Patent Application
20180014075
This invention relates to a media playback device and system configured to automatically establish a connection, via a wireless network, to an internet-based media platform delivering copyright-protected media assets and to enable those media assets to be played and/or displayed to an end-user. One specific application is a media playback device that enables easy enjoyment of internet-based music streaming services with millions or tens of millions of music tracks.
Streaming music is the fastest growing sector in the music industry, but as of 2014 there were only 30 million paying subscribers globally, whereas 200 million people used to regularly buy CDs. So 85% of the addressable market of people who in the past have been willing to spend money on music have not converted to any subscription or paid-for streaming music service, despite the theoretical advantages of having unlimited access to discover and play millions or tens of millions of different music tracks.
This is because current subscription based systems are too technically complex for many people to feel comfortable with, especially if they have been used to much simpler forms of music enjoyment, such as just turning a radio on or buying a CD and popping it into a CD player and pressing ‘play’. The complexity of having to download a music streaming app, complete an account sign-up process for that app, chose passwords, enter configuration information for the hardware and commit to recurring subscriptions is too great a dis-incentive for many people, especially when compared with the simplicity of earlier devices, like record players and CD players. That complexity is compounded by the need, if you want some form of home-based system, as opposed to simply playing back music from your smartphone, to purchase dedicated hardware systems like Sonos home audio system.
These dedicated home audio systems provide excellent audio performance, but are too complex for many ordinary users to set-up. And when the system fails, a common experience is to simply stop using it altogether because working out what has gone wrong and re-setting it all it is too daunting for many ordinary users.
As a consequence, despite the vast quantity of music now available on line, and the high quality of streaming music, the paradox is that entirely passive music listening modes, such as listening to broadcast radio, have become the norm for many people who in the past would have been active purchasers of vinyl or CDs and enjoyed a personalized, but also highly social or communal music listening experience.
Also, current streaming music services are optimised for a single-user experience—e.g. an app that is downloaded to a user's smartphone, allowing the user to listen to music on the go via headphones or a wireless connected speaker. These apps are predominantly appealing to people in the under 35 years demographic - for whom downloading an app and buying a subscription online is not so daunting and for whom headphone listening is an established habit. A group listening experience is possible with say a Bluetooth enabled loudspeaker connected to the smartphone, but it is not readily possible to share the experience of selecting an album or track, since the music list is displayed solely on one person's smartphone. So entirely lacking is the possibility of a genuinely shared experience of both listening to music and collaboratively choosing the music to listen to: when music was delivered on physical media, like vinyl or CDs, played on a sound system, this was not only possible but central to the social aspects of music listening. Much of that social richness has been lost with current modes of smartphone-centric music listening.
The aim of this invention is to create a media playback system that eliminates these technical complexities and therefore gives a music or media entertainment experience that is effortless, fun & engaging, and enables social or group-based selection of music tracks combined with social or group-based listening to those tracks.
This invention therefore addresses a specific problem arising in one form of conventional Internet-based media consumption services. The problem is that the ordinary user is faced with needing to download a music streaming app to their smartphone or tablet, complete an account sign-up process for that app, chose passwords so that the app can control the software and, finally, commit to recurring subscriptions. For relatively tech-savvy consumers, this is all routine, but there are a great many people for whom this is too complex, especially when compared with what they are use to, which is buying vinyl or a CD, and the very simple process of playing that vinyl or CD. The technical problem of setting-up or configuring a system is even greater where some form of dedicated home audio system is used.
The challenge we address is to provide the technical architecture that enables the replication of the simplicity and social aspects of the pre-Internet music or media experience, yet provides an easy to set-up, inherently social media playback system that also gives the extensive and immediate access to, and easy search of, tens of millions of tracks that is only possible with an Internet-based service.
A first aspect of the invention is a media playback system configured to automatically establish, a connection, via a wireless network, to an internet-based music platform delivering copyright-protected media assets and establishing access to some or all of those assets but without requiring (for example, in normal operation) any prior user configuration, set-up, sign-up or other user identification for that media delivery platform;
the system automatically and uniquely identifying itself to the media delivery platform to enable that platform, or an access control component associated with the platform, to determine if the system is licensed to receive streaming media, irrespective of the user of the system.
The system appeals to people who love music but who have yet to adopt app-based streaming music services with their complex set-up of accounts and their subscription based models; typically, this demographic likes tangible physical products that offer simple and fast set-up.
