DESC:FIELD OF THE INVENTION:
[0001] The present invention relates to ornamental devices, specifically an illuminating
ornament designed to enhance the aesthetic and functional qualities of traditional
jewelry and decorative items. This invention incorporates advanced lighting and sensor
technologies, including LED illumination, remote control, touch sensors, and Bluetooth
functionality. The device is customizable and can be integrated into various ornaments
such as maang tikka (forehead jewel), necklaces, earrings, rings, and bracelets. It
features a unique ability to highlight sculptural elements within the ornament, offering
an interactive user experience with touch-activated illumination and wireless control
for dynamic lighting effects. This innovation brings together ornamentation and
modern technology, providing both decorative appeal and functional versatility to
wearable items.
BACKGROUND OF THE INVENTION:
[0002] Traditional ornaments, particularly in the form of jewellery or religious
artifacts, have long been valued for their aesthetic and cultural significance. These
designs often focus primarily on the craftsmanship and beauty of the materials used,
such as metals, gemstones, and intricate patterns. However, such ornaments generally
lack interactive features, particularly in terms of dynamic illumination or the ability to
highlight ornamental sculptures within the piece. This limitation restricts their visual
appeal, especially in low-light environments, where the intricate details of sculptures
or other ornamental elements can go unnoticed.
[0003] With recent advancements in technology, there is an increasing demand for
functional yet visually striking jewellery that incorporates modern features such as
illumination and interactivity. The current invention addresses this gap by introducing
an illuminating ornament device that combines decorative design with advanced sensor
technologies. By integrating LED lighting, a touch sensor, remote control, and
Bluetooth functionality, the device enables the user to control and customize the
ornament’s illumination. This innovation not only enhances the ornament’s aesthetic
appeal but also adds a layer of interactivity, allowing users to highlight specific
sculptures or features within the ornament. The invention brings together the traditional
2
cultural values of ornamental design with modern technological advancements, offering
a unique and versatile product that caters to both decorative and functional needs.
OBJECTIVE OF THE INVENTION:
5
10
[0004] The proimary objective of this invention is to provide an illuminating ornament
device that seamlessly combines aesthetic appeal with functionality, using advanced
lighting and sensor technologies. The device is designed in the shape of a temple,
featuring decorative elements such as a netted gold wall, four pillars, and hanging small
balls, all contributing to an elegant and intricate structure. It incorporates an electronic
sensor that allows users to control the illumination with a simple touch, providing a
user-friendly and interactive experience. The LED lighting system is designed to offer
a uniform and attractive lighting effect, enhancing the overall visual impact of the
ornament.
15
20
25
30
[0005] Another objective of the invention is to include a unique sculpture highlighting
feature, wherein the activation of the electronic sensor enhances the visibility and
beauty of any god, goddess, or ornamental sculpture placed within the womb chamber
of the ornament. This feature creates an engaging lighting effect that brings attention to
the sculptural elements, adding sophistication and a dynamic visual experience.
[0006] Yet another objective is to provide a practical and versatile charging
mechanism, enabling the ornament to be charged either internally or externally. A 20-
minute charge offers up to 3 hours of runtime, ensuring that the ornament remains
functional while minimizing downtime. This efficient charging solution makes the
ornament convenient and reliable for daily use.
[0007] Still another objective of the invention is to enhance the ornament's
customizability by incorporating Bluetooth functionality and a remote control system,
allowing users to adjust the lighting settings remotely. The user can choose between
single or multi-colour light options and control various lighting effects, further
personalizing the ornament's illumination.
[0008] Further objective is to ensure that the ornament is compatible with a wide range
of jewellery designs, including maang tikka, necklaces, earrings, rings, bracelets, and
more. The device can be easily integrated into various types of ornaments, made from
3
5
10
15
20
25
[0009] metals such as gold, silver, platinum, and copper, making it a versatile and customizable
accessory.
In summary, the invention aims to create an interactive, visually captivating,
and functionally versatile illuminating ornament that combines traditional ornamental
design with modern technology. The integration of LED lighting, touch sensors, and
Bluetooth control offers users a unique decorative experience, making it an ideal
addition to various jewellery and ornamental items.
