mhurhangee/ep-ind-claims huggingface dataset:
A dissimilar metal joint in which two or more layers of different types of metal materials are joined, wherein at least one layer of the two or more layers of metal materials is composed of a flame-retardant magnesium alloy, another layer is composed of a metal or alloy selected from the group consisting of aluminum alloy, titanium alloy, stainless steel and steel, and the two or more layers of metal materials are mutually joined over the entire joining surfaces that respectively overlap, and wherein the shear strength at the joining interface is 70% or more of the shear strength of the metal material having the lowest shear strength among the metal materials composing the dissimilar metal joint, wherein a flame-retardant magnesium alloy refers to a magnesium alloy that has been alloyed for the purpose of increasing its ignition temperature.
An organic transistor comprising a compound having a repeating unit represented by the following Formula, or in a semiconductor active layer, wherein said compound is an oligomer wherein the number of the repeating units is 2 to 9 or a polymer wherein the number of the repeating units is equal to or greater than 10; in Formula, Cy represents an aromatic ring or a heterocyclic aromatic ring that may have a substituent, each W independently represents an oxygen atom, a sulfur atom, NR 1, or C(R 2) 2, R 1 represents a hydrogen atom, an alkyl group, an alkenyl group, an alkynyl group, an aryl group, or a heteroaryl group, and each R 2 independently represents a cyano group, an acyl group, a (per)fluoroalkyl group, or a (per)fluoroaryl group; in Formula, Cy represents an aromatic ring or a heterocyclic aromatic ring that may have a substituent, each W independently represents an oxygen atom, a sulfur atom, NR 1, or C(R 2) 2, R 1 represents a hydrogen atom, an alkyl group, an alkenyl group, an alkynyl group, an aryl group, or a heteroaryl group, each R 2 independently represents a cyano group, an acyl group, a (per)fluoroalkyl group, or a (per)fluoroaryl group, and each of R 3 and R 4 independently represents a hydrogen atom or a monovalent substituent. Cy represents an aromatic ring or a heterocyclic aromatic ring that may have a substituent, each W independently represents an oxygen atom, a sulfur atom, NR 1, or C(R 2) 2, R 1 represents a hydrogen atom, an alkyl group, an alkenyl group, an alkynyl group, an aryl group, or a heteroaryl group, and each R 2 independently represents a cyano group, an acyl group, a (per)fluoroalkyl group, or a (per)fluoroaryl group; Cy represents an aromatic ring or a heterocyclic aromatic ring that may have a substituent, each W independently represents an oxygen atom, a sulfur atom, NR 1, or C(R 2) 2, R 1 represents a hydrogen atom, an alkyl group, an alkenyl group, an alkynyl group, an aryl group, or a heteroaryl group, each R 2 independently represents a cyano group, an acyl group, a (per)fluoroalkyl group, or a (per)fluoroaryl group, and each of R 3 and R 4 independently represents a hydrogen atom or a monovalent substituent.
A multifunction operation tool for controlling a work vehicle with speed changing capability, the multifunction operation tool comprising: a swing body swingably supported at least in a front-back direction of a vehicle body for implementing acceleration control and deceleration control; a grip body arranged on a free end portion of the swing body; a grip part formed on the grip body and having a convex surface and an upright lateral surface, the convex surface being arranged on a first lateral area of the grip body with respect to a lateral direction of the work vehicle, and the upright lateral surface being arranged on a second lateral area of the grip body opposite to the first lateral area with respect to a lateral direction of the work vehicle; an operator-facing surface arranged on the second lateral area of the grip body and extending from an end of the upright lateral surface; and at least one or more operation switches arranged on at least one of the upright lateral surface and the operator-facing surface, characterised in that the grip part has a hypothenar rest extended outwardly from a lower portion of the grip part, and the hypothenar rest outwardly extends from at least part of the bottom fringe of the convex surface. a swing body swingably supported at least in a front-back direction of a vehicle body for implementing acceleration control and deceleration control; a grip body arranged on a free end portion of the swing body; a grip part formed on the grip body and having a convex surface and an upright lateral surface, the convex surface being arranged on a first lateral area of the grip body with respect to a lateral direction of the work vehicle, and the upright lateral surface being arranged on a second lateral area of the grip body opposite to the first lateral area with respect to a lateral direction of the work vehicle; the convex surface being arranged on a first lateral area of the grip body with respect to a lateral direction of the work vehicle, and the upright lateral surface being arranged on a second lateral area of the grip body opposite to the first lateral area with respect to a lateral direction of the work vehicle; an operator-facing surface arranged on the second lateral area of the grip body and extending from an end of the upright lateral surface; and at least one or more operation switches arranged on at least one of the upright lateral surface and the operator-facing surface, characterised in that the grip part has a hypothenar rest extended outwardly from a lower portion of the grip part, and the hypothenar rest outwardly extends from at least part of the bottom fringe of the convex surface.