Optional features include the following:
The system may include a portable remote control device that enables a user to select copyright-protected media, such as streaming music, from the media delivery platform.
The system may re-purpose an existing media or sound reproduction system, such as a TV, hi-fi system or speakers, and use that as its streaming media output source. The remote control can, where an existing TV is used as the media output source, be used to control a user interface displayed on the TV that enables an end-user to search for, select and playback media. The system may then include a unit that plugs into the HDMI port of the TV and that generates the user-interface and receives and processes control inputs from the remote control and sends data requesting media to the media delivery platform and receives that data and presents it via the HDMI interface to the TV for playback.
The system may, instead of re-purposing an existing media or sound reproduction system, include a self-contained device including a speaker, a power source, a user interface (such as a touch screen UI) and Wi-Fi or other LAN connectivity that enables a user to select copyright-protected media, such as streaming music, from the media delivery platform.
The system, whether it includes a re-purposed TV or the self-contained device described above, may generate and present a user interface with a home screen that includes three icons for ‘My Music’, ‘Discover’ and ‘Search’ or equivalent functionality.
In this implementation, the user interface includes a first level UI which is a skeuomorphic representation of physical recording media, such as CDs, vinyl, album covers etc. The skeuomorphic representation of physical media are arranged in an array and the user can scroll or navigate through the array. When a user selects a particular CD or vinyl to play, then the representation of the CD or vinyl will start to spin around in a skeuomorphic representation; this may be in a second level down in the UX hierarchy. The ‘Discover’ mode when selected causes a skeuomorphic representation of physical recording media, such as CDs, vinyl to be displayed, each associated with a different curator or genre or channel or other source. The ‘Search’ mode when selected causes an on-screen keyboard to be shown, together with a microphone icon; selecting the microphone icon activates a voice recognition system, allowing the user to simply speak the name of the artist, album genre, curator etc.
When a specific artist is chosen, then a skeuomorphic representation of physical recording media, such as CDs, vinyl, album covers of that artist is shown in an array that the user can readily scroll or navigate through.
The user interface has three primary levels of depth for simplicity and ease of user comprehension: (1) the home screen, with the three key functions of ‘My Music’, ‘Discover’ and ‘Search’ or equivalent functionality; (2) the array of CDs or vinyl associated with the function selected at the home screen level: (3) a screen showing the currently playing album or track.
User tagging of content is possible, e.g. hashtags. User defined collections of one or more of the following: artists, albums and tracks, radio stations and pod casts, are formed as searchable objects and are accessible through the ‘My Music’ option.
The system can be implemented in various different form factors; one implementation we describe in detail later in this specification is the variant with a HDMI stick that plugs into the HDMI socket of a conventional TV to re-purpose that TV as a streaming music player. Another variant we describe in more detail is the self-contained device with its own speaker and touch screen and Wi-Fi capability. Other variants are also possible, such as in-car systems.
Also, it would be possible for the user-purchasable device to be just an HDMI stick on its own; when plugged into a TV or laptop or tablet or smartphone, or any other type of electronic unit, it would provide streaming of fully licensed media assets and provide the user interface that the user operates in the manner normal for the device the stick is plugged into.
Further, although we specifically reference the HDMI standard, the invention is equally applicable to any audio or video or audio/video interface.
A second aspect is a method of enabling a media playback system configured to automatically establish a connection, via a wireless network, to an internet-based media platform delivering copyright-protected media assets and establishing access to some or all of those assets but without requiring in normal operation any prior user configuration, set-up, sign-up or other user identification for that media delivery platform;
(i) the method including the step of the system automatically and uniquely identifying itself to the media delivery platform with a unique identifier;
(ii) the platform, or an access control component associated with the platform, determining, using the unique identifier, if the system is licensed to receive streaming media, irrespective of the user of the system;
(iii) if the system is licensed, then providing access to search and stream some or all of the media assets.
A third aspect is a remote control device for a music playback system, in which the remote control device includes a microphone and is voice-controlled, so that a user can select a specific music track or genre by speaking its name to the remote control device to initiate streaming from an internet-based music delivery platform and the system also transmits sounds received at the microphone to an audio playback device, such as a TV, for the speakers in or connected playback device to reproduce, to enable a ‘karaoke’ mode.
