mhurhangee/patent-ind-claim-en huggingface dataset:
A base member of a stemless shoulder implant, the base member comprising: a proximal collar having a proximal surface and a bone-engaging surface opposite the proximal surface; a central anchor extending distally along a longitudinal axis of the base member from the bone-engaging surface of the collar a first distance to a central tip and having a plurality of ribs extending toward the central tip; and at least one chisel slot extending from the bone-engaging surface to the proximal surface adjacent a portion of the central anchor, the at least one chisel slot configured to receive a tool for removing bone; characterised by a plurality of peripheral anchors each positioned radially outwardly of the central anchor and extending distally from the bone-engaging surface of the collar a second distance to a peripheral tip , the first distance being greater than the second distance. a proximal collar having a proximal surface and a bone-engaging surface opposite the proximal surface; a central anchor extending distally along a longitudinal axis of the base member from the bone-engaging surface of the collar a first distance to a central tip and having a plurality of ribs extending toward the central tip; and at least one chisel slot extending from the bone-engaging surface to the proximal surface adjacent a portion of the central anchor, the at least one chisel slot configured to receive a tool for removing bone; characterised by a plurality of peripheral anchors each positioned radially outwardly of the central anchor and extending distally from the bone-engaging surface of the collar a second distance to a peripheral tip , the first distance being greater than the second distance.
A system comprising: one or more processors; memory; a storage unit including a file system that provides access to one or more files or directories; and a file system filter stored in the memory and executable by the one or more processors to: receive a request to access a file or a directory associated with the file system, the request designating an access path for the file or the directory, the access path including multiple nodes; pass the request to access the file or the directory to the file system; receive a response from the file system, the response indicating that a reparse tag associated with an intermediate directory has been encountered and that the intermediate directory contains a next node along the access path; and based at least in part on the response, access the next node via the intermediate directory without implementing reparse behavior. one or more processors; memory; a storage unit including a file system that provides access to one or more files or directories; and a file system filter stored in the memory and executable by the one or more processors to: receive a request to access a file or a directory associated with the file system, the request designating an access path for the file or the directory, the access path including multiple nodes; pass the request to access the file or the directory to the file system; receive a response from the file system, the response indicating that a reparse tag associated with an intermediate directory has been encountered and that the intermediate directory contains a next node along the access path; and based at least in part on the response, access the next node via the intermediate directory without implementing reparse behavior. receive a request to access a file or a directory associated with the file system, the request designating an access path for the file or the directory, the access path including multiple nodes; pass the request to access the file or the directory to the file system; receive a response from the file system, the response indicating that a reparse tag associated with an intermediate directory has been encountered and that the intermediate directory contains a next node along the access path; and based at least in part on the response, access the next node via the intermediate directory without implementing reparse behavior.
Battery cell comprising a housing which accommodates an electrode arrangement having a cathode and an anode, wherein the housing has a passage opening for electrically contacting the anode or the cathode, further comprising a contact element which is electrically connected to the anode or cathode, wherein the contact element comprises a covering disc which completely covers the passage opening , wherein the covering disc is separated from the housing by an insulating film , characterized in that the insulating film is formed from an epoxy material which comprises a filler, wherein the covering disc , together with the insulating film , is arranged on the inner side of the housing .
A passive, self-reconfigurable antenna device comprising: at least one antenna element , comprising a first antenna and a second antenna , configured to receive a modulated or an unmodulated wireless signal ; a power harvester configured to obtain power from the modulated or unmodulated wireless signal ; and a first switch coupled to the power harvester and powered by the obtained power from the power harvester , the first switch being configured to operate automatically when receiving the obtained power without requiring the receipt of control information, wherein the first switch connects the first antenna and the second antenna when turned on in a first mode and disconnects the first antenna from the second antenna when turned off in a second mode, and the at least one antenna element radiates resonantly in the first mode and does not radiate effectively in the second mode; wherein the first switch automatically operates according to a predetermined pattern when receiving the obtained power to modulate the at least one antenna element . at least one antenna element , comprising a first antenna and a second antenna , configured to receive a modulated or an unmodulated wireless signal ; a power harvester configured to obtain power from the modulated or unmodulated wireless signal ; and a first switch coupled to the power harvester and powered by the obtained power from the power harvester , the first switch being configured to operate automatically when receiving the obtained power without requiring the receipt of control information, wherein the first switch connects the first antenna and the second antenna when turned on in a first mode and disconnects the first antenna from the second antenna when turned off in a second mode, and the at least one antenna element radiates resonantly in the first mode and does not radiate effectively in the second mode; wherein the first switch automatically operates according to a predetermined pattern when receiving the obtained power to modulate the at least one antenna element .
