the user deviates from the smoking reduction plan, for example, as discussed above.
The lighter can be provided with a set of smoking reduction plan templates from which the user can select a plan that is most suitable to the user. Then the user can modify that plan to more closely suit the user's current habits and desired goals.
The method preferably includes motivational statements that are displayed to the user when the user achieves goals, is in compliance, or deviates with the smoking reduction plan.
Accordingly, among the objects of the instant invention are: the provision of a lighter and a method for monitoring a user's smoking behavior; the provision of a lighter and a method for enforcing a user's smoking reduction goals; the provision of a lighter and a method that will not allow a user to operate the lighter to light a cigarette when the user has not met certain conditions of the smoking reduction plan; and a lighter and a method that motivate a user to achieve the user's smoking reduction goals. Other objects, features and advantages of the invention shall become apparent as the description thereof proceeds when considered in connection with the accompanying illustrative drawings.
The novel features that are characteristic of the present invention are set forth in the appended claims. However, the invention's preferred embodiments, together with further objects and attendant advantages, will be best understood by reference to the following detailed description taken in connection with the accompanying Figures in which:
Referring now to the drawings, the lighter of the instant invention is illustrated and generally indicated at 10 in
The lighter 10 and method of the present invention facilitates a user's adherence to a smoking reduction or cessation plan. The lighter 10 and method identify each time the user uses the lighter 10 to light a cigarette, tracks and records the user's smoking behavior, and helps prevents the user from deviating from the smoking reduction or cessation plan.
The rechargeable, flameless lighter 10 includes an embedded microprocessor 200 and storage component 202, shown in
The lighter 10 has a visual display 22 on its front surface to give real-time feedback on smoking behavior, including the number of cigarettes a user has smoked in a day, the number of cigarettes the user is permitted to smoke per day, and the time remaining until the user can smoke the next cigarette.
While all of the components of such a mobile computing device are not discussed in detail herein, a person of ordinary skill in the art would understand such components. In sum, the lighter 10 of the present invention includes all of the components and features of a mobile computing device in order to carry out the method of the present invention.
In the preferred embodiment, the lighter 10 includes a trigger switch 19, such as in the form of a button, as shown, to activate a heating coil element. Any other type of actuation element, such as a slider or switch, may be used instead to suit the type of lighting element used. The lighter 10 can be operated to notify a user to have cigarette at a designated time through the use of and alert device, such as a noise indicator, motor vibration, and/or visual indicator. The data recorded on the lighter 10 can be synced to a computer, tablet, or smartphone through USB, power port or Bluetooth for monitoring of longer-term smoking behavior on a proprietary, standalone backend website and/or smartphone application. The transmission, reception and syncing of data between two computing devices is so well known in the art it need not be discussed in detail herein.
The exemplary embodiment of the lighter 10 of the present invention is shown in
The lighter is preferably powered by a rechargeable battery 208, for example by a lithium polymer battery. In some embodiments, a user can connect a cable (not shown) from a power source (not shown) to the device to recharge the battery. Alternatively, the battery 208 may be replaceable after it runs out. The lighter 10 can also be connected to other devices.
The lighting element 16 is preferably a heating coil element but can be any type of element that can be used to ignite a smokable device yet the activation of which can be controlled by the microprocessor 200. The heating coil 16 is preferably a resistance coil made of nichrome wire. When sufficient current passes through the heating coil, it heats to a temperature that can light a cigarette when the heating coil contacts the cigarette.
When a user is ready to light a cigarette, the user moves the lid to the open position, engages a trigger 19, which can be a button or a sliding switch. The trigger 19 then sends a signal through a microprocessor 200 to the lighting element 16, causing an electric current to flow through the lighting element 16. The user then brings the lighting element 16 into contact with a cigarette to light it. As described below, the microprocessor 200 can prevent the user from activating the lighting element 16 when the user deviates from the smoking reduction plan. In that case, the microprocessor 200 denies electrical flow to the heating coil so it cannot be used to light a cigarette.
When the trigger 19 is a sliding switch, the user slides the switch 19 up and holds it there to activate the lighting element 16. The slider 19 slides off automatically after use.
In some embodiments, the lighter 10 includes electronic debounce protection in order to prevent recording multiple events and from unintended lighting events. In some embodiments, the lighter 10 may include a safety lock button that can be pushed down to lock the lighter actuator (such as a button, switch or slider) in place.
