mhurhangee/patent-ind-claim-en huggingface dataset:
A device mount comprising: a camera positioned above a top edge of a device coupled to the device mount; and a hinge configured to rotate the coupled device, the hinge comprising: a mounting plate configured to couple the hinge to the device mount; a shuttle configured to couple the device to the hinge, wherein the shuttle rotates relative to the mounting plate between a landscape mode and a portrait mode such that a distance between a top surface of the coupled device and the camera remains fixed between the landscape mode and the portrait mode; and characterized by a spring configured to stabilize rotation of the shuttle relative to the mounting plate, the spring comprising: a first end coupled to the mounting plate by a spring bushing ; and a second end coupled to the shuttle by a shuttle bushing coupling the mounting plate to the shuttle. a camera positioned above a top edge of a device coupled to the device mount; and a hinge configured to rotate the coupled device, the hinge comprising: a mounting plate configured to couple the hinge to the device mount; a shuttle configured to couple the device to the hinge, wherein the shuttle rotates relative to the mounting plate between a landscape mode and a portrait mode such that a distance between a top surface of the coupled device and the camera remains fixed between the landscape mode and the portrait mode; and characterized by a spring configured to stabilize rotation of the shuttle relative to the mounting plate, the spring comprising: a first end coupled to the mounting plate by a spring bushing ; and a second end coupled to the shuttle by a shuttle bushing coupling the mounting plate to the shuttle. a mounting plate configured to couple the hinge to the device mount; a shuttle configured to couple the device to the hinge, wherein the shuttle rotates relative to the mounting plate between a landscape mode and a portrait mode such that a distance between a top surface of the coupled device and the camera remains fixed between the landscape mode and the portrait mode; and characterized by a spring configured to stabilize rotation of the shuttle relative to the mounting plate, the spring comprising: a first end coupled to the mounting plate by a spring bushing ; and a second end coupled to the shuttle by a shuttle bushing coupling the mounting plate to the shuttle. a first end coupled to the mounting plate by a spring bushing ; and a second end coupled to the shuttle by a shuttle bushing coupling the mounting plate to the shuttle.
Rolling element for use in a rolling bearing having a central axis (A), an outer shell which is rotationally symmetrical with respect to the central axis (A), two end faces and a bore which connects the two end faces and extends along the central axis (A) and in which a printed circuit board with a measuring device for measuring a deformation of the bore is accommodated, the printed circuit board being supported by at least one supporting element which is fastened on a first side of the printed circuit board and is in contact with the bore wall , and at least one measuring element being provided on an opposite second side of the printed circuit board , which is also in contact with the bore wall and creates a measuring gap between the measuring element and the printed circuit board , the height of which gap forms a measure of the deformation of the bore , characterized in that the printed circuit board with the measuring device , the at least one supporting element and the at least one measuring element are accommodated by a rigid housing arranged in the bore , wherein the at least one supporting element and the at least one measuring element are in contact with the bore wall through openings in the housing and the printed circuit board is floatingly mounted in the housing .
A method for providing a user interface of a mobile communication terminal , said method comprising: detecting an actuation of a mode switch actuator associated with switching operational modes of said mobile communication terminal , which mode switch actuator is operable by a user in at least two directions; determining a switching direction by determining whether said actuation is associated with a first switching direction or a second switching direction; and determining a current operational mode; and characterized by comprising: determining a new operational mode considering said switching direction, said current operational mode, and a list of operational modes; and switching operational modes of said mobile communication terminal from said current operational mode to said new operational mode. detecting an actuation of a mode switch actuator associated with switching operational modes of said mobile communication terminal , which mode switch actuator is operable by a user in at least two directions; determining a switching direction by determining whether said actuation is associated with a first switching direction or a second switching direction; and determining a current operational mode; and characterized by comprising: determining a new operational mode considering said switching direction, said current operational mode, and a list of operational modes; and switching operational modes of said mobile communication terminal from said current operational mode to said new operational mode. determining a new operational mode considering said switching direction, said current operational mode, and a list of operational modes; and switching operational modes of said mobile communication terminal from said current operational mode to said new operational mode.
