DESC:CROSS-REFERENCE TO RELATED APPLICATIONS AND PRIORITY
The present application claims priority from Indian patent application no. 202211031837.
Field of the Invention:
The present invention relates to a fragrance information processing device for 5 generating fragrance and a method for generating a volumetric analysis and usage data tracking.
BACKGROUND
The subject matter discussed in the background section should not be assumed to be prior art merely because of its mention in the background section. Similarly, a 10 problem mentioned in the background section or associated with the subject matter of the background section should not be assumed to have been previously recognized in the prior art. The subject matter in the background section merely represents different approaches, which in and of themselves may also correspond to implementations of the fragrance system that is convenient, customizable, and 15 caters to the requirements of a modern lifestyle.
The usage of perfumes and fragrances is diverse, ranging from personal use to applications in various settings such as homes, hotel guest rooms, canteens, aisles, and guest rooms. Whether it is an individual using a perfume bottle or a fragrance expander in an aroma diffuser, there is currently no effective way to determine the 20 quantity of fragrance consumed or when a refill or replacement is needed. This lack of information creates inconvenience and uncertainty for users.
For instance, when using a perfume bottle, users have no indication of how much fragrance has been used or when they should consider refilling or replacing it. Similarly, in the case of a fragrance expander, the essential oil bottle containing the 25 fragrance needs to be placed in an aroma diffuser. As the fragrance oil is used up, a new essential oil bottle must be replaced. However, there is no efficient method in the present fragrance diffuser industry to accurately detect the remaining fragrance quantity.
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Existing approaches often rely on rudimentary calculations based on time or software algorithms, which are not accurate enough to determine the actual fragrance margin. Additionally, conventional liquid level or oil level detection schemes employed in other industries are not suitable for effectively detecting the 5 remaining fragrance in bottles due to various reasons.
To address these limitations, the subject invention proposes a comprehensive system and method to track fragrance information and consumption data accurately. This innovative solution enables the monitoring of fragrance quantity in real-time and provides timely alerts for refills or replacements. The system collects data 10 regarding fragrance usage and transmits it to a dedicated mobile application. The mobile application then relays this data to a company backend server, allowing for further analysis, monitoring, and management of fragrance inventories.
By implementing this system and method, users can conveniently track the amount of fragrance consumed, ensuring timely refills or replacements. The proposed 15 solution overcomes the shortcomings of existing fragrance margin detection schemes and provides a more accurate and reliable approach to managing fragrances.
Overall, the subject invention aims to revolutionize the fragrance industry by introducing a sophisticated tracking system that enhances user experience, 20 improves fragrance management, and ensures a continuous supply of delightful scents in various settings.
SUMMARY OF INVENTION
In one or more embodiments of the invention is presented a multi-fragrance scent dispenser designed to dispense desired fragrances. Additional features and 25 advantages of embodiments of the present invention will be set forth in the description which follows, and in part will be apparent from the description, or may be learned by practice of embodiments of the present disclosure. The objectives and other advantages of the embodiments of the present disclosure may be realized and
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attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
The present invention provides a compact electromechanical dispenser that is capable of dispensing a desired variety of fragrances with a significant degree of operational flexibility, subject to volumetric analysis and usage data tracking. The 5 aforementioned key features enhances the fragrance consumption experience for users, that can be operated in a highly convenient, simple manual fashion and can also be provided with the capability of operating in an automated manner, and can be manufactured at a low cost.
Specifically, the embodiments of the invention focus on Volumetric Analysis and 10 Usage Data tracking in a compact electromechanical dispenser. The dispenser incorporates a system that accurately measures and tracks the quantity of fragrance dispensed from each vial. It employs visual indicators to provide immediate feedback on the remaining fragrance levels. The dispenser updates data inside the vial, deducting the dispensed amount from the previous quantity, and 15 communicates this information to a user app in real-time. This integration allows users to have control over their fragrance consumption, make informed decisions about replenishment, and ensures a convenient and enhanced user experience.
In the embodiments of the invention, volumetric analysis and usage data tracking are key features that enhance the fragrance consumption experience for users. The 20 electromechanical dispenser incorporates a sophisticated volumetric analysis system to accurately measure and track the quantity of fragrance dispensed from each vial. This analysis is based on precise measurements and ensures that users have reliable information about the remaining fragrance in each vial.
Another embodiment of the invention utilizes a Liquid Quantity Indication feature, 25 which provides users with immediate feedback on the remaining quantity of fragrance in each vial. The dispenser utilizes a visual indication system using different colored lights to convey the fragrance levels to the user. When the user rotates the cap and presses a particular vial, the device checks the legitimacy of the
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vial and proceeds to determine the liquid quantity inside. To communicate this information effectively, the dispenser employs a range of colors, each representing a specific fragrance level range.
