mhurhangee/ep-ind-claims huggingface dataset:
A coupling apparatus for anchorage of a prosthesis to a patient's skull bone, comprising: an elongate anchoring fixture comprising an external screw thread for penetrating the bone, and a flange that abuts the bone when the fixture is implanted, the flange comprising a flared external top portion having a flared outer top surface; and a skin-penetrating abutment sleeve detachably connectable to said fixture comprising a substantially conical exterior surface having a tapered outer surface having a tapered exterior contour adjacent to the flared external top portion of the flange, characterized in that a proximate end of the fixture has an open cavity with a tapered interior contour; and the tapered interior contour of the elongate anchoring fixture has a first cone angle, and the tapered exterior contour of the skin-penetrating abutment sleeve has a second cone angle that is substantially the same as the first cone angle, so that the tapered exterior contour adjacent to the flared external top portion of the flange fits within the tapered interior contour of the open cavity. an elongate anchoring fixture comprising an external screw thread for penetrating the bone, and a flange that abuts the bone when the fixture is implanted, the flange comprising a flared external top portion having a flared outer top surface; and a skin-penetrating abutment sleeve detachably connectable to said fixture comprising a substantially conical exterior surface having a tapered outer surface having a tapered exterior contour adjacent to the flared external top portion of the flange, characterized in that a proximate end of the fixture has an open cavity with a tapered interior contour; and the tapered interior contour of the elongate anchoring fixture has a first cone angle, and the tapered exterior contour of the skin-penetrating abutment sleeve has a second cone angle that is substantially the same as the first cone angle, so that the tapered exterior contour adjacent to the flared external top portion of the flange fits within the tapered interior contour of the open cavity.
Thermally insulating building block comprising two half-blocks (2a, 2b) made of agglomerated concrete, each having an internal face (4a, 4b) and an external face (3a, 3b), and a vacuum insulating panel placed between the internal faces (4a, 4b) of each of the two half-blocks (2a, 2b) and encapsulated in an expanded organic foam, characterized in that it consists solely of the half-blocks (2a, 2b) made of agglomerated concrete comprising aggregates made of expanded clay that are assembled with the vacuum insulating panel encapsulated in the organic foam.
A method for constructing a memory access model of a target process, comprising: obtaining a page table corresponding to a target process, wherein the page table is used to store a page table entry of a page to be accessed by the target process; monitoring the target process in real time and starting timing; and constructing a memory access model of the target process according to the number of access times that each page is accessed by the target process and time obtained through timing, wherein the memory access model at least comprises the number of access times and an access frequency that each page is accessed by the target process; characterized in that after the obtaining a page table corresponding to a target process, clearing a present Present bit comprised in each page table entry stored in the page table and after the monitoring the target process in real time and starting timing, increasing the number of access times of the page to be accessed if the target process generates a missing page interrupt event when accessing a page to be accessed, wherein the missing page interrupt event is generated by the target process when the target process determines that a Present bit comprised in a page table entry of the page to be accessed is cleared, and the page table entry of the page to be accessed is obtained by the target process from the page table corresponding to the target process. obtaining a page table corresponding to a target process, wherein the page table is used to store a page table entry of a page to be accessed by the target process; monitoring the target process in real time and starting timing; and constructing a memory access model of the target process according to the number of access times that each page is accessed by the target process and time obtained through timing, wherein the memory access model at least comprises the number of access times and an access frequency that each page is accessed by the target process; characterized in that after the obtaining a page table corresponding to a target process, clearing a present Present bit comprised in each page table entry stored in the page table and after the monitoring the target process in real time and starting timing, increasing the number of access times of the page to be accessed if the target process generates a missing page interrupt event when accessing a page to be accessed, wherein the missing page interrupt event is generated by the target process when the target process determines that a Present bit comprised in a page table entry of the page to be accessed is cleared, and the page table entry of the page to be accessed is obtained by the target process from the page table corresponding to the target process.
