mhurhangee/ep-ind-claims huggingface dataset:
A compound represented by the following Formula 1 or a pharmaceutically acceptable salt thereof: wherein, in the above formula, R 1 is hydrogen or halogen; R 2 is linear or branched C 1-6 alkyl; and R 3 to R 7 are each independently hydrogen, halogen, linear or branched C 1-6 alkyl, linear or branched C 1-6 haloalkyl, C 1-6 alkoxy, or C 1-6 haloalkoxy. R 1 is hydrogen or halogen; R 2 is linear or branched C 1-6 alkyl; and R 3 to R 7 are each independently hydrogen, halogen, linear or branched C 1-6 alkyl, linear or branched C 1-6 haloalkyl, C 1-6 alkoxy, or C 1-6 haloalkoxy.
A method implemented in a wireless-enabled component, WEC, wherein the WEC, at least one further WEC and at least one wireless link enable a wireless bus for performing wireless communication of said WEC over said at least one wireless link wherein said WEC and said at least one further proximally located WEC are located on a single chip, in different chips, on a single device, or in different devices with respect to said WEC, comprising: identifying, via a first wireless control channel, said at least one further WEC by scanning the surrounding environment of said WEC using signal-transmission techniques; determining a relative position and a functional capability of said at least one further WEC, wherein the relative position comprises the direction of the at least one further proximally located WEC with respect to the WEC and the distance between the at least one further proximally located WEC and the WEC, wherein the functional capability comprises at least communication capabilities, processing capabilities and powering mechanisms; selecting a communication mechanism for a second channel to communicate with said at least one further WEC based on the relative position and the functional capability of said at least one further WEC, wherein the communication mechanism is selected among an electrically steered phased array, a MEMS-based phased array, a mechanically steered directional antenna, an optical phased array, and a mechanically steered optical transceiver; and communicating, via said second channel, with said at least one further WEC. identifying, via a first wireless control channel, said at least one further WEC by scanning the surrounding environment of said WEC using signal-transmission techniques; determining a relative position and a functional capability of said at least one further WEC, wherein the relative position comprises the direction of the at least one further proximally located WEC with respect to the WEC and the distance between the at least one further proximally located WEC and the WEC, wherein the functional capability comprises at least communication capabilities, processing capabilities and powering mechanisms; selecting a communication mechanism for a second channel to communicate with said at least one further WEC based on the relative position and the functional capability of said at least one further WEC, wherein the communication mechanism is selected among an electrically steered phased array, a MEMS-based phased array, a mechanically steered directional antenna, an optical phased array, and a mechanically steered optical transceiver; and communicating, via said second channel, with said at least one further WEC.
The use of a genetically engineered micro-organism for the production of pinosylvin, wherein said micro-organism is a bacteria or fungus and wherein said micro-organism has an operative metabolic pathway, said pathway producing pinosylvin from cinnamic acid and comprising at least a first enzyme activity for forming cinnamoyl-CoA from cinnamic acid and a stilbene synthase, wherein said stilbene synthase is expressed in said micro-organism from a nucleic acid coding for said enzyme which is not native to the micro-organism.
A light emitting device comprising: a package body comprising a body having a cavity having an opened upper side, a plurality of electrodes (31, 32) provided on the body, and a plurality of concave portions on one of the plurality of electrodes (31, 32); a light emitting chip disposed on the body and comprising a first conductivity type semiconductor layer, a first electrode unit on the first conductivity type semiconductor layer, an active layer under the first conductivity type semiconductor layer, a second conductivity type semiconductor layer under the active layer, a conductive support member under the second conductivity type semiconductor layer, and an adhesion layer under the conductive support member including a plurality of convex portions corresponding to the plurality of concave portions, characterized in that the plurality of convex portions of the light emitting chip is coupled with the plurality of the concave portions of one of the electrodes (31, 32), the plurality of concave portions and the plurality of convex portions are provided as a predetermined pattern, and the plurality of concave portions and the light emitting chip are disposed in the cavity of the package body. a package body comprising a body having a cavity having an opened upper side, a plurality of electrodes (31, 32) provided on the body, and a plurality of concave portions on one of the plurality of electrodes (31, 32); a light emitting chip disposed on the body and comprising a first conductivity type semiconductor layer, a first electrode unit on the first conductivity type semiconductor layer, an active layer under the first conductivity type semiconductor layer, a second conductivity type semiconductor layer under the active layer, a conductive support member under the second conductivity type semiconductor layer, and an adhesion layer under the conductive support member including a plurality of convex portions corresponding to the plurality of concave portions, characterized in that the plurality of convex portions of the light emitting chip is coupled with the plurality of the concave portions of one of the electrodes (31, 32), the plurality of concave portions and the plurality of convex portions are provided as a predetermined pattern, and the plurality of concave portions and the light emitting chip are disposed in the cavity of the package body.
