mhurhangee/patent-ind-claim-en huggingface dataset:
An agent management computing system for assigning agents to a communication pipeline having a plurality of stages of operation , the agents being computer-executable components relating to operation of the stages of operation of the communication pipeline , the agent management computing system comprising: an enforcement component that is configured to operate an enforcement mechanism such that each of at least some of the plurality of stages of the communication pipeline have only one agent ; and an agent assignment component which selects, for at least a particular stage of the plurality of stages , an agent to be assigned to the particular stage subject to the enforcement mechanism of the enforcement component that the particular stage of the communication pipeline has only one agent . an enforcement component that is configured to operate an enforcement mechanism such that each of at least some of the plurality of stages of the communication pipeline have only one agent ; and an agent assignment component which selects, for at least a particular stage of the plurality of stages , an agent to be assigned to the particular stage subject to the enforcement mechanism of the enforcement component that the particular stage of the communication pipeline has only one agent .
A lithium-ion battery comprising: an anode; a cathode; and an electrolyte disposed between the anode and the cathode and including lithium ions, wherein the anode includes a graphene framework film including interconnected graphene sheets having in-plane nanopores, and wherein the graphene framework film has a specific surface area of 600 m 2 g -1 or more. an anode; a cathode; and an electrolyte disposed between the anode and the cathode and including lithium ions, wherein the anode includes a graphene framework film including interconnected graphene sheets having in-plane nanopores, and wherein the graphene framework film has a specific surface area of 600 m 2 g -1 or more.
A liquid material discharge device comprising a discharge port , a liquid chamber in communication with the discharge port , and a discharge control device adapted to control a discharge operation, the liquid material discharge device being adapted to discharge the liquid material from the discharge port while a workpiece and the discharge port are moved relative to each other, wherein the liquid material discharge device further comprises a heat-transfer temperature control device including a heat source to adjust a temperature of the liquid chamber , characterized by a heat-shield temperature control device disposed between the heat-transfer temperature control device and a location where the workpiece is placeable, and adapted to adjust a temperature of the heat-transfer temperature control device , wherein the heat-shield temperature control device includes a heat-exchange flow path through which, in use, a heat-exchange fluid flows. wherein the liquid material discharge device further comprises a heat-transfer temperature control device including a heat source to adjust a temperature of the liquid chamber , characterized by a heat-shield temperature control device disposed between the heat-transfer temperature control device and a location where the workpiece is placeable, and adapted to adjust a temperature of the heat-transfer temperature control device , wherein the heat-shield temperature control device includes a heat-exchange flow path through which, in use, a heat-exchange fluid flows.
A lifting system for a crane , in particular for a mobile crane or crawler crane, for generating a hoist rope pretension during a travel of a suspension element of the crane comprising a pretension hook block and an auxiliary rope that is connected thereto, that is supported in a windable and unwindable manner on an auxiliary winch arranged or installable on the crane , and that is guided via a deflection apparatus that is arranged or installable at a boom of the crane , characterized in that the pretension hook block comprises two hook block parts that are releasably lockable to one another, that are connected to one another via the auxiliary rope, and of which an upper hook block part has a fastening means for fastening to the suspension element and a lower hook block part has a pick-up means for fastening a weight .
A method of additive manufacturing comprising: depositing a layer of material onto a receiving surface ; using a fluid ejection array, selectively depositing droplets including a first color agent onto a first portion of the layer; and applying to the deposited material a gas discharge illuminant having an emission spectrum to selectively induce, at said emission spectrum, a first amount of energy absorption in the first portion of the layer substantially greater than a second amount of energy absorption in a second portion of the layer omitting the first color agent characterized in that the emission spectrum substantially overlaps an absorption spectrum of the first color agent; wherein applying the gas discharge illuminant comprises emitting a single flash of a flash lamp for a duration of 50 microsecond to 30 milliseconds at an energy density of 1 J/cm 2 to 50 J/cm 2 to irradiate the entire material layer on the receiving surface . depositing a layer of material onto a receiving surface ; using a fluid ejection array, selectively depositing droplets including a first color agent onto a first portion of the layer; and applying to the deposited material a gas discharge illuminant having an emission spectrum to selectively induce, at said emission spectrum, a first amount of energy absorption in the first portion of the layer substantially greater than a second amount of energy absorption in a second portion of the layer omitting the first color agent characterized in that the emission spectrum substantially overlaps an absorption spectrum of the first color agent; wherein applying the gas discharge illuminant comprises emitting a single flash of a flash lamp for a duration of 50 microsecond to 30 milliseconds at an energy density of 1 J/cm 2 to 50 J/cm 2 to irradiate the entire material layer on the receiving surface .
