mhurhangee/ep-ind-claims huggingface dataset:
An electrical drive machine for a vehicle, more especially a motor vehicle, comprising a stator and a rotor having at least one pole pair (21, 22), wherein each pole (21 a, 22a) of each pole pair (21, 22) comprises a magnet arrangement having at least one buried magnetic layer (L1, L2), wherein there is provided in each pole (21a, 22a) a number of magnetic flux influencing groups (30, 31), each having a number of air-filled recesses (32-1, 32-2, 32-3; 33-1, 33-2, 33-3), which are not associated with any magnet (24, 25; 24-1, 24-2, 25-1, 25-2) of any magnetic layer (L1, L2) for the purpose of flux guidance, characterised in that a magnetic layer (L1, L2) of the magnet arrangement of a first pole (21 a, 22a) borders on a second pole (21 a, 22a) at least in part, wherein in each case a magnetic flux influencing group (30, 31) is provided between this magnetic layer (L1, L2) and the second pole (21 a, 22a).
Connecting device for connecting a joining element (50, 52, 54, 56, 58) of a wiper arm in an articulated manner to a wiper blade, the supporting element of which is fixedly connected to a connecting element of the connecting device, wherein the connecting element has at least one bearing web which runs in the longitudinal direction, projects into the interior of a second or third adapter (38, 40) and bears a bearing pin which runs transversely with respect to the longitudinal direction and on which the second or third adapter (38, 40) is mounted pivotably by means of bearing means, wherein the second or third adapter (38, 40) is connected releasably to the joining element (50, 52, 54, 56, 58), wherein the bearing web is integrally formed only in a short region at the outer end of the connecting element on one longitudinal side of a base of the connecting element, and the bearing pin is fastened to the bearing web in a self-supporting manner towards the other longitudinal side of the base, while a side web is integrally formed on the other longitudinal side of the base in a manner offset to the inner end of the connecting element, characterized in that a bearing sleeve is fixedly connected to that end of the second or third adapter (38, 40) which faces the outer end of the wiper blade, said bearing sleeve being mountable rotatably on the bearing pin and being covered by a flap which is angled in cross section, is connected in an articulated manner via a film hinge running in the longitudinal direction of the second or third adapter (38, 40) to the remaining adapter (38, 40) and, in the closed state, secures the bearing sleeve axially on the bearing pin, wherein the flap of the second and third adapter (38, 40) extends over the entire length of the second or third adapter (38, 40).
A wireless communication terminal that communicates wirelessly, the terminal comprising: a transceiver; and a processor, wherein the processor is configured to receive a signaling field of a PLCP Protocol Data Unit, PPDU, through the transceiver, obtain a BSS color field from the signaling field, wherein the BSS color field indicates a BSS color which identifies BSS, and obtain an Address field of a MAC header included in the PPDU, wherein the Address field of the MAC header indicates a MAC address related to a MAC Protocol Data Unit, MPDU, characterized in that the processor is further configured to determine whether the PPDU includes an Inter-Basic Service Set, BSS, frame or an Intra-BSS frame based on at least one of a transmitting STA address, TA, field, a receiving STA address, RA, field, and a BSSID field of the Address field of the MAC header, further determine that the PPDU includes an Inter- BSS frame, when a BSS color indicated by the BSS color field is the same as a BSS color of a BSS including the wireless communication terminal and the Address field of the MAC header included in the PPDU indicates a BSS which is different from the BSS including the wireless communication terminal as a BSS from which the PPDU is transmitted, and access a channel based on the determination that the PPDU includes an Inter-BSS frame, wherein the maximum number of BSSs being able to be identified by the BSS color indicated by the BSS color field is smaller than the maximum number of BSSs being able to be identified by the MAC address. a transceiver; and a processor, wherein the processor is configured to receive a signaling field of a PLCP Protocol Data Unit, PPDU, through the transceiver, obtain a BSS color field from the signaling field, wherein the BSS color field indicates a BSS color which identifies BSS, and obtain an Address field of a MAC header included in the PPDU, wherein the Address field of the MAC header indicates a MAC address related to a MAC Protocol Data Unit, MPDU, characterized in that the processor is further configured to determine whether the PPDU includes an Inter-Basic Service Set, BSS, frame or an Intra-BSS frame based on at least one of a transmitting STA address, TA, field, a receiving STA address, RA, field, and a BSSID field of the Address field of the MAC header, further determine that the PPDU includes an Inter- BSS frame, when a BSS color indicated by the BSS color field is the same as a BSS color of a BSS including the wireless communication terminal and the Address field of the MAC header included in the PPDU indicates a BSS which is different from the BSS including the wireless communication terminal as a BSS from which the PPDU is transmitted, and access a channel based on the determination that the PPDU includes an Inter-BSS frame, wherein the maximum number of BSSs being able to be identified by the BSS color indicated by the BSS color field is smaller than the maximum number of BSSs being able to be identified by the MAC address.