A screwing tool comprising a head, which has a fixed jaw and a movable jaw and which, by shifting an actuating element, which is mounted in a shiftable manner in a guide recess, is fastened to a handle so as to be pivotable about a pivot axis against a restoring force from a small distance position of the two jaws (3, 4) into a large distance position of the two jaws (3, 4), characterized in that the handle has a casing, which is made of an electrically insulating material, and the actuating element consists of an electrically insulating material or is encased by such and a collar, which protrudes from the handle transversely to the handle extension direction, is guided in a shiftable manner in a guide opening.
A method for secure exchange of data in a network comprising a first network device, a second network device, and a remote device, the method comprising: at the first network device: when the second network device has an active first data link with the remote device, establishing an indirect path to the remote device and pre-negotiating first security parameters with the remote device over the indirect path using a network layer protocol; and when the first data link becomes inactive, establishing an active second data link with the remote device and exchanging first data with the remote device over the active second data link using the first security parameters, characterised in that the method further comprises: sending a header comprising a System Internet Protocol (SysIP) address that is used by the remote device to identify that the header was sent from the second network device and determine that the active second data link is with the first network device instead of the second network device. at the first network device: when the second network device has an active first data link with the remote device, establishing an indirect path to the remote device and pre-negotiating first security parameters with the remote device over the indirect path using a network layer protocol; and when the first data link becomes inactive, establishing an active second data link with the remote device and exchanging first data with the remote device over the active second data link using the first security parameters, characterised in that the method further comprises: sending a header comprising a System Internet Protocol (SysIP) address that is used by the remote device to identify that the header was sent from the second network device and determine that the active second data link is with the first network device instead of the second network device. when the second network device has an active first data link with the remote device, establishing an indirect path to the remote device and pre-negotiating first security parameters with the remote device over the indirect path using a network layer protocol; and when the first data link becomes inactive, establishing an active second data link with the remote device and exchanging first data with the remote device over the active second data link using the first security parameters, characterised in that the method further comprises: sending a header comprising a System Internet Protocol (SysIP) address that is used by the remote device to identify that the header was sent from the second network device and determine that the active second data link is with the first network device instead of the second network device. sending a header comprising a System Internet Protocol (SysIP) address that is used by the remote device to identify that the header was sent from the second network device and determine that the active second data link is with the first network device instead of the second network device.
A resin mixture, comprising (i) a polymer, comprising an epoxidized vegetable oil segment and a polylactic acid segment, wherein said epoxidized vegetable oil segment is an epoxidized linseed oil, an epoxidized castor oil or an epoxidized soy bean oil, and (ii) a polylactic acid resin, at a ratio / of 10/90 to 50/50 (by weight). (i) a polymer, comprising an epoxidized vegetable oil segment and a polylactic acid segment, wherein said epoxidized vegetable oil segment is an epoxidized linseed oil, an epoxidized castor oil or an epoxidized soy bean oil, and (ii) a polylactic acid resin,
A light-emitting composition comprising a host polymer and a phosphorescent light-emitting material wherein the host polymer comprises conjugating repeat units of formula and 1-20 mol % of conjugation-blocking repeat units of repeat units of formula: wherein Ar 1 represents an aryl or heteroaryl group; R 1, which may be the same or different in each occurrence, is a substituent; p is 0 or an integer: Ar 2 in each occurrence independently represents a substituted or unsubstituted aryl or heteroaryl group; and Sp 1 represents an acyclic spacer group that does not provide any conjugation path between the two groups Ar 2.
Apparatus comprising: a tuning object configured to be bonded to a rotor blade for a rotorcraft with a side of the tuning object to reduce a vibratory response of the rotor blade in which the tuning object has a plurality of channels formed as a plurality of slots and formed such that the tuning object has a selected mass, wherein a plurality of segments is separated by the plurality of slots, and the plurality of slots extends from said side up to a connective segment configured to connect segments in the plurality of segments to each other.