For instance, a green light is used to indicate that the fragrance level is between 100% and 70%. This indicates that the vial contains a substantial amount of 5 fragrance, and there is still a significant quantity available for use.
A magenta light is employed to signify a fragrance level between 69% and 39%. This indicates that the fragrance level has reduced but is still at a moderate amount, allowing the user to estimate the remaining usage before a refill may be necessary.
When the fragrance level drops further, a yellow light is activated, indicating a level 10 between 38% and 1%. This alerts the user that the fragrance is running low and prompt action may be required to replenish or replace the vial.
Finally, a red light is used when the fragrance level reaches 0%. This indicates that the vial is empty and requires immediate attention, such as refilling or replacing the vial to continue enjoying the desired fragrance. 15
By employing different colored lights for each fragrance level range, the invention provides users with a clear and intuitive indication of the remaining quantity of fragrance in each vial. This visual feedback allows users to conveniently assess the availability of fragrances and make informed decisions regarding refills or replacements, ensuring a seamless and uninterrupted fragrance experience. 20
In another embodiment of the invention, the Data Updating and User App Integration feature allows for seamless synchronization of fragrance usage data between the dispenser and a dedicated user app. This integration ensures that users have access to accurate and real-time information about their fragrance consumption. 25
When a user interacts with the dispenser by rotating the cap and selecting a specific vial, the device first verifies the legitimacy of the chosen vial. If the vial is deemed
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legitimate, the device proceeds to update the data associated with that particular vial.
The updating process involves deducting the dispensed amount of fragrance from the previously recorded amount stored in the dispenser's memory or internal storage. By subtracting the dispensed amount, the device obtains the new quantity 5 of fragrance remaining in the vial.
To ensure that users have up-to-date information, the updated data is then communicated to a dedicated user app through a wireless connection. This wireless connection could be established via Bluetooth, Wi-Fi, or any other suitable communication protocol. The user app receives the updated fragrance usage data, 10 which includes the new quantity of fragrance in the selected vial.
By integrating the dispenser with a user app, users can conveniently access and monitor their fragrance usage. The app provides real-time information on the remaining quantity of fragrance in each vial, allowing users to plan and manage their fragrance consumption effectively. This integration also enables users to set 15 reminders for refills or replacements based on their usage patterns, ensuring that they never run out of their preferred fragrances.
The data updating and user app integration feature enhances the overall user experience by providing convenient access to accurate and timely fragrance consumption information. Users can make informed decisions about fragrance 20 usage and maintenance, resulting in a more satisfying and personalized fragrance experience.
In another embodiment of the invention, the User Control and Replenishment feature enhances the user's ability to manage their fragrance consumption and replenishment process. By integrating the dispenser with a mobile application, users 25 gain control and convenience in monitoring and replenishing their fragrances.
The mobile application serves as a platform for relaying usage data from the dispenser to the user. This data includes the remaining fragrance levels in each vial, providing users with real-time information about their current fragrance inventory.
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With this information at their fingertips, users can make informed decisions regarding when to replenish their fragrances. They can easily track the usage patterns and consumption rates of different scents, allowing them to plan ahead and ensure they never run out of their preferred fragrances.
The mobile application provides a user-friendly interface that allows users to view 5 the remaining fragrance levels, set reminders for refills or replacements, and even place orders for new fragrance vials directly through the app. This streamlines the replenishment process, eliminating the need for users to manually monitor their fragrance levels or remember when to purchase new vials.
By giving users control over their fragrance inventory, the integration with the 10 mobile application empowers users to personalize their fragrance experience. They can adjust their consumption based on their preferences, ensuring that they always have their desired scents available when needed.
Additionally, the integration with the mobile application allows for seamless communication between the user and the dispenser. Users can receive notifications 15 and alerts regarding their fragrance levels, ensuring they are always aware of when to replenish their fragrances. This proactive approach to fragrance management enhances the overall user experience and eliminates the inconvenience of running out of fragrances unexpectedly.
Overall, the User Control and Replenishment feature provided by the integration 20 with the mobile application gives users greater convenience, control, and peace of mind when it comes to managing their fragrance consumption.
