mhurhangee/ep-ind-claims huggingface dataset:
Compositions for oral ingestion, comprising in amounts of 0.001 μM to 10 μM (0.002 mg/kg to 2 mg/kg)at least one alkamide selected from the group consisting of 2E,4E-decadienic acid-N-isobutylamide (trans-pellitorine); 2E,4Z-decadienic acid-N-isobutylamide (cis-pellitorine); 2Z,4Z-decadienic acid-N-isobutylamide; 2Z,4E-decadienic acid-N-isobutylamide, 2E,4E-decadienic acid-N-( -2-methylbutyl)amide; 2E,4E-decadienic acid-N-( -2-methylbutyl)amide; 2E,4E-decadienic acid-N-( -2-methylbutylamide); 2E,4Z-decadienic acid-N-(2-methylbutyl)amide; 2E,4E-decadienic acid-N-piperidine (achilleamide); 2E-decenoic acid-N-isobutylamide; 2E,6Z,8E-decatrienoic acid N-isobutylamide (spilanthol); 2E,6Z,8E-decatrienoic acid N-( -2-methylbutyl)amide (homospilanthol); 2E,6Z,8E-decatrienoic acid-N-( -2-methylbutyl)amide; 2E-decen-4-inoic acid-N-isobutyl amide; 2Z-decen-4-inoic acid N-isobutyl amine; 2E,6Z,8E,10E-dodecatetraenoic acid N-(2-methylpropyl)amide (α-sanshool); 2E,6Z,8E,10E-dodecatetraenoic acid N-(2-hydroxy-2-methylpropyl)amide (α-hydroxysanshool); 2E,6E,8E,10E-dodecatetraenoic acid N-(2-hydroxy-2-methylpropyl)amide (γ-hydroxysanshool); 2E,4E,8Z,10E,12E-tetradecapentaenoic acid N-(2-hydroxy-2-methylpropyl)amide (γ-hydroxysanshool); 2E,4E,8E,10E,12E-tetradecapentaenoic acid N-(2-hydroxy-2-methylprypyl)amide (γ-hydroxyisosanshool); 2E,4E,8Z,10E,12E-tetradecapentaenoic acid N-(2-methyl-2-propenyl)amide (y-dehydrosanshool); 2E,4E,8Z,10E,12E-tetradecapentaenoic acid N-(2-methylpropyl)amide (γ-sanshool); 2E,4E,8Z,11Z-tetradecatetraenoic acid N-(2-hydroxy-2-methylpropyl)amide (bungeanool), 2E,4E,8Z,11E-tetradecatetraenoic acid N-(2-hydroxy-2-methylpropyl)amide (isobungeanool), 2E,4E,8Z-tetradecatrienoic acid N-(2-hydroxy-2-methylpropyl)amide (dihydrobungeanool) and 2E,4E-tetradecadienoic acid N-(2-hydroxy-2-methylpropyl)amide (tetrahydrobungeanool).
A method, comprising: determining a traffic matrix of a mesh network, the traffic matrix indicating an amount of traffic per type of traffic transitioning between the mesh network and a global computer network via one or more current root devices; selecting one or more optimized root devices from a plurality of capable devices in the mesh network for corresponding directed acyclic graphs, DAGs, based on the amount of traffic and type of traffic; and transmitting a DAG formation request to the selected one or more optimized root devices, the DAG formation request carrying a characteristic for a corresponding DAG to be formed by the respective selected optimized root devices that indicates which one or more types of traffic correspond to the corresponding DAG. determining a traffic matrix of a mesh network, the traffic matrix indicating an amount of traffic per type of traffic transitioning between the mesh network and a global computer network via one or more current root devices; selecting one or more optimized root devices from a plurality of capable devices in the mesh network for corresponding directed acyclic graphs, DAGs, based on the amount of traffic and type of traffic; and transmitting a DAG formation request to the selected one or more optimized root devices, the DAG formation request carrying a characteristic for a corresponding DAG to be formed by the respective selected optimized root devices that indicates which one or more types of traffic correspond to the corresponding DAG.