The system can re-purpose an existing media or sound reproduction system, such as a TV, hi-fi system or speakers, and uses that as its streaming media output source.
Multiple pairing is possible—i.e. to pair several remote controls with the same media or sound reproduction system so that several people can join in the karaoke session, each using their own paired, remote control as a microphone.
A fourth aspect is a method of controlling functions in an application that enables music tracks to be streamed from a database of music tracks from an internet-based music delivery platform, in which menu items are displayed on a screen, and in which:
a music track or album is graphically represented on the screen as a CD or vinyl single or album that spins whilst it is playing.
If search results have multiple different albums, or whenever you need to show multiple albums, then the screen graphically depicts a stack of CDs or vinyl singles or albums.
Menu items may be selected using a remote control with motion or gesture detection, or may be selected from menu items shown on a touch screen.
The method may be implemented using a system that includes a portable remote control device that enables a user to select copyright-protected media, such as streaming music, from the media delivery platform and the screen is the screen of a TV that is controlled by the remote control. The system re-purposes an existing media or sound reproduction system, such as a TV, hi-fi system or speakers, and uses that as its streaming media output source.
The method may be implemented using a system that includes a self-contained device including a speaker, a power source, a user interface with a touch screen UI and Wi-Fi or other TAN connectivity that enables a user to select copyright-protected media, such as streaming music, from the media delivery platform; and the CD or vinyl is shown on the touch screen of the self-contained device.
Appendix 1 lists all of the key features of the system.
An implementation of the invention will be described with reference to the following FIGS.:
The invention is implemented in two different variants, one that re-purposes an existing domestic TV or audio system and one that uses a device with a dedicated touch screen and speaker.
The first variant includes a remote controller and an HDMI ‘stick’ or ‘dongle’, with the HDMI stick re-purposing an existing media or sound reproduction system—for example with the stick being inserted into the HDMI port of a conventional TV, as suggested in
The HDMI stick jumps onto the local domestic Wi-Fi and opens a connection to a remote web-based media asset service or platform; it feeds the media signals (e.g. streaming audio or video) received from the remote web-based media asset service or platform to the re-purposed sound system,—e.g. the TV over the HDMI link for the TV to pass through its speakers and display and hence generates the UX that is shown on the TV display.
The handheld remote controller controls the UX shown on the TV display, enabling a user to navigate through the music library, and select genres, tracks, stations etc. using gesture base control of an on-screen cursor, and also through voice control (e.g. the user can say ‘Play The Rolling Stones’ into a microphone in the handheld remote controller and then that is processed (either locally at the remote control, or the HDMI stick, or remotely at the web-based media asset service or platform, or some combination of any of those), resulting in the web-based media asset service or platform serving up streaming audio or video of The Rolling Stones, received by the HDMI stick over the local Wi-Fi and then fed into the TV or other re-purposed device via the HDMI port and hence played back over the TV set or other device.
Key features of this system are:
We will now look at the detailed requirements for the controller, HDMI stick and the client application.
The Controller is a simple four button controller optimised for intuitive interactions with the music service. The gesture-based controller, similar to a Nintendo Wii, controls the user interface on the TV, and includes a microphone for voice-searching of the music catalogues. Key electronic components are:
BOSCH BMIO55 Accelerometer and Gyroscope
2.4 Ghz factory-pairing to TV stick.
900 MAh rechargeable battery
Rechargeable via Micro USB, 5Y, 0.5A
TED with multiple flash patterns
Haptic feedback to communicate physical cues from the UI
Key features include the following:
The controller must provide the freedom to be anywhere in the room to allow wireless interaction with the interface.
The controller must provide a natural and intuitive interaction method.
The controller must provide data from voice input to activate and issue commands.
The controller must have a method for confirming actions.
The controller must provide data for acceleration, velocity, tracking movement, position and orientation in 2D and 3D space (6 degrees of freedom: translation in x, y, z and rotation in x, y, z).
The controller must provide data for recognising gestures (tap, swipe, pan, etc.).
The controller must reset its coordinate space (zero) after it becomes idle or inactive.
The controller must automatically activate the TV input source (HDMI Consumer Electronics Control).
The controller must be pre-paired to the stick and if required, be easily re-paired.