In another embodiment of the invention, the dispenser incorporates a Battery Monitoring and Recharge Indication system to ensure uninterrupted operation and user convenience. 25
The dispenser is equipped with a battery monitoring mechanism that constantly tracks the battery level. This allows the device to determine when the battery falls below a certain threshold, indicating the need for recharging. When the battery level reaches this threshold, the dispenser automatically locks the top cap to prevent
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further usage. This prevents users from attempting to dispense fragrances when the battery power is insufficient, ensuring that the dispenser operates reliably and maintains its functionality.
Simultaneously, the device provides a clear visual indication to the user that the battery needs to be recharged. This is done through a distinctive signal, such as two 5 successive flashes of a red light. The flashing red light serves as a prominent and easily recognizable alert, drawing the user's attention to the recharge requirement.
Upon observing the recharge indication, the user can connect the dispenser to a power source using the provided USB port. This allows for convenient and straightforward battery charging. 10
By implementing the Battery Monitoring and Recharge Indication system, the dispenser ensures that users are aware of the battery status and prompted to recharge it in a timely manner. This prevents any unexpected interruptions in fragrance dispensing and enhances the overall user experience by maintaining the device's reliability and usability. 15
Furthermore, the rechargeable battery feature eliminates the need for disposable batteries, making the dispenser more environment friendly and cost-effective in the long run. Users can simply recharge the battery whenever necessary, reducing waste and ensuring sustainable operation of the dispenser.
Overall, the Battery Monitoring and Recharge Indication system provides users 20 with a reliable and user-friendly solution for managing the battery life of the dispenser. By proactively notifying users of the recharge requirement, the system ensures continuous and uninterrupted fragrance dispensing while also promoting environmental sustainability.
In addition to the Battery Monitoring and Recharge Indication system, the 25 dispenser is designed with a USB charging feature to provide users with a convenient and accessible method of charging the battery.
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The dispenser is equipped with a USB port, allowing users to connect it to various power sources, such as wall adapters, computers, or power banks, using a standard USB cable. This eliminates the need for specific charging adapters or proprietary charging methods, making it easy for users to find a suitable power source for recharging. 5
By utilizing USB charging, the dispenser leverages the widespread availability of USB ports in modern devices and environments. Users can conveniently charge the dispenser using the same charging cables they use for their smartphones, tablets, or other USB-powered devices. This eliminates the hassle of carrying additional chargers or adapters specifically for the dispenser. 10
The USB charging capability adds flexibility and versatility to the dispenser's power supply options. Users can charge the device at home, in the office, or even on the go, as long as they have access to a USB port. This ensures that the dispenser can be easily integrated into various lifestyles and environments, enhancing its practicality and usability. 15
Furthermore, USB charging is known for its efficiency and reliability. It provides a stable power supply, ensuring consistent and effective charging of the dispenser's battery. Users can expect reliable and quick charging times, minimizing downtime between uses.
Overall, the inclusion of USB charging in the dispenser's design enhances user 20 convenience and accessibility. By utilizing widely available USB ports and standard charging cables, users can easily recharge the device using their existing charging infrastructure. This feature adds to the overall user-friendly design of the dispenser and ensures that users can conveniently maintain the device's power supply for uninterrupted fragrance dispensing. 25
Overall, these embodiments of the invention provide users with a comprehensive system for volumetric analysis and usage data tracking. By accurately measuring fragrance levels, providing real-time feedback, and integrating with a user app, the
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dispenser enhances the user experience, promotes convenience, and enables proactive fragrance replenishment.
It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are intended to provide further explanation of embodiments of the invention as claimed. 5
BRIEF DESCRIPTION OF THE DRAWINGS
The drawings illustrate the design and utility of various embodiments of the invention. It should be noted that the figures are not drawn to scale and that elements of similar structures or functions are represented by like reference numerals throughout the figures. In order to better appreciate how to obtain the above-recited 10 and other advantages and objects of various embodiments of the invention, a more detailed description of the present inventions briefly described above will be rendered by reference to specific embodiments thereof, which are illustrated in the accompanying drawings. Understanding that these drawings depict only typical embodiments of the invention and are not therefore to be considered limiting of its 15 scope, the invention will be described and explained with additional specificity and detail through the use of the accompanying drawings in which:
Description of drawings
Fig. 1 is a block diagram showing a scent information processing system in the first embodiment with cap unlocked. 20
Fig. 2 is a block diagram showing an example of the configuration of a fragrance information processing device with cap locked.
Fig. 3 is a block diagram showing an example of the configuration of a fragrance information processing device with Vial Unpressed
Fig. 4 is a block diagram showing an example of the configuration of a fragrance 25 information processing device with Vial pressed.
Fig. 5-6 are side elevational views of currently available commercial dispensers.
