mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: a dielectric fluid comprising an oil component, the oil component comprising one or both of crambe oil and high erucic acid rapeseed oil and one or both of esterified crambe oil and esterified high erucic acid rapeseed oil, wherein the oil component has a erucic acid content of at least 45 wt%. a dielectric fluid comprising an oil component, the oil component comprising one or both of crambe oil and high erucic acid rapeseed oil and one or both of esterified crambe oil and esterified high erucic acid rapeseed oil, wherein the oil component has a erucic acid content of at least 45 wt%.
A device for coupling a lamp to a foldable music stand comprising an ornament, said device comprising a clamping member to be clamped to a top side of the music stand and further being embodied for holding a lighting element, wherein the device comprises a recess for receiving therein a part of the music stand and wherein the clamping member is embodied for clampingly coupling in the recess said part of the music stand; wherein the device comprises near a first side of the recess a first abutment surface and at an opposite side comprises a displaceable clamping element in a parallel second abutment surface, characterized in that the device further comprises a through opening for receiving therein at least part of an ornament protruding at a top side of the music stand, wherein the device is embodied for holding at least part of the ornament of the music stand in the through opening and for clampingly holding a part of the music stand between said both abutment surfaces, and wherein the recess comprises a supply side for introducing the music stand into the recess and further comprises a top surface that is directed away from the supply side and wherein the through opening is provided in the top surface.
A drum magazine assembly (1, 2300) for a firearm, the drum magazine assembly comprising: a drum assembly (302, 2330) comprising a wheel; a spindle assembly; a feed tower assembly (70, 2370); and an advancing mechanism to advance the wheel such that one or more cartridges of ammunition may be loaded after advancing the wheel, the advancing mechanism comprising an arm, a pawl, and a lever, wherein the arm is configured to pivot about a first pivot axis to drive the pawl about the first pivot axis, the first pivot axis defined by the spindle assembly; the pawl is configured to pivot about a second pivot axis between a free position and an engaged position, the second pivot axis defined by a distal section of the arm; the pawl is further configured to selectively engage the wheel when the pawl is in the engaged position; the lever is configured to pivot the pawl about the second pivot axis; the lever is further configured to move relative to the second pivot axis between a closed position and an open position. a drum assembly (302, 2330) comprising a wheel; a spindle assembly; a feed tower assembly (70, 2370); and an advancing mechanism to advance the wheel such that one or more cartridges of ammunition may be loaded after advancing the wheel, the advancing mechanism comprising an arm, a pawl, and a lever, wherein the arm is configured to pivot about a first pivot axis to drive the pawl about the first pivot axis, the first pivot axis defined by the spindle assembly; the pawl is configured to pivot about a second pivot axis between a free position and an engaged position, the second pivot axis defined by a distal section of the arm; the pawl is further configured to selectively engage the wheel when the pawl is in the engaged position; the lever is configured to pivot the pawl about the second pivot axis; the lever is further configured to move relative to the second pivot axis between a closed position and an open position.
A connector that is adapted to establish a sealed connection between two hubs (112A, 112B), the connector, comprising: a body adapted to be positioned adjacent the two hubs; primary locking means for connecting the two hubs together; at least one actuatable reaction member that is operatively coupled to the connector body, wherein, when actuated, an inner surface of the at least one actuatable reaction member is urged toward an outer surface of one of the two hubs (112A, 112B) and wherein a line of travel of the at least one actuatable member is axially spaced apart from a sealing interface that is to be established between the two hubs (112A, 112B); characterised by, at least one hydraulic piston that is adapted to actuate both the primary locking means and the at least one actuatable reaction member. a body adapted to be positioned adjacent the two hubs; primary locking means for connecting the two hubs together; at least one actuatable reaction member that is operatively coupled to the connector body, wherein, when actuated, an inner surface of the at least one actuatable reaction member is urged toward an outer surface of one of the two hubs (112A, 112B) and wherein a line of travel of the at least one actuatable member is axially spaced apart from a sealing interface that is to be established between the two hubs (112A, 112B); characterised by, at least one hydraulic piston that is adapted to actuate both the primary locking means and the at least one actuatable reaction member.
