mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: by a computing device (10;60;130) of a first user of a social-networking system; determining one or more interactive elements that each correspond to an application of the computing device (10;60;130) for display to the first user on the computing device (10;60;130) based at least in part on activity by one or more second users of the social-networking system associated at least in part with one or more applications, the second users being identified for the determination based at least in part on social-graph information associated with the first and second users at least in part from a social graph of the social-networking system; and by the computing device (10;60;130), providing for display on a user interface,UI, of the computing device (10;60;130) one or more of the interactive elements, wherein displayed interactive elements are dynamically adjusted based at least in part on updated information associated with activity of the second users and in response to receiving data corresponding to activity of the second users, wherein a frequency with which the first user uses individual applications or functions of the computing device (10;60;130) determines one or more interactive elements that are displayed on the UI, and characterized in that a frequency second users with a similar profile to the first user, based at least in part on user-profile data or social-graph information, use a particular application or recent activity of these second users related to the particular application determines one or more interactive elements that are displayed on the UI. by a computing device (10;60;130) of a first user of a social-networking system; determining one or more interactive elements that each correspond to an application of the computing device (10;60;130) for display to the first user on the computing device (10;60;130) based at least in part on activity by one or more second users of the social-networking system associated at least in part with one or more applications, the second users being identified for the determination based at least in part on social-graph information associated with the first and second users at least in part from a social graph of the social-networking system; and by the computing device (10;60;130), providing for display on a user interface,UI, of the computing device (10;60;130) one or more of the interactive elements,
A method for monitoring a magnetic field of a material volume for the determination of properties of a workpiece by exciting a material volume of the workpiece, comprising detection of the magnetic field of the material volume as a function of time and frequency with a high-frequency resolution, characterised by a mechanical and/or thermal excitation.
A framework structure of a trunk lid, the trunk lid which includes an inner panel that includes: an upper surface portion which covers an opening of a trunk provided in a rear portion of a vehicle body of an automobile from an upper side of the vehicle body; and a rear surface portion which covers the opening from a rear side of the vehicle body, a rear end of the upper surface portion being connected to an upper end of the rear surface portion, the trunk lid which is fixed to the rear portion of the vehicle body via hinges which are provided at both end portions in a vehicle width direction of a front side of the upper surface portion of the inner panel and each of which is connected to the inner panel at a connection portion, the trunk lid which is operable to allow opening and closing of the opening of the trunk, characterized in that the inner panel includes: a main frame that is extended between the connection portion and a lower corner portion of the rear surface portion along both edges in the vehicle width direction of the upper surface portion and the rear surface portion; and an auxiliary frame that is disposed inside the main frame in the vehicle width direction in the upper surface portion and the rear surface portion, and the auxiliary frame includes a first auxiliary frame that includes: an upper surface oblique side portion which is extended from a vicinity of the connection portion to an inside in the vehicle width direction and to the rear side of the vehicle body, in the upper surface portion; and a rear surface oblique side portion which is extended from a vicinity of the main frame, which is extended to the rear surface portion, to the inside in the vehicle width direction and to the upper side of the vehicle body, in the rear surface portion, and the upper surface oblique side portion and the rear surface oblique side portion are connected to each other in a boundary between the upper surface portion and the rear surface portion.