A sensor is secured to the housing 11 and is in electrical communication with the microprocessor 200. The sensor 210 identifies a smoking event when the lighting element is activated for a time duration that exceeds a lighting event threshold. The lighting event threshold is preferably in the range of 1 to 4 seconds, and more preferably between 1.5 and 2.5 seconds. In the exemplary embodiment, the threshold is 2 seconds. At durations less than the threshold, a smoking event is not recorded, ensuring accurate data collection. If the heating coil 16 is reactivated within a short period of time (e.g. within three minutes) after the initial lighting event, the event is preferably not counted as an additional smoking event, because the smoker is likely attempting to relight their own cigarette or sharing the lighter 10 with other smokers. Thus, such an event is not indicative of a true smoking event and, therefore, should not be counted as such.
The lighter records information about each smoking event that is identified by the sensor 210. Data corresponding to smoking events and the user's smoking reduction plan can be stored in memory 202 on a computer readable storage medium, as described above. The memory component 202 is in electrical communication with the processor 200. Recorded information includes, for example, a time corresponding to a smoking event, a date corresponding to a smoking event, a target limit of cigarettes to be smoked in a day, a number of cigarettes smoked in a day, a time since a most recent smoking event, and a time until a next smoking event. Location data regarding the smoking event is preferably stored in a smartphone application itself or within memory 202 in the lighter device. Additionally, the memory 202 counts the number of smoking events in a day, in a week, in a month, etc. Each time the sensor identifies a new smoking event, these counts are increased accordingly by an increment of 1.
The base portion 12 has a front surface 18 that can provide information to a user, including the stored smoking event data, and other information. A display 20 extends over at least a portion of the front surface 18. The user can read information 22 shown on the display 20 of the front surface 18. For example, in
The display 22 can be in the form of a bitmap LCD display, OLED, array of LEDs, color coordinated lights, electronic ink, or other display formats.
An alert device on or in the housing can notify the user of information, and is preferably a speaker, a motor, or a visual alarm. For example, the display 22 provides information to the user, such as a light indicator showing charging status of the battery 208 via a charging circuit 212 (shown in
Once a smoking event has been identified, the event is recorded in the memory/storage device 202 and the microprocessor 200 monitors the time elapsed since the smoking event. If optionally set by a user, when the elapsed time is less than a target smoking interval, the microprocessor 200 prevents a user from activating the lighting element by preventing electricity to flow to heating element 17. The microprocessor 200 can also calculate the time remaining until the user can smoke another cigarette by subtracting the elapsed time from the target interval. The display 20 can also show a set of data relating to a trend of a user's smoking habits over a plurality of consecutive calendar periods, (days, weeks, months, years, etc.). This information can be provided to the user through the display 20 on the front surface of the lighter 10. These screens can be scrolled through by the user manually or automatically by the lighter 10.
In
When the user is in compliance with the smoking reduction plan, and when the user meets goals defined in the plan, the display 22 shows motivational statements to encourage the user to continue to follow the reduction plan.
The content of the messages and the aesthetic appearance of the numbers and icons on the display 22 are customizable to suit the user's preferences.
The lighter 10 collects information about user smoking behavior and can transmit it to a peripheral device 100 (such as a smartphone, computer, tablet, or other personal electronic device), where the user can display the data, select a smoking reduction plan, and analyze the user's success regarding smoking behavior modification. For this purpose, the housing 11 also supports a communication device 206 that can send and receive signals. The peripheral device can also be used to program the lighter and set all of the parameters, as discussed above.
When the user has reached performance milestones, the application displays a milestone notification 122. In
Turning now to
Referring first to
1. Start (301)
2. User connects lighter to electronic device to configure lighter (302)
3. User can optionally set plans or use device to gather information
4. Did user set plan? (304)
-
- a. Yes: continue to next step 306
- b. No, continue to step 305:
- Lighter operates without limiting usage
- Lighter records timestamp of each smoking event
- Location of smoking event can be recorded
- The display may show information such as time since last, daily count, battery life, motivational messages
- Data can sync, transmitted, publicized. Trends can be calculated.
5. In step 306, the user uses lighter sets plan, including at least one of the following: max smoking events per day or duration; time between smoking events; target smoking reduction by certain date; 3rd person authorization; time delay; location restriction.
6. Restrictions are transferred and stored to lighter (307)
7. At 308, did device trigger a notification message/vibration/app message?
-
- a. Yes: Notify user (309)
- b. No: Return to check for notification
8. When ready to use lighter (310), user deactivates safety, if necessary
9. Information is displayed, if needed (311)
10. User operates a switch (312) to activate the lighting element (e.g. using a slider or button)
11. Is the battery voltage too low for operating heating element (313)?
-
- a. Yes: Record error (316), display message (317), Return to beginning at A (303)
- b. No: Continue to next step at B (314)
The process for B Section 314 of flowchart portion 300b in
12. Decision
-
- a. Did user set lighting delays (319)?