A tree harvester comprising a harvesting arrangement , which harvesting arrangement comprises gripping members for holding a tree trunk, a cutting device for cutting a tree trunk held by the gripping members into separate logs, and feeding means for feeding a tree trunk held by the gripping members forward in the longitudinal direction of the tree trunk past the cutting device so as to allow the cutting device to cut the tree trunk into separate logs, wherein: - the harvesting arrangement comprises measuring means for establishing a set of measuring values related to the cross-sectional shape of a log to be formed from the tree trunk, said set of measuring values comprising measuring values that are established simultaneously by the measuring means and that are related to the cross-sectional shape of said log at three or more different locations (P1, P2, P3) spaced apart as seen in the longitudinal direction of the log; the tree harvester comprises processing means adapted to establish information as to the longitudinal curvature of said log based on said set of measuring values; - the tree harvester comprises storing means adapted to store the established information as to the longitudinal curvature of said log in a database; - the measuring means comprises camera units for establishing said set of measuring values, wherein each one of said locations (P1, P2, P3) is associated with a measuring assembly , each measuring assembly comprising at least three camera units, preferably in the form of CCD cameras, which are arranged to view mutually different parts of the envelope surface of said log as seen in the circumferential direction thereof. - the harvesting arrangement comprises measuring means for establishing a set of measuring values related to the cross-sectional shape of a log to be formed from the tree trunk, said set of measuring values comprising measuring values that are established simultaneously by the measuring means and that are related to the cross-sectional shape of said log at three or more different locations (P1, P2, P3) spaced apart as seen in the longitudinal direction of the log; the tree harvester comprises processing means adapted to establish information as to the longitudinal curvature of said log based on said set of measuring values; - the tree harvester comprises storing means adapted to store the established information as to the longitudinal curvature of said log in a database; - the measuring means comprises camera units for establishing said set of measuring values, wherein
A method, performed by a terminal, for implementing a call service, comprising: determining that a current working mode is switched from a normal mode into a fail soft mode;(S102) and judging whether or not update of trunking group information and user information has been completed currently, and determining a trunking group belonged to, according to a judgment result, to perform a call service; (S104) wherein determining the trunking group belonged to according to the judgment result comprises: determining that the trunking group belonged to is an updated trunking group when the trunking group information and the user information have been updated and that the trunking group belonged to is a preset group when the trunking group information and the user information have not been updated; wherein before determining that the current working mode is switched from the normal mode to the fail soft mode, the method further comprises: receiving a System Information Block, SIB, message from a base station, wherein information carried in the SIB message comprises: indication information, wherein the indication information is used for indicating the working mode currently used by the base station. determining that a current working mode is switched from a normal mode into a fail soft mode;(S102) and judging whether or not update of trunking group information and user information has been completed currently, and determining a trunking group belonged to, according to a judgment result, to perform a call service; (S104) wherein determining the trunking group belonged to according to the judgment result comprises: determining that the trunking group belonged to is an updated trunking group when the trunking group information and the user information have been updated and that the trunking group belonged to is a preset group when the trunking group information and the user information have not been updated; wherein before determining that the current working mode is switched from the normal mode to the fail soft mode, the method further comprises: receiving a System Information Block, SIB, message from a base station, wherein information carried in the SIB message comprises: indication information, wherein the indication information is used for indicating the working mode currently used by the base station. determining that the trunking group belonged to is an updated trunking group when the trunking group information and the user information have been updated and that the trunking group belonged to is a preset group when the trunking group information and the user information have not been updated; wherein before determining that the current working mode is switched from the normal mode to the fail soft mode, the method further comprises: receiving a System Information Block, SIB, message from a base station, wherein information carried in the SIB message comprises: indication information, wherein the indication information is used for indicating the working mode currently used by the base station.