The controller has a dedicated ‘back’ button to go back through the UI, a dedicated ‘action’ button to play a song and select an item in the UI, a dedicated ‘pause-resume’ button that pauses or resumes playback of the current playing track, a dedicated ‘voice’ button that activates the microphone and displays the ‘voice search’ UI, as well as voice commands and karaoke mode activation.
The controller must have a portable power source to sufficiently power the components, which must be easily replaced or recharged.
The controller must have an TED as a feedback mechanism to report its state.
The controller could provide haptic feedback (vibration) whose pattern, strength and duration is programmable.
The controller must have a robust and durable charge point cable connector. The controller must act as a microphone for karaoke
Various design studies for the controller are at
The HDMI stick is a HDMI 1.4 compliant Android single-board device that uses the consumer's WiFi to access the remote music delivery platform. It is built to operate “offline first”, and application caches are primed at the factory for an appliance-like first start experience. Key electronic components are:
Quad-core 28nm 1.4GHz ARM-A9.
1GB System RAM, 4GB Flash Storage.
Graphics 1080p, 720p, 32-bit RGB
Bluetooth 2.1 EDR, WiFi 802.11 b/g/n 2.4GHz
3.5 mm audio line-out.
Power: Micro USB, 5V, 1.0A.
Features include the following:
The stick must be robust to survive an 18-month product lifecycle.
The stick must have enough computing power for a smooth user experience (minimum 30 frames per second).
The stick must be able to smoothly play HD video (1080P) at full screen at 30 frames per second.
The stick must be able to handle large image, audio and video files in volatile memory.
The stick must be able to store and persist local data even after being turned off.
The stick must output audio and video using HDMI 1.4 or greater to the TV.
The stick must support Bluetooth 3.0 to connect to other devices to stream music.
The stick must be able to support hardware accelerated software (OpenGL, WebGL, CSS3D, CSS3 Transformations).
The stick must be able to support display resolutions of up to 1920 by 1080 pixels (1080p) and 1280 by 720 pixels (720p).
The stick must have an integrated Micro USB charge cable.
The stick must be a closed system appliance to the consumer, but the developer must have a method to program it.
The stick must have a USB power plug with the correct voltage and frequency designed to work in the destined country, or be powered through the TV over USB.
The stick must be able to connect to the Internet over a wired or wireless connection and using secure protocols.
The stick must run Android 4.4 (Kit Kat) and provide a mechanism to update to future versions of Android.
The stick must support simple connection to a WIFI network using WPS.
The stick must have a stable and consistent connection to the Internet over both wired or wireless connections.
The stick must be easily paired to the controller.
The stick must support secure streaming of audio content.
The stick must support secure streaming of video content.
The stick must support standard image types (PNG, JPG, GIF, BMP).
The stick must have a programmable LED to represent different states with different patterns, like power-on.
The stick must be able to enter and exit a low-powered standby mode.
The power plug must be able to simultaneously power the stick and controller; and come with the necessary USB cables.
The stick must be able to consume and interpret 3D data from the controller.
The stick must be able to play streamed CD quality audio.
The components on the stick must interoperate and function together without conflict to provide the best experience possible.
The stick could support sharing media between connected multimedia devices, for example using DLNA.
The stick could support dual band wireless.
The stick could support soft pairing controllers.
The stick could output audio in 5.1 (or 7.1) channels for surround sound
A design study for the stick is at
The client application runs embedded on the TV HDMI stick, written in HTML 5 and based around AngularJS, a robust framework for dynamic web applications—supporting semantic extension of HTML and enabling succinct containment, assembly and testing of functionality. The app is built to maximise usage of the GPU on the TV stick for native-like performance, with the advantage of being portable to future products and platforms. The Android boot loader will be modified to load directly—with no impression of the underlying operating system. Back-end functionality is defined as a series of micro services accessing platform services via JSON/HTTP.
The server components are developed with couchDB and nodeJS or couch app javascript functions, and hosted on AWS & Cloudant. Micro-services are fronted on the client by off-line first javascript libraries—keeping the architecture as simple and testable as possible, while providing a clear route to running out-of-process and full cloud deployment in nodeJS where this benefits application performance.
We will now look at the user interface (UI) and the total user experience (UX).
The UX menu structure is designed to be simple and intuitively easy to understand.