A powder of spherical particles of polyamide (I) functionalized by crosslinking functions Rt rendering it crosslinkable, said crosslinking functions Rt being selected from alkoxysilane, chlorosilane and acyloxysilane groups, characterized in that said crosslinking functions Rt are present at the surface and in the mass of said particles and in that said particles of crosslinkable polyamide (I) have a mean diameter d50, by volume measured with the dry laser granulometry technique, in the range 20 μm to 100 μm.
A system comprising: a processor ; a memory coupled to the processor; a security agent configured to be operated by the processor to initiate a security agent component as a hypervisor for the system and determine a subset of memory locations in the memory to be intercepted; the security agent component configured to be operated by the processor to set intercepts for memory locations of the determined subset of memory locations; and wherein the security agent component is further configured to set the intercepts by redirecting from the subset of memory locations to different memory locations; wherein the security agent component is further configured to intercept page out requests and prevent paging out of memory pages which include the memory locations that are to be intercepted, or to intercept page in requests in order to update knowledge of memory locations to be intercepted. a processor ; a memory coupled to the processor; a security agent configured to be operated by the processor to initiate a security agent component as a hypervisor for the system and determine a subset of memory locations in the memory to be intercepted; the security agent component configured to be operated by the processor to set intercepts for memory locations of the determined subset of memory locations; and wherein the security agent component is further configured to set the intercepts by redirecting from the subset of memory locations to different memory locations; wherein the security agent component is further configured to intercept page out requests and prevent paging out of memory pages which include the memory locations that are to be intercepted, or to intercept page in requests in order to update knowledge of memory locations to be intercepted.
Method for separating elemental phosphorus from iron oxide-containing and phosphate-containing materials, in particular from waste materials such as sewage sludge (ash), animal meal, bone meal and/or steelworks slag, preferably together with materials such as apatite, phosphate ores and/or phosphorite, comprising at least the following steps: providing at least one iron oxide- and phosphate-containing material, adding at least one aluminum carrier to the at least one iron oxide- and phosphate-containing material and melting the at least one aluminum carrier together with the at least one iron oxide- and phosphate-containing material to form an aluminum-containing and optionally aluminum oxide-containing phosphate slag melt , reacting the aluminum-containing and optionally aluminum oxide-containing phosphate slag melt to elemental gaseous phosphorus, iron and an Al 2 O 3 -containing slag in a melting vessel , drawing off elemental, gaseous phosphorus and tapping off the iron and the Al 2 O 3 -containing slag, characterized in that a tin bath is arranged as cathode body in the melting vessel under the aluminum-containing and optionally aluminum oxide-containing phosphate slag melt and at least one anode body , preferably of graphite, platinum or magnetite spinel, is arranged to be immersed in the aluminum-containing and optionally aluminum oxide-containing phosphate slag melt and a direct current, preferably a direct current of 3 V to 15 V, preferably of 6 V to 12 V, in particular preferably of 8 V to 10 V, is applied to the cathode body and the anode body or a direct current is taken from the cathode body and from the anode body . providing at least one iron oxide- and phosphate-containing material, adding at least one aluminum carrier to the at least one iron oxide- and phosphate-containing material and melting the at least one aluminum carrier together with the at least one iron oxide- and phosphate-containing material to form an aluminum-containing and optionally aluminum oxide-containing phosphate slag melt , reacting the aluminum-containing and optionally aluminum oxide-containing phosphate slag melt to elemental gaseous phosphorus, iron and an Al 2 O 3 -containing slag in a melting vessel , drawing off elemental, gaseous phosphorus and tapping off the iron and the Al 2 O 3 -containing slag, characterized in that a tin bath is arranged as cathode body in the melting vessel under the aluminum-containing and optionally aluminum oxide-containing phosphate slag melt and at least one anode body , preferably of graphite, platinum or magnetite spinel, is arranged to be immersed in the aluminum-containing and optionally aluminum oxide-containing phosphate slag melt and a direct current, preferably a direct current of 3 V to 15 V, preferably of 6 V to 12 V, in particular preferably of 8 V to 10 V, is applied to the cathode body and the anode body or a direct current is taken from the cathode body and from the anode body .
An ultrasonic sensor for guided wave testing comprising: a flexible circuit board ; an array of piezoelectric elements on the flexible circuit board; characterized in that the sensor further comprises an array of permanent magnets , each piezoelectric element interposed between a respective permanent magnet and the flexible circuit board. a flexible circuit board ; an array of piezoelectric elements on the flexible circuit board; characterized in that the sensor further comprises an array of permanent magnets , each piezoelectric element interposed between a respective permanent magnet and the flexible circuit board.