A gas turbine burner comprising: - a first duct, in which a fuel gas with low calorific value is supplied in use, and a second duct, in which combustion air is supplied in use; said first and second ducts (17, 18) being concentric with respect to a longitudinal axis; the outlet of said first duct being defined by a convergent nozzle; - a swirler, set at the outlet of said second duct; - a plate, housed in said first duct in fluid-tight manner, upstream of said nozzle, and having a plurality of holes with a calibrated section of passage; said holes being inclined in a tangential direction with respect to said longitudinal axis by a pre-set angle; characterized in that: - the burner comprises releasable means of connection for connecting said plate in a fixed position and rendering said plate interchangeable, - said plate has a number of holes between thirty-six and thirty-eight; the diameter of said holes being between 11.5 and 12 mm; the angle of inclination of said holes being equal to approximately 22° for use with fuel gases having flame speed lower than 300mm/s; or - said plate has a number of holes equal to eighty; the diameter of said holes being between 8.5 and 9 mm; the angle of inclination of said holes being between 17° and 22° for use with fuel gases having a flame speed comprised between 300 mm/s and 400 mm/s. - a first duct, in which a fuel gas with low calorific value is supplied in use, and a second duct, in which combustion air is supplied in use; said first and second ducts (17, 18) being concentric with respect to a longitudinal axis; the outlet of said first duct being defined by a convergent nozzle; - a swirler, set at the outlet of said second duct; - a plate, housed in said first duct in fluid-tight manner, upstream of said nozzle, and having a plurality of holes with a calibrated section of passage; said holes being inclined in a tangential direction with respect to said longitudinal axis by a pre-set angle; - the burner comprises releasable means of connection for connecting said plate in a fixed position and rendering said plate interchangeable, - said plate has a number of holes between thirty-six and thirty-eight; the diameter of said holes being between 11.5 and 12 mm; the angle of inclination of said holes being equal to approximately 22° for use with fuel gases having flame speed lower than 300mm/s; or - said plate has a number of holes equal to eighty; the diameter of said holes being between 8.5 and 9 mm; the angle of inclination of said holes being between 17° and 22° for use with fuel gases having a flame speed comprised between 300 mm/s and 400 mm/s.
An aluminum alloy based high strength bolt composed of an aluminum alloy characterized by consisting of, by mass, 1.0 to 1.7% of Si, 0.05 to 0.5% of Fe, 0.8 to 1.5% of Cu, 0.6 to 1.2% of Mn, 0.9 to 1.5% of Mg, 0.05 to 0.5% of Zn, 0.05 to 0.3% of Zr, 0.01 to 0.2% of V, Ti exceeding 0% and not more than 0.05%, and Ni exceeding 0% and not more than 0.7%, the remainder being Al and unavoidable impurities and further having a tensile strength of more than 450 MPa.
An automatic cable distribution switch apparatus, wherein the automatic cable distribution switch apparatus is connected to at least two access network devices, and comprises at least one relay, a reverse power detection module connected to the at least one relay, and a relay control module that is connected to the reverse power detection module and the at least one relay, wherein each relay is configured to control a terminal, connected to the relay, to be connected to any access network device of the at least two access network devices within a different time period; the reverse power detection module is configured to receive an access network device switch instruction sent by the terminal; and the relay control module is configured to adjust a relay connected to the terminal sending the access network device switch instruction, wherein the relay controls the connected terminal to switch from an access network device, currently connected to the terminal, to another access network device of the at least two access network devices; characterized in that the apparatus further comprises at least one analog-to-digital conversion module and an electronic switch module connected to both the relay control module and the at least one analog-to-digital conversion module, wherein each analog-to-digital conversion module is connected to one terminal by using one relay and wherein each analog-to-digital conversion module is connected to signal input lines of an optical network unit of an access network device by using the electronic switch module, wherein each analog-to-digital conversion module is configured to convert an analog signal sent by a terminal connected to the analog-to-digital conversion module into a digital signal, and input the digital signal obtained through conversion to the electronic switch module; the relay control module is further configured to: after determining that the electronic switch module receives the digital signal, control the electronic switch module to determine, in a digital signal processor DSP of the optical network unit, an idle signal input line that is used to transmit a digital signal input by any analog-to-digital conversion module; and to input, to the switched access network device by using a corresponding idle signal input line in the DSP of the optical network unit, the digital signal that is input by any analog-to-digital conversion module; and the electronic switch module is configured to: under the control of the relay control module, determine, in the DSP of the optical network unit, the idle signal input line that is used to transmit the digital signal input by the any analog-to-digital conversion module; and input, to the switched access network device by using the corresponding idle signal input line in the DSP of the optical network unit, the digital signal that is input by the any analog-to-digital conversion module.
A data packet processing method, comprising: receiving, by a second service node, a first uplink data packet sent by a first service node, wherein the first uplink data packet carries service node information of a service chain determined by a first delivery node, the first service node is a previous-hop service node, adjacent to the second service node, in the service chain, and the first delivery node is an uplink ingress delivery node of the service chain; wherein the service node information of the service chain comprises service node information of each service node in the service chain; performing, by the second service node, service processing on the first uplink data packet, to obtain a second uplink data packet; deleting, by the second service node, the service node information of the service chain from the second uplink data packet, to obtain a third uplink data packet, when the second service node determines, according to the service node information of the service chain, that the second service node is the last service node in an uplink direction of the service chain, wherein the uplink direction indicates a direction from a source device to a destination device, and the first uplink data packet is originated by the source device and destined to the destination device; and sending, by the second service node, the third uplink data packet to a second delivery node, wherein the second delivery node is an uplink egress delivery node of the service chain. receiving, by a second service node, a first uplink data packet sent by a first service node, wherein the first uplink data packet carries service node information of a service chain determined by a first delivery node, the first service node is a previous-hop service node, adjacent to the second service node, in the service chain, and the first delivery node is an uplink ingress delivery node of the service chain; wherein the service node information of the service chain comprises service node information of each service node in the service chain; performing, by the second service node, service processing on the first uplink data packet, to obtain a second uplink data packet; deleting, by the second service node, the service node information of the service chain from the second uplink data packet, to obtain a third uplink data packet, when the second service node determines, according to the service node information of the service chain, that the second service node is the last service node in an uplink direction of the service chain, wherein the uplink direction indicates a direction from a source device to a destination device, and the first uplink data packet is originated by the source device and destined to the destination device; and sending, by the second service node, the third uplink data packet to a second delivery node, wherein the second delivery node is an uplink egress delivery node of the service chain.