A method for slice-based routing, comprising: receiving a first packet at a switch; determining, at the switch, a slice identifier for the first packet based on header information of the first packet, wherein the slice identifier uniquely identifies a slice in a virtual service network,VSN, and wherein slices represent different virtual networks on a shared physical network infrastructure; determining, at the switch, a next hop for the first packet; the method being characterised by selecting, by the switch, an egress interface from a plurality of interfaces based on the slice identifier, wherein the slice identifier is used to create a hash, and the hash is used to select the egress interface; and sending the first packet from the egress interface to the next hop. receiving a first packet at a switch; determining, at the switch, a slice identifier for the first packet based on header information of the first packet, wherein the slice identifier uniquely identifies a slice in a virtual service network,VSN, and wherein slices represent different virtual networks on a shared physical network infrastructure; determining, at the switch, a next hop for the first packet; the method being characterised by selecting, by the switch, an egress interface from a plurality of interfaces based on the slice identifier, wherein the slice identifier is used to create a hash, and the hash is used to select the egress interface; and sending the first packet from the egress interface to the next hop.
A sacroiliac joint implant for implantation in a sacroiliac joint including articular surfaces of the sacroiliac joint formed by a sacrum and an ilium, the sacroiliac joint implant comprising: an elongate body including a length disposed between a first end and a second end and adapted to non-transversely locate between the articular surfaces of the sacroiliac joint to dispose the sacrum and the ilium in substantially immobilized relation; a first radial member extending along a longitudinal axis of the elongate body and adapted to non-transversely locate between the articular surfaces of the sacroiliac joint; a second radial member extending along the longitudinal axis of the elongate body and disposed in substantially opposed relation to the first radial member and adapted to non-transversely locate between the articular surfaces of the sacroiliac joint; a third radial member extending along the longitudinal axis of the elongate body and adapted to extend into the bone of the ilium, wherein the third radial member is disposed in substantially perpendicular relation to the first radial member; a fourth radial member extending along the longitudinal axis of the elongate body and adapted to extend into the bone of the sacrum, wherein the fourth radial member is disposed in substantially opposed relation to the third radial member; characterised in that the implant further comprises: an elongate member; and a bore in the elongate body dimensioned to allow the elongate member to pass therethrough in transverse relation to the articular surfaces. an elongate body including a length disposed between a first end and a second end and adapted to non-transversely locate between the articular surfaces of the sacroiliac joint to dispose the sacrum and the ilium in substantially immobilized relation; a first radial member extending along a longitudinal axis of the elongate body and adapted to non-transversely locate between the articular surfaces of the sacroiliac joint; a second radial member extending along the longitudinal axis of the elongate body and disposed in substantially opposed relation to the first radial member and adapted to non-transversely locate between the articular surfaces of the sacroiliac joint; a third radial member extending along the longitudinal axis of the elongate body and adapted to extend into the bone of the ilium, wherein the third radial member is disposed in substantially perpendicular relation to the first radial member; a fourth radial member extending along the longitudinal axis of the elongate body and adapted to extend into the bone of the sacrum, wherein the fourth radial member is disposed in substantially opposed relation to the third radial member; an elongate member; and a bore in the elongate body dimensioned to allow the elongate member to pass therethrough in transverse relation to the articular surfaces.
Heat exchanger matrix (52, 152), in particular for a turbomachine, the matrix (52, 152) comprising at least three passages (54, 56, 64, 154, 156, 164) for at least three respective fluids, the passages (54, 56, 64, 154, 156, 164) being such as to allow each oof the fluids to exchange heat with each of the other fluids, the passages (54, 56, 64, 154, 156, 164) leading the fluids to circulate in at least three respective mean flow directions which intersect two by two, the passages (54, 56, 64, 154, 156, 164) being delimited by walls through which a heat exchange takes place between each of the fluids, characterised in that at least one of the passages is formed by a network of tubes (64, 164), the walls of the tubes (64, 164) being on the inside directly in contact with one of the fluids and on the outside directly in contact with at least two of the other fluids.