A subsea system comprising at least a first frame structure for horizontal storage of tanks with a positive buoyancy in water therein, wherein the first frame structure has a negative buoyancy in water and comprises at least two storage positions for supporting at least two tanks, wherein the storage positions are arranged side by side in one level and each storage position comprises at least one cradle for supporting a tank from below, and wherein the system comprises a fastening device (6,11,20,22) having a first and a second state, wherein: i. when in the first state, the fastening device (6,11,20,22) is configured to permit positioning of a tank from above into the at least one cradle and; ii. when in the second state, the fastening device (6,11,20,22) is configured to secure a tank positioned in the at least one cradle in a radial direction of the tank preventing movement of the tank in a vertical upward direction; and wherein a total buoyancy of the system when submerged in water, when tanks are positioned in each of the storage positions, is negative. i. when in the first state, the fastening device (6,11,20,22) is configured to permit positioning of a tank from above into the at least one cradle and; ii. when in the second state, the fastening device (6,11,20,22) is configured to secure a tank positioned in the at least one cradle in a radial direction of the tank preventing movement of the tank in a vertical upward direction; and
An electrical connector comprising - an inner housing and an outer housing, - inner shielding means and outer shielding means, the inner shielding means being in electrical contact with the outer shielding means, - annular sealing means (5, 23, 24), characterized in that the outer shielding means is formed as a single annular band, the sealing means (5, 23, 24) are in sealing contact, on the one hand, with both the outer housing and the outer shielding means, and on the other hand with both the inner housing and the outer shielding means. - an inner housing and an outer housing, - inner shielding means and outer shielding means, the inner shielding means being in electrical contact with the outer shielding means, - annular sealing means (5, 23, 24),
A solid-state luminaire comprising: a solid-state light source configured to emit a pulsing light signal encoded with data; and a processor responsive to at least one of a sensor, an image capture device, and an audio input device and configured to adjust light output of the solid-state light source in response to detection of an alarm signal by the at least one of a sensor, an image capture device, and an audio input device; wherein adjustment of the light output of the solid-state light source comprises encoding the pulsing light signal with data indicating an event that triggered the alarm signal and a command signal that causes a recipient computing device to initiate an electronic communication to respond to the event, the electronic communication directed to at least one of an emergency service provider and a programmable personal contact. a solid-state light source configured to emit a pulsing light signal encoded with data; and a processor responsive to at least one of a sensor, an image capture device, and an audio input device and configured to adjust light output of the solid-state light source in response to detection of an alarm signal by the at least one of a sensor, an image capture device, and an audio input device; wherein adjustment of the light output of the solid-state light source comprises encoding the pulsing light signal with data indicating an event that triggered the alarm signal and a command signal that causes a recipient computing device to initiate an electronic communication to respond to the event, the electronic communication directed to at least one of an emergency service provider and a programmable personal contact.
A bra comprising: two breast cups; a medial window disposed between the two breast cups, wherein the medial window is visually transparent; two shoulder straps for supporting the two breast cups; a back band that couples to the shoulder straps and the two breast cups; and further wherein: (i)the breast cups, medial window, shoulder straps, and back band, by virtue of the materials of construction thereof, do not scatter or substantially attenuate treatment radiation; and (ii) the bra is configured so that, when worn, no portion of a vertical midline of a wearer's chest is obscured by the bra so that a light field can be projected through medial window onto a wearer's chest and viewed without obstruction. two breast cups; a medial window disposed between the two breast cups, wherein the medial window is visually transparent; two shoulder straps for supporting the two breast cups; a back band that couples to the shoulder straps and the two breast cups; and (i)the breast cups, medial window, shoulder straps, and back band, by virtue of the materials of construction thereof, do not scatter or substantially attenuate treatment radiation; and (ii) the bra is configured so that, when worn, no portion of a vertical midline of a wearer's chest is obscured by the bra so that a light field can be projected through medial window onto a wearer's chest and viewed without obstruction.
A vehicle lighting unit, comprising: a light source; a first reflecting member configured to reflect light from the light source toward an illumination area in front of a vehicle body through a range including an upper passing range and a lower passing range in a vertical direction; and an actuator (31, 32, 51, 52) configured to turn the first reflecting member around a first axis and a second axis orthogonal to each other simultaneously; characterized by: a second reflecting member configured to reflect only light that is of the light reflected by the first reflecting member and is incident on the second reflecting member after travelling through the lower passing range to an illumination direction of the light reflected by the first reflecting member in the upper passing range, so that only the light passing through the upper passing range is projected to the illumination area in front of the vehicle body. a light source; a first reflecting member configured to reflect light from the light source toward an illumination area in front of a vehicle body through a range including an upper passing range and a lower passing range in a vertical direction; and an actuator (31, 32, 51, 52) configured to turn the first reflecting member around a first axis and a second axis orthogonal to each other simultaneously; a second reflecting member configured to reflect only light that is of the light reflected by the first reflecting member and is incident on the second reflecting member after travelling through the lower passing range to an illumination direction of the light reflected by the first reflecting member in the upper passing range, so that only the light passing through the upper passing range is projected to the illumination area in front of the vehicle body.