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Fig. 7 is a perspective view showing a state where the cover of the fragrance information processing device is opened.
Fig. 8 is a perspective view showing attachment and detachment of the fragrance vial to the fragrance information processing device.
FIG. 9 is a neck side elevational view of the dispenser of FIG. 1. 5
FIG. 10 is an exploded isometric view of the rotatable cap and top cap.
Fig. 11 shows a light diffuser display screen of contents with LED Strip groove on the fragrance information processing device.
FIG. 12 is a top, front isometric view of the Vial Guide
FIG. 13 is an enlarged top isometric view of the cap with flex based ratcheting 10 mechanism consisting of a pipe with grooves on the internal surface and a pipe insert with teeth on the outer surface.
Fig. 14 is a is an exploded isometric view of a dispenser.
Other aspects and advantages of the present invention will become apparent upon consideration of the following detailed description, wherein similar structures have 15 like or similar reference numerals.
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS
The structure and operation of an electromechanical dispenser according to a preferred embodiment of the present invention will be explained with reference to the accompanying drawings. The reader is directed initially to figure 11, describing 20 various components and diagrams related to a fragrance information processing dispenser, particularly focusing on the electromechanical dispenser (100) feature.
Here is a summary of the mentioned components and diagrams light dispenser:
1. Base cap lock Notch: This is a feature in the base cap of the fragrance information processing dispenser that provides a locking mechanism to secure the 25 cap in place.
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2. Base cap LED Strip Groove: The base cap of the dispenser includes a groove to accommodate an LED strip. This allows the dispenser to incorporate a light diffuser display screen using LEDs.
3. Base cap Circular snap: The base cap includes a circular snap mechanism, possibly used for securing or attaching other components of the dispenser. 5
4. USB Charging Port: The dispenser features a USB charging port, which enables convenient charging of the dispenser's internal components or battery.
The electromechanical dispenser (100) is an automated dispenser specifically designed for dispensing liquids or substances. It combines electrical and mechanical components to facilitate precise and controlled dispensing operations. 10
1. Top Cap: The top cap (1) acts as a protective cover for the internal components of the dispenser.
2. Cap Stopper: The cap stopper (2) plays a crucial role in sealing the vial (11) and preventing any leakage.
3. Neck: The neck (3) connects the vial (11) to the dispensing mechanism of 15 the dispenser.
4. Body: The body (4) houses various internal components, including the motor (5) and circuit plate (6).
5. Motor: The motor (5) is a key component of the electromechanical dispenser, providing the necessary mechanical force for the dispensing process. It 20 is responsible for activating the cap stopper (2) to release the liquid or substance.
6. Circuit Plate: The circuit plate (6) is another essential component that controls the operation of the dispenser. It manages the electrical signals and instructions required for the motor (5) to function properly.
7. Diffuser: The diffuser (7) serves as the outlet for the dispensed liquid or 25 substance. It ensures that the dispensed material is evenly distributed and directed to the desired location.
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8. Base Cap: The base cap (8) is designed to provide stability and support to the dispenser when placed on a surface.
9. USB: The electromechanical dispenser (100) is powered by a USB C (9) connection. This allows it to draw power from compatible dispensers or power sources. 5
10. Guide: The guide (10) serves as the user interface or control mechanism for the dispenser. It enables users to interact with the dispenser, providing them with options to control and adjust the dispensing process according to their requirements.
11. Vial: The vial (11) is the container that holds the liquid or substance to be dispensed. It is securely sealed by the cap stopper (2) and connected to the 10 dispensing mechanism via the neck (3).
According to a preferred embodiment, Electromechanical Dispenser (100) is an automated dispenser that dispenses liquids or substances using a combination of electrical and mechanical components. The electromechanical dispenser (100) is equipped with a motor (5) and a circuit plate (6) that control the dispensing 15 mechanism. It is designed to dispense the contents of a vial (11) by activating the motor to move the cap stopper (2) and release the liquid or substance through the diffuser (7). The dispenser is powered by a USB C (9) connection and is operated by a guide (10) that allows users to control the dispensing process.
Referring to Figure 11, the electromechanical dispenser (100) includes the 20 following components and features: The diffuser (7) serves as the outlet for the dispensed liquid or substance. It ensures that the dispensed material is evenly distributed and directed to the desired location. The base cap (8) is designed to provide stability and support to the dispenser when placed on a surface. The electromechanical dispenser (100) is powered by a USB C (9) connection. This 25 allows it to draw power from compatible devices or power sources. The guide (10) serves as the user interface or control mechanism for the dispenser. It enables users to interact with the dispenser, providing them with options to control and adjust the dispensing process according to their requirements. The vial (11) is the container
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that holds the liquid or substance to be dispensed. It is securely sealed by the cap stopper (2) and connected to the dispensing mechanism via the neck (3).
