mhurhangee/ep-ind-claims huggingface dataset:
A method for indicating a resource, comprising: indicating, by a base station using a physical layer signaling to a user equipment, that a time-frequency resource of a service in a configured time-frequency resource region is to be pre-empted by a transmission on a Physical Downlink Shared Channel, PDSCH, wherein a time domain granularity and a frequency domain granularity of the time-frequency resource are configured by a high-layer signaling, wherein the time domain granularity comprises one or more symbols and the frequency domain granularity comprises a bandwidth of a specified portion, and wherein values of the time domain granularity in units of symbols have a one-to-one correspondence with values of the frequency domain granularity in units of physical resource blocks; and performing, by the base station, the transmission on the PDSCH according to the physical layer signaling. indicating, by a base station using a physical layer signaling to a user equipment, that a time-frequency resource of a service in a configured time-frequency resource region is to be pre-empted by a transmission on a Physical Downlink Shared Channel, PDSCH, wherein a time domain granularity and a frequency domain granularity of the time-frequency resource are configured by a high-layer signaling, wherein the time domain granularity comprises one or more symbols and the frequency domain granularity comprises a bandwidth of a specified portion, and wherein values of the time domain granularity in units of symbols have a one-to-one correspondence with values of the frequency domain granularity in units of physical resource blocks; and performing, by the base station, the transmission on the PDSCH according to the physical layer signaling.
A winch, in particular a luffing winch, with a winch drum, a drive transmission, at least one main drive driving a transmission input shaft of the drive transmission and at least one emergency drive, characterized in that upon occurrence of a technical defect of the main drive the emergency drive drives the winch in an emergency mode, wherein the emergency drive only operates in the emergency mode, and that for the emergency mode the at least one emergency drive can be coupled to an output gear of the transmission input shaft via at least one mechanical transmission element or a mechanical transmission unit, and that the drive transmission is a planetary transmission.
A method for forming a core layer of an information carrying card, comprising: forming a first thermoplastic layer defining at least one cavity therein, the first thermoplastic layer comprising at least one thermoplastic material; disposing at least a portion of an inlay layer into the at least one cavity; and dispensing a crosslinkable polymer composition, wherein said inlay layer comprises at least one active or passive electronic component embedded or surface mounted on a supporting film of a polymer based dielectric material and the crosslinkable polymer composition is dispensed over the first thermoplastic layer, and the inlay layer. forming a first thermoplastic layer defining at least one cavity therein, the first thermoplastic layer comprising at least one thermoplastic material; disposing at least a portion of an inlay layer into the at least one cavity; and dispensing a crosslinkable polymer composition,
A vehicle communication access framework comprising: a first device residing in a vehicle, a first processing system operated by a trusted third party, a second processing system operated by an original equipment manufacturer, OEM, of the vehicle, and a third processing system operated by a third party provider; wherein communication accesses among the first device, second processing system and third processing system are based on Identity Based Cryptography, IBC, private keys generated by the first processing system to respective first device, second processing system and third processing system, characterised by the first processing system comprising a root private key generator at level 0, the second processing system comprising a plurality of private key generator at level 1, the level 0 is higher than the level 1, each private key generator at level 1 being associated to the root private key generator at level 0; wherein the root private key generator at level 0 is configured to: running a setup algorithm to generate a master secret key, MSK, and generate global system parameters, GSP, and generate IBC private keys for the private key generator at level 1; wherein the plurality of private key generator at level 1 is configured to: receive a request for an IBC private key from the first device, the request comprising an ID of the first device, ID V; establish a secured communication channel with the first device; generate the IBC private key IBC-K ID v with the master secret key, the global system parameters and the ID of the first device, IDv, as inputs; and transmit the IBC private key, IBC-K ID v ' to the first device via the secured communication channel. the first processing system comprising a root private key generator at level 0, the second processing system comprising a plurality of private key generator at level 1, the level 0 is higher than the level 1, each private key generator at level 1 being associated to the root private key generator at level 0; wherein the root private key generator at level 0 is configured to: running a setup algorithm to generate a master secret key, MSK, and generate global system parameters, GSP, and generate IBC private keys for the private key generator at level 1; wherein the plurality of private key generator at level 1 is configured to: receive a request for an IBC private key from the first device, the request comprising an ID of the first device, ID V; establish a secured communication channel with the first device; generate the IBC private key IBC-K ID v with the master secret key, the global system parameters and the ID of the first device, IDv, as inputs; and transmit the IBC private key, IBC-K ID v ' to the first device via the secured communication channel.
