mhurhangee/ep-ind-claims huggingface dataset:
A curable composition comprising: one or more betaine monomers selected from the group consisting of a compound represented by Formula and a compound represented by Formula, wherein, in the Formula, R 1 represents a hydrogen atom or an alkyl group, R 2 and R 3 each independently represent an alkyl group, R 1A represents an oxygen atom or NR 101, R 101 represents a hydrogen atom or an alkyl group, a represents an integer of 2 to 6, L 1 represents an (a + 1)-valent aliphatic hydrocarbon group which contains a urethane bond or a urea bond and may contain -O-, L 2 represents an alkylene group which may contain -O-, -NR 104 -, -CO-, or a divalent linking group obtained by combining these, R 104 represents a hydrogen atom or a substituent, A 1 represents S=O, wherein, in the Formula, R 4 and R 6 each independently represent a hydrogen atom or an alkyl group, R 5 represents an alkyl group, R 1B and R 1C each independently represent an oxygen atom or NR 102, R 102 represents a hydrogen atom or an alkyl group, b and c each independently represent an integer of 1 to 5, b and c satisfy 2 ≤ b + c ≤ 6, L 3 represents a (b + 1)-valent aliphatic hydrocarbon group which contains a urethane bond or a urea bond and may contain -O-, L 4 represents a (c + 1)-valent aliphatic hydrocarbon group which contains a urethane bond or a urea bond and may contain -O-, L 5 represents an alkylene group which may contain -O-, -NR 204 -, -CO-, or a divalent linking group obtained by combining these, R 204 represents a hydrogen atom or a substituent, and A 2 represents S=O. one or more betaine monomers selected from the group consisting of a compound represented by Formula and a compound represented by Formula, wherein, in the Formula, R 1 represents a hydrogen atom or an alkyl group, R 2 and R 3 each independently represent an alkyl group, R 1A represents an oxygen atom or NR 101, R 101 represents a hydrogen atom or an alkyl group, a represents an integer of 2 to 6, L 1 represents an (a + 1)-valent aliphatic hydrocarbon group which contains a urethane bond or a urea bond and may contain -O-, L 2 represents an alkylene group which may contain -O-, -NR 104 -, -CO-, or a divalent linking group obtained by combining these, R 104 represents a hydrogen atom or a substituent, A 1 represents S=O, wherein, in the Formula, R 4 and R 6 each independently represent a hydrogen atom or an alkyl group, R 5 represents an alkyl group, R 1B and R 1C each independently represent an oxygen atom or NR 102, R 102 represents a hydrogen atom or an alkyl group, b and c each independently represent an integer of 1 to 5, b and c satisfy 2 ≤ b + c ≤ 6, L 3 represents a (b + 1)-valent aliphatic hydrocarbon group which contains a urethane bond or a urea bond and may contain -O-, L 4 represents a (c + 1)-valent aliphatic hydrocarbon group which contains a urethane bond or a urea bond and may contain -O-, L 5 represents an alkylene group which may contain -O-, -NR 204 -, -CO-, or a divalent linking group obtained by combining these, R 204 represents a hydrogen atom or a substituent, and A 2 represents S=O.
A connection chamber device, which consists of a used part buried in the ground, with a rectangular parallelepiped shape, upwardly closed by one or more covers, and housing means for connecting wires or cables that are part of a distribution grid, and made up of the superposition, through nesting means, of frame-shaped elements (1, 2), and comprising at least one base element and one upper element designed to receive said cover(s), where each of said elements (1, 2) is molded with a composite material, characterized in that each of said elements (1, 2) includes, aside from said nesting means, means for receiving connecting means designed to be suitable for securing two superimposed elements (1, 2) to one another, and in that each of said base elements outwardly and peripherally has means (220, 221) for collecting runoff water, as well as means for discharging this runoff water.