A light emitting device comprising: a conductive support member; a first conductive layer; disposed on the conductive support member; a second conductive layer disposed on the first conductive layer; a light emitting structure including a first semiconductor layer placed over the second conductive layer, a second semiconductor layer placed between the first semiconductor layer and the second conductive layer and an active layer placed between the first semiconductor layer and the second semiconductor layer; and an insulation layer placed between the first conductive layer and the second conductive layer,wherein the first conductive layer includes at least one conductive via which penetrates the second conductive layer,the second semiconductor layer and the active layer and is disposed within the first semiconductor layer, wherein the insulation layer is disposed to extend along the side of The conductive via; wherein the first semiconductor layer includes an ohmic contact layer (341a, 341b) formed on or above the conductive via, and characterized in that the ohmic contact layer (341a, 341b) is a portion of the first semiconductor layer doped with Al, and a carrier concentration of the ohmic contact layer (341a, 341b) is higher than a carrier concentration of another portion of the first semiconductor layer which is not doped with Al, and wherein a bandgap of said doped portion is equal to a bandgap of said another portion which is not doped. a conductive support member; a first conductive layer; disposed on the conductive support member; a second conductive layer disposed on the first conductive layer; a light emitting structure including a first semiconductor layer placed over the second conductive layer, a second semiconductor layer placed between the first semiconductor layer and the second conductive layer and an active layer placed between the first semiconductor layer and the second semiconductor layer; and an insulation layer placed between the first conductive layer and the second conductive layer,wherein the first conductive layer includes at least one conductive via which penetrates the second conductive layer,the second semiconductor layer and the active layer and is disposed within the first semiconductor layer, wherein the insulation layer is disposed to extend along the side of The conductive via; wherein the first semiconductor layer includes an ohmic contact layer (341a, 341b) formed on or above the conductive via, and characterized in that the ohmic contact layer (341a, 341b) is a portion of the first semiconductor layer doped with Al, and a carrier concentration of the ohmic contact layer (341a, 341b) is higher than a carrier concentration of another portion of the first semiconductor layer which is not doped with Al, and wherein a bandgap of said doped portion is equal to a bandgap of said another portion which is not doped.
A method of preparing a polymeric material, comprising the steps of: combining an alcohol-pharmaceutical conjugate, a polyol, and an aqueous liquid in a vessel, the alcohol-pharmaceutical conjugate comprising a pharmaceutical compound having at least one carboxyl group attached to the polyol by an ester bond; adding an acid monomer to the vessel; and heating and removing water from the vessel to produce the polymeric material; wherein the pharmaceutical compound is salicylic acid wherein the acid monomer comprises a diacid, wherein the diacid comprises a compound of the formula [HOOC(CH 2) n COOH], wherein n = 1 - 30, wherein the polymeric material comprises a polyester copolymer of the acid monomer and the polyol and the pharmaceutical compound. combining an alcohol-pharmaceutical conjugate, a polyol, and an aqueous liquid in a vessel, the alcohol-pharmaceutical conjugate comprising a pharmaceutical compound having at least one carboxyl group attached to the polyol by an ester bond; adding an acid monomer to the vessel; and heating and removing water from the vessel to produce the polymeric material; wherein the pharmaceutical compound is salicylic acid wherein the acid monomer comprises a diacid, wherein the diacid comprises a compound of the formula [HOOC(CH 2) n COOH], wherein n = 1 - 30, wherein the polymeric material comprises a polyester copolymer of the acid monomer and the polyol and the pharmaceutical compound.
Method for processing rolling stock in a rolling mill having at least one rolling stand which has a drive, wherein, in order to reduce a rotational speed dip of the drive caused by a predictable load torque (M L) which acts on the drive, a rolling torque pilot control of the drive is carried out by the torque-forming current which is fed to the drive, characterised in that a curve over time for the load torque M L acting on the drive of the rolling stand is anticipated as an expected value using models of the rolling mill and known values of the rolling stock to be rolled and, as a function thereof, the rolling torque pilot control of the drive is carried out by the torque-forming current which is fed to the drive and a dip in the rotational speed of the drive is compensated.