An oral care implement (10, 300, 310) comprising a head and a handle (12, 600, 610), the head being repeatedly attachable to and detachable from the handle (12, 600, 610), the head being at least partially made from a material having a density from about 0.5 g/cm 3 to about 1.2 g/cm 3, and the handle being at least partially made from a material having a density from about 2.1 g/cm 3 to about 3.1 g/cm 3, wherein the material of the head is a non-magnetic and/or non-ferromagnetic material, preferably polypropylene; and the material of the handle (12, 600, 610) comprises a magnetic and/or ferromagnetic material and the magnetic and/or ferromagnetic material of the handle (12, 600, 610) comprises from about 13 weight percent to about 30 weight percent of an amorphous thermoplastic resin; from about 3 weight percent to about 25 weight percent of aluminium oxide, boron nitride or aluminium silicate; and from about 45 weight percent to about 67 weight percent of iron oxide.
An electrical heating device comprising a heating element and comprising a control board, - wherein the heating element is electroconductively connected to the control board via at least one electrical contact pin, - wherein the control board has a contact arrangement comprising at least one contact bushing, which penetrates the control board, - wherein the at least one contact pin penetrates the control board through the at least one contact bushing and is electroconductively pressure-connected to the contact bushing, characterized in - that the heating element is a PTC resistor heating element, which can be operated at a voltage of equal to 400 V or 800 V, - that a length (L B) of the at least one contact bushing is smaller than or equal to a thickness (D P) of the control board, and - that the contact bushing is arranged completely inside the control board. - wherein the heating element is electroconductively connected to the control board via at least one electrical contact pin, - wherein the control board has a contact arrangement comprising at least one contact bushing, which penetrates the control board, - wherein the at least one contact pin penetrates the control board through the at least one contact bushing and is electroconductively pressure-connected to the contact bushing, characterized in - that the heating element is a PTC resistor heating element, which can be operated at a voltage of equal to 400 V or 800 V, - that a length (L B) of the at least one contact bushing is smaller than or equal to a thickness (D P) of the control board, and - that the contact bushing is arranged completely inside the control board.
A folding shutter comprising a frame or supporting structure with at least one linear guide rail extending in a first direction, and where a carriage is mounted to the linear guide rail so that it can be moved in the first direction extending between a first and a second end of the guide rail, and where the folding shutter further comprises a first and a second shutter element each having a proximal side and a distal side arranged opposite to the proximal side, and where the proximal side of the first shutter is rotatably attached to the supporting structure near the second end of the guide rail and where the distal side of the first shutter element is attached to the distal side of the second shutter element via one or more hinges having a hinge axis substantially perpendicular to the first direction, and where the proximal side of the second shutter is attached to the carriage via a bracket comprising a first bracket part being fixedly attached to the second shutter element, and a second bracket part being attached to the first bracket part and to the carriage, so that the first and the second shutter element fold in a concertina like manner, and the distal side of the first and the second shutter moves away from the guide rail when the carriage moves away from the first end along the guide rail, and wherein each of a first and a second peg is arranged on one of the bracket parts, and extending into engagement with a first and a second slot respectively arranged on the other bracket part, and where the first slot extends in the first direction when the carriage is positioned at the first end of the guide rail, and the second slot is U-shaped having two diverging slot leg portions (15,16) being connected via a bended slot portion, and where the U-shaped slot is configured so that the second peg is positioned in the U-shaped slot at the end of a first slot leg portion when the carriage is at the first end of the guide rail, and moves from the end of the first slot leg portion via the bended slot portion and to the second slot leg portion when the carriage is moved to the second end of the guide rail.