An apparatus for blocking and for pressure adjustment, provided in particular for use in a driveable work machine comprising at least one hydraulic actuator device and one storage device which can be connected to one another such as to convey fluid or can be separated from one another by means of a first valve device, before establishing the fluid-conveying connection by means of the first valve device, controlled pressure equalisation between the actuator device and the storage device being brought about by means of an equalising device in order to prevent abrupt pressure equalisation, an additional second valve device being connected in a bypass line, bypassing the first valve device which connects the storage device to the actuator device, at least in one direction of flow, and a control line discharging into the bypass line between the second valve device and the equalisation device in the form of a flow regulating device, in particular in the form of an aperture or a throttle or a flow control valve, by means of which control line the first valve device can be actuated, characterised in that a further equalisation device is additionally formed from a third valve device, to the valve piston of which control pressure can be applied on opposite sides (48, 50), which control pressure corresponds to the respectively prevailing pressure in two connection lines (34, 40), the first connection line of which runs between the actuator device and the first valve device, and the second connection line of which runs between the first valve device and the storage device, and that the third valve device is in particular a 2/3-way valve with two blocking positions and an open position lying in between which establishes a fluid-conveying connection for a second bypass line which is connected to the control line for the first valve device in front of and behind the third valve device.
A battery for a mobile communication terminal, comprising: a battery cell configured to provide a power source for the mobile terminal; and a safety device formed at the battery, wherein the safety device comprises: a pressure releasing unit provided on a surface of the battery cell, said pressure releasing unit configured to release an internal pressure within the battery cell when the internal pressure of the battery cell exceeds a predetermined set pressure; a protection circuit assembly coupled to the surface of the battery cell provided with the pressure releasing unit, a space forming member covering the pressure releasing unit and configured to form an empty space around the pressure releasing unit such that when the internal pressure of the battery cell exceeds the predetermined set pressure, the released internal pressure is released into the empty space formed by the space member; and an injection-molded cover member which encompasses the space forming member and the protection circuit assembly; and wherein the safety device is characterized by a through hole formed through the cover member and the space forming member and configured to allow the empty space formed around the pressure releasing unit to communicate with an outside of the cover member; and an auxiliary pin inserted in the through hole and configured to be pushed out of the through hole when the pressure is released into the empty space. a battery cell configured to provide a power source for the mobile terminal; and a safety device formed at the battery, a pressure releasing unit provided on a surface of the battery cell, said pressure releasing unit configured to release an internal pressure within the battery cell when the internal pressure of the battery cell exceeds a predetermined set pressure; a protection circuit assembly coupled to the surface of the battery cell provided with the pressure releasing unit, a space forming member covering the pressure releasing unit and configured to form an empty space around the pressure releasing unit such that when the internal pressure of the battery cell exceeds the predetermined set pressure, the released internal pressure is released into the empty space formed by the space member; and an injection-molded cover member which encompasses the space forming member and the protection circuit assembly; and wherein the safety device is characterized by a through hole formed through the cover member and the space forming member and configured to allow the empty space formed around the pressure releasing unit to communicate with an outside of the cover member; and an auxiliary pin inserted in the through hole and configured to be pushed out of the through hole when the pressure is released into the empty space.
A process for improving a material hardness and an elastic modulus of an organosilicate film, the process comprising: depositing the organosilicate film onto at least a portion of a substrate via chemical vapor deposition of an at least one chemical reagent comprising a structure-former precursor to provide the organosilicate film having a first material hardness and a first elastic modulus characterized in that the structure-former precursor comprises at least one member selected from the group consisting of diethyoxymethylsilane, triethyoxysilane and trimethylsilane; and exposing the organosilicate film to an ultraviolet radiation source within a non-oxidizing atmosphere to provide the organosilicate film having a second material hardness and a second elastic modulus wherein the second material hardness and the second elastic modulus are at least 10% higher than the first material hardness and the first elastic modulus. depositing the organosilicate film onto at least a portion of a substrate via chemical vapor deposition of an at least one chemical reagent comprising a structure-former precursor to provide the organosilicate film having a first material hardness and a first elastic modulus characterized in that the structure-former precursor comprises at least one member selected from the group consisting of diethyoxymethylsilane, triethyoxysilane and trimethylsilane; and exposing the organosilicate film to an ultraviolet radiation source within a non-oxidizing atmosphere to provide the organosilicate film having a second material hardness and a second elastic modulus wherein the second material hardness and the second elastic modulus are at least 10% higher than the first material hardness and the first elastic modulus.