- i. Yes: Add delay to allow lighting event after time has elapsed (322).
- ii. No: Continue to next step 320
- b. Did user set time spacing requirements?
- i. Yes: Has insufficient time elapsed since last smoking event? Or has the user not waited the added delay period?
- (a) Yes: flag insufficient time elapsed flag and do not light
- (b) No: Continue to next decision
- ii. No: continue to next decision
- i. Yes: Has insufficient time elapsed since last smoking event? Or has the user not waited the added delay period?
- c. Did user set max smoking events per specified duration either manually or through reduction plan (321)?
- i. Yes: Has user exceeded max smoking events per set duration? (e.g. has the user smoked more than the allowed per day (since midnight) or allowed per time period (e.g. 5 cigarettes in a 5 hour period)
- (a) Yes: flag max smoking events exceeded flag and continue to next decision
- (b) No: Continue to next step
- ii. No: Continue to next step
- i. Yes: Has user exceeded max smoking events per set duration? (e.g. has the user smoked more than the allowed per day (since midnight) or allowed per time period (e.g. 5 cigarettes in a 5 hour period)
- d. Did user set any settings that require a connection to the remote device? (e.g. location bans or 3rd party authorization) (323)
- i. Yes: Did user set location based safe zones?
- (a) Yes: Users phone present? (325)
- 1. Yes: Transfer GPS location data (326)
- a. Is user in a restricted location? (328)
- i. Yes: flag restricted location flag and continue to next decision
- p10 ii. No: Continue to next decision
- 2. No: flag no phone present flag and continue to next step
- (b) No: continue to next decision
- (a) Yes: Users phone present? (325)
- ii. Did user set 3rd party authorization? (327)
- (a) Yes: Is users phone present?
- 1. Yes: Request 3rd party authorization through app
- a. Did user get denied authorization? (330)
- i. Yes: flag authorization denied flag and continue to next decision
- ii. No: Continue to next decision
- 2. No: flag no phone present flag and continue to next decision
- (b) No: Continue to next decision
- (a) Yes: Is users phone present?
- iii. No: Continue to next decision
- i. Yes: Did user set location based safe zones?
- e. Is the user permitted to smoke? i.e. Did user receive any flags? (331)
- i. Yes: Notify user of error through device or remote device using one of the following: display, vibration, beep, notification (332), manual override (333), if no manual override, proceed to A 303 in
FIG. 10A .
- i. Yes: Notify user of error through device or remote device using one of the following: display, vibration, beep, notification (332), manual override (333), if no manual override, proceed to A 303 in
- a. Did user set lighting delays (319)?
If smoking is allowed, the user can proceed to C 336 in
-
- 2. Are lighting limits disabled?
- a. Yes: Allow smoking (337)
- b. No: Do not allow smoking
- (a) No: continue to next decision
- ii. No: Continue to next decision
- f. Enable Lighter (339)
- ii. Is user still operating switch to activate the lighting element? (340)
- (a) Yes: The lighting element is activated (339)
- (b) No: The lighting element is not activated (342)
- iii. Has is lighting event met the criteria to be considered smoking event? (343)
- (a) Yes: Apps records smoking event, associate smoking event with date, time, location (unless information was unavailable or it is considered part of the same smoking event as the last time the lighting element was activated); store data for smoking event in memory (344)
- (b) No: Apps records attempted smoking event, associate smoking event with date, time, location (unless information was unavailable or it is considered part of the same smoking event as the last time the lighting element was activated); store data for smoking event in memory (345)
- ii. Is user still operating switch to activate the lighting element? (340)
- g. App or lighter generates messages, such as motivational messages, based on user achievements, displays them on device or on the personal electronic device. (346)
- h. User can request a display of information such as statistics, charts, time since last smoking event, daily count (347)
- i. Optional output of data to at least one of: a personal electronic device (348)
- j. If desired time has time between smoking events has elapsed since last smoking event, application notifies user that it is time to smoke.
- k. Return to beginning
The present invention also provides a method of using the lighter 10 to monitor and control a user's smoking behavior. The method includes the steps of providing a lighter 10, such as the one described herein, providing a smoking reduction plan or directing the user to define a smoking reduction plan, sensing a smoking event and storing the smoking event in memory, recording smoking event data such as time and date, and preventing activation of the lighting element 16 of the lighter 10 when the user deviates from the smoking reduction plan (e.g. has smoked too many cigarettes in that day, or has not waited enough time since smoking the most recent cigarette).
