mhurhangee/ep-ind-claims huggingface dataset:
An implantable electronic device adapted to be used with an implantable medical lead, the implantable medical lead comprising a proximal lead end, the implantable electronic device comprising: a housing; a feedthru extending through the housing; and a header connector assembly coupled to the housing and adapted to receive the proximal lead end of the implantable medical lead, the header connector assembly comprising: a connector assembly comprising a connector (104, 950, 1050); and a conductor (110, 210A, 210B, 800, 902, 1002, 1100A-1100G) coupling the connector (104, 950, 1050) to the feedthru, wherein the connector (104, 950, 1050) is a ring connector (104, 950, 1050), characterized by the conductor (110, 210A, 210B, 800, 902, 1002, 1100A-1100G) comprising a first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G) and a second conductor segment (112B, 812B, 912B, 1012B, 1105A-1105G) offset from the first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G), wherein each of the first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G) and the second conductor segment (112B, 812B, 912B, 1012B, 1105A-1105G) are resistance welded to the ring connector (104, 950, 1050). a housing; a feedthru extending through the housing; and a header connector assembly coupled to the housing and adapted to receive the proximal lead end of the implantable medical lead, the header connector assembly comprising: a connector assembly comprising a connector (104, 950, 1050); and a conductor (110, 210A, 210B, 800, 902, 1002, 1100A-1100G) coupling the connector (104, 950, 1050) to the feedthru, wherein the connector (104, 950, 1050) is a ring connector (104, 950, 1050), characterized by the conductor (110, 210A, 210B, 800, 902, 1002, 1100A-1100G) comprising a first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G) and a second conductor segment (112B, 812B, 912B, 1012B, 1105A-1105G) offset from the first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G), wherein each of the first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G) and the second conductor segment (112B, 812B, 912B, 1012B, 1105A-1105G) are resistance welded to the ring connector (104, 950, 1050). a connector assembly comprising a connector (104, 950, 1050); and a conductor (110, 210A, 210B, 800, 902, 1002, 1100A-1100G) coupling the connector (104, 950, 1050) to the feedthru, wherein the connector (104, 950, 1050) is a ring connector (104, 950, 1050), characterized by the conductor (110, 210A, 210B, 800, 902, 1002, 1100A-1100G) comprising a first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G) and a second conductor segment (112B, 812B, 912B, 1012B, 1105A-1105G) offset from the first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G), wherein each of the first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G) and the second conductor segment (112B, 812B, 912B, 1012B, 1105A-1105G) are resistance welded to the ring connector (104, 950, 1050).
An isolated G-CSF-Fc polypeptide comprising: (i) the amino acid sequence of SEQ ID NO:4 or 6, or (ii) the amino acid sequence of SEQ ID NO:5 or 7, wherein the sequence ERKCC is deleted from the Fc fragment of human IgG2 that is in said isolated G-CSF-Fc polypeptide. (i) the amino acid sequence of SEQ ID NO:4 or 6, or (ii) the amino acid sequence of SEQ ID NO:5 or 7, wherein the sequence ERKCC is deleted from the Fc fragment of human IgG2 that is in said isolated G-CSF-Fc polypeptide.
An extracorporeal therapy system (10a to 10c) comprising: a dialysis fluid circuit including dialysis fluid preparation structure (22, 24, 26, 32, 34, 36, 38, 40, 42, 44, 46, 48) configured to prepare a dialysis fluid for an extracorporeal therapy treatment; a blood circuit including a blood filter for use during the extracorporeal therapy treatment; a blood pump operable to pump blood through the blood circuit and blood filter; and a control unit operable with the dialysis fluid preparation structure (22, 24, 26, 32, 34, 36, 38, 40, 42, 44, 46, 48) and the blood pump, wherein said extracorporeal therapy system is characterized by the fact that the control unit is programmed to prepare a gas generation fluid different than the dialysis fluid for the extracorporeal therapy treatment, wherein the gas generation fluid generates carbon dioxide ("CO 2 ") gas, and wherein the CO 2 gas is used to prime the blood circuit including the blood filter. a dialysis fluid circuit including dialysis fluid preparation structure (22, 24, 26, 32, 34, 36, 38, 40, 42, 44, 46, 48) configured to prepare a dialysis fluid for an extracorporeal therapy treatment; a blood circuit including a blood filter for use during the extracorporeal therapy treatment; a blood pump operable to pump blood through the blood circuit and blood filter; and a control unit operable with the dialysis fluid preparation structure (22, 24, 26, 32, 34, 36, 38, 40, 42, 44, 46, 48) and the blood pump, wherein said extracorporeal therapy system is characterized by the fact that the control unit is programmed to prepare a gas generation fluid different than the dialysis fluid for the extracorporeal therapy treatment, wherein the gas generation fluid generates carbon dioxide ("CO 2 ") gas, and wherein the CO 2 gas is used to prime the blood circuit including the blood filter.