An optical module (12C, 12D, 12E) adapted for use in an optical system (10C, 10D, 10E) which is a network element, the optical module comprising: an electrical interface with the optical system (10C, 10D, 10E); circuitry connected to the electrical interface and configured to implement a plurality of functions; an optical interface connected to the circuitry; and timing circuitry (70, 72, 80) connected to the electrical interface and the circuity associated with one or more of the plurality of functions, wherein the timing circuitry (70, 72, 80) is located inside the optical module (12C, 12D, 12E), wherein the timing circuitry (70, 72, 80) is configured to implement the Precision Time Protocol, PTP, clock functionality with the optical system (10C, 10D, 10E) for one or more of mitigation of delay asymmetry within the optical module (12C, 12D, 12E) and establishment of a common time base for alignment with one or more additional optical modules (102A - 102D), wherein the optical module (12C, 12D, 12E) and the one or more additional optical modules (102A - 102D) are each in the network element. an electrical interface with the optical system (10C, 10D, 10E); circuitry connected to the electrical interface and configured to implement a plurality of functions; an optical interface connected to the circuitry; and timing circuitry (70, 72, 80) connected to the electrical interface and the circuity associated with one or more of the plurality of functions, wherein the timing circuitry (70, 72, 80) is located inside the optical module (12C, 12D, 12E), wherein the timing circuitry (70, 72, 80) is configured to implement the Precision Time Protocol, PTP, clock functionality with the optical system (10C, 10D, 10E) for one or more of mitigation of delay asymmetry within the optical module (12C, 12D, 12E) and establishment of a common time base for alignment with one or more additional optical modules (102A - 102D), wherein the optical module (12C, 12D, 12E) and the one or more additional optical modules (102A - 102D) are each in the network element.
A process for making hydrogen from a syngas produced from carbon-matrix waste gasification, without any emission of nitrogen and sulphur, comprising the following steps: - a gasification step of carbon-matrix waste to produce syngas; - a pretreatment step to remove from the raw syngas particulate and the bulk of metals, chlorine and NH 3 compounds - a conversion step where HCN, CO and COS present in the pretreated syngas are converted into N 2, CO 2 and H 2 S in presence of H 2 S; - a removal step where H 2 S is removed from syngas and then transformed in elementary S; - a purification step where CO 2 is removed via a cryogenic unit or amine step, and pure hydrogen is produced by a PSA unit, - wherein the carbon matrix waste is selected from municipal waste, a derived waste fuel as RDF and industrial waste and wherein the waste composition is such to maintain a H 2 S concentration in the syngas high enough to carry a sour CO shift and - wherein the H 2 S level into the syngas is controlled by eventually adding waste containing S into the gasification reactor. - a gasification step of carbon-matrix waste to produce syngas; - a pretreatment step to remove from the raw syngas particulate and the bulk of metals, chlorine and NH 3 compounds - a conversion step where HCN, CO and COS present in the pretreated syngas are converted into N 2, CO 2 and H 2 S in presence of H 2 S; - a removal step where H 2 S is removed from syngas and then transformed in elementary S; - a purification step where CO 2 is removed via a cryogenic unit or amine step, and pure hydrogen is produced by a PSA unit, - wherein the carbon matrix waste is selected from municipal waste, a derived waste fuel as RDF and industrial waste and wherein the waste composition is such to maintain a H 2 S concentration in the syngas high enough to carry a sour CO shift and - wherein the H 2 S level into the syngas is controlled by eventually adding waste containing S into the gasification reactor.
A fastening system comprising a welding stud which can be welded onto a support, and a disc which is fastened to the welding stud and has an opening, wherein - the welding stud comprises a welding-on portion for welding the welding stud onto the support, a flange, and a pin-shaped portion having an external thread, - the disc has an external diameter which is greater than a diameter of the flange, - the pin-shaped portion has a thread-free region which is arranged between the flange and the external thread, and - the disc has engagement means which are designed for pushing the disc over the external thread and by means of which the disc is engaged in the thread-free region. - the welding stud comprises a welding-on portion for welding the welding stud onto the support, a flange, and a pin-shaped portion having an external thread, - the disc has an external diameter which is greater than a diameter of the flange, - the pin-shaped portion has a thread-free region which is arranged between the flange and the external thread, and - the disc has engagement means which are designed for pushing the disc over the external thread and by means of which the disc is engaged in the thread-free region.