Light Diffuser: This component includes the following features:
• Base cap lock notch: The light diffuser has a base cap lock notch, which ensures secure attachment of the base cap (8) to the dispenser. 5
• Base cap LED strip groove: The light diffuser incorporates a groove designed to accommodate an LED strip in the base cap (8). This enables the illumination of different colored lights for indicating the fragrance level.
• Base cap circular snap: The light diffuser features a circular snap mechanism that securely attaches the base cap (8) to the dispenser. 10
• USB charging port: The light diffuser includes a USB charging port, allowing users to conveniently charge the dispenser using a compatible power source.
These components and features collectively contribute to the compact electromechanical dispenser's functionality, allowing for volumetric analysis, usage 15 data tracking, precise dispensing, and enhanced user experience in fragrance consumption.
The present invention introduces a compact electromechanical dispenser (100) that offers enhanced fragrance consumption experience through its key features of volumetric analysis and usage data tracking. By incorporating these features, the 20 dispenser provides users with operational flexibility and convenience, while also enabling automated dispensing capabilities and cost-effective manufacturing. Volumetric Analysis: The dispenser employs a sophisticated volumetric analysis system that accurately measures and tracks the quantity of fragrance dispensed from each vial (11). This system ensures precise measurements and provides users with 25 reliable information about the remaining fragrance in each vial. It enables users to have control over their fragrance consumption and make informed decisions about refills.
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Liquid Quantity Indication: To provide immediate feedback on the remaining fragrance quantity, the dispenser utilizes a visual indication system using different colored lights. When the user interacts with the dispenser by rotating the cap and pressing a particular vial, the device verifies the vial's legitimacy and determines the liquid quantity inside. 5
Different colors of lights are used to represent specific fragrance level ranges:
• Green Light: Indicates a fragrance level between 100% and 70%. This signifies that the vial contains a substantial amount of fragrance, providing the user with confidence that there is still a significant quantity available for use. 10
• Magenta Light: Signifies a fragrance level between 69% and 39%. This indicates that the fragrance level has reduced but is still at a moderate amount, allowing the user to estimate the remaining usage before a refill may be necessary.
• Yellow Light: Activates when the fragrance level drops further, indicating 15 a level between 38% and 1%. This alerts the user that the fragrance is running low and prompt action may be required to replenish or replace the vial.
• Red Light: Used when the fragrance level reaches 0%. This indicates that the vial is empty and immediate attention, such as refilling or replacing the 20 vial, is required to continue enjoying the desired fragrance.
By utilizing different colored lights for each fragrance level range, the dispenser provides users with a clear and intuitive indication of the remaining quantity of fragrance in each vial. This visual feedback enables users to conveniently assess fragrance availability and make informed decisions regarding refills or 25 replacements, ensuring a seamless and uninterrupted fragrance experience.
Additionally, the dispenser integrates with a user app in real-time, updating the data inside the vial and communicating this information to the app. This integration
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further enhances user control over fragrance consumption and provides a convenient way to track usage and make informed decisions about refills.
Overall, the compact electromechanical dispenser with volumetric analysis, usage data tracking, and liquid quantity indication features ensures an enhanced fragrance consumption experience, empowering users to manage their fragrance usage 5 effectively and enjoy a convenient, customizable, and cost-effective fragrance dispenser.
Referring to Figures 1 to 4, the present invention provides a compact electromechanical dispenser that is capable of dispensing a desired variety of fragrances with a significant degree of operational flexibility, subject to the control 10 of a user, that can be operated in a highly convenient, simple manual fashion and can also be provided with the capability of operating in an automated manner, and that can be manufactured at a low cost.
Specifically, the dispenser incorporates an electromechanical mechanism housed within a structure that contains multiple vials, each containing different fragrances, 15 and a single dispensing mechanism that can be engaged with any of the vial to dispense the volatile fragrance substance contained therein.
According to the invention, the multiple vials can be moved, for example, by rotation of the cap holding the multiple vials, such that any individual vial can be brought into a dispensing position in which the volatile fragrance substance can be 20 dispensed, while the other vials are kept in non-dispensing positions.