A rotary banknote conveying device, applicable to a banknote inlet/outlet of an automatic teller machine, the rotary banknote conveying device comprising: a banknote clamping mechanism configured to convey banknotes from the banknote inlet/outlet to an inlet of a banknote conveying passage (2; 55) inside the automatic teller machine; a transmission mechanism comprising a drive motor, a belt and a pair of pulleys (31, 33), the belt being fixed to the banknote clamping mechanism by a shaft and a bearing and configured to convey the banknote clamping mechanism from the banknote inlet/outlet to the inlet of the banknote conveying passage (2; 55); a first rotary driving mechanism comprising a first rotary motor and a first transmission gear and configured to drive the banknote clamping mechanism to rotate by a first angle at the banknote inlet/outlet; a second rotary driving mechanism comprising a second rotary motor and a second transmission gear and configured to drive the banknote clamping mechanism to rotate by a second angle at the inlet of the banknote conveying passage (2; 55); and a central control mechanism comprising a control unit, a first position sensor configured to assist in controlling the first rotary driving mechanism to drive the banknote clamping mechanism to rotate by the first angle, and a second position sensor configured to assist in controlling the second rotary driving mechanism to drive the banknote clamping mechanism to rotate by the second angle. a banknote clamping mechanism configured to convey banknotes from the banknote inlet/outlet to an inlet of a banknote conveying passage (2; 55) inside the automatic teller machine; a transmission mechanism comprising a drive motor, a belt and a pair of pulleys (31, 33), the belt being fixed to the banknote clamping mechanism by a shaft and a bearing and configured to convey the banknote clamping mechanism from the banknote inlet/outlet to the inlet of the banknote conveying passage (2; 55); a first rotary driving mechanism comprising a first rotary motor and a first transmission gear and configured to drive the banknote clamping mechanism to rotate by a first angle at the banknote inlet/outlet; a second rotary driving mechanism comprising a second rotary motor and a second transmission gear and configured to drive the banknote clamping mechanism to rotate by a second angle at the inlet of the banknote conveying passage (2; 55); and a central control mechanism comprising a control unit, a first position sensor configured to assist in controlling the first rotary driving mechanism to drive the banknote clamping mechanism to rotate by the first angle, and a second position sensor configured to assist in controlling the second rotary driving mechanism to drive the banknote clamping mechanism to rotate by the second angle.
A beer-like effervescent beverage, wherein a sugar content is 0.9 to 1.5 g/100 mL and a ratio of a linalool content (μg/L) relative to the sugar content (g/100 mL) is 5 to 15.