Music services typically feel like an Excel spreadsheet—a lean-forward laptop style experience. The UX we have in the TV-based implementation is completely different, offering a lean-back, ten-foot user interaction maximising use of large full screen imagery shown on the TV with elegant, considered typography. At the top level of the menu, , hierarchy is the home screen, as shown in
Selecting the My Music icon (e.g. using the motion sensitive remote controller to move an icon until it is over the ‘My Music’ icon and selecting the ‘action’ or ‘OK’ button on the controller) brings up a 1st level screen that shows the user's personal playlist, arranged as an array or vinyl or CDs, as shown in
Each CD or vinyl record includes just 4 control icons: a central ‘play’ arrow, a ‘heart’ icon that adds the track to a favourites list and so makes it accessible from the ‘My Music’ icon (and can also link into social aspects of the service—for example, acting in the same way as a ‘Like’ icon in Facebook); a “+’ icon that adds the album or track to a playlist (which again makes it available from the ‘My Music’ icon) and an ‘info’ icon.
Selecting the ‘info’ icon causes a window or panel to be displayed with all the tracks on the selected album, as shown in
When a specific album or track is playing, the associated CD or vinyl is shown spinning around, together with self-explanatory control icons. This is the third and deepest level of the UX—specific to the actual music album or track being played, and is shown in
The use or re-purposing of the large screen of a TV set as the UX allows the group of people watching the screen to see all the tracks and for the person with the controller to then move the cursor around until the right track is chosen—selecting the ‘action’ button on the controller then plays that track. It is possible also to queue up a sequence of tracks and/or albums.
The second implementation is a self-contained small, speaker system with an Android embedded SOC and a touch sensitive screen, that will allow users to access a streaming music service via an Android app/Web Interface embedded in the system. The product is shown in
The unit will be able to be moved from room to room, but is not intended to be a portable device (portable devices typically need to be licensed for offline mode—i.e. download of media assets rather than streaming, and those license terms are generally significantly twice as costly than license terms for pure streaming with no download capability). The unit connects to the domestic Wi-Fi and from there to the remote music or media platform, just like the HDMI stick above. It can also be controlled using the same remote control, but can equally well be controlled using the touch screen panel.
It is to be understood that the above-referenced arrangements are only illustrative of the application for the principles of the present invention. Numerous modifications and alternative arrangements can be devised without departing from the spirit and scope of the present invention. While the present invention has been shown in the drawings and fully described above with particularity and detail in connection with what is presently deemed to be the most practical and preferred example(s) of the invention, it will be apparent to those of ordinary skill in the art that numerous modifications can be made without departing from the principles and concepts of the invention as set forth herein.
This section summaries 16 Core Concepts A-P. All concepts can be combined with any other concept or concepts; all ‘optional features’ can be combined with any concept or concepts and any other ‘optional feature’ or ‘optional features’.
Media playback system configured to automatically establish, a connection, via a wireless network, to an internet-based music platform delivering copyright-protected media assets and establishing access to some or all of those assets but without requiring in normal operation any prior user configuration, set-up, sign-up or other user identification for that media delivery platform;
the system automatically and uniquely identifying itself to the media delivery platform to enable that platform, or an access control component associated with the platform, to determine if the system is licensed to receive streaming media, irrespective of the user of the system.
Optional Features:
The system includes a portable remote control device that enables a user to select copyright-protected media, such as streaming music, from the media delivery platform.
The system re-purposes an existing media or sound reproduction system, such as a TV, hi-fi system or speakers, and uses that as its streaming media output source. The remote control can, where an existing TV is used as the media output source, be used to control a user interface displayed on the TV that enables an end-user to search for, select and playback media and receives that data and presents it via the HDMI interface to the TV for playback.
The system includes a self-contained device including a speaker, a power source, a user interface (such as a touch screen UI) and Wi-Fi or other LAN connectivity that enables a user to select copyright-protected media, such as streaming music, from the media delivery platform.
Concept B RC with Karaoke Mode
A remote control device for a music playback system, in which the remote control device includes a microphone and is voice-controlled, so that a user can select a specific music track or genre by speaking its name to the remote control device to initiate streaming from an internet-based music delivery platform and the system transmits sounds received at the microphone to an audio playback device, such as a television set, for the speakers in or connected playback device to reproduce, to for example enable a ‘karaoke’ mode.
Optional Features:
The system re-purposes an existing media or sound reproduction system, such as a TV, hi-fi system or speakers, and uses that as its streaming media output source.