Composite phase-change material comprising: a) a non-polymeric solid-solid phase-change material; and b) a solid-liquid phase-change material; wherein the non-polymeric solid-solid phase-change material encloses the solid-liquid phase-change material. a) a non-polymeric solid-solid phase-change material; and b) a solid-liquid phase-change material;
A mobile station which communicates with a base station using a radio channel, the mobile station comprising: a reception unit configured to receive a packet from the base station; a transmission unit configured to transmit, to the base station, a result of receiving the packet sent from the base station, as a reception result notification signal; a switching unit configured to switch, in a predetermined control cycle (Tb), from a packet reception period, during which packet reception can be executed, to a packet reception halt period, during which packet reception is halted; the mobile station characterized by comprising: a packet reception determination unit configured to determine a packet reception fault according to a Hybrid Automatic Request (HARQ) process; and a reception period determination unit configured to be capable of extending the packet reception period into the packet reception halt period in the predetermined control cycle (Tb) after, the packet reception period if the packet reception fault is determined by the packet reception determination unit. a reception unit configured to receive a packet from the base station; a transmission unit configured to transmit, to the base station, a result of receiving the packet sent from the base station, as a reception result notification signal; a switching unit configured to switch, in a predetermined control cycle (Tb), from a packet reception period, during which packet reception can be executed, to a packet reception halt period, during which packet reception is halted; the mobile station characterized by comprising: a packet reception determination unit configured to determine a packet reception fault according to a Hybrid Automatic Request (HARQ) process; and a reception period determination unit configured to be capable of extending the packet reception period into the packet reception halt period in the predetermined control cycle (Tb) after, the packet reception period if the packet reception fault is determined by the packet reception determination unit. a packet reception determination unit configured to determine a packet reception fault according to a Hybrid Automatic Request (HARQ) process; and a reception period determination unit configured to be capable of extending the packet reception period into the packet reception halt period in the predetermined control cycle (Tb) after, the packet reception period if the packet reception fault is determined by the packet reception determination unit.
An in-line electrical connector for providing electrical communication between two in-line conductive members comprising: a housing comprising an outer sleeve defining a sleeve longitudinal bore including a first bore section having a first diameter and a second bore section having a second diameter; characterised in that it comprises further: a retaining cylinder slidable within the first bore section of the outer sleeve, the first bore section and the second bore section each having at least one groove formed along an inner circumferential surface and each of the at least one groove containing a canted-coil spring (98, 112); wherein the retaining cylinder defines a cylinder longitudinal bore coaxial with the sleeve longitudinal bore and having at least one groove formed along an inner circumferential surface and containing a canted-coil spring, the cylinder longitudinal bore adapted to receive a conductor pin. a housing comprising an outer sleeve defining a sleeve longitudinal bore including a first bore section having a first diameter and a second bore section having a second diameter; a retaining cylinder slidable within the first bore section of the outer sleeve, the first bore section and the second bore section each having at least one groove formed along an inner circumferential surface and each of the at least one groove containing a canted-coil spring (98, 112); wherein the retaining cylinder defines a cylinder longitudinal bore coaxial with the sleeve longitudinal bore and having at least one groove formed along an inner circumferential surface and containing a canted-coil spring, the cylinder longitudinal bore adapted to receive a conductor pin.
An assembly comprising a wall, a conduit and a seal, wherein the seal comprises a front fitting (1, 21, 41), a rear fitting (2, 22, 42) and a compressible part (3, 23, 43) placed between the front fitting (1, 21, 41) and the rear fitting (2, 22, 42), and tightening screws connecting the front fitting (1, 21, 41) and the rear fitting (2, 22, 42), which seal is a transition for the conduit through the wall, wherein the conduit is received in a central through opening of the seal and wherein the seal is received in an opening of the wall, wherein, in the mounted seal, the compressible part (3, 23, 43) seals inwards against the conduit and outwards against an inner surface of the opening of the wall and wherein the axial extension of the compressible part (3, 23, 43) is larger than the thickness of the wall at the opening of the wall, characterized in that the rear fitting (2, 33, 42) has a circumferential outer folded edge (8, 29, 47), which folded edge (8, 29, 47) is perpendicular to the adjacent part of the rear fitting (2, 22, 42) and is directed towards the front fitting (1, 21, 41) in the assembled seal, and wherein the compressible part (3, 23, 43) has an outer circumferential recess (13, 35, 52) at one end receiving the outer folded edge (8, 29, 47) of the rear fitting (2, 22, 42), and an outer circumferential lip (14, 36, 53) at the opposite end, which lip (14, 36, 53) is perpendicular to the compressible part (3, 23, 43) and is placed between the front fitting (1, 21, 41) and the wall when the seal is mounted.