A staple cartridge, comprising: a cartridge body comprising a deck and staple cavities defined in said deck; staples, wherein each staple is at least partially positioned in one of the staple cavities, and wherein the staples are movable between unfired positions and fired positions; a compressible tissue thickness compensator, wherein the staples at least partially extend into the tissue thickness compensator, and wherein the staples are configured to at least partially capture the tissue thickness compensator when they are moved between the unfired positions and the fired positions; characterized in that it further comprises a tissue thickness compensator mat positioned intermediate the tissue thickness compensator and the deck, wherein the mat comprises a plurality of enclosed tubes including a medicament therein. a cartridge body comprising a deck and staple cavities defined in said deck; staples, wherein each staple is at least partially positioned in one of the staple cavities, and wherein the staples are movable between unfired positions and fired positions; a compressible tissue thickness compensator, wherein the staples at least partially extend into the tissue thickness compensator, and wherein the staples are configured to at least partially capture the tissue thickness compensator when they are moved between the unfired positions and the fired positions; characterized in that it further comprises a tissue thickness compensator mat positioned intermediate the tissue thickness compensator and the deck, wherein the mat comprises a plurality of enclosed tubes including a medicament therein.
A method comprising: (a) performing deep-sequencing of the O-6-methylguanine-DNA methyltransferase gene (MGMT) promoter in DNA from a glioblastoma sample of a subject after the DNA has been treated with a reagent that converts an unmethylated cytosine to uracil; and (b) detecting methylation of the MGMT promoter in the DNA, wherein the detected methylation predicts whether the subject will respond to treatment with an alkylating agent and/or radiotherapy and wherein detecting methylation of the MGMT promoter comprises detecting methylation of the MGMT promoter at a CpG at position 44 of SEQ ID NO: 1 and/or detecting methylation of the MGMT promoter at a CpG at position 61 of SEQ ID NO:1. (a) performing deep-sequencing of the O-6-methylguanine-DNA methyltransferase gene (MGMT) promoter in DNA from a glioblastoma sample of a subject after the DNA has been treated with a reagent that converts an unmethylated cytosine to uracil; and (b) detecting methylation of the MGMT promoter in the DNA,
A method for operating a base station for a mobile communications network, in which the base station is in communication with a plurality of mobile terminals; in which the method comprises the base station: interrogating each of the plurality of the mobile terminals for an indication of signal quality of a signal received by the mobile terminal; assigning each mobile terminal of the plurality of mobile terminals to one of two groups based on the indications of received signal quality, in which the indications received from the mobile terminals assigned to the first group indicate relatively low signal quality and in which the indications received from the mobile terminals assigned to the second group indicate relatively high signal quality, in which the first group is served by a first set of resources and the second group is served by a second set of resources whereby the first set is a subset of the second set; communicating with at least some of the mobile terminals assigned to the first group over unicast and communicating with the mobile terminals assigned to the second group over multicast; in which a decision to assign each mobile terminal of the plurality of mobile terminals to one of the first group and the second group is based on comparing the indication of signal quality for that mobile terminal with a signal quality threshold value; and in which the threshold value is variable, dependent on at least one of the radio resource usage load at the base station and traffic levels on communications channels between the base station and the plurality of the mobile terminals. interrogating each of the plurality of the mobile terminals for an indication of signal quality of a signal received by the mobile terminal; assigning each mobile terminal of the plurality of mobile terminals to one of two groups based on the indications of received signal quality, in which the indications received from the mobile terminals assigned to the first group indicate relatively low signal quality and in which the indications received from the mobile terminals assigned to the second group indicate relatively high signal quality, in which the first group is served by a first set of resources and the second group is served by a second set of resources whereby the first set is a subset of the second set; communicating with at least some of the mobile terminals assigned to the first group over unicast and communicating with the mobile terminals assigned to the second group over multicast; in which a decision to assign each mobile terminal of the plurality of mobile terminals to one of the first group and the second group is based on comparing the indication of signal quality for that mobile terminal with a signal quality threshold value; and in which the threshold value is variable, dependent on at least one of the radio resource usage load at the base station and traffic levels on communications channels between the base station and the plurality of the mobile terminals.