A biopsy device, comprising: an elongated housing having a vacuum port; a needle hub slidably mounted in and/or to the housing; a needle having a lumen and a proximal end portion coupled to the needle hub, wherein the respective needle hub and needle are movable relative to the housing, a distal portion of the needle having a having a side tissue resection window; a cutter hub (38a, 38b) slidably mounted in and/or to the housing; a cutter having a proximal portion coupled to the cutter hub (38a, 38b), wherein the respective cutter hub (38a, 38b) and cutter are movable relative to the housing between a proximal, armed position, and a distal, fired position; a sealed cutter spring well (40a, 40b) fixedly disposed within the housing; a cutter firing spring (32a, 32b) seated in the cutter spring well (40a, 40b), wherein proximal movement of the cutter hub (38a, 38b) relative to the housing compresses the cutter firing spring (32a, 32b); a vacuum lumen in communication with each of the vacuum port and the cutter spring well (40a, 40b); and a cutter arming valve assembly having a valve member disposed in or adjacent to the vacuum lumen, wherein the cutter arming valve assembly is selectively configurable to place the cutter spring well (40a, 40b) in communication with the vacuum port via the vacuum lumen for arming the cutter, or in communication with atmosphere for firing the cutter. an elongated housing having a vacuum port; a needle hub slidably mounted in and/or to the housing; a needle having a lumen and a proximal end portion coupled to the needle hub, wherein the respective needle hub and needle are movable relative to the housing, a distal portion of the needle having a having a side tissue resection window; a cutter hub (38a, 38b) slidably mounted in and/or to the housing; a cutter having a proximal portion coupled to the cutter hub (38a, 38b), wherein the respective cutter hub (38a, 38b) and cutter are movable relative to the housing between a proximal, armed position, and a distal, fired position; a sealed cutter spring well (40a, 40b) fixedly disposed within the housing; a cutter firing spring (32a, 32b) seated in the cutter spring well (40a, 40b), wherein proximal movement of the cutter hub (38a, 38b) relative to the housing compresses the cutter firing spring (32a, 32b); a vacuum lumen in communication with each of the vacuum port and the cutter spring well (40a, 40b); and a cutter arming valve assembly having a valve member disposed in or adjacent to the vacuum lumen, wherein the cutter arming valve assembly is selectively configurable to place the cutter spring well (40a, 40b) in communication with the vacuum port via the vacuum lumen for arming the cutter, or in communication with atmosphere for firing the cutter.
An engine comprising a piston part and a cylinder body part with a sliding surface on which the piston part is slidable, the cylinder body part being made of an Al alloy with an Si content of 16% by mass or more and preferably formed by a high-pressure die casting process, the sliding surface having Si primary crystal grains and an Al alloy base material exposed thereon so as to be contactable with the piston part, characterized in that the sliding surface having a plurality of substantially parallel linear grooves formed therein at such a pitch that a plurality of linear grooves exist between the Si primary crystal grains.
A method of operating a base station in a wireless network, comprising: allocating radio resources for a user equipment in frames of a plurality of types including first and second frame types, wherein a frame of each frame type includes a preamble distinguishing the frame from frames of other frame types; forming an interlaced frame by interlacing the frames of the plurality of frame types such that a frame of the first frame type overlaps in time duration with a frame of the second frame type, and in the interlaced frame, a downlink portion of a frame of one frame type does not overlap with an uplink portion of a frame of any other frame type, and an uplink portion of the frame of the one frame type does not overlap with a downlink portion of the frame of the any other frame type; and communicating with the user equipment according to the interlaced frame. allocating radio resources for a user equipment in frames of a plurality of types including first and second frame types, wherein a frame of each frame type includes a preamble distinguishing the frame from frames of other frame types; forming an interlaced frame by interlacing the frames of the plurality of frame types such that a frame of the first frame type overlaps in time duration with a frame of the second frame type, and in the interlaced frame, a downlink portion of a frame of one frame type does not overlap with an uplink portion of a frame of any other frame type, and an uplink portion of the frame of the one frame type does not overlap with a downlink portion of the frame of the any other frame type; and communicating with the user equipment according to the interlaced frame.
Retaining clip (A, 1, 1') for an interior trim strip (B', 4, 4') of a door of a vehicle comprising a panel having an opening that is closed by a window that includes a fixed pane (V2', 2, 2'), said clip being configured in such a way that it can be secured to the rebate (F, 30, 30') of said panel in the fixed pane region, characterized in that said clip (1, 1') is made of plastic material, and in that it comprises a longitudinal beam whose lower part is extended on a first longitudinal side by bearing fingers (11, 12) that are configured to retain the clip by pressing on the rebate (30, 30') of the door panel, and on the other longitudinal side by latching fingers (13, 14) that are configured to latch onto the rebate (30, 30') of the door panel, and between which there is a finger for longitudinal positioning of the clip in the rebate.