An electrode material comprising an active material particle comprising: a niobium-titanium composite oxide having an average composition in which a molar ratio of niobium M Nb to titanium M Ti is greater than 2; and at least one kind of element A selected from the group consisting of potassium, iron and phosphorus, wherein the active material particle comprises the element A at a concentration in a range of 100 ppm to 2000 ppm, the concentration of the element A representing the mass of the element A contained in the active material particle in mg/kg, and wherein the at least one kind of element A is present at the highest concentration at a particle interface of the active material particle. a niobium-titanium composite oxide having an average composition in which a molar ratio of niobium M Nb to titanium M Ti is greater than 2; and at least one kind of element A selected from the group consisting of potassium, iron and phosphorus, wherein the active material particle comprises the element A at a concentration in a range of 100 ppm to 2000 ppm, the concentration of the element A representing the mass of the element A contained in the active material particle in mg/kg, and wherein the at least one kind of element A is present at the highest concentration at a particle interface of the active material particle.
An apparatus for producing strain in an optical fibre proportional to dynamic pressure fluctuation in the surrounding substance, the apparatus comprising: a diaphragm having a first face that, in use, is exposed to dynamic pressure fluctuations in the substance, and a second, opposite face, the diaphragm being adapted to flex in response to dynamic pressure fluctuations applied to it; and one or more optical fibres mounted on either said first or said second face of the diaphragm , whereby strain is produced in the fibre when the diaphragm flexes, characterised in that the length of the diaphragm is at least 1x10 2 times the width of the diaphragm and the optical fibre or optical fibres extend longitudinally along the diaphragm and wherein the thickness of the diaphragm is in the range 0.5-50mm. a diaphragm having a first face that, in use, is exposed to dynamic pressure fluctuations in the substance, and a second, opposite face, the diaphragm being adapted to flex in response to dynamic pressure fluctuations applied to it; and one or more optical fibres mounted on either said first or said second face of the diaphragm , whereby strain is produced in the fibre when the diaphragm flexes, characterised in that the length of the diaphragm is at least 1x10 2 times the width of the diaphragm and the optical fibre or optical fibres extend longitudinally along the diaphragm and wherein the thickness of the diaphragm is in the range 0.5-50mm.
A compound, characterized in that the compound is selected from the compounds shown by any of the following formulae a to f, and pharmaceutically acceptable salts, esters, hydrates and organic solvates thereof:
Test tube carrier for transporting test tubes in a laboratory automation system comprising: - a base body and - at least three centering fingers attached to the base body , wherein the centering fingers are distributed about a central axis (A), and wherein each centering finger comprises an elongate, bent resilient element and a strut having a higher stiffness than the resilient element , which strut extends in parallel to the central axis (A), wherein a first end of the associated resilient element is fixedly attached to the strut at an upper position , characterized in that a second end of the resilient element contacts the strut at a lower position between the base body and the upper position when a test tube is inserted between the centering fingers and in the absence of a test tube , in that the resilient element is provided with a contact portion between the first end and the second end , which contact portion protrudes towards the central axis (A), and is adapted for contacting a received test tube along an interrupted or uninterrupted contact line of a defined length extending in parallel to the central axis (A), and in that the resilient elements are adapted for a resilient deformation displacing the contact portion, while it stays parallel to the central axis (A), towards or away from an associated strut for receiving test tubes of different diameters, wherein for a parallel displacement each resilient element is provided with a first pivot leg arranged between the contact portion and the first end and a second pivot leg arranged between the contact portion and the second end wherein the contact portion is coupled to the pivot legs via hinge. - a base body and - at least three centering fingers attached to the base body , wherein the centering fingers are distributed about a central axis (A), and wherein each centering finger comprises an elongate, bent resilient element and a strut having a higher stiffness than the resilient element , which strut extends in parallel to the central axis (A),
A method for preserving 1,5-pentanediamine or a salt thereof, comprising adjusting a water content in purified 1,5-pentanediamine or a salt thereof to 3% by weight or more and not more than 50% by weight.