A brake control device for a saddle riding vehicle comprising: a rear wheel brake operation element for operating a rear wheel brake; a master cylinder for generating hydraulic pressure according to operation of the rear wheel brake operation element; a first detection portion for detecting the hydraulic pressure generated according to the operation of the rear wheel brake operation element; a front wheel brake; a flow passage configured to connect the master cylinder and the front wheel brake to each other; and a control unit for controlling a difference in the hydraulic pressure to a target value, characterized in that the device further comprises a second detection portion for detecting the hydraulic pressure acting on the front wheel brake through the flow passage; wherein the difference in the hydraulic pressure is detected by the first and second detection portions (157, 200); and the target value is set according to vehicle speed of the saddle riding vehicle. a rear wheel brake operation element for operating a rear wheel brake; a master cylinder for generating hydraulic pressure according to operation of the rear wheel brake operation element; a first detection portion for detecting the hydraulic pressure generated according to the operation of the rear wheel brake operation element; a front wheel brake; a flow passage configured to connect the master cylinder and the front wheel brake to each other; and a control unit for controlling a difference in the hydraulic pressure to a target value, a second detection portion for detecting the hydraulic pressure acting on the front wheel brake through the flow passage; wherein the difference in the hydraulic pressure is detected by the first and second detection portions (157, 200); and the target value is set according to vehicle speed of the saddle riding vehicle.
A composite manufacturing apparatus comprising: a width determining mechanism having a body and a gas passage, the body having a path configured to allow a tape material including fibers impregnated with a resin to pass therethrough, the path having a bottom surface and a pair of wall surfaces, the pair of the wall surfaces forming a gap that gradually decreases, the gas passage being provided inside the body and formed by the bottom surface having a plurality of through holes, and being in communication with the plurality of through holes; and a gas supplier configured to supply gas to the gas passage. a width determining mechanism having a body and a gas passage, the body having a path configured to allow a tape material including fibers impregnated with a resin to pass therethrough, the path having a bottom surface and a pair of wall surfaces, the pair of the wall surfaces forming a gap that gradually decreases, the gas passage being provided inside the body and formed by the bottom surface having a plurality of through holes, and being in communication with the plurality of through holes; and a gas supplier configured to supply gas to the gas passage.
A blended fluoropolymer dispersion, characterized by: low molecular weight polytetrafluoroethylene (LPTFE) having a M n of less than 500.000, having a first melt temperature (T m), being determined by differential scanning calorimetry, of 332° C or less, in the form of a liquid dispersion of particles having a mean particle size of 1.0 microns (μm) or less, said dispersion obtained via emulsion polymerization and without being subjected to agglomeration, thermal degradation, or irradiation, said low molecular weight polytetrafluoroethylene (LPTFE) dispersion including less than 1.0 wt.% surfactant, based on the weight of said low molecular weight polytetrafluoroethylene (LPTFE) dispersion; and fluorinated ethylene propylene in the form of a liquid dispersion of particles having a mean particle size of 1.0 microns (μm) or less, said composition having, based on the total solids of said LPTFE and FEP, a FEP content of 75 wt.% to 85 wt.% and a LPTFE content of 15 wt.% to 25 wt.%. low molecular weight polytetrafluoroethylene (LPTFE) having a M n of less than 500.000, having a first melt temperature (T m), being determined by differential scanning calorimetry, of 332° C or less, in the form of a liquid dispersion of particles having a mean particle size of 1.0 microns (μm) or less, said dispersion obtained via emulsion polymerization and without being subjected to agglomeration, thermal degradation, or irradiation, said low molecular weight polytetrafluoroethylene (LPTFE) dispersion including less than 1.0 wt.% surfactant, based on the weight of said low molecular weight polytetrafluoroethylene (LPTFE) dispersion; and fluorinated ethylene propylene in the form of a liquid dispersion of particles having a mean particle size of 1.0 microns (μm) or less, said composition having, based on the total solids of said LPTFE and FEP, a FEP content of 75 wt.% to 85 wt.% and a LPTFE content of 15 wt.% to 25 wt.%.
A compression seal system for mounting at an opening, which compression seal system comprises a compression seal (4, 5) with an elastomer body and a clamping arrangement, as well as a flange element with a clamping element, wherein the compression seal (4, 5) is provided to be secured in the opening, wherefore namely the elastomer body can be compressed along a clamping axis through actuation of the clamping arrangement and can be pressed outwards in directions perpendicular to this axis, and wherein a flange of the flange element is provided to be pressed against a wall surface and the flange projects outwards over the compression seal (4, 5) in directions perpendicular to the clamping axis, and wherein the flange element can be displaced axially relative to the compression seal so that the flange can be pressed, and is held at the compression seal (4, 5) by the clamping element at least in a position proximal to the compression seal (4, 5), and wherein the flange element is further also held at the compression seal (4, 5) in a position distal to the compression seal (4, 5), characterised in that the compression seal system further has a spacer which, in a blocking configuration, holds the flange element in the distal position and, in a release configuration, releases the displacement of the flange element towards the compression seal (4, 5), into the proximal position.