An alloy composition comprising: 1% to 5% by weight cobalt; 1% to 5% by weight iron; 5% to 7% by weight chromium; 5.5% to 6.5% by weight aluminum; 9.5% to 11.5% by weight tungsten; optionally, 1.3% to 2.7% by weight molybdenum; optionally, 1% to 2% by weight niobium; optionally, 0.05% to 0.2% by weight zirconium; optionally, 0.05% to 0.15% by weight carbon; optionally, 0.01 % to 0.03% by weight boron; and the balance nickel and unavoidable impurities. 1% to 5% by weight cobalt; 1% to 5% by weight iron; 5% to 7% by weight chromium; 5.5% to 6.5% by weight aluminum; 9.5% to 11.5% by weight tungsten; optionally, 1.3% to 2.7% by weight molybdenum; optionally, 1% to 2% by weight niobium; optionally, 0.05% to 0.2% by weight zirconium; optionally, 0.05% to 0.15% by weight carbon; optionally, 0.01 % to 0.03% by weight boron; and the balance nickel and unavoidable impurities.
Pipe connector for connecting at least two pipes used in kitchen construction, wherein the pipe connector has a first receptacle with a first insertion opening for inserting a pipe and a second receptacle with a second insertion opening for inserting a pipe, wherein the pipe connector has at least one, preferably circumferential, stop which is arranged between the first and the second insertion opening on an inner side of the pipe connector and which defines a maximum insertion depth of a pipe into the first and/or second receptacle (114, 115), wherein the pipe connector has at least one, preferably circumferential, sealing lip which is arranged on the inner side of the pipe connector between the first or the second insertion opening and the stop, characterized in that the pipe connector has a flexible region which is arranged between the first and the second insertion opening and which is composed of a deformable, compressible or expandable and/or elastic material, with the result that the first receptacle can be displaced translationally and/or rotationally relative to the second receptacle, wherein the flexible region has or is a bellows at least in sections.
Seat (1a, 1b) for railway rolling stock extending along a longitudinal axis (Xa, Xb) parallel to an antero-posterior axis of a user occupying said seat (1a, 1b), comprising at least one seating portion (3a, 3b) extending longitudinally from a rear part to a front part forming a reception for the back of the user's knees, and at least one foot (6a, 6b) extending from and beneath the seating portion (3a, 3b), said foot (6a, 6b) comprising a fixing portion (61a, 61b) extending from an end part of the foot (60a, 60b), which fixing portion (61a, 61b) comprises at least one planar wall which has a lower fixing face (62a, 62b) intended to be secured to a floor of the rolling stock and an upper face (63a, 63b) forming a covering for the floor of the rolling stock, wherein said seat comprises two feed that are respectively secured to the free edge of the rear part of the seating portion and to the free edge of the front part of the seating portion, the upper face of the fixing portion of each foot forming a covering for the floor.
An operation method performed in a user equipment, UE for coordinated multipoint, CoMP, communication, for a 3GPP LTE system, the operation method comprising: receiving downlink control information, DCI format 2D, which includes physical downlink shared channel resource element, PDSCH RE, mapping and quasi co-location information of a channel state information reference signal, CSI-RS and a demodulation reference signal, DM-RS, determining PDSCH RE mapping and quasi co-location of channel state information-reference signal, CSI-RS, and demodulation reference signal, DM-RS, based on the quasi co-location information; and decoding a PDSCH based on the determined PDSCH RE mapping, the determined quasi co-location, and the DCI format 2D, wherein the DCI format 2D is used for activating semi persistent scheduling, SPS, and a cyclic redundancy check, CRC, of the DCI format 2D is scrambled based on a semi persistent scheduling-radio network temporary identifier, SPS C-RNTI. receiving downlink control information, DCI format 2D, which includes physical downlink shared channel resource element, PDSCH RE, mapping and quasi co-location information of a channel state information reference signal, CSI-RS and a demodulation reference signal, DM-RS, determining PDSCH RE mapping and quasi co-location of channel state information-reference signal, CSI-RS, and demodulation reference signal, DM-RS, based on the quasi co-location information; and decoding a PDSCH based on the determined PDSCH RE mapping, the determined quasi co-location, and the DCI format 2D, wherein the DCI format 2D is used for activating semi persistent scheduling, SPS, and a cyclic redundancy check, CRC, of the DCI format 2D is scrambled based on a semi persistent scheduling-radio network temporary identifier, SPS C-RNTI.