A method for avoiding loss of liquid during fraction collection of a liquid flow when switching from one collecting receptacle to the next in a fraction collector, comprising the steps of: actuating an expandable chamber to accumulate the liquid flow during the time interval for switching from one collecting receptacle to a second receptacle; and actuating the expandable chamber to dispense the accumulated liquid into the second receptacle; the method being characterised by the steps of: locating the fluid front at a dispensing nozzle , and controlling the actuation of the expandable chamber to keep the fluid front at a predetermined position. actuating an expandable chamber to accumulate the liquid flow during the time interval for switching from one collecting receptacle to a second receptacle; and actuating the expandable chamber to dispense the accumulated liquid into the second receptacle; the method being characterised by the steps of: locating the fluid front at a dispensing nozzle , and controlling the actuation of the expandable chamber to keep the fluid front at a predetermined position.
An external oil-in-water emulsion composition for skin, comprising: 0.1% by mass to 8% by mass of a non-emulsifying silicone elastomer; a polyether-modified silicone surfactant; and a hydrophilic nonionic surfactant, wherein the hydrophilic nonionic surfactant comprises a glycerin-derived surfactant; the polyether-modified silicone surfactant is 0.3 part by mass or more with respect to 1 part by mass of the silicone elastomer; the glycerin-derived surfactant is 0.2 part by mass or more with respect to 1 part by mass of the silicone elastomer; in a case where an amphoteric surfactant is included, the amphoteric surfactant is 1.5 parts by mass or less with respect to 1 part by mass of the glycerin-derived surfactant; and the viscosity is 9,500 mPa·s or less; wherein the viscosity can be measured by a BL viscometer (rotor No. 3, rotation speed 12 rpm) at 30°C. 0.1% by mass to 8% by mass of a non-emulsifying silicone elastomer; a polyether-modified silicone surfactant; and a hydrophilic nonionic surfactant, wherein the hydrophilic nonionic surfactant comprises a glycerin-derived surfactant; the polyether-modified silicone surfactant is 0.3 part by mass or more with respect to 1 part by mass of the silicone elastomer; the glycerin-derived surfactant is 0.2 part by mass or more with respect to 1 part by mass of the silicone elastomer; in a case where an amphoteric surfactant is included, the amphoteric surfactant is 1.5 parts by mass or less with respect to 1 part by mass of the glycerin-derived surfactant; and the viscosity is 9,500 mPa·s or less; wherein the viscosity can be measured by a BL viscometer (rotor No. 3, rotation speed 12 rpm) at 30°C.
Fastening system (1; 2; 4; 5) comprising a wiper drive of a motor vehicle, having a pin-shaped drive fastening element which is arranged on the wiper drive , a decoupling element (15; 18; 40; 75) which is connectable to a body of the motor vehicle, and a connecting element (25; 26; 27) which connects the drive fastening element to the decoupling element (15; 18; 40; 75), wherein the drive fastening element , the connecting element (25; 26; 27) and the decoupling element (15; 18; 40; 75) each have structure-borne-sound impedance, wherein the structure-borne-sound impedance between the drive fastening element and the connecting element (25; 26; 27), and between the connecting element (25; 26; 27) and the decoupling element (15; 18; 40; 75), differs, characterized in that the decoupling element (15; 18; 40; 75) has at least one pin-shaped section which is at least partially surrounded by the connecting element (25; 26; 27).
A system, comprising: an electric distribution network ; at least one metering device connected to the electric distribution network ; characterized by a synchronizer device connected at a three-phase point of the electric distribution network via a coupler thereof, and the synchronizer device adapted to generate, via a pulse generator , a plurality of beacons transmitting to the at least one metering device via the electric distribution network , wherein each of the beacons comprises a synchronization pulse adapted to establish a common time reference between the synchronizer device and the at least one metering device , wherein each of the beacons comprises reference phasor data adapted to establish phase references relative to the synchronizer device at the at least one metering device and relative to a time of receiving a previous one of the beacons. an electric distribution network ; at least one metering device connected to the electric distribution network ; characterized by a synchronizer device connected at a three-phase point of the electric distribution network via a coupler thereof, and the synchronizer device adapted to generate, via a pulse generator , a plurality of beacons transmitting to the at least one metering device via the electric distribution network , wherein each of the beacons comprises a synchronization pulse adapted to establish a common time reference between the synchronizer device and the at least one metering device , wherein each of the beacons comprises reference phasor data adapted to establish phase references relative to the synchronizer device at the at least one metering device and relative to a time of receiving a previous one of the beacons.