A retractable speaker structure for use in a vehicle, including: a case having a chamber formed between a base and a cover; a driving member, installed in the chamber and including a stepping motor and a transmission shaft connected to the stepping motor, wherein the stepping motor is fastened on the case and drives the transmission shaft to rotate, and the stepping motor gradually rotates with a certain angle, and an open loop is adopted for controlling, so a precise control of position and speed can be achieved without a feedback device for detecting location and speed; a retracting mechanism, disposed in the chamber and including a screw rod and a retractable rod fitted with the screw rod, wherein the screw rod is driven by the transmission shaft to rotate, thereby enabling the retractable rod to perform a protruding/retracting movement relative to the screw rod, and an outer wall of the retractable rod is protrudingly formed with a spiral guide rail or a linear guide rail, the cover formed with a position limiting slot allowing the spiral guide rail or the linear guide rail to be received therein; and a speaker, secured at an end section of the retractable rod and moved with the retractable rod. a case having a chamber formed between a base and a cover; a driving member, installed in the chamber and including a stepping motor and a transmission shaft connected to the stepping motor, wherein the stepping motor is fastened on the case and drives the transmission shaft to rotate, and the stepping motor gradually rotates with a certain angle, and an open loop is adopted for controlling, so a precise control of position and speed can be achieved without a feedback device for detecting location and speed; a retracting mechanism, disposed in the chamber and including a screw rod and a retractable rod fitted with the screw rod, wherein the screw rod is driven by the transmission shaft to rotate, thereby enabling the retractable rod to perform a protruding/retracting movement relative to the screw rod, and an outer wall of the retractable rod is protrudingly formed with a spiral guide rail or a linear guide rail, the cover formed with a position limiting slot allowing the spiral guide rail or the linear guide rail to be received therein; and a speaker, secured at an end section of the retractable rod and moved with the retractable rod.
A fuel cell plant having a fuel cell system comprising a plurality of fuel cell stacks, the fuel cell system being electrically connected or connectable to an electrical output network for supplying an electrical output network with electrical energy generated by the operation of the fuel cell stacks, wherein the fuel cell plant further comprises an electrical power resistor network comprising an electrical power resistor for load protection of the fuel cell stacks in the event of a fault, in particular a network fault of the electrical output network system, wherein the fuel cell system is electrically connected to the electrical power resistor network for supplying the electrical power resistor network with electrical energy generated by the operation of the fuel cell stacks, characterised in that the electrical power resistor network is arranged in an electrical intermediate circuit between DC/DC converters of the fuel cell stacks and a DC/AC converter of the electrical output network system, wherein the DC/AC converter has a bidirectional design and is connected to the electrical output network, so that electrical energy can be discharged from the electrical intermediate circuit to the electrical output network and fed from the electrical output network into the electrical intermediate circuit.
A side skirt system for reducing drag on a trailer, comprising: a side skirt wall configured to be coupled to one side of the trailer to extend below a side wall of the trailer at least partially along a length of the trailer; and a mounting bracket assembly coupled to the side skirt wall and configured to be coupled to a floor assembly of the trailer, characterised in that the mounting bracket assembly is configured to tilt laterally outwardly and laterally inwardly with respect to a generally vertical axis parallel to the side wall of the trailer to tilt the side skirt wall laterally outwardly and laterally inwardly with respect to the axis. a side skirt wall configured to be coupled to one side of the trailer to extend below a side wall of the trailer at least partially along a length of the trailer; and a mounting bracket assembly coupled to the side skirt wall and configured to be coupled to a floor assembly of the trailer, characterised in that the mounting bracket assembly is configured to tilt laterally outwardly and laterally inwardly with respect to a generally vertical axis parallel to the side wall of the trailer to tilt the side skirt wall laterally outwardly and laterally inwardly with respect to the axis.
A method of encoding data for transmission to one or more users, comprising: determining which bits, from the total set of systematic bits, parity one bits and parity two bits sent from an encoder are to be subject to a HARQ (hybrid-automatic request) functionality in a HARQ block and transmitted employing a set of channelization codes by a particular channel element, said determination being performed employing an inverse transformation of the HARQ function to determine which bits at the input of the HARQ block will be included in the output of the HARQ block to be transmitted by a particular channel element; and channel coding the bits determined in the determining step in an HARQ block using two rate-matching stages and a virtual buffer. determining which bits, from the total set of systematic bits, parity one bits and parity two bits sent from an encoder are to be subject to a HARQ (hybrid-automatic request) functionality in a HARQ block and transmitted employing a set of channelization codes by a particular channel element, said determination being performed employing an inverse transformation of the HARQ function to determine which bits at the input of the HARQ block will be included in the output of the HARQ block to be transmitted by a particular channel element; and channel coding the bits determined in the determining step in an HARQ block using two rate-matching stages and a virtual buffer.