A porous resin manufacturing method comprising: providing a liquid composition Y, wherein the liquid composition Y is substantially free of polymerizable compound and comprises a solvent Y; providing a liquid composition X, wherein the liquid composition X comprises a polymerizable compound X and a solvent X, wherein the liquid composition X is to form a porous resin X, wherein the polymerizable compound X has a (meth)acryloyl group or a vinyl group, and the solvent X is a porogen liquid compatible with the polymerizable compound X and incompatible with the resin X; selecting the liquid composition X and the liquid composition Y such that: a liquid composition Z comprising 10.0% by mass of the liquid composition X and 90.0% by mass of the liquid composition Y has a light transmittance of 30% or more at a wavelength of 550 nm, the light transmittance measured while the liquid composition Z is being stirred, and a haze measuring element produced from the liquid composition Z has a haze increasing rate of 1.0% or more, applying the selected liquid composition Y; applying the selected liquid composition X to a region to which the selected liquid composition Y has been applied; and curing the selected liquid composition X having been applied. providing a liquid composition Y, wherein the liquid composition Y is substantially free of polymerizable compound and comprises a solvent Y; providing a liquid composition X, wherein the liquid composition X comprises a polymerizable compound X and a solvent X, wherein the liquid composition X is to form a porous resin X, wherein the polymerizable compound X has a (meth)acryloyl group or a vinyl group, and the solvent X is a porogen liquid compatible with the polymerizable compound X and incompatible with the resin X; selecting the liquid composition X and the liquid composition Y such that: a liquid composition Z comprising 10.0% by mass of the liquid composition X and 90.0% by mass of the liquid composition Y has a light transmittance of 30% or more at a wavelength of 550 nm, the light transmittance measured while the liquid composition Z is being stirred, and a haze measuring element produced from the liquid composition Z has a haze increasing rate of 1.0% or more, applying the selected liquid composition Y; applying the selected liquid composition X to a region to which the selected liquid composition Y has been applied; and curing the selected liquid composition X having been applied. a liquid composition Z comprising 10.0% by mass of the liquid composition X and 90.0% by mass of the liquid composition Y has a light transmittance of 30% or more at a wavelength of 550 nm, the light transmittance measured while the liquid composition Z is being stirred, and a haze measuring element produced from the liquid composition Z has a haze increasing rate of 1.0% or more, applying the selected liquid composition Y; applying the selected liquid composition X to a region to which the selected liquid composition Y has been applied; and curing the selected liquid composition X having been applied.
An article comprising a first film layer (101 201, 301, 401, 501, 601, 701, 801) comprising semicrystalline polylactic acid polymer; optionally amorphous polylactic acid polymer; polyvinyl acetate polymer having a Tg of at least 25°C; and plasticizer present in an amount ranging from 5 or 35 wt.-%, based on the total amount of polylactic acid polymer(s), polyvinyl acetate polymer and plasticizer; wherein the polyvinyl acetate polymer is present in an amount ranging from 10 to 50 wt.-%, based on the total amount of polylactic acid polymer(s), polyvinyl acetate polymer and plasticizer; and wherein the article is a graphic film, said film having a graphic (110, 210, 310, 410, 510, 610, 710, 810) provided thereon.
An oral care implement comprising: an elongated body extending along a longitudinal axis (A-A) and comprising a head portion and a handle portion; a socket formed in an outer surface of the handle portion, the socket comprising a floor and an open top end; at least one tooth cleaning element mounted to the head portion of the elongated body; a grip component comprising a resilient cover mounted to the handle portion of the elongated body to enclose the open top end of the socket such that a space is formed between an inner surface of the resilient cover and the floor of the socket, characterised in that a plurality of protuberances extend upwardly from the floor of the socket towards the open top end of the socket. an elongated body extending along a longitudinal axis (A-A) and comprising a head portion and a handle portion; a socket formed in an outer surface of the handle portion, the socket comprising a floor and an open top end; at least one tooth cleaning element mounted to the head portion of the elongated body; a grip component comprising a resilient cover mounted to the handle portion of the elongated body to enclose the open top end of the socket such that a space is formed between an inner surface of the resilient cover and the floor of the socket, characterised in that a plurality of protuberances extend upwardly from the floor of the socket towards the open top end of the socket.