Patent Application
20240353092
Present invention disclosed a picture frame where a plurality of LED lights, placed along the peripheral section of the display screen of the picture frame, can be controlled to turn on and to display light patterns, with optional desired graphics or textual content, towards the front, to the viewers.
The new feature exhibited in the present invention is completely different from existing picture frames already on the market where some LED lights are present and project lights sideways from the side of the outside frame. Such existing picture frames cause the LED lights to go out in an uncontrolled manner, towards all outward direction.
On the contrary, the present invention's LED lights are directed and controlled to shine towards the front, that is, to shine towards the viewers. And because of such direction control, additional consumer desirable features can be added, such as corporate logo, or other artwork of textual or graphic content that may be added to enhance the product value and to satisfy consumer demands.
The invention relates to a picture frame that can display digital images (still pictures or videos) with additional decorative and informative graphics as may be desired by individual users or merchants. Certainly, not just still pictures, video clips can also be displayed, along with sound effects that are part of the video clips.
The picture frame of present invention is composed primarily of a front frame, a guiding layer, a guard strip, a plurality of LED light modules, a backing layer, and a display screen, forming the major components.
In addition to the major components, additional elements include a LED control unit, Main PCB, speaker, switch, back panel and an external bracket.
Depending on embodiment, an alternative configuration consists of a front frame, a guiding layer, a guard film, a plurality of LED light modules, a backing layer and a display screen to form the major components.
The main difference between the first embodiment and the alternative embodiment is that in the first embodiment, the LED lights modules are fitted to the side of the guiding layer and is enclosed in by the guard strip. This configuration can also be conceptually described as combining the LED light modules and the guard strip into a single component as shown herein. The side of the guiding layer can be made to have zig-zag shape to better fit the size/volume of the LED light modules.
In the alternative embodiment, the LED light modules are placed on one side of the backing layer; the one side will be the side facing the front of the picture frame. The guiding layer then is attached to the front side of the backing layer, sandwiching the LED light modules in between the guiding layer and the backing layer. A guard film can be optionally added to facilitate connection/installation to the guiding layer, specifically to the rear side of the guiding layer, better fitting the size/volume of the LED light modules.
The guiding layer serves to transmit the lights generated by the LED light modules, for better diffusing and spreading lights evenly throughout the overall surface of the guiding layer. The guiding layer is made from either transparent material or translucent material, such as acrylic, that allows light to travel and shine through.
The main PCB unit has a built-in power supply unit; alternatively, the power supply unit can be an independent unit outside of the main PCB unit. The main PCB unit has some memory to hold images (pictures or videos); similarly, some independent memory unit can be implemented outside of the main PCB unit to receive and hold images to be displayed on the display screen. Such construction of power supply unit and memory unit require no disclosure for persons of ordinary skill in the art relevant to the present invention.
Due to the arrangement of the LED light modules and the configurations presented, the lights are controlled to shine towards the front, instead of towards the sides of the picture frame, or any other direction.
A speaker can be additionally installed within the flatly stacked assembly for generating sound if such sound/music content is also coded into digital images (still images or video clips) that would be displayed.
A receiver/indicator unit can be additionally added and works to receive control signals that can be remotely transmitted to the picture frame of present invention. The remote transmission can be done by a commercially available remote control device. This usage and connection of a commercial remote control mechanism is a known art and is not required to be displayed in present application.
In both the first embodiment and the alternative embodiment, the guiding layer allows texts, graphics or other designs to be inscribed/imprinted on it. Due to the transparent/translucent attribute, the LED light modules, when shining towards the front (the direction of the viewers), would show desired text content, or graphic content, or any imprinted artwork, having a backlit visual feature enabled by the specific placement of the LED light modules.
An external bracket serves to provide the standing or propping up mechanism for the picture frame. It alternatively serves to connect to other mechanical structure for standing or to install to other device/setup for convenient viewing.
A switch can be optionally added to provide a manual on/off operation.
The accompanying drawings exemplify the preferred embodiments of the invention. Together with the description, serve to explain the principles of the invention.
A brief description of the drawings is as follows:
The picture frame of present invention is primarily composed of a front frame 1, a guiding layer 2, a guard strip 3a, a plurality of LED light modules 4, a backing layer 5, and a display screen 6 that form the major components. Reference
In addition to the major components, additional elements include a LED control unit 7, Main PCB unit 8, speaker 9, switch 10, back panel 11 and an external bracket 12.
The main PCB unit 8 represents the block functional unit of a printed circuit board that is similar to those on available digital picture frames, including those with LED lights shining sideways. As such, no additional disclosure is required herein.