The fragrance dispenser consists of a cylindrical body with a removable top cap (1). The dispenser is designed in a cylindrical shape and is composed of two main parts—the body and the top cap (1). The top cap (1) can be easily detached from the body, allowing access to the internal components and fragrance reservoir. 25
The dispenser is intended for storing and dispensing multiple fragrances: The purpose of the dispenser is to provide a convenient way to store and dispense various fragrances in a single dispenser. Users can switch between different scents without needing separate containers for each fragrance.
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The body of the dispenser houses multiple fragrance reservoirs: Inside the cylindrical body, there are individual compartments or reservoirs where each fragrance in vial (11) is stored. These reservoirs are separate but located within close proximity to each other.
Each fragrance Vial contains a specific fragrance: Each compartment or Vial 5 (11) within the dispenser is filled with a distinct fragrance. This allows users to have a range of scent options available in a single dispenser.
The fragrance vial (11) is sealed to prevent cross-contamination: To ensure that the fragrances do not mix or contaminate each other, each Vial (11) is securely sealed. This seal prevents any accidental blending or unwanted interaction between 10 the different fragrances.
The top cap (1) features an opening through which fragrances are dispensed: The removable top cap (1) of the dispenser has a small opening or nozzle that serves as the point of fragrance release. When the dispenser is in use, this opening aligns with the desired fragrance Vial (11), allowing the fragrance to be dispensed. 15
Users can rotate the top cap (1) to select the desired fragrance: To choose a specific fragrance, users can rotate the top cap (1). As they rotate, the opening of the top cap (1) aligns with different fragrance reservoirs, enabling them to access the desired scent.
The top cap (1) is designed to lock into position once a fragrance is selected: 20 When users rotate the top cap and align the opening with a particular fragrance vial, the cap locks (2) into place, ensuring that the selected fragrance is dispensed and preventing accidental switching or leakage.
The top cap (1) is released by a button or lever mechanism: To unlock and release the top cap, there is a button or lever mechanism integrated into the 25 dispenser. By activating this mechanism, users can easily remove the top cap for refilling or selecting a different fragrance.
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The multi-fragrance scent dispenser described in the provided invention incorporates several features and mechanisms to enhance its functionality, convenience, and user experience.
Referring to Figure 10, the dispenser has a rotatable cap that engages specific reservoirs when the vial is rotated to an engagement position. This feature ensures 5 that the dispenser aligns with the desired fragrance vial during the dispensing process.
The rotatable cap maintains a state of disengagement when moving between engagement positions. This keeps the dispenser above the path of motion followed by the vials, preventing unintended dispensing. 10
The vials are designed to be guided, preventing rotation or shifting during the dispensing process. The guide ensures proper alignment, ease of selection, and prevents accidental dispensing or mixing of fragrances.
Referring to figures 1, 2 and 10, the dispenser's cap assembly consists of a base cap and a top cap. The base cap accommodates essential components like electronics, 15 charging port, and LED, ensuring efficient space utilization. The top cap engages and aligns the vials for dispensing.
Referring to figure 11, the base cap incorporates a three-step path that provides designated compartments for electronics, charging port, and LED. This design organizes the components and maintains a compact structure for the dispenser. 20
Referring to figures 11, 12 and 13, the dispenser utilizes an isosceles locking mechanism that ensures secure positioning and prevents accidental movements or disengagement. This mechanism matches with a complementary locking feature in the surrounding environment or accessory.
Referring to figures 11, 12 and 13, the top cap locking mechanism includes a 25 motorized linear actuator that slides the top cap up and locks it securely. This prevents accidental openings or leakages, ensuring the cap remains tightly sealed.
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The internal top surface of the base cap incorporates neoprene cushioning, providing protection for the vials and enhancing the dispensing experience. It absorbs pressure and offers a comfortable feel while pressing the dispenser.
Referring to figures 11, 12 and 13, the top cap includes a flex-based ratcheting mechanism with grooves and teeth that allow users to rotate the cap. The 5 mechanism provides tactile feedback, indicating successful rotation and enhancing the user experience.
Spring Return Mechanism: A spring positioned between the teeth and pipe of the ratcheting mechanism ensures that the top cap returns to its original position when released. This maintains the integrity of the dispenser and prevents accidental 10 fragrance leakage.
Referring to figures 1 and 11 to 13, the dispenser incorporates a single dispensing mechanism that can engage with any vial to dispense the fragrance substance. This eliminates the need for separate dispensers for different fragrances and offers convenience and flexibility to users. 15
Overall, these features and mechanisms enhance the user-friendliness, convenience, and reliability of the multi-fragrance scent dispenser, providing an improved fragrance experience for users.