A reinforcement profile for a retaining wall (300; 400; 500), comprising: - an elongated profile element, and - a sleeve enveloping the elongated profile element, characterized in that a lubricant is provided between the elongated profile element and the sleeve. - an elongated profile element, and - a sleeve enveloping the elongated profile element,
A photochromic optical article which is formed by bonding together a pair of optical article plates each comprising a glass material with an adhesive layer that includes a photochromic compound and a urethane resin, wherein the urethane resin is a resin obtained by polymerizing: a polyiso(thio)cyanate compound having two or more iso(thio)cyanate groups within a molecule; a poly(thi)ol compound having, within a molecule, two or more active hydrogen-containing groups selected from a hydroxy group and a thiol group; and a mono(thi)ol compound having, within a molecule, one active hydrogen-containing group selected from a hydroxy group and a thiol group. a polyiso(thio)cyanate compound having two or more iso(thio)cyanate groups within a molecule; a poly(thi)ol compound having, within a molecule, two or more active hydrogen-containing groups selected from a hydroxy group and a thiol group; and a mono(thi)ol compound having, within a molecule, one active hydrogen-containing group selected from a hydroxy group and a thiol group.
A body fluid leakage detection aqueous composition, the composition comprising a gelling agent, increasing the viscosity of the composition, and buffering species, the composition thereby being buffered, wherein the composition further comprises a pH-indicator, wherein the pH of the composition is at least 0.1 pH units lower, or higher, than a p K a of the pH-indicator, and wherein the gelling agent is cross-linked starch microspheres.
A monitoring device for failsafely monitoring a movement variable of a moving machine part, in particular a rotational speed, comprising a first safety circuit arrangement having - a first signal input for supplying a first encoder signal which is representative of the movement variable to be monitored, - a second signal input for supplying a second encoder signal - a first reference voltage path for supplying a first reference voltage (UrefA), - a second reference voltage path for supplying a second reference voltage (Uref A), - a first tap which is connected to the first signal input and to the first reference voltage path in order to provide a first superposition signal by superposing the first reference voltage (UrefA) on the first encoder signal, - a second tap, at which the second reference voltage (Uref A) is superposed on the second encoder signal, - a first measuring unit which is connected to the first tap and is designed to determine whether the first superposition signal reaches at least one predefined signal level or is within a predefined signal level range, and - a second measuring unit which is connected to the second tap and is designed to determine whether the second superposition signal reaches at least one predefined signal level or is within a predefined signal level range, characterized by a differential amplifier having a first input connected to the tap, having a further input connected to the second tap, and having an output signal line, and further being characterized by an evaluation unit (36, 38) for determining the movement variable on the basis of the encoder signal, wherein the evaluation unit (36, 38) is connected to the output signal line of the differential amplifier, and wherein the evaluation unit (36, 38) is further designed to adjust the first reference voltage (UrefA) and the second reference voltage (Uref A) separately from each other. - a first signal input for supplying a first encoder signal which is representative of the movement variable to be monitored, - a second signal input for supplying a second encoder signal - a first reference voltage path for supplying a first reference voltage (UrefA), - a second reference voltage path for supplying a second reference voltage (Uref A), - a first tap which is connected to the first signal input and to the first reference voltage path in order to provide a first superposition signal by superposing the first reference voltage (UrefA) on the first encoder signal, - a second tap, at which the second reference voltage (Uref A) is superposed on the second encoder signal, - a first measuring unit which is connected to the first tap and is designed to determine whether the first superposition signal reaches at least one predefined signal level or is within a predefined signal level range, and - a second measuring unit which is connected to the second tap and is designed to determine whether the second superposition signal reaches at least one predefined signal level or is within a predefined signal level range,
Method for manufacturing a welded connection between a steel sheet and an aluminum sheet, wherein the steel sheet and the aluminum sheet are clamped horizontally and are welded together on only one side in the welding position PA, i.e. horizontally, wherein, for the purpose of clamping, the steel sheet and the aluminum sheet are placed on blocks, wherein, for the purpose of clamping, the steel sheet and the aluminum sheet are pressed down on the upper side thereof by means of a clamping device, wherein the steel sheet and the aluminum sheet are welded together in trimming regions, characterized in that the trimming regions have cutting burrs (9, 10) on one side, wherein the cutting burrs (9, 10) point in opposite directions during the welding process, wherein the cutting burr of the steel sheet points upward during the welding process, wherein the blocks have a spacing of 8-10 mm in the region of the weld seam, wherein the clamping device is designed in such a way that it comprises clamping elements which have a spacing of 5-12 mm in the region of the weld seam.
A vehicle roof, comprising a plate-shaped body-shell element and a shading arrangement which has a shading element and guide rails (24A, 24B) for laterally guiding the shading element, wherein at least one fixing element is formed integrally on each of the guide rails (24A, 24B) at an upper side facing the body-shell element, said fixing element being in engagement with at least one molded portion (26A, 26B) which is molded to the body-shell element and comprises at least one fixing counterpart (28, 30), characterized in that for two fixing elements to be realized, each guide rail (24A, 24B) comprises two ribs (34, 36) which are aligned parallel.
