Abstract: Computer-implemented methods for organizing graphical user interface windows into separate stacks of windows is provided are provided. In one aspect, a method includes providing, for display, a first window in a graphical user interface, and receiving a request to display a second window in the graphical user interface when viewing the first window. The method also includes moving the first window to a first stack in the graphical user interface in response to the request, and displaying the second window in the graphical user interface in a second stack. In response to a request to display a third window in the graphical user interface, the third window is configured to be displayed in the first stack or in the second stack based on a defined constraint shared between the third window and the second window. Systems, graphical user interfaces, and machine-readable media are also provided.

Abstract: Methods for selectively viewing images in a web page on a mobile device are provided. In one aspect, a method includes receiving a selection from a mobile device to download a web page without downloading images in the web page, and providing the web page with image placeholders in place of the images in the web page, wherein each image placeholder is the same height and width and in the original position of the image in the web page. The method also includes receiving a selection of one or more image placeholders prompting a request to provide and display the one or more corresponding images, and providing the one or more images for display in place of the one or more image placeholders in the web page. Systems, graphical user interfaces, and machine-readable media are also provided.

Abstract: Methods for switching between opened web pages in a web browser using a dragging motion across a touchscreen device are provided. In one aspect, a method includes receiving an input of a touch gesture comprising a dragging motion beginning near a first lateral edge of a touchscreen interface towards a second lateral edge of the touchscreen interface, and controlling the switching of a currently displayed open web page in the web browser to another one of a plurality of opened web pages in the web browser based on the touch gesture. The selection of which open web page to switch to is determined based on the distance of the dragging motion of the touch gesture. Systems, graphical user interfaces, and machine-readable media are also provided.

Abstract: Computer-implemented methods for adjusting a display of multiple web page windows in a web browser are provided. In one aspect, a method includes receiving selections of visible portions of first and second web page windows oriented in an overlaid configuration with first and second touch inputs, and receiving a dragging motion of the touch inputs to alter the visible portion of at least one of the windows. When the dragging motion includes dragging the touch inputs away from one another, the visible portion of the first web page window is increased and the visible portion of the second web page window is decreased, and when the dragging motion includes dragging the touch inputs towards one another, the visible portion of the first web page window is decreased and the visible portion of the second web page window is increased. Systems, graphical user interfaces, and machine-readable media are also provided.

Abstract: Methods for storing Uniform Resource Identifiers (URIs) in a default storage location that is specific to the type of a device are provided. In one aspect, a method includes receiving a request for a device to store a URI, and providing a default storage location for storing the URI. The default storage location is selected based on the type of the device from among a plurality of default storage locations for storing URIs, each of the default storage locations being specific to a different type of device. Two or more associated devices of different types can access the other's default storage location. The default storage location for the corresponding device accessing its own storage location will be displayed as the primary storage location, and the default storage location for a non-corresponding device will be displayed as a secondary storage location. Systems, graphical user interfaces, and machine-readable media are also provided.

Abstract: Methods for sending a file stored in a first format on a non-mobile device to a mobile device in a second format suitable for viewing on the mobile device are provided. In one aspect, a method includes receiving a request to transmit a file converted from a first format to a second format to a mobile device, and storing the file in the second format suitable for viewing on the mobile device. The method also includes sending an access notification for the converted file to the mobile device. The access notification provides access to the converted file. Systems, graphical user interfaces, and machine-readable media are also provided.

Abstract: Configurations for automated synchronization of browser data from a desktop web client (e.g., a desktop web browner) to a web client on a mobile device are provided. In particular, session data including navigation history data of one or more visited web pages on the desktop web client can be synchronized with a mobile device. Initially, session data from the desktop web client can be received over a network. In some configurations, a notification can then be transmitted to a mobile device for indicating session data is available for synchronizing with a mobile web client on the mobile device. The session data is then transmitted to the mobile web client. On the mobile device, the received session data can be displayed in a window of the mobile web client.

Abstract: Computer-implemented methods for determining what to display to a user when the user opens a new web page browsing window in a web browser are provided. In one aspect, a method includes receiving a request to open a new web page browsing window, and providing the new web page browsing window for display, the new web page browsing window displaying, by default, either a collection of user selected web addresses or previously visited web pages. The method also includes receiving a request to display the collection that was not displayed by default in response to the request to open the new web page browsing window. The collection that was not displayed by default in response to the request to open the new web page browsing window becomes the default collection to display for a subsequent request. Systems, web browsers, and machine-readable media are also provided.

Abstract: Computer-implemented methods for pre-loading a web page in a mobile web browser are provided. In one aspect, a method includes receiving a partial or complete query in a mobile web browser from a mobile device prior to the partial or complete query being submitted by a user and receiving an identification of a predicted web page responsive to the partial or complete query. The method also includes loading but not rendering the predicted web page prior to the partial or complete query being query being submitted by the user, and displaying the loaded and rendered predicted web page in the mobile web browser after the completed query is submitted by the user when the predicted web page is determined to be responsive to the submitted query. Systems, graphical user interfaces, and machine-readable media are also provided.