An assembled camera module comprising: a lens barrel having at least one lens; a holder coupled to the lens barrel; a board disposed at a lower portion of the holder so as to face the lens; an adhesive element configured to couple the holder and the board to each other; an opening connected to a first space which is defined via coupling of the board and the holder; and an image sensor disposed on the board, wherein the opening is provided as a via-hole formed in the board through its upper side and its lower side, and wherein the via-hole is disposed between the image sensor and the adhesive element, characterized in that a housing is coupled to the holder and accommodates the board, and that the opening is a path through which an air in the first space is discharged, which communicates with a second space formed inside the housing. a lens barrel having at least one lens; a holder coupled to the lens barrel; a board disposed at a lower portion of the holder so as to face the lens; an adhesive element configured to couple the holder and the board to each other; an opening connected to a first space which is defined via coupling of the board and the holder; and an image sensor disposed on the board, wherein the opening is provided as a via-hole formed in the board through its upper side and its lower side, and wherein the via-hole is disposed between the image sensor and the adhesive element, characterized in that a housing is coupled to the holder and accommodates the board, and that the opening is a path through which an air in the first space is discharged, which communicates with a second space formed inside the housing.
An assembly component for providing a gas tight seal, the assembly component being of an alloy based on iron, nickel and/or cobalt containing at least 10%(w/w) chromium, the assembly component having a cylindrical shape or a frustoconical annular shape defining a narrow end and a wide end, the assembly component having an inner surface and an outer surface and a thickness between the inner surface and the outer surface in the range of 0.1 mm to 5 mm, the alloy having a content of nitrogen in solid solution providing a microhardness in the range of 250 HV 0.05 to 370 HV 0.05 at a depth from the surface in the range of 0 μm to 100 μm.
A wireless communication method, comprising: detecting, by a wireless communication device, a motion signature of the wireless communication device made by connecting or seating the wireless communication device in a docking station, wherein the motion signature defines movement of the wireless communication device in at least one direction during the connecting or the seating of the wireless communication device in the docking station; sensing, by the wireless communication device, a location of the wireless communication device during the connecting or the seating of the wireless communication device in the docking station; defining, by the wireless communication device, based on the detected motion signature and the sensed location, an engagement signature; identifying the docking station based on the engagement signature; and setting, by the wireless communication device and based on the identified docking station, a user interface experience of the wireless communication device, wherein the user interface experience defines at least one of: a user interface, an application, a display brightness, or an input key activation. detecting, by a wireless communication device, a motion signature of the wireless communication device made by connecting or seating the wireless communication device in a docking station, wherein the motion signature defines movement of the wireless communication device in at least one direction during the connecting or the seating of the wireless communication device in the docking station; sensing, by the wireless communication device, a location of the wireless communication device during the connecting or the seating of the wireless communication device in the docking station; defining, by the wireless communication device, based on the detected motion signature and the sensed location, an engagement signature; identifying the docking station based on the engagement signature; and setting, by the wireless communication device and based on the identified docking station, a user interface experience of the wireless communication device, wherein the user interface experience defines at least one of: a user interface, an application, a display brightness, or an input key activation.
A method comprising: receiving at a second device a first share of a master key from a first device receiving at the second device an encrypted account credential from the first device; reconstructing the master key with the first share of the master key and a second share of the master key at the second device; decrypting the encrypted account credential with the reconstructed master key; and enabling access to an account based upon the decrypted account credential at the second device. receiving at a second device a first share of a master key from a first device receiving at the second device an encrypted account credential from the first device; reconstructing the master key with the first share of the master key and a second share of the master key at the second device; decrypting the encrypted account credential with the reconstructed master key; and enabling access to an account based upon the decrypted account credential at the second device.