An electrical ganged-outlet apparatus comprising a unitary outlet body including a plurality of electrical outlets and a back surface, each of the plurality of electrical outlets having at least first and second receptacle contact elements and a line terminal, the electrical ganged-outlet apparatus further comprising: a substrate releasably coupled to the line terminal of at least one of the plurality of electrical outlets; and at least one light emitting diode mounted to the substrate, characterized in that the outlet body further comprises a front surface and at least one light pipe axial bore extending through the front surface in axial relation to the at least one light emitting diode, each at least one light pipe axial bore having a counterbore concentric with the at least one light pipe axial bore, the counterbore opening to the front surface, and the counterbore having a diameter greater than the at least one light pipe axial bore, and that the electrical ganged-outlet apparatus further comprises at least one light pipe disposed in the at least one light pipe axial bore, each at least one light pipe comprising a cylindrical body and a flange radially extending therefrom such that the cylindrical body fits within the respective light pipe axial bore and the flange is seated within the respective counterbore. a substrate releasably coupled to the line terminal of at least one of the plurality of electrical outlets; and at least one light emitting diode mounted to the substrate, characterized in that the outlet body further comprises a front surface and at least one light pipe axial bore extending through the front surface in axial relation to the at least one light emitting diode, each at least one light pipe axial bore having a counterbore concentric with the at least one light pipe axial bore, the counterbore opening to the front surface, and the counterbore having a diameter greater than the at least one light pipe axial bore,
Apparatus for the gas analysis of a gas mixture, having: - a converter for conversion of a first gas component into a target gas component, and - a sensor system for detection of the target gas component or of another component of the gas mixture after the conversion by the converter, characterized in that - the converter is configured in order to modify the concentration of a second gas component or to cause conversion into a second target gas component, - the sensor system is configured in order to determine the concentration of the second gas component or of the second target gas component, and - an evaluation device is provided, which is configured in order to ascertain a value of the ageing of the converter with the aid of the concentration of the second gas component or of the second target gas component. - a converter for conversion of a first gas component into a target gas component, and - a sensor system for detection of the target gas component or of another component of the gas mixture after the conversion by the converter, characterized in that - the converter is configured in order to modify the concentration of a second gas component or to cause conversion into a second target gas component, - the sensor system is configured in order to determine the concentration of the second gas component or of the second target gas component, and - an evaluation device is provided, which is configured in order to ascertain a value of the ageing of the converter with the aid of the concentration of the second gas component or of the second target gas component.
Injection-moulding process for producing a moulding with an injection mould, comprising at least one shaping cavity and at least one electric coil (2, 3), wherein the coil (2,3) is arranged adjacent to the cavity, wherein - a thermoplastic polymer, which comprises at least one electrically conducting and/or a magnetic filler, is used as injection-moulding material, - the cavity is at least partially filled with the injection-moulding material, - and the injection-moulding material is heated in the cavity by applying an alternating voltage to the coil (2, 3), characterized in that the coil used is at least one Helmholtz coil pair (2, 3), and in that the coils (2, 3) of the Helmholtz coil pair (2, 3) are each arranged adjacent to opposite sides of the cavity. - a thermoplastic polymer, which comprises at least one electrically conducting and/or a magnetic filler, is used as injection-moulding material, - the cavity is at least partially filled with the injection-moulding material, - and the injection-moulding material is heated in the cavity by applying an alternating voltage to the coil (2, 3), characterized in that the coil used is at least one Helmholtz coil pair (2, 3), and in that the coils (2, 3) of the Helmholtz coil pair (2, 3) are each arranged adjacent to opposite sides of the cavity.
A method for slitting an animal's leg (4, 5) which is suspended at its ankle joints from a carrier that forms part of a train of carriers that are movable in a processing line, which leg (4, 5) comprises a drum and a thigh that are connected to each other at a knee joint, which method includes a positioning step for placing the leg (4, 5) in a suitable position for cutting the leg (4, 5), and a stabbing step in which a knife is brought into engagement with the leg (4, 5), which stabbing step is followed by a slitting step in which the knife is moved along the leg (4, 5) so as to provide a slit in the longitudinal direction of the leg (4, 5) in order to enable a subsequent deboning step of the leg (4, 5), wherein in the positioning step a first pressing organ engages the leg (4, 5) so as to press the leg (4, 5) against a movable supporting surface for the leg (4, 5) that is positioned opposite to the pressing organ, characterized in that the animal's leg is a chicken leg and the first pressing organ engages the leg (4, 5) in the vicinity of the knee joint, and that a second pressing organ engages the leg (4, 5) from the side so as to push the leg (4, 5) into a substantially straight orientation of the drum and the thigh with respect to each other.