Abstract: Computer-implemented methods for temporarily storing history of a private web browsing session using encryption are provided. In one aspect, a method includes receiving a request to temporarily store viewing session information for a web browsing session, and receiving a request to view a web page during the web browsing session. The method also includes generating an encryption key for the viewing session information for the web page during the web browsing session, encrypting the viewing session information for the web page using the encryption key, and storing the encrypted viewing session information in non-volatile memory and the encryption key in volatile memory. Access to the encrypted viewing session information is controlled by the encryption key in volatile memory. Systems, graphical user interfaces, and machine-readable media are also provided.

Abstract: The invention concerns an element including: 1 sheet (1) including an intermediate zone (29) located between two zones designed to form side walls (9, 11), the intermediate zone (29) being designed to form a flap folded along the tip against one first (9) of the side walls, and elements (51a, 51b) for guiding tears in the sheet (1) the elements forming a single pull tab (58) to cause tears, the pull tab (58) being, in the intermediate zone, spaced apart from the media axis (A) of the zone designed to form the base (3). The invention is, for example, applicable to packaging of melted cheese.

Abstract: The invention concerns an element including: 1 sheet (1) including an intermediate zone (29) located between two zones designed to form side walls (9, 11), the intermediate zone (29) being designed to form a flap folded along the tip against one first (9) of the side walls, and elements (51a, 51b) for guiding tears in the sheet (1) the elements forming a single pull tab (58) to cause tears, the pull tab (58) being, in the intermediate zone, spaced apart from the media axis (A) of the zone designed to form the base (3). The invention is, for example, applicable to packaging of melted cheese.

Abstract: The invention concerns an element including: 1 sheet (1) including an intermediate zone (29) located between two zones designed to form side walls (9, 11), the intermediate zone (29) being designed to form a flap folded along the tip against one first (9) of the side walls, and elements (51a, 51b) for guiding tears in the sheet (1) the elements forming a single pull tab (58) to cause tears, the pull tab (58) being, in the intermediate zone, spaced apart from the media axis (A) of the zone designed to form the base (3). The invention is, for example, applicable to packaging of melted cheese.

Abstract: An assembly including a processed cheese portion (22) and a package (26) closely wrapping the portion. The package includes an element which itself comprises a film (2) tightly wrapping the portion and in contact therewith, and tear-initiating member (11) for enabling the sheet (2) to be torn along at least one tear line (8) when a gripping tab (10) of the element is pulled. At least a first part of the or each tear line (8) is defined by or made from a material of the film (2).

Abstract: An assembly including a processed cheese portion (22) and a package (26) closely wrapping the portion. The package includes an element which itself comprises a film (2) tightly wrapping the portion and in contact therewith, and tear-initiating member (11) for enabling the sheet (2) to be torn along at least one tear line (8) when a gripping tab (10) of the element is pulled. At least a first part of the or each tear line (8) is defined by or made from a material of the film (2).

Abstract: An installation for exchanging gas cylinders includes an enclosed space preferably with controlled access, at least a couple of stations, one for depositing an article to be exchanged and the other for collecting an article to be taken away, each station having a device for retaining the article that can be switched between an open configuration and a locked configuration, the retaining devices of the two stations being coupled such that the locking of one retaining device around an article to be deposited in the deposit station authorizes at least temporarily the opening of the retaining device of an article to be taken away for its removal.

Abstract: In the controlled and stabilized platform (1) comprising a plurality of optical apparatuses, the optical apparatuses (8, 9, 10) are mounted in a casing (7) which is pivotable about a sight axis (12) in a bearing (13) which is pivotable about a bearing axis (14), the casing (7) and the bearing (13) being controlled about their axes (12) and (14) by motors (40) and (38) actuated by detectors measuring variations in the angular position of a stabilized input mirror (11) which reflects radiations going to the optical apparatuses or coming from the latter.

Abstract: In a process for electromagnetic casting of round and hollow ingots, in particular such of aluminum and aluminum alloys, the ingot (7) is rotated about its longitudinal axis (x) during casting. This is achieved by way of a rotatable dummy base (6). With that the metal feed and cooling of the ingot is made symmetrical and, as a result, a more uniform shape is obtained and a more uniform cell structure across the ingot cross-section. In order to promote a stronger stirring effect, a stationary stirrer (8) dipping into the molten part of the ingot (7) can be provided attached to the metal inlet system (3).

Abstract: A completely openable fluidtight packing wrapper for pasty products and in particular food products such as processed cheese. This wrapper comprises a shell having a bottom (2) of triangular shape bordered by two lateral walls (6, 7) and a wall forming a heel (8). A tearing element (24) comprises two tearing strips (25, 26) each extending in a first portion (27, 32) along one of the lateral edges (22, 23) of the heel (8) and in a direction parallel to this edge and, in a second portion (28, 33) along one of the lateral edges (4, 3) of the bottom (2) and in a direction parallel to this edge, these two strips (25, 26) being at least partly superposed in a third portion (29, 34) in the vicinity of the point (30) of the triangular bottom (2) so as to constitute a single pulling tongue (31) which extends beyond the sheet (1) forming the shell.

Abstract: An electromagnetic mold for vertical continuous casting of rolling slabs, featuring an inductor and an electromagnetic screen partly covering the induction is such that the vertical distance between the lower edge of the inductor and the lower edge of the screen is greater at the narrow sides of the mold than at the broad sides of the mold. As a result of this arrangement it is possible to prevent metal running out of the ingot head at the narrow sides during the start-up phase. The foregoing is achieved at the expense of an insignificant amount of melt circulation occurring in the molten head of the ingot.