A multi-perimeter firewall located in a Cloud and forming part of a global virtual network, comprising: an egress ingress point device (EIP 12-310); a first access point server (SRV_AP 12-302) in communication with the egress ingress point device (EIP 12-310); a second access point server (SRV_AP 12-300) in communication with the first access point sever (SRV_AP 12-302); an endpoint device (EPD 12-100) in communication with the second access point server (SRV_AP 12-300); a first perimeter firewall (FW SPI 12-446) in communication with the first access point server (SRV_AP 12-302), wherein the first perimeter firewall (FW SPI 12-446) prevents at least some traffic from passing from the first access point server (SRV_AP 12-302) to the second access point server (SRV_AP 12-300); and a second perimeter firewall (FW DPI 12-444) in communication with the second access point server (SRV_AP 12-300), wherein the second perimeter firewall (FW DPI 12-444) prevents at least some traffic from passing from the second access point server (SRV_AP 12-300) to the endpoint device (EPD 12-100); characterized in that one firewall performs stateful packet inspection and the other firewall performs deep packet inspection. an egress ingress point device (EIP 12-310); a first access point server (SRV_AP 12-302) in communication with the egress ingress point device (EIP 12-310); a second access point server (SRV_AP 12-300) in communication with the first access point sever (SRV_AP 12-302); an endpoint device (EPD 12-100) in communication with the second access point server (SRV_AP 12-300); a first perimeter firewall (FW SPI 12-446) in communication with the first access point server (SRV_AP 12-302), wherein the first perimeter firewall (FW SPI 12-446) prevents at least some traffic from passing from the first access point server (SRV_AP 12-302) to the second access point server (SRV_AP 12-300); and a second perimeter firewall (FW DPI 12-444) in communication with the second access point server (SRV_AP 12-300), wherein the second perimeter firewall (FW DPI 12-444) prevents at least some traffic from passing from the second access point server (SRV_AP 12-300) to the endpoint device (EPD 12-100); characterized in that one firewall performs stateful packet inspection and the other firewall performs deep packet inspection.
An intervention instrument, comprising: a shaft extending between a distal tip and a proximal hub; and a shaft tracker at least partially encircling the shaft and movable to a primary tracking position along the shaft between the distal tip and the proximal hub, wherein the primary tracking position is derived from a distance from an entry point of the distal tip into an anatomical region to a target location of the distal tip within the anatomical region, and wherein the shaft tracker includes a primary position sensor operable for tracking the shaft tracker relative to the anatomical region; characterised in that the intervention instrument further comprises an auxiliary tracker at least partially encircling the shaft and fixed at, or movable to, an auxiliary tracking position along the shaft between the shaft tracker and the proximal hub, wherein the auxiliary tracker includes an auxiliary position sensor operable for tracking the auxiliary tracker relative to the anatomical region. a shaft extending between a distal tip and a proximal hub; and a shaft tracker at least partially encircling the shaft and movable to a primary tracking position along the shaft between the distal tip and the proximal hub, wherein the primary tracking position is derived from a distance from an entry point of the distal tip into an anatomical region to a target location of the distal tip within the anatomical region, and wherein the shaft tracker includes a primary position sensor operable for tracking the shaft tracker relative to the anatomical region; characterised in that the intervention instrument further comprises an auxiliary tracker at least partially encircling the shaft and fixed at, or movable to, an auxiliary tracking position along the shaft between the shaft tracker and the proximal hub, wherein the auxiliary tracker includes an auxiliary position sensor operable for tracking the auxiliary tracker relative to the anatomical region. wherein the primary tracking position is derived from a distance from an entry point of the distal tip into an anatomical region to a target location of the distal tip within the anatomical region, and wherein the shaft tracker includes a primary position sensor operable for tracking the shaft tracker relative to the anatomical region; characterised in that the intervention instrument further comprises an auxiliary tracker at least partially encircling the shaft and fixed at, or movable to, an auxiliary tracking position along the shaft between the shaft tracker and the proximal hub, wherein the auxiliary tracker includes an auxiliary position sensor operable for tracking the auxiliary tracker relative to the anatomical region.