When defining the personalized smoking reduction plan, the user can set choose one or some combination of the following; a desired smoking interval, which is a minimum time that must elapse between a pair of sequential smoking events, a specific location to limit smoking, certain 3rd party verification, or goal cigarettes at a specified end date. This allows the user to adjust the rate at which the number of daily cigarettes tapers off. For example, a user smoking ten cigarettes per day may want to smoke only five cigarettes per day by the end of five weeks from today. The program can allow the user to smoke nine cigarettes daily in the first week, eight daily in the second week, seven daily in the third week, six daily in the fourth week, and five daily in the fifth week.
Alternatively, the user can define the smoking reduction plan to have a more gradual or a more sudden transition between the current smoking behavior and the desired smoking behavior. Preferably, the application provides the user with smoking reduction plan templates, which the user can adjust to match personal goals. This reduces setup time for the user, and preferably makes the lighter usable immediately when the user first turns the lighter 10 on after purchase.
The data recorded on the lighter 10 can be synced to a separate device through USB 204, such as via a mini USB connector or wireless Bluetooth at 206 for monitoring of longer-term smoking behavior on a proprietary, standalone backend website. The backend, proprietary, standalone website preferably stores the lighter user's smoking history, including date and time of each cigarette. Alternatively, this data may be stored in the user's connected smartphone. The smoker's history data and statistics can be analyzed and further guide the smoker to better achieve their desired smoking habits. The backend website can be used to program the lighter 10. The smoker can set the lighter 10 to direct the smoker when to smoke at certain times during the day. The backend website is modifiable to include programmable custom reduction strategies and daily weekly and monthly smoking targets. The data on the backend website can be shared with and modified by other designated individuals, such as via known social media channels. The backend website can be linked to an online backup portal and community gathering (e.g., smoking cessation support group). The lighter 10 may be linked to a smartphone application. The smartphone application can link the lighter to the user's online profile, on the backend website. The smartphone application can link the lighter 10 to the user's smartphone to update user data.
In some embodiments, the user can add or remove smoking events to the user's data stored through the application on the personal electronic device, or web application 100. For example, if a user misplaces the lighter 10, he or she may use a different lighter 10 to light a cigarette. Then the user can input a smoking event entry through the application on the personal electronic device 100, to ensure that the application counts each of the user's smoking events.
The smartphone application 110 may be used to find a misplaced lighter 10 in the case it is lost. For example, a feature in the user's smartphone application may be pressed for emitting a signal receivable by the lighter so that the lighter will beep to assist the user in finding the lighter 10.
If desired by the user, the smartphone application 110 may also be configured to prevent operation of the lighter 10 when the lighter 10 is not in the presence of the phone. In this embodiment, the lighter 10 has an electronic lock on the lighting element that allows the lighting element to be activated only when the phone is in close proximity (e.g. about three feet) of the lighter 10, or was recently in close proximity of the lighter 10.
To measure physical activity of the user, the lighter 10 may optionally monitor the number of steps taken by the user during a time period, using an optional accelerometer that is built into the device itself.
It can therefore be seen that the lighter 10 of the present invention provides a device and a method for monitoring smoking behavior that allows for better control of one's smoking For these reasons, the instant invention is believed to represent a significant advancement in the art, which has substantial commercial merit.
While there is shown and described herein certain specific structure embodying the invention, it will be manifest to those skilled in the art that various modifications and rearrangements of the parts may be made without departing from the spirit and scope of the underlying inventive concept and that the same is not limited to the particular forms herein shown and described except insofar as indicated by the scope of the appended claims.
Claims
1. A lighter for lighting a user's smokable product, monitoring smoking behavior and promoting smoking cessation and reduction, the lighter comprising:
- a housing;
- a lighting element secured to the housing, the lighting element being selectively activated for lighting a user's smokable product;
- a microprocessor in electrical communication with the lighting element; and
- the microprocessor being operable to control the lighting element;
- wherein the microprocessor is further configured to be capable of preventing a user from activating the lighting element to, in turn, light a smokable product therewith.
2. The lighter of claim 1, wherein the smokable product is selected from the group consisting of cigarettes and cigars.
3. The lighter of claim 1, further comprising:
- a trigger electrically connected to the microprocessor, the trigger selectively activating the lighting element.
4. The lighter of claim 1, wherein the lighting element is selected from the group consisting of an electrical heating coil and a butane fired flame.
5. The lighter of claim 1, further comprising at least one of:
- a wired computer communication port secured to the housing and in electrical communication with the microprocessor, a power port in electrical communication with the microprocessor, and a wireless computer communications port in electrical communication with the microprocessor.
6. The lighter of claim 6, wherein the wired computer communications port is a USB port and the wireless computer communications port is a Bluetooth interface.
