Abstract: Glass-based articles comprise stress profiles providing improved fracture resistance. The glass-based articles herein provide high fracture resistance after multiple drops.

Abstract: Glass-based article including a first surface and a second surface opposing the first surface defining a thickness (t), and a stress profile are disclosed having a thickness (t) of about 3 millimeters or less, and wherein all points of the stress profile between a thickness range from about 0·t up to 0.3·t and from greater than 0.7·t, comprise a tangent with a slope that is less than about ?0.1 MPa/micrometers or greater than about 0.1 MPa/micrometers. Also disclosed are glass-based articles having a thickness (t) in a range of 0.1 mm and 2 mm; and wherein at least one point of the stress profile in a first thickness range from about 0·t up to 0.020·t and greater than 0.98·t comprises a tangent with a slope of from about ?200 MPa/micrometer to about ?25 MPa/micrometer or about 25 MPa/micrometer to about 200 MPa/micrometer, and wherein all points of the stress profile in a second thickness range from about 0.035·t and less than 0.

Abstract: Glass-based articles comprise stress profiles providing improved fracture resistance. The glass-based articles herein provide high fracture resistance after multiple drops.

Abstract: A press includes a movable platen and a non-moving platen within a housing defining a pressing chamber including an outlet defined in a front wall of the chamber vertically between the top and bottom of the movable platen. A hanger is mounted to the press and includes magnets. A produce pack includes a buckle that engages the magnets. The produce pack includes a compartment with a foldable tube extending from an opening to the compartment, the foldable tube being folded over the compartment during pressing to seal the compartment. The produce pack may have edges defining a rectangle with a spout and the buckle one either side of an edge defining the opening to the compartment. A filter pouch may be positioned in the produce pack and include a central portion with lobes that are folded over the central portion to form the filter pouch.

Abstract: A press includes a movable platen and a non-moving platen within a housing defining a pressing chamber, an opening is defined at the top of the pressing chamber for receiving a juice pack and an outlet is defined in a front wall of the chamber vertically between the top and bottom of the movable platen. The lid may include a front portion extending over the front of the pressing chamber and defining a slot that is aligned with a slot defined by the front wall to form the outlet. The front wall, the lid, and a sidewall may be removable for cleaning. The juice pack may have edges defining a rectangle with a spout at a first corner and an aperture for suspending the juice pack in the pressing chamber at a second corner that is intersected by a same edge intersecting the first corner.

Abstract: A press includes a movable platen and a non-moving platen within a housing defining a pressing chamber including an outlet defined in a front wall of the chamber vertically between the top and bottom of the movable platen. The lid may include a front portion extending over the front of the pressing chamber and defining a slot that is aligned with a slot defined by the front wall to form the outlet. The front wall, the lid, and a sidewall may be removable for cleaning. The produce pack may have edges defining a rectangle with a spout at a first corner and an aperture for suspending the produce pack in the pressing chamber at a second corner that is intersected by a same edge intersecting the first corner. The produce pack may be reusable with a magnetic closure.

Abstract: A press includes a movable platen and a non-moving platen within a housing defining a pressing chamber, an opening is defined at the top of the pressing chamber for receiving a juice pack and an outlet is defined in a front wall of the chamber vertically between the top and bottom of the movable platen. The lid may include a front portion extending over the front of the pressing chamber and defining a slot that is aligned with a slot defined by the front wall to form the outlet. The front wall, the lid, and a sidewall may be removable for cleaning. The juice pack may have edges defining a rectangle with a spout at a first corner and an aperture for suspending the juice pack in the pressing chamber at a second corner that is intersected by a same edge intersecting the first corner.

Abstract: A press includes a movable platen and a non-moving platen within a housing defining a pressing chamber, an opening is defined at the top of the pressing chamber for receiving a juice pack and an outlet is defined in a front wall of the chamber vertically between the top and bottom of the movable platen. The lid may include a front portion extending over the front of the pressing chamber and defining a slot that is aligned with a slot defined by the front wall to form the outlet. The front wall, the lid, and a sidewall may be removable for cleaning. The juice pack may have edges defining a rectangle with a spout at a first corner and an aperture for suspending the juice pack in the pressing chamber at a second corner that is intersected by a same edge intersecting the first corner.

Abstract: A method for forming an article by metal injection moudling of aluminium or an aluminium alloy. The method comprises the steps of forming a mixture containing an aluminium powder or an aluminum alloy powder or both and optionally ceramic particles, a binder, and a sintering aid comprising a low melting point metal. The mixture is injection moulded and the binder is removed to form a green body. The green body is sintered. The sintering is conducted in an atmosphere containing nitrogen and in the presence of an oxygen getter.

Abstract: Methods and systems are described for a system for transitioning a target device to a first operative state, such as a service operating system. The target device in the first operative state then receives a set of one or more instructions, and processes the received set of one or more instructions to perform a set of one or more operations with regard to an indirect target device. Further, after processing of the set of one or more instructions, the target device transitions from the first operative state to a second operative state.

Abstract: A method for fabricating a shallow trench isolation structure for a subthreshold kink-free semiconductor memory device includes the steps of forming a nitride-oxide-nitride-oxide stack on top of a semiconductor substrate, etching shallow trenches in selected areas and filling them with an insulating material so that it is level with the top nitride layer, removing the top nitride layer, depositing a protective material on top of a first device area, removing the top oxide layer in a second device area, removing the protective material, removing the bottom nitride layer in the second device area, performing an oxide etch to the whole device to remove the top oxide layer in the first device area and the bottom oxide layer in the second device area, removing the bottom nitride layer and the bottom oxide layer in the first device area.