Hydraulic device for mounting between an earthmoving machine and a tool, comprising one the main axle which is surrounded by a housing, where the housing and main axle have center lines, where the main axle is longer than the housing and where there are main bearings, guide bushings and a clamping plate on the main axle, on either side of the housing, being parts of the device's fixed part, while fitting bolts, loose keys, the housing and locking keys constitute parts of the device's movable part, and where the device furthermore comprises a slide between the housing's inner diameter and the main axle's outer diameter and the housing's inner diameter, where the slide is axially movable due to the fact that the slide is led through the main axle and where the main axle is parallel to the housing's center line, and where furthermore there is a plurality of spiral slots on the outside of the slide with a conformation corresponding to a plurality of loose keys, where the loose keys are connected by a plurality of fitting bolts to the housing and where there are hydraulic channels to hydraulic supply and drain lines in the main bearings.
An apparatus for wireless communications, comprising: a first interface configured to: obtain monitoring information for a downlink control channel while operating in an active state of a discontinuous reception, DRX, mode; and the apparatus is characterised in that the first interface configured to: obtain a downlink control information, DCI, message scheduling a downlink data message based at least in part on the monitoring information, wherein the DCI message indicates a feedback transmission opportunity, TxOP, for the downlink data message; and a processing system configured to: activate a first timer subsequent to the feedback TxOP for the downlink data message and based at least in part on an end of the feedback TxOP; and activate a second timer upon expiration of the first timer, wherein the processing system remains in the active state of the DRX mode while the second timer is running. a first interface configured to: obtain monitoring information for a downlink control channel while operating in an active state of a discontinuous reception, DRX, mode; and the apparatus is characterised in that the first interface configured to: obtain a downlink control information, DCI, message scheduling a downlink data message based at least in part on the monitoring information, wherein the DCI message indicates a feedback transmission opportunity, TxOP, for the downlink data message; and obtain monitoring information for a downlink control channel while operating in an active state of a discontinuous reception, DRX, mode; and the apparatus is characterised in that the first interface configured to: obtain a downlink control information, DCI, message scheduling a downlink data message based at least in part on the monitoring information, wherein the DCI message indicates a feedback transmission opportunity, TxOP, for the downlink data message; and a processing system configured to: activate a first timer subsequent to the feedback TxOP for the downlink data message and based at least in part on an end of the feedback TxOP; and activate a second timer upon expiration of the first timer, wherein the processing system remains in the active state of the DRX mode while the second timer is running. activate a first timer subsequent to the feedback TxOP for the downlink data message and based at least in part on an end of the feedback TxOP; and activate a second timer upon expiration of the first timer, wherein the processing system remains in the active state of the DRX mode while the second timer is running.
A street lighting arrangement (10,110,210,310) for providing light distribution over an angular range between an axis and a cut-off angle, the arrangement comprising: a first array comprising at least one LED having a substantially planar distribution pattern, the first array being directed at an angle intermediate to the axis and the cut-off angle; a second array comprising at least one LED having a substantially planar distribution pattern, the second array being directed at an angle intermediate to the axis and the cut-off angle and generally opposite to the first array: characterised in that the arrangement further comprises: a first reflector (214,222) directed to receive light from the first array beyond the cut-off angle and reflect it as a substantially parallel beam in the direction of the second array and at the cut-off angle; and a second reflector (214',222') directed to receive light from the second array beyond the cut-off angle and reflect it as a substantially parallel beam in the direction of the first array and at the cut-off angle, wherein each array consists of a plurality of cyan LEDs emitting in the wavelength region of 500-525 nm and at least one red LED emitting in the wavelength region 580-625 nm, and wherein the plurality of cyan LEDs and the at least one red LED are arranged next to each other in a direction perpendicular to a plane defined by the angular range of light distribution. a first array comprising at least one LED having a substantially planar distribution pattern, the first array being directed at an angle intermediate to the axis and the cut-off angle; a second array comprising at least one LED having a substantially planar distribution pattern, the second array being directed at an angle intermediate to the axis and the cut-off angle and generally opposite to the first array: characterised in that the arrangement further comprises: a first reflector (214,222) directed to receive light from the first array beyond the cut-off angle and reflect it as a substantially parallel beam in the direction of the second array and at the cut-off angle; and a second reflector (214',222') directed to receive light from the second array beyond the cut-off angle and reflect it as a substantially parallel beam in the direction of the first array and at the cut-off angle, a first reflector (214,222) directed to receive light from the first array beyond the cut-off angle and reflect it as a substantially parallel beam in the direction of the second array and at the cut-off angle; and a second reflector (214',222') directed to receive light from the second array beyond the cut-off angle and reflect it as a substantially parallel beam in the direction of the first array and at the cut-off angle,
A tire comprising: a bead core; a bead filler which extends to an outer side in a tire-radial direction of the bead core; a carcass ply which extends from the bead core to another bead core, and is folded back around the bead core; a pad member which is disposed at an outer side in a tire-width direction of the bead filler; and a rubber sheet which is disposed between the bead filler and the pad member in a state covering a folding end of the carcass ply which has been folded back, characterized in that an electronic component is interposed by the rubber sheet and the pad member. a rubber sheet which is disposed between the bead filler and the pad member in a state covering a folding end of the carcass ply which has been folded back, characterized in that an electronic component is interposed by the rubber sheet and the pad member.