Multiple pairing is possible—i.e. to pair several remote controls with the same media or sound reproduction system so that several people can join in the karaoke session, each using their own paired, remote control as a microphone.
A method of controlling functions in an application that enables music tracks to be streamed from a database of music tracks from an internet-based music delivery platform, in which menu items are displayed on a screen, and in which:
a music track or album is graphically represented as a CD or vinyl single or album that spins whilst it is playing.
Optional Features:
If search results have multiple different albums, or whenever you need to show multiple albums, then we show a stack of CDs
Menu items are selected using a remote control with motion or gesture detection Menu items are selected from a touch screen.
The method may be implemented using a system that includes a portable remote control device that enables a user to select copyright-protected media, such as streaming music, from the media delivery platform and the screen is the screen of a TV that is controlled by the remote control. The system re-purposes an existing media or sound reproduction system, such as a TV, hi-fi system or speakers, and uses that as its streaming media output source.
The method may be implemented using a system that includes a self-contained device including a speaker, a power source, a user interface with a touch screen UI and Wi-Fi or other LAN connectivity that enables a user to select copyright-protected media, such as streaming music, from the media delivery platform; and the CD or vinyl is shown on the touch screen of the self-contained device.
Media playback system configured to automatically establish, a connection, via a wireless network, to an internet-based music platform delivering copyright-protected media assets and establishing access to some or all of those assets but without requiring in normal operation any prior user configuration, set-up, sign-up or other user identification for that media delivery platform;
the system including a device that stores and automatically sends a unique ID, e.g. a mac address, to the internet-based media platform when first used in order to unlock or to enable full access to the music on the media delivery platform, without any prior user configuration, set-up, sign-up or other user identification for that platform.
Optional Features:
The ID is used each time the device is used to validate that time of use has not expired. The unique ID is a copyright access ID.
The unique ID can allow content to be streamed from any other device (e.g. Chromecast, Sonos).
The device is a small, portable device that plugs into the HDMI port of a TV.
The system re-purposes an existing media or sound reproduction system, such as a TV, hi-fi system or speakers, and uses that as its streaming media output source.
The system includes a portable remote control device that enables a user to select copyright-protected media, such as streaming music, from the media delivery platform.
The device is a self-contained device including a speaker, a power source, a user interface and Wi-Fi or other LAN connectivity that enables a user to select copyright-protected media, such as streaming music, from the media delivery platform.
Media playback system configured to automatically establish, a connection, via a wireless network, to an internet-based music platform delivering copyright-protected media assets and establishing access to some or all of those assets but without requiring in normal operation any prior user configuration, set-up, sign-up or other user identification for that media delivery platform;
the system including a device that automatically sends a unique device ID, e.g. a mac address, to the internet-based media delivery platform and that unique device ID is then associated with a customer ID that is unique for a specific customer, that unique customer ID then being associated with data for that customer, such as profiles, playlists, listening behavior.
Optional Features:
That customer ID can be used to associate that customer data with a different unique device ID, so that if the device that sent the original unique device ID is lost or damaged, then a replacement device can be set-up for that customer and that customer can use their stored profiles, playlists or listening behaviour.
Media playback system configured to automatically establish, a connection, via a wireless network, to an internet-based media platform delivering copyright-protected media assets and establishing access to some or all of those assets but without requiring in normal operation any prior user configuration, set-up, sign-up or other user identification for that music delivery platform;
the system including a portable remote control device that enables a user to select copyright-protected media, such as streaming music, from the media delivery platform.
Optional Features:
The system re-purposes an existing media or sound reproduction system, such as a TV, hi-fi system or speakers, and uses that as its streaming media output source.
Media playback system configured to automatically establish, a connection, via a wireless network, to an internet-based music platform delivering copyright-protected media assets and establishing access to some or all of those assets but without requiring in normal operation any prior user configuration, set-up, sign-up or other user identification for that media -delivery platform;
the system including a remote control device and a unit that plugs into an interface of an audio playback device, such as the HDMI port of a television set, in which both the remote control device and the unit each store a different, unique device ID.
Optional Features:
The remote control device and unit are used at a first primary location by a user, and user data, such as profiles, playlists, listening behavior, is accessible on the audio playback device.
The remote control device can be used at a different location where there is a different audio playback device with a different unit plugged into its interface, and that same user data, such as profiles, playlists, listening behavior, is then accessible on the different audio playback device.