Ophthalmological apparatus for working on eye tissue , comprising a laser source that is configured to produce a pulsed laser beam (L); a focusing optical unit that is configured to focus the pulsed laser beam into the eye tissue ; a scanner system , comprising a first scanner module and a second scanner module , for deflecting the pulsed laser beam onto work target points (F) in the eye tissue ; and a circuit for controlling the ophthalmological apparatus ; characterized in that the circuit is configured to control the second scanner module in such a way that the second scanner module steers the pulsed laser beam in a feed direction (v) onto work target points (F) along a work line (s) that extends along an outer face of a lenticule to be cut in the eye tissue , transversely to meridians (m) of the lenticule ; in that the first scanner module is configured to steer the pulsed laser beam onto work target points (F) along a scan line (f) that extends across the work line (s) at an alignment angle (φ) in a horizontal work plane (x/y), with a substantially higher scanning speed in comparison with the scanning speed of the second scanner module in the feed direction (v); and in that the ophthalmological apparatus comprises a z-modulator that is configured to tilt the scan line (f) out of the work plane (x/y) depending on a specific work target point (F) of the second scanner module on the work line (s) such that the scan line (f) runs substantially along the outer face of the lenticule .
A reinforcing fiber composite material comprising at least a matrix resin and discontinuous reinforcing fibers which include discontinuous reinforcing fiber aggregates, wherein said discontinuous reinforcing fibers include at least 5 wt% of discontinuous reinforcing fiber aggregates (A) in each of which a most widened section , where the width of the discontinuous reinforcing fiber aggregate in a direction intersecting an alignment direction of said discontinuous reinforcing fibers is made greatest when the discontinuous reinforcing fiber aggregate is two-dimensionally projected, is present at a position excluding both ends of the discontinuous reinforcing fiber aggregate , wherein the aspect ratio, that is the width of the discontinuous reinforcing fiber aggregate /thickness of the discontinuous reinforcing fiber aggregate , of the most widened section is 1.3 times or more the aspect ratio of at least one of the ends of the discontinuous reinforcing fiber aggregate , characterized in that discontinuous reinforcing fiber aggregates, in each of which, with respect to a thickness of at least one of the ends and a thickness of the most widened section of said discontinuous reinforcing fiber aggregate (A) , the thickness of the end /the thickness of the most widened section is 1.2 or more and less than 100, are included and wherein the discontinuous reinforcing fiber aggregates having the thickness of the end /the thickness of the most widened section of 1.2 or more occupy 50% or more relative to the whole of the discontinuous reinforcing fiber aggregates (A) . said discontinuous reinforcing fibers include at least 5 wt% of discontinuous reinforcing fiber aggregates (A) in each of which a most widened section , where the width of the discontinuous reinforcing fiber aggregate in a direction intersecting an alignment direction of said discontinuous reinforcing fibers is made greatest when the discontinuous reinforcing fiber aggregate is two-dimensionally projected, is present at a position excluding both ends of the discontinuous reinforcing fiber aggregate , wherein the aspect ratio, that is the width of the discontinuous reinforcing fiber aggregate /thickness of the discontinuous reinforcing fiber aggregate , of the most widened section is 1.3 times or more the aspect ratio of at least one of the ends of the discontinuous reinforcing fiber aggregate , characterized in that discontinuous reinforcing fiber aggregates, in each of which, with respect to a thickness of at least one of the ends and a thickness of the most widened section of said discontinuous reinforcing fiber aggregate (A) , the thickness of the end /the thickness of the most widened section is 1.2 or more and less than 100, are included and wherein the discontinuous reinforcing fiber aggregates having the thickness of the end /the thickness of the most widened section of 1.2 or more occupy 50% or more relative to the whole of the discontinuous reinforcing fiber aggregates (A) .