Abstract: A method for rapid startup of a computer system. A hibernated image is accessed from an image library comprising a plurality of hibernated images, the hibernated image comprising information captured by an operating system when a running computer system is placed into a hibernated state wherein a hibernated computer system is operable to awaken from a hibernated state faster than booting a powered down computer system. The hibernated image is copied onto a boot disk of the computer system. The computer system is awakened from the hibernated state.

Abstract: In a computer-implemented method for re-provisioning a server of a data center, and while the server is provisioned to a first virtual network of the data center, the server is provided 1) a pseudo-random data stream, and 2) instructions on how to overwrite substantially all of its data storage volumes using the pseudo-random data stream. Upon completion of the overwrite, the server is powered down, then moved to a second virtual network of the data center, and then caused to initiate a network boot from within the second virtual network. After the network boot of the server, one or more indications of the data stored at a number of addresses of the server's data storage volumes are requested from the server via the second virtual network. It is then determined whether the server is in a compromised state by, remotely from the server, comparing the provided indication(s) to one or more expected indications.

Abstract: An off-board navigation application is provided that is configured to be stored in memory on a wireless portable device. The application comprises a menu hierarchy including a series of pages to be presented on a screen of the device. The pages include a category page having a list of categories. The categories each are associated with points of interest (POIs). The menu hierarchy includes an address page presenting address information related to a selected point of interest (POI). The address page includes a function option that directs the portable device to transmit wirelessly a navigation information request to a remote server. The menu hierarchy includes a navigation page configured to present navigation information that is received wirelessly by the portable device from the remote server in response to the navigation information request.

Abstract: A method for fabricating a shallow trench isolation structure for a subthreshold kink-free semiconductor memory device includes the steps of forming a nitride-oxide-nitride-oxide stack on top of a semiconductor substrate, etching shallow trenches in selected areas and filling them with an insulating material so that it is level with the top nitride layer, removing the top nitride layer, depositing a protective material on top of a first device area, removing the top oxide layer in a second device area, removing the protective material, removing the bottom nitride layer in the second device area, performing an oxide etch to the whole device to remove the top oxide layer in the first device area and the bottom oxide layer in the second device area, removing the bottom nitride layer and the bottom oxide layer in the first device area.

Abstract: A method for the manufacture of a three-dimensional object includes the steps of forming a mixture that contains a binder and a least one of aluminum or a first aluminum-base alloy into a green composite, removing the binder from said green composite, forming a porous perform structure, reacting the aluminum or first aluminum base alloy with nitrogen to form a rigid and continuous skeleton and infiltrating the porous structure with molten aluminum or second aluminum base alloy to form the three-dimensional object with near theoretical density. The green composite may be formed by an additive process such as computer aided rapid prototyping, for example, selective laser sintering. The method facilitates the rapid manufacture of aluminum components by an inexpensive technique that provides high dimensional stability and high density.

Abstract: A method for the manufacture of a three-dimensional object includes the steps of forming a mixture that contains a binder and a least one of aluminum or a first aluminum-base alloy into a green composite, removing the binder from said green composite, forming a porous preform structure, reacting the aluminum or first aluminum base alloy with nitrogen to form a rigid skeleton and infiltrating the porous structure with molten aluminum or second aluminum base alloy to form the three-dimensional object with near theoretical density. The green composite may be formed by an additive process such as computer aided rapid prototyping, for example selective laser sintering. The method facilitates the rapid manufacture of aluminum components by an inexpensive technique that provides high dimensional stability and high density.

Abstract: A method for the manufacture of a three-dimensional object includes the steps of forming a mixture that contains a binder and a least one of aluminum or a first aluminum-base alloy into a green composite, removing the binder from said green composite forming a porous preform structure and infiltrating the porous structure with a molten second aluminum base alloy to form the three-dimensional object with near theoretical density. The green composite may be formed by an additive process such as computer aided rapid prototyping, for example selective laser sintering. The method facilitates the rapid manufacture of aluminum components by an inexpensive technique that provides high dimensional stability and high density.

Abstract: A method for the manufacture of a three-dimensional object includes the steps of forming a mixture that contains a binder and a least one of aluminum or a first aluminum-base alloy into a green composite, removing the binder from said green composite, forming a porous perform structure, reacting the aluminum or first aluminum base alloy with nitrogen to form a rigid and continuous skeleton and infiltrating the porous structure with molten aluminum or second aluminum base alloy to form the three-dimensional object with near theoretical density. The green composite may be formed by an additive process such as computer aided rapid prototyping, for example, selective laser sintering. The method facilitates the rapid manufacture of aluminum components by an inexpensive technique that provides high dimensional stability and high density.

Abstract: A method for the manufacture of a three-dimensional object includes the steps of forming a mixture that contains a binder and a least one of aluminum or a first aluminum-base alloy into a green composite, removing the binder from said green composite forming a porous preform structure and infiltrating the porous structure with a molten second aluminum base alloy to form the three-dimensional object with near theoretical density. The green composite may be formed by an additive process such as computer aided rapid prototyping, for example selective laser sintering. The method facilitates the rapid manufacture of aluminum components by an inexpensive technique that provides high dimensional stability and high density.