A temperature homogenizing container for a refrigerator, comprising a body and an accommodating space enclosed by the body and provided for accommodating articles, wherein the body comprises a plurality of capillary tube cavities provided therein and provided for a heat exchange medium to flow, and the heat exchange medium being capable of flowing in the capillary tube cavity along the extension direction of the capillary tube cavity , characterized in that an inner wall of the capillary tube cavity being provided with a micro-tooth structure , wherein at least some of the capillary tube cavities comprise a first opening and a second opening provided oppositely along the extension direction thereof and the heat exchange medium is capable of flowing into and out of the capillary tube cavities through the first opening and the second opening and wherein the refrigerator comprises a cooling system pipeline, and the capillary tube cavities communicate with the cooling system pipeline through the first opening and the second opening so that the heat exchange medium is capable of flowing circularly in the capillary tube cavities and the cooling system pipeline.
A line for conveying and forming box-like bodies (A, B) of different types, comprising: - at least one suction belt , closed in a loop arranged at least in its initial portion , - at least one strap , closed in a loop and provided with a plurality of protruding teeth , which is parallel to said suction belt and is arranged at least in the end portion of said line and has the initial front substantially juxtaposed with respect to the end portion of said suction belt , the line being characterized in that it further comprises: - at least one band closed in a loop and provided with a plurality of protruding tabs , which is parallel to said at least one suction belt and to said at least one strap and is arranged along the entire line , and has a start area that is substantially juxtaposed with respect to said at least one suction belt and an end area that is substantially juxtaposed with respect to said at least one strap , said band closed in a loop being movable from a first level of alignment of its upper face with the upper face of said at least one suction belt and of the at least one strap , to a second level, which is separated from the upper face of said at least one suction belt and of the at least one strap by a distance at least equal to the height of said protruding tabs . - at least one suction belt , closed in a loop arranged at least in its initial portion , - at least one strap , closed in a loop and provided with a plurality of protruding teeth , which is parallel to said suction belt and is arranged at least in the end portion of said line and has the initial front substantially juxtaposed with respect to the end portion of said suction belt , - at least one band closed in a loop and provided with a plurality of protruding tabs , which is parallel to said at least one suction belt and to said at least one strap and is arranged along the entire line , and has a start area that is substantially juxtaposed with respect to said at least one suction belt and an end area that is substantially juxtaposed with respect to said at least one strap ,
A method for a user equipment, UE, operating in a wireless communication system, the method comprising: setting a timer for downlink, DL, to a first value and a timer for uplink, UL, to a second value based on discontinuous reception, DRX, configuration information received from a base station, BS, wherein the timer for DL is used for determining DL data transmission inactivity, and the timer for UL is used for determining UL data transmission inactivity (S710); receiving a scheduling control channel in an active time (S720); based on that the scheduling control channel indicates a new transmission in downlink, starting or restarting the timer for DL without starting or restarting the timer for UL (S730); and based on that the scheduling control channel indicates a new transmission in uplink, starting or restarting the timer for UL without starting or restarting the timer for DL (S730), characterized in that in the active time, the UE is scheduled either in the uplink or in the downlink regardless of whether the active time is due to the timer for UL or the timer for DL, wherein the DRX configuration information includes a UL DRX configuration and a DL DRX configuration, wherein a DRX cycle for the DL is configured based on the DL DRX configuration and a DRX cycle for the UL is configured based on the UL DRX configuration, and wherein the DRX cycle for DL is longer than the DRX cycle for UL. setting a timer for downlink, DL, to a first value and a timer for uplink, UL, to a second value based on discontinuous reception, DRX, configuration information received from a base station, BS, wherein the timer for DL is used for determining DL data transmission inactivity, and the timer for UL is used for determining UL data transmission inactivity (S710); receiving a scheduling control channel in an active time (S720); based on that the scheduling control channel indicates a new transmission in downlink, starting or restarting the timer for DL without starting or restarting the timer for UL (S730); and based on that the scheduling control channel indicates a new transmission in uplink, starting or restarting the timer for UL without starting or restarting the timer for DL (S730), characterized in that in the active time, the UE is scheduled either in the uplink or in the downlink regardless of whether the active time is due to the timer for UL or the timer for DL, wherein the DRX configuration information includes a UL DRX configuration and a DL DRX configuration, wherein a DRX cycle for the DL is configured based on the DL DRX configuration and a DRX cycle for the UL is configured based on the UL DRX configuration, and wherein the DRX cycle for DL is longer than the DRX cycle for UL.