While in the above-described embodiment electromechanical dispenser (100) is configured to hold three vial assemblies (11), it will be appreciated that other 20 embodiments of the invention are possible in which the dispenser (100) is configured to hold other numbers of vial assemblies (11).
While the above-described embodiment describes an electromechanical dispenser which is completely manually operated by a user, it is also possible to equip the apparatus with a motor for providing varying degrees of automated operation. 25 Depending on where the motor is disposed (e.g., if the motor is disposed in part or in whole in the vial). If a motor is included, then a controller may also be provided to control the motor, e.g., determining the times at which the vial is rotated so that the emitted scent can be changed, etc. The controller could be operated directly by
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a user, and/or it could be operated via programs either designed by a user or preset during manufacture and selected by a user. The hardware and software, as well as any auxiliary features necessary or desirable, to implement such a system, would readily be understood by one of ordinary skill in the art. Examples of these aspects of the present invention are discussed below. 5
In addition, while in the above-described embodiment the electromechanical dispenser is powered by a battery, it is also possible to arrange the apparatus so that electric power is supplied by an AC power supply. The components and configurations necessary and desirable to implement such an arrangement would readily be understood by one of ordinary skill in the art. 10
While in the above-described embodiment the electromechanical dispenser is a piezoelectrically actuated vibratory type liquid atomization apparatus, the dispenser could also be designed to employ a different type of dispensing mechanism.
Many different embodiments of the present invention may be constructed without departing from the spirit and scope of the present invention. It should be understood 15 that the present invention is not limited to the specific embodiments described in this specification. To the contrary, the present invention is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the invention as hereafter claimed. The scope of the claims is to be accorded the broadest interpretation so as to encompass all such modifications, equivalent 20 structures and functions.
INDUSTRIAL APPLICABILITY
The embodiments described herein provide a compact electromechanical dispenser that is capable of dispensing a desired variety of fragrances with a significant degree of operational flexibility, subject to the control of a user, that can be operated in a 25 highly convenient, simple manual fashion and can also be provided with the capability of operating in an automated manner, and that can be manufactured at a low cost.
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Specifically, the dispenser incorporates an electromechanical mechanism housed within a structure that contains multiple vials, each containing different fragrances, and a single dispensing mechanism that can be engaged with any of the vial to dispense the volatile fragrance substance contained therein. In summary, the invention offers a compact electromechanical scent dispenser with advanced 5 features for fragrance dispensing, monitoring, and management. Its innovative design and functionality enhance the user experience, promote convenience, and ensure uninterrupted fragrance enjoyment. While the present invention may be embodied in many different forms, several specific embodiments are discussed herein with the understanding that the present invention is to be considered only as 10 an exemplification of the principles of the invention, and it is not intended to limit the invention to the embodiments illustrated. ,CLAIMS:Claim:
1. A multi-fragrance scent dispenser comprising:
a. a compact electromechanical dispenser capable of dispensing desired fragrances;
b. a volumetric analysis system for accurately measuring and tracking the 5 quantity of fragrance dispensed from each vial;
c. a liquid quantity indication system utilizing visual indicators to provide immediate feedback on the remaining fragrance levels;
d. a data updating and user app integration feature for synchronizing fragrance usage data between the dispenser and a dedicated user app; 10
e. a user control and replenishment feature enabling users to monitor, manage, and replenish their fragrances through a mobile application;
f. a battery monitoring and recharge indication system that tracks the battery level and provides visual alerts for recharging;
g. a USB charging feature allowing the dispenser to be conveniently charged 15 using a standard USB cable.
2. The multi-fragrance scent dispenser of claim 1, wherein the volumetric analysis system accurately measures and tracks the quantity of fragrance dispensed from each vial based on precise measurements, providing reliable information about the remaining fragrance. 20
3. The multi-fragrance scent dispenser of claim 1, wherein the liquid quantity indication system utilizes different colored lights to convey fragrance levels, with each color representing a specific fragrance level range.
4. The multi-fragrance scent dispenser of claim 3, wherein the different colored lights comprise: 25
a. a green light indicating a fragrance level between 100% and 70%;
b. a magenta light indicating a fragrance level between 69% and 39%;
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c. a yellow light indicating a fragrance level between 38% and 1%;
d. a red light indicating a fragrance level of 0%.
5. The multi-fragrance scent dispenser of claim 3, wherein the liquid quantity indication system further comprises a translucent vial body allowing the 5 colored lights to be visible to the user.
6. The multi-fragrance scent dispenser of claim 3, wherein the liquid quantity indication system further comprises a control circuit configured to activate the respective colored lights based on the fragrance level range.