A thrombectomy catheter system, comprising: a catheter shaft having a proximal portion, a distal portion, and a lumen extending at least partially through the catheter shaft; a high pressure tube disposed within the lumen, the high pressure tube being designed for communication with a fluid source; a fluid jet emanator coupled to the high pressure tube, the fluid jet emanator having at least one jet orifice; wherein the catheter shaft includes a first orifice disposed proximally of a distal end of the catheter shaft and a second orifice disposed proximally of the first orifice; and an accessory device disposed within the lumen, the accessory device including a helical distal region, the helical distal region being adapted to cause the distal portion of the catheter shaft to take a shape that resembles the shape of the helical distal region when the helical distal region is disposed within the catheter shaft. a catheter shaft having a proximal portion, a distal portion, and a lumen extending at least partially through the catheter shaft; a high pressure tube disposed within the lumen, the high pressure tube being designed for communication with a fluid source; a fluid jet emanator coupled to the high pressure tube, the fluid jet emanator having at least one jet orifice; wherein the catheter shaft includes a first orifice disposed proximally of a distal end of the catheter shaft and a second orifice disposed proximally of the first orifice; and an accessory device disposed within the lumen, the accessory device including a helical distal region, the helical distal region being adapted to cause the distal portion of the catheter shaft to take a shape that resembles the shape of the helical distal region when the helical distal region is disposed within the catheter shaft.
A spark plug comprising a center electrode, a generally cylindrical insulator surrounding the center electrode, and a ground electrode 6 disposed such that one end of the ground electrode faces the center electrode via a spark discharge gap, wherein the insulator is formed of an alumina-based sintered material containing an Si component, a Group 2 element component (hereinafter referred to as a 2A component), the Group included in the periodic table defined by Recommendations 1990, IUPAC, and a rare earth element component (hereinafter referred to as an RE component), wherein the 2A component contains Mg and Ba as essential elements among the Group 2 elements in the periodic table defined by Recommendations 1990, IUPAC, and at least one element other than Mg and Ba, and the RE component is at least one member selected from the group consisting of an La component, a Pr component, and an Nd component; wherein the alumina-based sintered material has an RE-β-alumina crystal phase containing at least the RE component and wherein, when the RE-β-alumina crystal phase is observed under a transmission electron microscope, a circular spot having a diameter of 0.3 nm in which the RE-β-alumina crystal phase is present contains an alkali metal component in an oxide-converted amount of 0.01 to 8 mass%; and wherein the mean crystal grain size D A of the RE-β-alumina crystal phase and that of alumina D A (Al) satisfy the following relationship: 0.2≤D A /D A (Al)≤3.0.
A method for replying to a call, applied to a terminal, the method comprising: during the course of receiving an incoming call, sending (201, 401, 402) a caller number to a telephone directory server if a number consistent with the caller number is not stored in a local address book, the telephone directory server being configured to determine a caller name corresponding to the caller number; receiving the caller name returned by the telephone directory server; detecting (203, 406) whether a call reply operation is performed by a user; if the call replying operation is performed by the user, the terminal determining (204, 407) a designated grouping type corresponding to the caller number according to the caller name by: performing a word segmentation on the caller name to obtain at least one word segment; determining whether the at least one word segment comprises a grouping keyword corresponding to any grouping type in which a plurality of grouping keywords corresponding to each grouping type has been set; and if the at least one word segment comprises the grouping keyword corresponding to any grouping type, determining the any grouping type as the designated grouping type corresponding to the caller number; the terminal determining (205, 408) a designated reply content matched with the designated grouping type according to a corresponding relationship between the grouping type and the reply content, the grouping type at least comprising a service class number and a contact number; and sending (206, 409) the designated reply content to the caller number. during the course of receiving an incoming call, sending (201, 401, 402) a caller number to a telephone directory server if a number consistent with the caller number is not stored in a local address book, the telephone directory server being configured to determine a caller name corresponding to the caller number; receiving the caller name returned by the telephone directory server; detecting (203, 406) whether a call reply operation is performed by a user; if the call replying operation is performed by the user, the terminal determining (204, 407) a designated grouping type corresponding to the caller number according to the caller name by: performing a word segmentation on the caller name to obtain at least one word segment; determining whether the at least one word segment comprises a grouping keyword corresponding to any grouping type in which a plurality of grouping keywords corresponding to each grouping type has been set; and if the at least one word segment comprises the grouping keyword corresponding to any grouping type, determining the any grouping type as the designated grouping type corresponding to the caller number; the terminal determining (205, 408) a designated reply content matched with the designated grouping type according to a corresponding relationship between the grouping type and the reply content, the grouping type at least comprising a service class number and a contact number; and sending (206, 409) the designated reply content to the caller number.