A control device for a machine tool which carries out processing by the relative movement of a tool with respect to a workpiece based on a processing program, comprising: a display part which displays an input screen for inputting or editing processing information related to processing the workpiece; and an input part for inputting at least one of letters and numbers into an item of the processing information in the input screen; wherein the display part , when one item of the processing information is selected in the input screen, displays a first input auxiliary screen corresponding to the one item, and characterised in that an input support button corresponding to the one item is provided on the first input auxiliary screen in order to support input; and a measurement tool information acquiring part is provided which acquires a measurement result of performing a measurement of the tool or the workpiece ; wherein the display part displays a third input auxiliary screen when an input support button provided on the first input auxiliary screen is pressed, and further wherein an operation can be performed by repeatedly displaying the first input auxiliary screen and pressing the input support button until the measurement of the tool or the measurement of the workpiece is completed, and the measurement result of the tool of the workpiece is acquired and can be input into the one item of the input screen a display part which displays an input screen for inputting or editing processing information related to processing the workpiece; and an input part for inputting at least one of letters and numbers into an item of the processing information in the input screen; wherein the display part , when one item of the processing information is selected in the input screen, displays a first input auxiliary screen corresponding to the one item, and characterised in that an input support button corresponding to the one item is provided on the first input auxiliary screen in order to support input; and a measurement tool information acquiring part is provided which acquires a measurement result of performing a measurement of the tool or the workpiece ; wherein the display part displays a third input auxiliary screen when an input support button provided on the first input auxiliary screen is pressed, and further wherein an operation can be performed by repeatedly displaying the first input auxiliary screen and pressing the input support button until the measurement of the tool or the measurement of the workpiece is completed, and the measurement result of the tool of the workpiece is acquired and can be input into the one item of the input screen
A discharge valve for an aircraft turbomachine , comprising a discharge gate intended to be mounted to pivot about an axis between a position for closing an air passage orifice and an open position of said orifice, the orifice being provided in an intermediate casing of the turbomachine, the discharge valve comprising a sealing device , the discharge valve being characterized in that the sealing device comprises: - a seal configured to be movably mounted on the intermediate casing , and - a movement system configured to move the seal between a first position in which the seal is intended to bear against the discharge gate when the gate is in the closing position and a second position in which the seal is retracted with respect to the air passage orifice when the discharge gate is in the open position. - a seal configured to be movably mounted on the intermediate casing , and - a movement system configured to move the seal between a first position in which the seal is intended to bear against the discharge gate when the gate is in the closing position and a second position in which the seal is retracted with respect to the air passage orifice when the discharge gate is in the open position.
Medical instrument for tissue ablation by a minimally invasive surgical procedure, comprising a hollow outer shaft , an inner shaft , and a control portion at a proximal end of the medical instrument , in order to position the hollow outer shaft , wherein an attachment for mechanical ablation of tissue, by axial adjustment of the inner shaft or of the attachment , is arranged directly at a distal end of the inner shaft , wherein the attachment does not protrude beyond an inner profile formed by inner faces of the outer shaft , and wherein the distal end of the attachment protrudes axially beyond the distal end of the hollow outer shaft in order to ablate tissue, wherein the inner shaft is configured as a hollow tube, wherein the medical instrument further comprises an elongate receiving element with a cutout or seat for temporarily receiving the attachment for mechanical ablation of tissue, wherein the elongate receiving element is axially adjustable relative to the inner shaft between a deployed position (Fig. 5b), in which the attachment for mechanical ablation of tissue is temporarily received in the cutout or seat, and a retracted position in the inner shaft , in which the attachment for mechanical ablation of tissue protrudes axially beyond the distal end of the hollow outer shaft and is accessible for tissue ablation. a hollow outer shaft , an inner shaft , and a control portion at a proximal end of the medical instrument , in order to position the hollow outer shaft , wherein an attachment for mechanical ablation of tissue, by axial adjustment of the inner shaft or of the attachment , is arranged directly at a distal end of the inner shaft , wherein the attachment does not protrude beyond an inner profile formed by inner faces of the outer shaft , and wherein the distal end of the attachment protrudes axially beyond the distal end of the hollow outer shaft in order to ablate tissue, wherein the inner shaft is configured as a hollow tube,