A gelatin or a chemically modified product thereof, comprising 10 to 35% by mass of a high-molecular weight component, and a low-molecular weight component in such an amount that a value obtained by subtracting the low-molecular weight component content from the high-molecular weight component content is greater than or equal to 2% by mass; wherein a "high-molecular weight component" has a structure in which greater than or equal to 4 α-chains bond each other, and has a higher molecular weight than that of a γ-chain, a "low-molecular weight component" is a short peptide generated by hydrolyzing an α-chain and has a lower molecular weight than that of an α-chain, and the contents of the high-molecular weight component, the γ-chain, the β-chain, the α-chain, and the low-molecular weight component in the gelatin are analyzed by polyacrylamide electrophoresis (SDS-PAGE) and its densitogram according to the description; and wherein a chemically modified product of gelatin is a product in which a carboxyl group or an amino group or proline in the gelatin is chemically modified, wherein chemical modification of the carboxyl group includes amidation with ammonia, amine, or glycine methyl ester, chemical modification of the amino group includes succinylation, phthalation, fumarylation, and acetylation, or the proline in the gelatin is hydroxylated.
A system (102, 102a) comprising: an electronic control system configured to deliver electrical stimulation to one or more exposed conductive regions of a percutaneous lead defining one or more electrodes to generate an electrical field that is sufficient to block nerve conduction through an overlapping nerve region when the one or more electrodes are placed in parallel, or substantially in parallel to a long axis of a peripheral nerve over an overlapping nerve region of greater than about 3 millimeters, wherein the electronic control system is configured to deliver electrical stimulation to the one or more exposed conductive regions of the percutaneous lead that comprises high-frequency stimulation having one or more primary frequency harmonics between about 2 kHz and 100 kHz. an electronic control system configured to deliver electrical stimulation to one or more exposed conductive regions of a percutaneous lead defining one or more electrodes to generate an electrical field that is sufficient to block nerve conduction through an overlapping nerve region when the one or more electrodes are placed in parallel, or substantially in parallel to a long axis of a peripheral nerve over an overlapping nerve region of greater than about 3 millimeters, wherein the electronic control system is configured to deliver electrical stimulation to the one or more exposed conductive regions of the percutaneous lead that comprises high-frequency stimulation having one or more primary frequency harmonics between about 2 kHz and 100 kHz.
A medical graft product (20; 25; 40; 88) for treating an anorectal fistula which includes a primary fistula opening, the medical graft product comprising: an elongate graft body including at least one generally conical longitudinal segment (26; 82) configured to lodge within and fill the primary opening, wherein said longitudinal segment comprises one or more pieces of compacted sheet-form collagenous matrix material defining contacting layer portions of the sheet-form collagenous matrix material; and said contacting layer portions of the sheet-form collagenous matrix material are dehydrothermally bonded to one another. an elongate graft body including at least one generally conical longitudinal segment (26; 82) configured to lodge within and fill the primary opening, wherein said longitudinal segment comprises one or more pieces of compacted sheet-form collagenous matrix material defining contacting layer portions of the sheet-form collagenous matrix material; and said contacting layer portions of the sheet-form collagenous matrix material are dehydrothermally bonded to one another.
An electric battery assembly comprising: a plurality of electric batteries arranged in an array, an interconnection for connecting batteries in the array to provide a common power output, and a plurality of shock absorbent housings, wherein each electric battery is provided within a shock-absorbent housing, and wherein the shock absorbent housings are affixed to a flexible substrate. a plurality of electric batteries arranged in an array, an interconnection for connecting batteries in the array to provide a common power output, and a plurality of shock absorbent housings,
A method for modulating the level of (1,3;1,4)-β-D-glucan produced by a cell, the method comprising modulating the level and/or activity of a Cellulose Synthase-like H ( CslH)-encoded (1,3;1,4)-β-D-glucan synthase in the cell, wherein the level and/or activity of a (1,3;1,4)-β-D-glucan synthase is modulated by modulating the expression of a CslH nucleic acid in the cell.
A synthetic resin gear comprising a support shaft that has opposite end parts supported on a structure, a disk-shaped web that extends from an intermediate part of the support shaft in a radial direction, a rim that is connected to an outer periphery of the web and has gear teeth on an outer periphery thereof, and a cylindrical boss that projects from opposite faces of the web and coaxially surrounds the support shaft characterized in that the said cylindrical boss coaxially surrounds the support shaft across a gap from the support shaft, the support shaft, the disk-shaped web, the rim, and the cylindrical boss being molded integrally from a synthetic resin.