A terminal device for communicating with a base station device, the terminal device comprising: a higher layer processing unit configured to configure a first configuration used for monitoring an Enhanced Physical Downlink Control Channel, EPDCCH, and a second configuration used for measuring a Discovery Signal, DS; a reception processing unit configured to monitor, in a subframe, one or more candidates of the EPDCCH, based on the first configuration; and a measurement control unit configured to measure, in a subframe, the DS based on the second configuration, wherein the EPDCCH is not mapped in resource elements used for the DS in a subframe in a Licensed Assisted Access, LAA, cell, the DS including a primary synchronization signal, a secondary synchronization signal and cell-specific reference signals. a higher layer processing unit configured to configure a first configuration used for monitoring an Enhanced Physical Downlink Control Channel, EPDCCH, and a second configuration used for measuring a Discovery Signal, DS; a reception processing unit configured to monitor, in a subframe, one or more candidates of the EPDCCH, based on the first configuration; and a measurement control unit configured to measure, in a subframe, the DS based on the second configuration, wherein the EPDCCH is not mapped in resource elements used for the DS in a subframe in a Licensed Assisted Access, LAA, cell, the DS including a primary synchronization signal, a secondary synchronization signal and cell-specific reference signals.
Door hinge, in particular edge hinge, with a door support to be arranged on a door and a frame support to be arranged on a door frame, which are formed arranged around a common rotational axis swivellable relatively to each other, wherein the door support and the frame support are formed of equal construction and are usable equally for left and right doors, wherein the door hinge at the end has a closure cap arranged respectively on the frame support and the door support, characterised in that the closure cap has catch means (9, 15) formed as hook-shaped extensions with a wedge-shaped surface positioned obliquely, which wedge-shaped surface can be arranged in openings (16, 17) formed on the frame support and door support, whereby a reverse side of the frame support and of the door support facing away from the closure cap respectively has a channel-like or groove-like recess running obliquely to the longitudinal extension direction of the frame support into which a catch to prevent disassembly can be inserted, formed having an opposing surface corresponding to the wedge-shaped surface of the catch means (9, 15) of the closure cap, wherein in the assembled state the opposing surface engages in the wedge-shaped surface formed on the catch means (9, 15).
A cable, in particular a flat cable, with a longitudinal dimension and a lateral dimension (b), comprising: a) a polymeric carrier material which essentially defines the outer shape of the cable; b) at least one load bearing element, which runs in parallel to the longitudinal dimension of the cable and is embedded into the polymeric carrier material, and c) at least one means for emitting (4.x) light or a retroreflector, wherein d) the outer shape of the cable is arranged such that the cable features at least one planar surface characterized in that e) the at least one load bearing element comprises a fibre, which is a synthetic high tensile strength fibre. a) a polymeric carrier material which essentially defines the outer shape of the cable; b) at least one load bearing element, which runs in parallel to the longitudinal dimension of the cable and is embedded into the polymeric carrier material, and c) at least one means for emitting (4.x) light or a retroreflector, wherein d) the outer shape of the cable is arranged such that the cable features at least one planar surface characterized in that e) the at least one load bearing element comprises a fibre, which is a synthetic high tensile strength fibre.