SUMMARY OF THE INVENTION:
[0010] The present invention provides an illuminating ornament device comprising a
combination of hardware components designed for integration into various types of
ornaments, such as maang, tikka, necklace, earrings, rings, and more. The device
features a rechargeable lithium battery, a charging port, an LED light, and an integrated
circuit (IC) board that together form the core assembly of the device. The ornament
device is equipped with a touch sensor, a Bluetooth board, and a remote-control system,
enabling the user to control the LED lighting and highlight ornamental sculptures
within the device.
[0011] The ornament is designed to allow for single or multi-colour light selection, and
the device can be made from various metals, including gold, silver, platinum, and
copper, ensuring compatibility with a wide range of jewellery designs. The device also
features an indicator light to show the charging status of the battery and has a wire for
power distribution.
BRIEF DESCRIPTION OF DRAWINGS:
[0012] [0013] The accompanying drawings are included to provide a further understanding of
the present disclosure, and are incorporated in, and constitute a part of this specification.
The drawings illustrate exemplary embodiments of the present disclosure, and together
with the description, serve to explain the principles of the present disclosure.
FIG. 1 illustrates illumination device for integration to ornaments.
4
5
10
DETAILED DESCRIPTION:
15
20
[0014] [0015] [0016] [0017] [0018] [0019] [0020] [0021] [0022] [0023] FIG. 2 illustrates illumination device integration into Necklace.
FIG. 3 illustrates illumination device integration into Haram.
FIG. 4 illustrates illumination device integration into Bangles.
FIG. 5 illustrates illumination device integration into Ring.
FIG. 6 illustrates illumination device integration into Armband(vanki).
FIG. 7 illustrates illumination device integration into Maang Tikka.
FIG. 8 illustrates illumination device integration into Bracelet.
FIG. 9 illustrates illumination device integration into Hip Belt.
FIG. 10 illustrates illumination device integration into Chain.
FIG. 11 illustrates illumination device integration into Jimiki (Earings).
[0024] STRUCTURE OF THE ORNAMENT
The illuminating ornament device is designed in the shape of a temple, which serves
as the core aesthetic theme of the ornament. The design features a netted gold wall, four
pillars, and a small womb chamber, creating an ornate, elegant, and traditional appearance.
Hanging small balls at the base add to the intricate design, contributing to the overall visual
appeal of the ornament. The netted gold wall, in particular, enhances the decorative quality,
making the ornament visually striking while housing the internal components that control
the illumination and user interaction. The overall structure is compact, lightweight, and
customizable to fit different ornament styles.
[0025] ILLUMINATION SYSTEM
The ornament integrates an electronic sensor that allows users to control the
illumination with a simple touch. The LED sensor device is strategically placed within the
5
5
10
15
20
25
ornament to provide uniform and attractive lighting effects. The light can be activated by the
touch of the sensor, creating an immediate and dynamic visual effect. The illumination system
is powered by an internal rechargeable lithium battery, ensuring a long-lasting and efficient
power supply.
[0026] CHARGING MECHANISM
The ornament is designed with a charging port that allows the device to be charged both
internally (within the ornament) and externally. This dual charging mechanism offers
flexibility for the user. A 20-minute charge provides approximately 3 hours of runtime, offering
an efficient solution for keeping the ornament operational without frequent recharging. The
indicator light visually signals the charging status, turning on during the charging process and
turning off once the battery is fully charged.
[0027] SCULPTURE HIGHLIGHTING FEATURE
A unique feature of the ornament is its ability to highlight sculptures within the womb
chamber. The womb chamber can hold small god, goddess, or ornamental sculptures. When
the electronic sensor is activated, the integrated lighting system enhances the visibility and
beauty of the sculptures by spotlighting them. This sculpture highlighting feature adds an extra
layer of sophistication, making the ornament not just a piece of jewellery but a dynamic,
interactive decorative item.
[0028] OPERATION OF THE ORNAMENT
The ornament is user-friendly and easy to operate. The illumination can be turned on
or off with a simple touch of the electronic sensor. Additionally, the ornament can be charged
conveniently through the charging port, and users can choose whether to charge it inside the
ornament or remove the battery for external charging. The device is designed for simplicity
and efficiency, ensuring that users can easily enjoy both the aesthetic and functional benefits
of the device.