A roller mill for pulverizing material; said roller mill comprising: a grinding mechanism (64, 66) of at least one grinding roll and grinding ring that coact to pulverize material within a mill housing that defines a grinding chamber; a classifier including a rotor having a plurality of blades disposed within a classifier housing defining a classifying chamber, where the rotor rotates to separate fine sized particles from oversized particles, whereby the finer sized particles pass through the blades and exit the classifier and the oversized particles are propelled outward against the classifier housing, the grinding chamber being in fluid communication with the classifying chamber; and a baffle disposed along the inner periphery of the mill housing spaced at a distance from the mill housing to provide an inner passage and an outer annular passage, the outer annular passage receiving and directing the oversized particles downward to the grinding mechanism (64, 66) of the mill, wherein the inner passage directs particle-laden air upward through the grinding chamber to the classifier such that the baffle minimizes influence of the upward particle-laden airflow through the inner passage of the grinding chamber with the downward flow of the oversized particles, the baffle having an opening at the bottom of the outer annular passage for directing the oversized particles to the grinding mechanism (64, 66), characterized in, that the baffle includes a feeder opening to permit material for pulverizing to pass through the baffle from a feeder. a grinding mechanism (64, 66) of at least one grinding roll and grinding ring that coact to pulverize material within a mill housing that defines a grinding chamber; a classifier including a rotor having a plurality of blades disposed within a classifier housing defining a classifying chamber, where the rotor rotates to separate fine sized particles from oversized particles, whereby the finer sized particles pass through the blades and exit the classifier and the oversized particles are propelled outward against the classifier housing, the grinding chamber being in fluid communication with the classifying chamber; and a baffle disposed along the inner periphery of the mill housing spaced at a distance from the mill housing to provide an inner passage and an outer annular passage, the outer annular passage receiving and directing the oversized particles downward to the grinding mechanism (64, 66) of the mill, wherein the inner passage directs particle-laden air upward through the grinding chamber to the classifier such that the baffle minimizes influence of the upward particle-laden airflow through the inner passage of the grinding chamber with the downward flow of the oversized particles, the baffle having an opening at the bottom of the outer annular passage for directing the oversized particles to the grinding mechanism (64, 66), characterized in, that the baffle includes a feeder opening to permit material for pulverizing to pass through the baffle from a feeder.
Valve assembly having a housing through which at least one fluid path leads, and having a closure unit which is assigned to the fluid path, wherein the closure unit has a closure element which is mounted so as to be axially displaceable in relation to a longitudinal central axis of the closure unit, wherein a flow cross section of the fluid path is closed in a first sliding position of the closure element, and is released in a second sliding position of the closure element, and wherein a restoring spring is held between the closure element on one side and a support element on the other side so as to be axially pre-loaded in such a manner that the closure element, proceeding from the first sliding position, is axially displaceable counter to a spring force of the restoring spring, wherein the support element is mounted so as to be axially displaceable, wherein a spring element which is held so as to be axially pre-loaded between the support element on the one side and the housing on the other side is provided, and wherein a spring rate of the spring element is greater than a spring rate of the restoring spring, characterized in that a further fluid path and a further closure unit assigned to the further fluid path are provided, wherein the further closure unit has a further support element, wherein the spring element is held so as to be axially pre-loaded between the support element and the further support element on the one side and the housing on the other side.
A communication method to be performed in a communication device, the communication device comprising at least a first integrated main control board and a second integrated main control board, each integrated main control board comprising a management and control processing unit, MCU, and a hardware forwarding unit, HFU, wherein the management and control processing unit comprises a determining unit and a control unit, and the hardware forwarding unit comprises a fabric unit, FU, and a service forwarding unit, SFU, and is configured to forward a service packet, and wherein a control signal exchange path is provided between the MCU in the first integrated main control board and the HFU in the second integrated main control board, and the method comprising: determining, by the MCU in the first integrated main control board, whether the FU and the SFU in the second integrated main control board need to be controlled, and when the FU and the SFU in the second integrated main control board need to be controlled, connecting, by the MCU in the first integrated main control board, the control signal path between the MCU in the first integrated main control board and the HFU in the second integrated main control board; and controlling, by the MCU in the first integrated main control board, the FU and the SFU in the second integrated main control board using the connected control signal exchange path and the FU and SFU integrated in the first integrated main control board. determining, by the MCU in the first integrated main control board, whether the FU and the SFU in the second integrated main control board need to be controlled, and when the FU and the SFU in the second integrated main control board need to be controlled, connecting, by the MCU in the first integrated main control board, the control signal path between the MCU in the first integrated main control board and the HFU in the second integrated main control board; and controlling, by the MCU in the first integrated main control board, the FU and the SFU in the second integrated main control board using the connected control signal exchange path and the FU and SFU integrated in the first integrated main control board.