A method of transmitting a sounding reference symbol, SRS, by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, BS, control information including first information and second information, wherein the first information informs to transmit a localized SRS, and the second information informs to multiplex the localized SRS and a localized uplink control channel in a specific symbol; and transmitting the localized SRS and the localized uplink control channel in the specific symbol based on the first information and the second information; transmitting a whole-band uplink control channel in a symbol adjacent to the specific symbol, wherein a symbol-wise orthogonal cover code, OCC, is applied to the localized uplink control channel transmitted in the specific symbol and the whole-band uplink control channel transmitted in the adjacent symbol based on the UE being located at an edge of a cell. receiving, from a base station, BS, control information including first information and second information, wherein the first information informs to transmit a localized SRS, and the second information informs to multiplex the localized SRS and a localized uplink control channel in a specific symbol; and transmitting the localized SRS and the localized uplink control channel in the specific symbol based on the first information and the second information; transmitting a whole-band uplink control channel in a symbol adjacent to the specific symbol, wherein a symbol-wise orthogonal cover code, OCC, is applied to the localized uplink control channel transmitted in the specific symbol and the whole-band uplink control channel transmitted in the adjacent symbol based on the UE being located at an edge of a cell.
A compensation device for compensating for a positioning tolerance of an operating device to be positioned, comprising a base and a carrier, wherein the carrier comprises an attachment device for attaching the operating device to the carrier and the carrier is displaceably held on the base along at least one displacement direction (126, 128) relative to the base and wherein the compensation device comprises a locking device for locking the carrier in an operating position relative to the base, characterised in that the compensation device comprises at least one tension bolt and a nut arranged thereon for jamming together carrier and base, wherein the carrier has at least one receiving bore, in which the tension bolt is received with play, wherein the locking device comprises a clamping device for jamming the carrier to the base and wherein the clamping device comprises at least one wedge element. wherein the carrier comprises an attachment device for attaching the operating device to the carrier and the carrier is displaceably held on the base along at least one displacement direction (126, 128) relative to the base and wherein the compensation device comprises a locking device for locking the carrier in an operating position relative to the base, characterised in that the compensation device comprises at least one tension bolt and a nut arranged thereon for jamming together carrier and base, wherein the carrier has at least one receiving bore, in which the tension bolt is received with play, wherein the locking device comprises a clamping device for jamming the carrier to the base and wherein the clamping device comprises at least one wedge element.
Floor panel with a substrate and a top layer of laminate, wherein said floor panel, at one or more edges, is provided with a lower edge region in the form of a bevel or other chamfer, wherein said laminate extends in one piece from the actual upper surface of the substrate over the lower edge region at least up to a point, wherein the laminate surface is situated at a level in a horizontal plane which intersects the aforementioned substrate, and wherein said laminate is formed on the basis of thermosetting resin, for example melamine resin, characterized in that the substrate material, at the location of the lower edge region, has the same or a lower density than at the actual upper surface of the substrate material, characterized in that the substrate substantially consists of an HDF board having an average density of more than 800 kilograms per cubic meter, having at its both surfaces a locally higher density, so-called peak density, which is at least 110% of the average density, for example of more than 900 kilograms per cubic meter, and having HDF material situated more centrally seen in the thickness dimension, which has a density which is lower than the average density, wherein said HDF board forms at least said actual upper surface of the substrate and the substrate surface at the location of the lower edge region, and wherein the actual upper surface of the substrate has a said peak density, and wherein the aforementioned lower edge region extends deeper than the zone with said peak density, namely into a zone having a density corresponding to the average density of the respective board or less.
A relay control apparatus for controlling turn-off of a relay operative to connect an electric drive unit with a battery pack for supplying electrical power to the electric drive unit, the apparatus comprising: a current sensor for measuring and outputting a residual current flowing between the battery pack and the electric drive unit; and a controller for, in a situation requiring turn-off of the relay, receiving the measured residual current value, comparing the measured residual current value with a reference value for the residual current, and controlling to maintain the ON-state of the relay or to turn off the relay on the basis of the comparison results, characterized in that if the measured residual current value is smaller than the reference value, the controller turns off the relay, and if the measured residual current value is larger than the reference value, the controller maintains the ON-state of the relay. a current sensor for measuring and outputting a residual current flowing between the battery pack and the electric drive unit; and a controller for, in a situation requiring turn-off of the relay, receiving the measured residual current value, comparing the measured residual current value with a reference value for the residual current, and controlling to maintain the ON-state of the relay or to turn off the relay on the basis of the comparison results,