Made in Space, Inc.

Apple Inc.

Google Inc.

Foveon, Inc.

Verily Life Sciences LLC

Michael Chen

Michael Phillip Snyder

Jason Dunn

Aaron Kemmer

Ian S Small

James Robert Lim

Jeffrey D Yaksick

Manuel Roman

Owen Daniel Otto

Jason Parks

Joe Freeman Britt, Jr

Eugene Koh

Richard I Mander

David Wang

Noah Paul-Gin

Eddie Gonzalez

Jason Marc Simmons

Jeremy Ellington

Michael Pless

Richard Francis Lyon

Todd Whitehurst

Benjamin David Krasnow

Jeremy Godfrey Lyon

Clarissa Lui

William Alan Saperstein

Dmitry Dolinsky

Timothy Kilbourn

Matthew Napoli

Cyrus Phiroze Master

Jeffrey E Tycz

James P Faris

Richard M Turner

Laurie June Vertelney

Eric L Zarakov

Michael A Arent

Stephanie L Houde

Tushar Parlikar

Ethan Glassman

Lewis C Knapp

Amanda R Mander

Richard L Mander

Robert H Seidl

An indexed sequence of bits in a buffer is allocated for tracking a battery charging state. The indexed sequence of bits has a first number of bits. A battery voltage of a rechargeable battery is sampled at a sampling rate. For each sampled battery voltage, the battery voltage is compared with a voltage threshold. A next bit position in the indexed sequence of bits is identified. In accordance with a determination that a comparison result is true, a predefined first value is added to the next bit position. A second number of bits that are filled with the predefined first value is determined. A ratio between the second number and the first number is also determined. In accordance with a determination that the ratio exceeds a threshold step-down ratio, a battery charge voltage is stepped down. The rechargeable battery is charged to a step-down voltage.

Systems and methods for monitoring high charge levels in rechargeable batteries

Additive manufacturing devices operable in various external force environments are disclosed. In an aspect, an additive manufacturing device operable in microgravity is disclosed. In other aspects, devices which are operable in high-vibration environments or varying external force environments are disclosed. Additive manufacturing devices herein may produce parts from metal, polymer, or other feedstocks.

Manufacturing in microgravity and varying external force environments

A system including an additive manufacturing device to perform at least one additive manufacturing process and to include a prefabricated component during the at least one additive manufacturing process to accelerate build completion of a produced object. Another system and a method are also disclosed.

Terrestrial and space-based manufacturing systems

A manufacturing system including catalog database for retaining a plurality of three-dimensional content for use to at least one of create a produced object and repair an existing object with at least one additive manufacturing process, one or more user interfaces to access the catalog database at least one of simultaneously and at different times, a communication infrastructure to provide for real-time communication between the catalog database and the one or more user interfaces, and a manufacturing system comprising at least one user interface to apply the at least one additive manufacturing process to at least one of create the produced object and to repair the existing object. Methods are also disclosed.

Digital catalog for manufacturing

An extended structure additive manufacturing device and method are provided. The device includes a movable material bonding component and a movement mechanism which enable the device to create parts outside the conventional additive manufacturing device print volumes defined by the device and its print-head. Methods of making parts involve creating a portion of a part and moving the extended structure additive manufacturing device relative to the part and printing a second portion of the part. Parts incapable of being formed using a conventional additive manufacturing device may be made using the extended structure additive manufacturing device and/or methods disclosed herein.

Additive manufacturing of extended structures

Node-based remote operations of additive manufacturing device are disclosed. In an aspect, a system for operating a remote additive manufacturing device is disclosed. Each computing device is a node in a communications path and contains an instance of a command software program configured to receive and send a single set of commands, ensure the integrity of such commands and/or operate communicatively connected additive manufacturing devices.

Remote operations of additive manufacturing devices

A system comprising a manufacturing device to evaluate an object to determine whether to at least one of repair and replicate the object wherein to repair further comprises at least one of a subtractive process and an additive manufacturing process applied to the object and to replicate further comprises an additive manufacturing process applied to create a second object. Another system and a method are also disclosed.

Seamless scanning and production devices and methods

Content stored on a server may be selected using a user device and enabled on a central device. The identity of the central device may be authenticated without transmitting user credentials corresponding to the user, user device, user account, etc. A central device identifier can be sent to the server via the user device. An encrypted version of the central device identifier may be returned to the user device and to the central device. The central device can send the encrypted and unencrypted version of the identifier to the server, and the server can transmit the desired content to the remote device based on a comparison of the encrypted and unencrypted identifier.

Automated accounts for media playback

Systems and methods of providing spatially dependent image exposure information to a user of a digital camera. The described approach is applicable to determination of image exposure quality in a digital camera system. In these applications an image is displayed in a first display mode wherein the exposure information is overlaid on the image or in a second display mode wherein the exposure information is eliminated or reduced and thus is less obstructive of the image. In the second display mode, a separate exposure warning optionally conveys a subset of the information displayed in the first display mode. The invention includes a user input operable to temporarily specify a change in the display of the image between the first mode and the second mode while an image is displayed, thus providing the user with direct control of the presence and duration of spatially dependent image exposure information.

Camera exposure indication interface

A user interface having a plurality of user interface elements for marking, finding, organizing, and processing data stored in a computer system. Each element typically has an appearance which is related to the data or function the element is designed to represent or perform. The elements may simply mark data within the document, or may be programmed to cause the computer to perform some function in association with the marked data. Methods of marking data and searching the memory for marked data by use of switches or buttons is disclosed. Further, useful elements for systems such as computerized camera systems, portable multimedia systems, and remote controls are also described. Some of the user interface elements of the present invention may have an appearance and/or functionality dependent upon the context in which the element is used, and/or dependent upon the user's identity. Methods for arranging the elements in stacks, and for providing for automatic application of elements to captured image data are also disclosed.

User interface system having programmable user interface elements

Growing community of inventors

Mountain View, CA, United States of America

Michael Chen