An electric heater comprising: a substrate ; and a plane heating element formed on one surface of the substrate , wherein the plane heating element includes a pattern portion having a start point thereof and a end point thereof continuously connected to the start point, the pattern portion including: a plurality of arc-shaped tracks spaced apart from each other and including first and second tracks , each track having a length increasing as the each track is located further away from a center of the pattern portion ; and a plurality of bridges connecting the tracks in series, and including a first bridge connecting the first track and one end of the second track in series, and characterised in that when a virtual straight line (L1) passes through the first track , the second track and the center of curvature of the first track , a first gap (G1) between the first track and the second track on the virtual straight line (L1) continuously decreases as the virtual straight line (L1) is closer to the first bridge . a substrate ; and a plane heating element formed on one surface of the substrate , wherein the plane heating element includes a pattern portion having a start point thereof and a end point thereof continuously connected to the start point, the pattern portion including: a plurality of arc-shaped tracks spaced apart from each other and including first and second tracks , each track having a length increasing as the each track is located further away from a center of the pattern portion ; and a plurality of bridges connecting the tracks in series, and including a first bridge connecting the first track and one end of the second track in series, and characterised in that when a virtual straight line (L1) passes through the first track , the second track and the center of curvature of the first track , a first gap (G1) between the first track and the second track on the virtual straight line (L1) continuously decreases as the virtual straight line (L1) is closer to the first bridge . a plurality of arc-shaped tracks spaced apart from each other and including first and second tracks , each track having a length increasing as the each track is located further away from a center of the pattern portion ; and a plurality of bridges connecting the tracks in series, and including a first bridge connecting the first track and one end of the second track in series, and characterised in that when a virtual straight line (L1) passes through the first track , the second track and the center of curvature of the first track , a first gap (G1) between the first track and the second track on the virtual straight line (L1) continuously decreases as the virtual straight line (L1) is closer to the first bridge .
A compound, wherein the compound is or a pharmaceutically acceptable salt, tautomer, stereoisomer, or enantiomer thereof.
An evaporative heat exchanger for cooling or condensing a process fluid, comprising: an indirect heat exchange section; a direct heat exchange section situated beneath the indirect heat exchange section; a water distribution system located above the indirect heat exchange section and configured to spray water over the indirect heat exchange section; the indirect heat exchange section comprising a process fluid inlet header and a process fluid outlet header, and an array of serpentine tubes connecting said inlet header and said outlet header, said serpentine tubes having an elliptical cross-section with spiral fins; said serpentine tubes further having lengths extending along a longitudinal axis, said lengths connected to adjacent lengths of a same serpentine tube by tube bends; said direct section comprising a plenum where water distributed by said water distribution system and having received heat from said indirect section is cooled by direct contact with air moving through said plenum; a water recirculation system, including pump and pipes, configured to take water collecting at the bottom of said plenum and deliver it to said water distribution system; an air mover configured to move ambient air into said plenum and up through said indirect section; the evaporative heat exchanger being characterised in that said evaporative heat exchanger is configured so that air is moved by said air mover into said plenum only in a direction that is parallel to said longitudinal axis of said tube lengths and perpendicular to longitudinal axes of said spiral fins. a direct heat exchange section situated beneath the indirect heat exchange section; a water distribution system located above the indirect heat exchange section and configured to spray water over the indirect heat exchange section; the indirect heat exchange section comprising a process fluid inlet header and a process fluid outlet header, and an array of serpentine tubes connecting said inlet header and said outlet header, said serpentine tubes having an elliptical cross-section with spiral fins; said serpentine tubes further having lengths extending along a longitudinal axis, said lengths connected to adjacent lengths of a same serpentine tube by tube bends; said direct section comprising a plenum where water distributed by said water distribution system and having received heat from said indirect section is cooled by direct contact with air moving through said plenum; a water recirculation system, including pump and pipes, configured to take water collecting at the bottom of said plenum and deliver it to said water distribution system; an air mover configured to move ambient air into said plenum and up through said indirect section; the evaporative heat exchanger being characterised in that said evaporative heat exchanger is configured so that air is moved by said air mover into said plenum only in a direction that is parallel to said longitudinal axis of said tube lengths and perpendicular to longitudinal axes of said spiral fins.