A method of automatically selecting music tracks for streaming from a playlist or a database of music tracks in which each track is labeled or meta-tagged with data defining the likely familiarity of a music track to a defined target audience, and tracks are then automatically selected from the playlist or database for streaming using an algorithm that selects tracks based on their likely familiarity.
Optional Features:
Music track selection is a shuffle of the existing tracks in a playlist
Familiarity is defined in terms of three categories (where category ‘1’ is a current hit track, ‘2’ is familiar to many but not currently a hit and ‘3’ is an unusual or much less well known track).
Time based shuffle occurs of the tracks in different categories, for example, a category 1 track could be played regularly every n tracks
A method of controlling functions in an application that enables media tracks to be streamed from a database of media tracks from an internet-based media delivery platform, in which menu items are displayed on a screen and are selected using a remote control with motion or gesture detection, and in which:
Optional Features:
The graphical image is of forward tunneling when going deeper, and reverse tunnelling when coming back up the menu hierarchy
A remote control device for a music playback system, in which the remote control device is dedicated to and optimised for music search and control and includes a microphone and is voice-controlled, and also motion sensor(s) and is also gesture controlled and also includes a touch panel or surface and is also touch controlled.
Media playback system configured to automatically establish, a connection, via a wireless network, to an internet-based music platform delivering copyright-protected media assets and establishing access to some or all of those assets but without requiring in normal operation any prior user configuration, set-up, sign-up or other user identification for that media -delivery platform;
the system including a remote control device and a unit that plugs into an interface of an audio playback device, such as the HDMI port of a television set, the remote control device communicating with the unit over a wireless connection and being factory-paired, or otherwise pre-paired with the unit, so that no user pairing is necessary on initial set-up.
Optional Features:
Wireless connection is RF and not IrDa
Concept L Works-out-of-the-Box Music+RC with Motion Control
A portable remote control device that controls, using motion-based inputs, an internet-based media delivery platform to deliver streaming media services to an audio playback device, such as a television set, and in which the audio playback device is automatically connected to the internet-based media delivery platform via a wireless network and, once connected, the remote control device enables the user to search for, select and initiate streaming of media, using motion-based inputs, but without requiring in normal use any prior user configuration, set-up or sign-up or other user identification for that music delivery platform.
Concept M RC with Only 4 Buttons
A remote control device for a music playback system, in which the remote control device includes a microphone and is voice-controlled, so that a user can select a specific music track or genre by speaking its name to the remote control device;
and the remote control device has only four user interaction control buttons: (1) an action button; (2) a play or resume button; (3) a back button and (4) a microphone activation button.
Optional Features:
Press and hold on the ‘action’ button allows scrolling of page back and forwards
Press and hold on the ‘back’ button takes you to home
Cursor movement and gestures allow panning and scrolling of content within the page
Remote control device includes an accelerometer and gyro
Concept N RC with Removable Fabric Cover
A remote control device for a music playback system, in which the remote control device include a user-removable cover made at least in part of fabric material.
Optional Features:
The fabric material is formed over one end of the device so that the device appears to be a microphone.
The user-removable cover is just the fabric material portion of the device.
The user-removable cover is a cover for the entire device.
A method of controlling functions in an application that enables music tracks to be streamed from a database of music tracks from an internet-based music delivery platform, in which menu items are displayed on a television screen and are selected using a remote control with motion or gesture detection, and in which:
(a) selectable menu items are shown arranged on or in a sinuous or wave-like form;
(b) the sinuous or wave-like form rises up at the location of a menu item that the user is pointing to or selecting with the remote control, to make that menu item more visually prominent when viewing at normal television viewing distances.
Concept P RC with LED
A remote control device for a music playback system, in which the remote control device includes a light source such as a LED that is set to pulse with light from the time of factory manufacture.
Each of the features below can be combined with any one or more Concepts above (or optional features associated with each concept) above and any one or more other optional features.
Product Requirements
Media Formats
| Number | Date | Country | Kind |
|---|---|---|---|
| 1423202.9 | Dec 2014 | GB | national |
| 1518184.5 | Oct 2015 | GB | national |
| Filing Document | Filing Date | Country | Kind |
|---|---|---|---|
| PCT/GB2015/054165 | 12/24/2015 | WO | 00 |