[0029] COMPONENTS OF THE ILLUMINATING ORNAMENT DEVICE
[0030] The illuminating ornament device consists of several key components that work
together to deliver the desired lighting effects, sensor functions, and user controls:
6
5
10
15
20
25
1.1. On/Off Button
[0031] The on/off button provides a simple interface for manually turning the illumination of
the device on or off. It serves as a backup or alternative method to the touch sensor and
allows the user to control the ornament’s power easily.
1.2. Charging Port
[0032] The charging port is designed to recharge the lithium battery using an appropriate
charging cable. This port is strategically placed for easy access and ensures the
ornament stays operational for extended periods, providing the user with convenience.
1.3. LED Light
[0033] The LED light is the primary source of illumination in the ornament. It can be
programmed to emit single colour or multi-colour light, offering the user customization
based on their aesthetic preferences. The LED light is also responsible for highlighting
sculptures or decorative elements in the womb chamber when activated.
1.4. Lithium Battery
[0034] The lithium battery powers the LED light and the entire illumination system. It is
designed to be rechargeable, providing 3 hours of runtime after a 20-minute charge. Its
compact size and high efficiency allow the battery to be seamlessly integrated into
various ornament designs.
1.5. Integrated Circuit (IC) Board
[0035] The IC board acts as the central processing unit of the ornament, managing the power
distribution, coordinating the operation of the LED light, the Bluetooth functionality,
and the touch sensor. The IC board ensures stable performance and optimizes the
lighting effects.
1.6. Indicator Light
7
5
10
15
20
25
[0036] An indicator light provides visual feedback on the ornament’s charging status. It turns
on when the device is charging and turns off when the battery is fully charged, allowing
the user to easily monitor the charging process.
1.7. Bluetooth Board
[0037] The Bluetooth board enables wireless communication between the ornament and
external devices, such as a mobile phone or remote control. Through Bluetooth, the user
can adjust the LED light’s colour, intensity, and activate various lighting patterns
remotely.
1.8. Touch Sensor Board
[0038] The touch sensor detects the user’s touch and activates the LED light. It triggers the
lighting system to illuminate or highlight the sculpture within the ornament when
touched. This feature adds interactivity to the ornament and enhances the user
experience.
1.9. Remote Control and Remote-Control Board
[0039] The remote control allows users to operate the LED light from a distance. The remote-
control board enables users to adjust settings such as turning the ornament on or off,
changing the light colour, or activating different lighting patterns. This provides the
user with more control over the ornament’s illumination without needing to touch the
sensor.
2. FUNCTIONALITY OF THE ILLUMINATING ORNAMENT DEVICE
2.1. Ornament Integration
[0040] The illuminating ornament device is designed to be easily integrated into a wide variety
of ornaments. It can be embedded into traditional jewellery pieces, including maang
tikka, necklaces, earrings, rings, hip belts, bracelets, and bangles. Its compact size
8
allows for seamless integration into these items, providing both aesthetic appeal and
functionality.
2.2. Illumination Control
5
10
15
20
25
[0041] The ornament offers several ways for users to control the illumination. Touch control
is the simplest method, allowing users to activate the light with a single touch.
Bluetooth functionality provides remote control via a smartphone app or Bluetooth-
enabled device, enabling the user to customize lighting settings from a distance. A
remote control is also available for more traditional operation, allowing users to change
the lighting settings without touching the ornament.
2.3. Sculpture Highlighting Feature
[0042] A key feature of the ornament is its ability to highlight sculptures within the womb
chamber. When the touch sensor is activated, the lighting system focuses on sculptures,
such as religious idols or ornamental figures, to enhance their visibility. This feature
adds an interactive and dynamic aspect to the ornament, making it a more captivating
decorative piece.
2.4. Multi-Colour Lighting
[0043] The LED light can be programmed to produce multi-colour lighting effects. Users can
choose between single colour and multi-colour lighting options, allowing them to adjust
the ornament’s lighting to match their preferences or create different moods and effects.
3. Charging and Power System
[0044] The charging port is designed for efficient and flexible charging. The lithium battery
can be charged either internally or externally. A 20-minute charge provides up to 3
hours of runtime, making it highly efficient and convenient for everyday use. The
indicator light displays the charging status, helping the user keep track of the device’s
power level.