7. The multi-fragrance scent dispenser of claim 3, wherein the colored lights 10 are positioned on or near the dispenser's top cap for easy visibility and identification by the user.
8. The multi-fragrance scent dispenser of claim 3, wherein the dispenser further comprises a user manual or guide specifying the color code for the fragrance level ranges and their corresponding meanings. 15
9. The multi-fragrance scent dispenser of claim 3, wherein the user app integrated with the dispenser displays the color-coded fragrance levels for each vial on the user interface.
10. The multi-fragrance scent dispenser of claim 3, wherein the dispenser further comprises a user preference setting allowing customization of the 20 color code for fragrance level ranges according to user preferences.
11. The multi-fragrance scent dispenser of claim 1, wherein the data updating and user app integration feature deducts the dispensed amount of fragrance from the previously recorded amount, communicates the updated data to the user app in real-time, and allows users to access and monitor their fragrance 25 usage.
12. The multi-fragrance scent dispenser of claim 1, wherein the user control and replenishment feature enable users to view remaining fragrance levels, set reminders for refills or replacements, and place orders for new fragrance vials through the mobile application. 30
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13. The multi-fragrance scent dispenser of claim 1, wherein the battery monitoring and recharge indication system locks the dispenser's top cap when the battery falls below a certain threshold and provides a visual indication alerting the user to recharge the battery.
14. The multi-fragrance scent dispenser of claim 13, wherein the battery 5 monitoring mechanism continuously tracks the battery level and compares it to a predetermined threshold to determine when the battery falls below the certain threshold.
15. The multi-fragrance scent dispenser of claim 13, wherein the battery monitoring and recharge indication system further comprises a locking 10 mechanism that prevents the dispenser's top cap from being opened or used when the battery falls below the certain threshold.
16. The multi-fragrance scent dispenser of claim 13, wherein the visual indication alerting the user to recharge the battery comprises a flashing red light or a series of successive flashes of a red light. 15
17. The multi-fragrance scent dispenser of claim 13, wherein the visual indication alerting the user to recharge the battery further comprises a notification displayed on the user app indicating the battery recharge requirement.
18. The multi-fragrance scent dispenser of claim 13, wherein the battery 20 monitoring and recharge indication system further comprises a power cutoff feature that automatically shuts down the dispenser's operation when the battery falls below the certain threshold.
19. The multi-fragrance scent dispenser of claim 13, further comprising a rechargeable battery that can be connected to a power source via a USB port 25 for convenient and accessible charging.
20. The multi-fragrance scent dispenser of claim 13, wherein the battery monitoring and recharge indication system further comprises a charging status indicator, indicating the progress or completion of the battery recharge process. 30
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21. The multi-fragrance scent dispenser of claim 13, wherein the battery monitoring and recharge indication system further comprises a low-battery warning feature that provides an alert to the user when the battery level is approaching the certain threshold.
22. The multi-fragrance scent dispenser of claim 1, wherein the USB charging 5 feature allows the dispenser to be charged using a standard USB cable, providing convenience and compatibility with various power sources.
23. A method for operating a multi-fragrance scent dispenser, comprising:
a. Receiving a user selection of a specific fragrance vial from a plurality of fragrance vials available in the dispenser; 10
b. Verifying the legitimacy of the selected fragrance vial;
c. Dispensing a desired quantity of fragrance from the selected fragrance vial;
d. Updating fragrance usage data by deducting the dispensed quantity of fragrance from a previously recorded amount associated with the selected 15 fragrance vial;
e. Communicating the updated fragrance usage data to a user app in real-time, wherein the user app provides information on the remaining quantity of fragrance in the selected fragrance vial;
f. Monitoring the battery level of the dispenser during operation; 20
g. Determining if the battery falls below a certain threshold;
h. Locking the dispenser's top cap to prevent further usage when the battery falls below the certain threshold;
i. Providing a visual indication to alert the user to recharge the battery;
j. Receiving a recharge command from the user; 25
k. Connecting the dispenser to a power source via a USB port for recharging the battery;
l. Monitoring the progress of the battery recharge;
m. Unlocking the dispenser's top cap upon successful battery recharge completion. 30
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n. Providing a liquid quantity indication by activating a specific colored light corresponding to the remaining fragrance level in the selected fragrance vial;
o. Activating a green light to indicate a fragrance level between 100% and 70%; 5
p. Activating a magenta light to indicate a fragrance level between 69% and 39%;
q. Activating a yellow light to indicate a fragrance level between 38% and 1%;
r. Activating a red light to indicate a fragrance level of 0%.