Depending on embodiment, an alternative configuration consists of a front frame 1, a guiding layer 2, a guard film 3b, a plurality of LED light modules 4, a backing layer 5 and a display screen 6 to form the major components. Please see
The LED light modules 4 are placed in a manner to go substantially along the inner perimeter of the backing layer 5
The guiding layer 2 is made to be substantially in the same shape as the backing layer 5. The guiding layer 2 is made from either transparent material or translucent material that allows light to travel and shine through. The guiding layer 2 can be made from acrylic, or other similar or suitable materials as long as it can serve to transmit substantial amount of lights generated from the LED light modules 4.
The display screen 6 receives and displays digital images transmitted from a main PCB unit 8; said PCB 8 unit includes a power unit that supplies electrical power to other parts within the picture frame. Alternatively, a separate power unit can be made to be independent from the main PCB 8. Said PCB unit 8 includes sufficient memory to hold the images (pictures or videos) for displaying on the display screen 6. Alternatively, separate memory unit can be implemented to exist outside of the PCB unit 8 to hold such images. No disclosure is need regarding the power unit or the memory as a person ordinarily skill in the art, relevant to the technology of the present invention, can practice such elements without further disclosure.
A backing layer 5 will be placed along the outside perimeter of said display screen 6, as shown in
In a first embodiment, a plurality of LED light modules 4 are assembled to the inner side of a guard strip 3a, with that assembly then placed to surround the outside perimeter of said guiding layer 2. This shown in the exploded illustration of
This configuration can also be conceptually described as combining the LED light modules 4 and the guard strip 3a into a single component as shown in
The components within the front frame 1 and the back panel 11, inclusive, would be flatly assembled to shape like a traditional picture frame.
An optional indicator/signal receiver 13 is placed at a corner of said front frame 1, serving to show working status and to receive optional control signal from a user. See
Digital images (photos or videos) can be displayed on the display screen 6 while the LED light modules 4 can generate lights, allowing the light patterns to travel through the guiding layer 2 and towards the front side of the picture frame. The lights are thus controlled to shine towards the front, and NOT towards the side, the back, or any other direction.
In the first embodiment, the lights emitted by the LED light modules 4 would be blocked by the guard strip 3a to prevent shining sideways; the backing layer 5 would block the light from travelling towards the back direction.
In the second embodiment, the lights emitted by the LED light modules are similarly blocked by the backing layer 5 from shing towards the back direction. Because of the overall assembly fashion of these parts sandwiched between front frame 1 and back panel 11, no lights would be allowed to shine side-ways, except for the directing towards the front.
A separate LED control unit 7 can be additionally placed within the flatly stacked assembly to provide LED light pattern control independently from the functionality implemented by the main PCB unit 8. The LED control unit 7 can provide controls for LED light modules of different colors (RGB, Red/Green/Blue, as well as addition colors) as desired.
A speaker 9 is additionally placed within the flatly stacked assembly, connected to said Main PCB unit 8 for generating sound if such sound/music content is also coded into digital images (still images or video clips) that would be displayed.
A switch 10 is provided to provide the system with on/off operation, for potential manual on/off operation.
An external bracket 12 serves to provide the standing or propping up mechanism for the picture frame. Alternatively, the external bracket 12 serves to connect to other mechanical structure for standing or to install to other device/setup for convenient viewing.
A receiver/indicator unit 13 is connected to said main PCB unit 8 and works to receive control signals that can be remotely transmitted to the picture frame of present invention. The remote transmission can be done by a commercially available remote-control device. This usage and connection of a commercial remote-control mechanism is a known art and is not required to be displayed in present application.
A power supply unit, whether within the main PCB 8 or independently provided, provides electrical power for the display screen 6, the main PCB 8, the LED light modules 4, the LED control module 7 and the speaker 9.
In the second/alternative embodiment, a guard film 3b can be optionally placed on top of the plurality of the LED sight modules 4 for easier connection/installation to the guiding layer 2, to better accommodate the size/volume of the LED light modules 4 when putting together the guiding layer 2 and the backing layer 5 together into a flatly assembled unit with the LED light modules 4 sandwiched in.
In both original embodiment and the alternative embodiment, the guiding layer 2 allows texts, graphics or other designs to be inscribed/imprinted on it. Thanks to the transparent/translucent attribute, the LED lights 4, when shining towards the front (the viewers), would show desired text content, or graphic content, or any imprinted images, having a backlit visual feature made by the LED lights 4.
It should be noted that the description and disclosure made herein illustrated the preferred embodiments of the invention and are not meant to limit the scope of the applicant's rights. Variations and alterations may be employed for yet additional embodiments without departing from the scope of the invention herein.
