Search: patent

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Patent For Dual Pro Display XDR Now Published

Charlotte Henry ·

Apple has developed a Dual Pro Display XDR. A patent for the invention, published by the US Patent & Trademark Office, was spotted by Patently Apple.

Apple’s invention covers a support stand for multiple displays. In their patent background they note that when users use multiple displays in a workspace, the displays are generally supported by multiple different individual stands or by independently-movable arms that extend from a single support point. These individual stands or arms unnecessarily take up large spaces, are often aesthetically unpleasing, overcomplicated, and have inefficient redundant mechanisms. When multiple displays are used on independent arms, they can be difficult to align in a smooth and precise way due to inconsistent counterbalancing and arm lengths. When multiple displays are used on a single support, they cannot be effectively adjusted relative to each other about a vertical axis.

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Big Tech Sues Patent Office Over Legal-Related Rule

Andrew Orr ·

Apple, Cisco, Intel, and Google have sued the U.S. Patent and Trademark Office over it’s recent rule that it can refuse to adjudicate patent claims while litigation about them is pending in court.

The rule, which was introduced by the USPTO in March and became final in May, deals with the agency’s obligations around inter partes review (IPR) — a sort of expert-court process for assessing whether patent claims are valid. USPTO says deferring to an ongoing court case is more efficient than setting up a parallel review internally.

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Apple Patent Shows Folding Device With TouchBar

Andrew Orr ·

A patent application filed today shows a folding Apple device with a TouchBar and an exposed strip for notifications.

If desired, touch sensors (e.g., a two-dimensional touch sensor), buttons, or other input-output devices may be formed in a region such as region on rear surface R of housing (e.g., so that a user may supply input to one of these regions in response to adjacent content being displayed on protruding portion.

This is probably my own bias showing (because I think folding phones are gimmicks) but I think Apple is going for a folding iPad. That makes sense to me.

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Apple Patents Suggest Company Doubling Down on Bendable Designs

Charlotte Henry ·

Apple appears to be turning an increasing amount of attention towards developing bendable designs for the MacBook and MacBook Pro. At least that’s what a new patent suggests to AppleInsider.

“Planar hinge assembly,” US Patent No 10,642,318, chiefly describes how such a design could apply to a MacBook Pro-style device. “A personal computing device comprises a single piece body having a seamless overall appearance and that includes a bendable portion that is capable of having a smoothly curved shape,” it says. “The single piece body includes a first part capable of carrying a display suitable for presenting visual content, and a second part that is capable of carrying an input device suitable for accepting an input action.” Apple is careful to always describe “a personal computing device,” and its details can also apply to “a smart phone cover or a tablet computer device.” But it all hinges, so to speak, on what’s referred to as “a multi-state bending assembly.”

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Apple Gets New Project Titan In-Vehicle Device Location System Patent

Charlotte Henry ·

Apple received a new patent related to its Project Titan automated vehicle project. Patently Apple reported it is for a device location system for vehicles.

In this Project Titan granted patent, Apple notes that passengers in vehicles may carry mobile devices into the vehicles. Once inside, a passenger may place the mobile device at a location inside the vehicle cabin. Occasionally, the mobile device may move, fall onto the floor, or slide into a location on the vehicle that is difficult to see or access. As a result, mobile devices are often lost inside vehicles. Current methods for locating a mobile device in a vehicle require some degree of manual intervention, which can be tedious and cumbersome.

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Apple Wins Patent for Variable Illumination System for Keyboards

Charlotte Henry ·

Apple has been granted a patent for a variable internal illumination color system, according to Patently Apple. Such a system could be used in keyboards and other devices.

Apple’s granted patent covers devices, systems and methods that implement variable internal illumination of input devices of electronic equipment. Input devices include keys of computer keyboards, contact areas on a contact pad (trackpad), buttons on instrument control panels, buttons on a computer mouse, and the like. Rather than having a fixed tone (such as a perceived “warmth” or “coolness”, and/or a particular color component such as a hue) or color for the light emitted by the internal illumination, user experience can be improved by using variable internal illumination, i.e., internal illumination that can be varied dynamically during operation of the electronic device.

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Apple Patents Discuss Digital Government ID

Andrew Orr ·

Two new Apple patents discuss methods for replacing paper documents with a digital government ID, and how they could be verified.

US Patent applications numbered 20190325125 and 20190327228, both titled “Identity Credential Verification Techniques,” follow previous reports of Apple hoping to make iPhones central to ID security.

The two new patent applications separate out the functions of such systems into the creation or collection of a user’s identity details, the later authentication of that ID, and then the user’s ability to provide this detail on request.

I’m normally all about privacy but personally I look forward to the day when such documents are digital.

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Patent Suggests Radar System in Bodywork of Apple's Self-Driving Car

Charlotte Henry ·

Apple’s much speculated upon self-driving car might have a radar system hidden within the bodywork. That’s according to a patent granted Tuesday and uncovered by AppleInsider.

In Apple’s design, it suggests the use of antennas to transmit a radar beam towards a portion of a field of view, along with a vertical antenna array to receive the bounced-back signal. The receive antenna array can consist of multiple antenna elements grouped into sub-arrays, with each sub-array used to receive scatter signals reflected back at it from a smaller subsection of the field of view. Circuitry is then used to combine the received scatter signals from the antenna array into a combined scatter signal, which is then digitized. A second horizontal receive array performs a similar job, again with sub-arrays and the same process. A signal processor is then used to process the scatter signals from both vertical and horizontal arrays, and to correlate the data from each to give effectively a 3D radar layout.