An additive manufactured rotor for a seal assembly, the rotor surrounding a central axis and extending along the central axis from a first axial end to an opposite second axial end , the rotor being rotatable about an axis of rotation, the axis of rotation being co-axial with the central axis, the rotor comprising: an outer ring having a rotor face for providing a sealing surface at the first axial end , the outer ring defining a first annular cavity ; an inner ring being connected to the outer ring by a radial web , the inner ring defining a second annular cavity radially separated from the first annular cavity , the radial web defining a fluid channel for providing fluid communication between the first annular cavity of the outer ring and the second annular cavity of the inner ring ; a first circumferential groove formed into the first axial end of the rotor in front of the radial web ; and a second circumferential groove formed into the second axial end of the rotor behind the radial web ; wherein the first and second annular cavities are concentric with the axis of rotation. an outer ring having a rotor face for providing a sealing surface at the first axial end , the outer ring defining a first annular cavity ; an inner ring being connected to the outer ring by a radial web , the inner ring defining a second annular cavity radially separated from the first annular cavity , the radial web defining a fluid channel for providing fluid communication between the first annular cavity of the outer ring and the second annular cavity of the inner ring ; a first circumferential groove formed into the first axial end of the rotor in front of the radial web ; and a second circumferential groove formed into the second axial end of the rotor behind the radial web ; wherein the first and second annular cavities are concentric with the axis of rotation.
A vehicle front assembly including: a bumper cover , a cross beam extending in a first direction between two extremities , one or more absorbers , arranged between the cross beam and the bumper cover in a second direction orthogonal to the first direction, a reinforcement , which is more rigid than the bumper cover , concealed by the bumper cover , and directly connected to the bumper cover , including an impact plate arranged offset in a third direction, orthogonal to the first and second directions, above a corresponding lateral extremity among the two lateral extremities of the cross beam .
An entertainment system including an interactive component for an amusement park, wherein the interactive component comprises: a detection device disposed within a housing and configured to read an identification tag via long range and short range radio communications; an interactive sensor disposed within the housing and configured to detect an interaction comprising proximity to or a physical interaction with a portion of the interactive component; a control device communicatively coupled to the detection device and the interactive sensor , wherein the control device is configured to receive feedback from the detection device and the interactive sensor ; and an effect device configured to receive a signal from the control device and to generate an effect based on detection of the interaction with the portion of the interactive component; characterised in that the interactive component is configured to be mounted to a structural support of the amusement park using a mounting component and the structural support comprises a height adjustment feature configured to move the interactive component based on user characteristics stored in a guest profile and associated with the identification tag; or wherein the effect generated by the effect device is personalized to the guest profile based on preferences identified in the guest profile. a detection device disposed within a housing and configured to read an identification tag via long range and short range radio communications; an interactive sensor disposed within the housing and configured to detect an interaction comprising proximity to or a physical interaction with a portion of the interactive component; a control device communicatively coupled to the detection device and the interactive sensor , wherein the control device is configured to receive feedback from the detection device and the interactive sensor ; and an effect device configured to receive a signal from the control device and to generate an effect based on detection of the interaction with the portion of the interactive component; characterised in that the interactive component is configured to be mounted to a structural support of the amusement park using a mounting component and the structural support comprises a height adjustment feature configured to move the interactive component based on user characteristics stored in a guest profile and associated with the identification tag; or wherein the effect generated by the effect device is personalized to the guest profile based on preferences identified in the guest profile.
A method of monitoring parameters of an electrical installation, the method comprising: performing plural successive iterations of a process in which a difference between a current set of plural monitored parameters of the electrical installation and a previous set of plural monitored parameters of the electrical installation is compared to a threshold criterion; wherein, when the difference is determined as exceeding the threshold criterion, the current set of plural monitored parameters is transmitted and/or stored; wherein, when the difference is determined as not exceeding the threshold criterion, the current set of plural monitored parameters is not transmitted and/or not stored; and wherein the difference which is compared to the threshold criterion comprises or is based on a vector difference between a vector formed of the current set of plural monitored parameters and a vector formed of the previous set of plural monitored parameters. performing plural successive iterations of a process in which a difference between a current set of plural monitored parameters of the electrical installation and a previous set of plural monitored parameters of the electrical installation is compared to a threshold criterion; wherein, when the difference is determined as exceeding the threshold criterion, the current set of plural monitored parameters is transmitted and/or stored; wherein, when the difference is determined as not exceeding the threshold criterion, the current set of plural monitored parameters is not transmitted and/or not stored; and wherein the difference which is compared to the threshold criterion comprises or is based on a vector difference between a vector formed of the current set of plural monitored parameters and a vector formed of the previous set of plural monitored parameters.