Fixing system for mounting and adjustment of an add-on part on a fixing substrate, comprising: - a first clamping element, especially a disc-like clamping element, having a first primary through-opening and at least one first secondary through-opening, - a second clamping element, especially a disc-like clamping element, having a second primary through-opening and at least one second secondary through-opening, - a primary screw, with which the add-on part is securable on the fixing substrate and the first clamping element is clampable to the add-on part, having a screw head and a tool receiver arranged on the screw head, and - a secondary fixing element which is introducible into the first secondary through-opening and into the second secondary through-opening, wherein the second clamping element comprises a second recess, especially a step-shaped recess, on the second primary through-opening, a larger radial diameter of the second recess being larger than a largest radial diameter of the screw head and a smaller radial diameter of the second recess being smaller than the largest radial diameter of the screw head, characterised in that the first clamping element comprises a first recess, especially a step-shaped recess, on the first primary through-opening, a larger radial diameter of the first recess being larger than a largest radial diameter of the screw head and a smaller radial diameter of the first recess being smaller than the largest radial diameter of the screw head in such a way that, when the fixing system is in a mounted state, the first recess at least partly interlockingly encompasses an underside of the screw head and the second recess at least partly interlockingly encompasses an upper side of the screw head. - a first clamping element, especially a disc-like clamping element, having a first primary through-opening and at least one first secondary through-opening, - a second clamping element, especially a disc-like clamping element, having a second primary through-opening and at least one second secondary through-opening, - a primary screw, with which the add-on part is securable on the fixing substrate and the first clamping element is clampable to the add-on part, having a screw head and a tool receiver arranged on the screw head, and - a secondary fixing element which is introducible into the first secondary through-opening and into the second secondary through-opening,
A system configured to cause a weapon to fire or begin firing upon a vehicle target when the weapon is enabled by an operator, the system comprising: the weapon; a controller for controlling the firing of the weapon; a sensor configured for identifying a thermal signature of engines of the vehicle target, and determining that a point of impact, POI, being between or in a certain proximity to these engines, is on the vehicle target; a component configured to be selectively placed in an enabled configuration; wherein the controller is configured to automatically enable firing when the weapon is enabled by an operator setting the component to said enabled configuration, when the POI passes through or is coincident with the vehicle target, and wherein the POI is based upon a point of aim or point of aim corrected to predict POI at the vehicle target range based upon one or more of ballistic information, range, absolute weapon and target velocities, relative weapon and target velocities, absolute weapon and target accelerations, relative weapon and target accelerations, angles between the weapon and the target and higher order derivatives of absolute and relative weapon motions. the weapon; a controller for controlling the firing of the weapon; a sensor configured for identifying a thermal signature of engines of the vehicle target, and determining that a point of impact, POI, being between or in a certain proximity to these engines, is on the vehicle target; a component configured to be selectively placed in an enabled configuration; wherein the controller is configured to automatically enable firing when the weapon is enabled by an operator setting the component to said enabled configuration, when the POI passes through or is coincident with the vehicle target, and wherein the POI is based upon a point of aim or point of aim corrected to predict POI at the vehicle target range based upon one or more of ballistic information, range, absolute weapon and target velocities, relative weapon and target velocities, absolute weapon and target accelerations, relative weapon and target accelerations, angles between the weapon and the target and higher order derivatives of absolute and relative weapon motions.
A method performed on a server configured to operate on a network, the method, comprising: receiving client device information from a client device by the server via a network connection, wherein the client device information includes latency data; determining an assistance output that takes into account the latency data; and sending the assistance output from the server to the client device; wherein the latency data includes a measurement of time between user inputs, wherein determining the assistance output includes utilizing the measurement of time between user inputs to implement the user inputs by the server using the same time differentials with which the user inputs were generated at the client device; and wherein the assistance output contains a signal that triggers execution of assistance instructions already loaded on the client device or the assistance output contains assistance instructions to be executed on the client device, wherein the assistance instructions are scripts, wherein the scripts are configured to aid the user in the completion of a task or wherein the scripts are configured to alter a modality of user experience with the client device by allowing more time for user input or by reducing a difficulty level of an artificial intelligence asset engaging the user or by presenting a different scene to the user. receiving client device information from a client device by the server via a network connection, wherein the client device information includes latency data; determining an assistance output that takes into account the latency data; and sending the assistance output from the server to the client device; wherein the latency data includes a measurement of time between user inputs, wherein determining the assistance output includes utilizing the measurement of time between user inputs to implement the user inputs by the server using the same time differentials with which the user inputs were generated at the client device; and wherein the assistance output contains a signal that triggers execution of assistance instructions already loaded on the client device or the assistance output contains assistance instructions to be executed on the client device, wherein the assistance instructions are scripts, wherein the scripts are configured to aid the user in the completion of a task or wherein the scripts are configured to alter a modality of user experience with the client device by allowing more time for user input or by reducing a difficulty level of an artificial intelligence asset engaging the user or by presenting a different scene to the user.