A method for planning a dental restorative procedure of a patient and for producing at least one of a dental restoration and a product related to the dental restorative procedure, said method comprising matching first data of the patient's craniofacial area from a first data input source with second data of the patient's intra oral anatomy from a second data input source, different from said first data input source, into matched data for said planning and producing, wherein at least a part of said first data in said matched data is provided for said planning and at least a part of said second data in said matched data is provided for said producing wherein said first data is obtained from an intra-oral 2D X-ray imaging device, wherein an X-ray sensitive sensitive apparatus is inserted into the patient's mouth and wherein said second data is obtained from a 3D scanner, wherein said first data obtained from the intra-oral 2D X-ray imaging device has a first resolution sufficient for enabling said planning; wherein said second data obtained from the 3D scanner has a second resolution sufficient for enabling said producing; wherein said first resolution is lower than said second resolution; and wherein said matching comprises contour matching of contours identified in both said first data and said second data, said contour matching comprising making a 2D section of the second data obtained from the 3D scanner; generating a 2D contour from the first data obtained from the intra-oral 2D X-ray imaging device or from the 2D section; and identifying the 2D contour in the first data when the 2D contour is generated from the 2D section and in the 2D section when the 2D contour is generated from the first data and/or performing matching based on fiducial markers of a dental impression tray used for taking a dental impression of the patient's intra oral anatomy with said 3D scanner. making a 2D section of the second data obtained from the 3D scanner; generating a 2D contour from the first data obtained from the intra-oral 2D X-ray imaging device or from the 2D section; and identifying the 2D contour in the first data when the 2D contour is generated from the 2D section and in the 2D section when the 2D contour is generated from the first data
An air injection valve-integrated spraying device suitable for spraying and applying polyurethane foam to a predetermined portion of a tire, the spraying device comprising: a polyurethane foam chamber adapted to keep polyurethane foam under pressure; and an air delivery chamber suitable for delivering air injected from an air injection valve which is mounted in a rim to a breaking portion of the polyurethane foam chamber, wherein the breaking portion of the polyurethane foam chamber is adapted to be broken by air coming out of the air delivery chamber, so that the polyurethane foam can be sprayed characterized in that the air delivery chamber is formed in a tube shape and has a coupling portion for coupling to the air injection valve, and the air delivery chamber has a seat, where the polyurethane foam chamber is seated, at an end of the tube shape. a polyurethane foam chamber adapted to keep polyurethane foam under pressure; and an air delivery chamber suitable for delivering air injected from an air injection valve which is mounted in a rim to a breaking portion of the polyurethane foam chamber, wherein the breaking portion of the polyurethane foam chamber is adapted to be broken by air coming out of the air delivery chamber, so that the polyurethane foam can be sprayed characterized in that the air delivery chamber is formed in a tube shape and has a coupling portion for coupling to the air injection valve, and the air delivery chamber has a seat, where the polyurethane foam chamber is seated, at an end of the tube shape.
A method for forming a pattern which comprises the steps of: (a) providing a substrate having a sacrificial layer made of a first material, partially or totally formed on the substrate; (b) forming pattern grooves, which are free from the first material and have a line width of a first resolution or lower, on the sacrificial layer by using a first means, by which the sacrificial layer is directly processed to form a line; (c) filling the pattern grooves with a second material to a second resolution by using a second means, to form a pattern of the second material on the substrate. (a) providing a substrate having a sacrificial layer made of a first material, partially or totally formed on the substrate; (b) forming pattern grooves, which are free from the first material and have a line width of a first resolution or lower, on the sacrificial layer by using a first means, by which the sacrificial layer is directly processed to form a line; (c) filling the pattern grooves with a second material to a second resolution by using a second means, to form a pattern of the second material on the substrate.
Driving mechanism for use in a movement of a timepiece and comprising a first driving mobile suitable for being driven in rotation by the movement of the timepiece, a finger pivotably mounted on said first driving mobile and suitable for cooperating with a second mobile, a pin driven into the first driving mobile and arranged so that, when said first driving mobile turns in a first direction, the pin comes to abut against the finger which can then drive the second mobile, characterised in that the mechanism also comprises a spring strip, formed as one piece with or attached to said finger, said spring strip being shaped such that, when the first driving mobile turns in the first direction, the finger drives the second mobile without deforming or constraining the spring strip; and such that, when the first driving mobile turns in a second direction opposite to first, the spring strip cooperates with the pin so that the finger, coming into contact with the second mobile, pivots without driving said second mobile, the spring strip also being shaped to keep the finger in a position in which it can resume driving of the second mobile when the first driving mobile resumes its rotation in the first direction.