7. The lighter of claim 1, further comprising:
- a sensor in electrical communication with the microprocessor, the sensor being operable to identify a smoking event when the lighting element is activated for a duration longer in time than a lighting event threshold, the microprocessor being operable to monitor an elapsed time since the smoking event, and the microprocessor being operable to prevent the lighting element from being activated if certain pre-selected programmable conditions are not met.
8. The lighter of claim 7, further comprising:
- a display secured to the housing and in electrical communication with said microprocessor; and
- wherein the microprocessor is operable to calculate a remaining time, the remaining time being the difference between the elapsed time and the target interval; the display being operable to show at least one of the remaining time and the elapsed time.
9. The lighter of claim 1, wherein the display is operable to display a set of data relating to a trend of a user's smoking habits over a plurality of consecutive calendar periods, the consecutive calendar periods being selected from at least one of days, weeks, and months.
10. The lighter of claim 1, further comprising:
- an alarm indicator in electrical communication with the microprocessor, the alarm indicator being selected from the group consisting of a speaker, a motor, and a visual display.
11. The lighter of claim 1, further comprising:
- a memory component in electrical communication with the processor, the memory component being configured for storing data selected from at least one of: a time corresponding to a smoking event, a date corresponding to a smoking event, a target limit of smokable products to be smoked in a day, a number of smokable products smoked in a day, a time since a most recent smoking event, a time until a next smoking event.
12. A method for monitoring smoking behavior and promoting cessation and reduction of smoking of a smokable product, comprising the steps of:
- providing a lighter having a housing and a lighting element secured to said housing;
- providing a computer memory storage component;
- providing a smoking reduction plan;
- recording a smoking event;
- recording smoking event data corresponding to a smoking event, wherein the smoking event data comprises a time stamp that is associated with the smoking event; and
- storing the smoking event data.
13. The method of claim 12, further comprising the steps of:
- providing a communication device, which is configured for sending and receiving signals;
- providing a personal electronic device or web platform;
- transmitting and receiving data between the communication device and the personal electronic device;
- providing a software application running on the personal electronic device, or web platform for processing data received from the communication device thereby allowing a user to monitor progress of the user relative to the smoking reduction plan.
14. The method of claim 12, wherein the smokable product is selected from the group consisting of cigarettes and cigars.
15. A method for monitoring smoking behavior and promoting smoking cessation and reduction, comprising the steps of:
- providing a lighter having a housing and a lighting element secured to said housing;
- providing a computer memory storage component;
- providing a smoking reduction plan;
- recording a smoking event;
- recording smoking event data, wherein the smoking event data comprises a date and a time that are each associated with the smoking event;
- storing the smoking event data in the computer memory storage component; and
- preventing activation of the lighting element when the user deviates from the smoking reduction plan.
16. The method of claim 15, wherein the step of providing a smoking reduction plan further comprises providing a target smoking interval, the target smoking interval being a time between a pair of sequential smoking events and wherein the step of preventing activation of the lighting element further comprises:
- sensing a smoking event;
- monitoring an elapsed time since the smoking event;
- preventing activation of the lighting element when the elapsed time is less than the target smoking interval.
17. The method of claim 15, wherein the step of providing a smoking reduction plan further comprises identifying a maximum daily intake of smoking products and wherein the step of preventing activation of the lighting element further comprises:
- incrementing a smokable product counter after the step of recording a smoking event; and
- using the smokable product counter to calculate a number of smokable products smoked in a day; and
- preventing activation of the lighting element when the number of smokable products smoked in a day is equal to the maximum daily smokable products.
18. The method of claim 15, wherein the step of providing a smoking reduction plan further comprises providing a plurality of smoking reduction plan templates to a user and allowing the user to select a desired smoking reduction plan template from the plurality of smoking reduction plan templates, and allowing the user to optionally modify the desired smoking reduction plan template.
19. The method of claim 15, further comprising the steps of:
- providing a display secured to said housing;
- showing a message on the display when the user complies or deviates with the smoking reduction plan.
20. The method of claim 15, further comprising the steps of:
- providing a communication device, which is configured for sending and receiving signals;
- providing a personal electronic device or web platform;
- transmitting and receiving data between the communication device and the personal electronic device;
- providing a software application running on the personal electronic device, or web platform for processing data received from the communication device thereby allowing a user to monitor progress of the user relative to the smoking reduction plan.
Type: Application
Filed: Jul 17, 2014
Publication Date: Jan 22, 2015
Inventors: Amir Ata Ghofrani (San Jose, CA), Takuji Nakano (Reading, MA), Adam Eltorai (Providence, RI)
Application Number: 14/333,876