4. Material and Design Flexibility
[0045] The ornament can be crafted from a variety of materials, including gold, silver,
platinum, copper, and other metals. This design flexibility allows the ornament to be
9
5
10
15
20
25
customized to suit different cultural, traditional, and personal preferences. The
integration of modern lighting technology into traditional ornamentation enhances the
ornament’s appeal while preserving its cultural significance.
[0046] In conclusion, the present invention offers a novel illuminating ornament device that
integrates advanced sensor technology and customizable lighting features. It enhances
the functionality of traditional ornaments, providing an interactive and dynamic
lighting experience. With its touch sensor, Bluetooth connectivity, and remote-control
system, the ornament offers users a personalized decorative experience. The device is
efficient, rechargeable, and designed for easy integration into a wide variety of
ornament styles, making it an innovative solution in the field of decorative jewellery.
ADVANTAGES OF THE INVENTION:
[0047] The following are the advantages of the invention:
1. 2. 3. 4. Aesthetic temple design with netted gold wall and pillars.
User-friendly electronic sensor for touch-controlled illumination.
Sculpture highlighting feature for added visual appeal.
Efficient charging mechanism offering 3 hours of runtime with just a 20-
minute charge. ,CLAIMS:We claim:
1. An illuminating device for integration into ornaments, comprising of:
(a) an on/off button for controlling power to the device;
(b) a charging port for charging a rechargeable lithium battery;
(c) at least one LED light for emitting light from the ornament;
(d) a wire electrically connecting the LED light to the battery and IC
board;
(e) a lithium battery configured to supply power to the device;
(f) an integrated circuit (IC) board for managing the operation of the
device;
(g) an indicator light to signal the charging status of the battery;
(h) a Bluetooth board for enabling wireless communication with
external devices;
(i) a touch sensor board for detecting user input via touch; and
(j) a remote control and remote-control board for remotely controlling
the LED light;
wherein the device is configured to be embedded in a variety of ornaments selected
from the group consisting of maang tikka, necklace, harm, earring, ring, hip belt,
armband (vanki), chain, bracelet, and bangles,
wherein the illuminating device allows the user to choose between a single light or
multi-colour light,
wherein the ornament can be made from metals selected from the group consisting of
gold, silver, platinum, copper, and combinations thereof.
2. The illuminating device as claimed in claim 1, wherein the device is configured to be powered by a
rechargeable lithium battery, and the charging port is adapted to allow charging via a suitable charging
cable.
3.The illuminating device as claimed in claim 1, wherein the LED light is a multi-colour LED
capable of emitting different colours based on user selection.
4. The illuminating device as claimed in claim 1, wherein the on/off button is used to control the
activation or deactivation of the LED light.
11
5
10
15
20
25
30
35
40
5. The illuminating device as claimed in claim 1, wherein the touch sensor board allows the
user to control the LED light's colour or intensity by touching the ornament.
6. The illuminating device as claimed in claim 1, wherein the Bluetooth board enables wireless
control of the LED light via a mobile device.
7. The illuminating device as claimed in claim 1, wherein the remote-control board allows for
remote operation of the LED light, including turning it on or off, adjusting its colour, and
setting light patterns.
8. The illuminating device as claimed in claim 1, wherein the IC board is programmed to
manage the power distribution to each component and ensures optimal performance of the LED
light.
9. The illuminating device as claimed in claim 1, wherein the indicator light provides a visual indication
of the charging status of the lithium battery, turning on when charging and turning off when fully
charged.
10. A method of using an illuminating device integrated into an ornament, the method
comprising of:
(a) providing the illuminating device comprising an on/off button, a charging port,
an LED light, a lithium battery, an integrated circuit (IC) board, an indicator
light, a Bluetooth board, a touch sensor board, and a remote control;
(b) inserting the illuminating device into an ornament selected from the group
consisting of maang, tikka, necklace, harm, earring, ring, hip belt, armband
(vanki), chain, bracelet, and bangles;
(c) charging the lithium battery via the charging port;
(d) activating the LED light using at least one of the on/off button, the touch sensor,
or the remote control;
(e) selecting a single light or multi-colour light setting for the LED light;
(f) controlling the LED light remotely via the Bluetooth board, or by using the
remote control;
(g) indicating the charging status of the lithium battery with the indicator light;
wherein the method allows the user to customize the illumination settings of the
ornament based on user input through the touch sensor, remote control, or
Bluetooth communication.