An active matrix substrate comprising: an insulating substrate; a plurality of pixel electrodes arranged in a matrix on the insulating substrate; and a source wiring extending in a column direction so as to overlap with two pixel electrodes adjacent to each other in a row direction on the insulating substrate, wherein the pixel electrodes and the source wiring are formed in different layers via an insulating film and the two adjacent pixel electrodes overlapping with the source wiring are arranged on opposite sides of the source wiring, the source wiring has a main line portion and extension portions extended from both sides of the main line portion, the extension portions are formed of a transparent conductive material, and the extension portions overlap with the pixel electrodes. an insulating substrate; a plurality of pixel electrodes arranged in a matrix on the insulating substrate; and a source wiring extending in a column direction so as to overlap with two pixel electrodes adjacent to each other in a row direction on the insulating substrate, wherein the pixel electrodes and the source wiring are formed in different layers via an insulating film and the two adjacent pixel electrodes overlapping with the source wiring are arranged on opposite sides of the source wiring, the source wiring has a main line portion and extension portions extended from both sides of the main line portion, the extension portions are formed of a transparent conductive material, and the extension portions overlap with the pixel electrodes.
A coupling element connectable to a string (120, 220) of one or more pipes, the coupling element (140, 150, 717, 736) configured to excite, responsive to a data signal fed to the coupling element (140, 150, 717, 736), an electromagnetic wave in the string (120, 220), the coupling element (140, 150, 717, 736) comprising: a feed portion at a first end of the coupling element (140, 150, 717, 736), the feed portion to receive the data signal, characterized by a first electrically conductive portion (717a, 736a) extending from the feed portion towards a second end of the coupling element (140, 150, 717, 736), the second end to be connected to the string (120, 220) for forming an electrically conductive connection between the first electrically conductive portion and the string (120, 220), and a second electrically conductive portion (717b, 736b) extending from the feed portion towards the second end of the coupling element (140, 150, 717, 736), the first and second electrically conductive portions (717a, 736a, 717b, 736b) being arranged distant to one another wherein the first electrically conductive portion (717a, 736a) surrounds the second electrically conductive portion (717b, 736b) so as to define a waveguide between the first and second electrically conductive portions (717a, 736a, 717b, 736b), wherein the distance between the first and second electrically conductive portions (717a, 736a, 717b, 736b) increases from the first end towards the second end, thereby expanding the waveguide in a direction from the first end towards the second end. a feed portion at a first end of the coupling element (140, 150, 717, 736), the feed portion to receive the data signal, characterized by a first electrically conductive portion (717a, 736a) extending from the feed portion towards a second end of the coupling element (140, 150, 717, 736), the second end to be connected to the string (120, 220) for forming an electrically conductive connection between the first electrically conductive portion and the string (120, 220), and a second electrically conductive portion (717b, 736b) extending from the feed portion towards the second end of the coupling element (140, 150, 717, 736), the first and second electrically conductive portions (717a, 736a, 717b, 736b) being arranged distant to one another wherein the first electrically conductive portion (717a, 736a) surrounds the second electrically conductive portion (717b, 736b) so as to define a waveguide between the first and second electrically conductive portions (717a, 736a, 717b, 736b), wherein the distance between the first and second electrically conductive portions (717a, 736a, 717b, 736b) increases from the first end towards the second end, thereby expanding the waveguide in a direction from the first end towards the second end.
A method performed by a device for communicating in a wireless network comprising: transmitting, prior to network association, a request to a first access point for information about a first wireless network, wherein the request comprises an access network query protocol, ANQP, message; receiving, prior to network association, a response from the first access point, including the information, wherein the response comprises an ANQP message; and storing the information with an identifier related to the first access point, wherein the identifier comprises a homogeneous extended service set identifier, HESSID. transmitting, prior to network association, a request to a first access point for information about a first wireless network, wherein the request comprises an access network query protocol, ANQP, message; receiving, prior to network association, a response from the first access point, including the information, wherein the response comprises an ANQP message; and storing the information with an identifier related to the first access point, wherein the identifier comprises a homogeneous extended service set identifier, HESSID.
A method for secure transmissions, the method comprising: determining a registration key specific to a mobile station participating in a transmission; determining a first key; encrypting the first key with the registration key; sending the encrypted first key to the mobile station participating in the transmission; determining a second key for decrypting content on a broadcast channel; updating the first key after a first time period has elapsed; and updating the second key after a second time period has elapsed, wherein the updated second key is determined based on two parts, a first part comprising the updated first key and a second part based on information sent on the broadcast channel, and wherein the first part and the second part are concatenated to determine the updated second key using a cryptographic function. determining a registration key specific to a mobile station participating in a transmission; determining a first key; encrypting the first key with the registration key; sending the encrypted first key to the mobile station participating in the transmission; determining a second key for decrypting content on a broadcast channel; updating the first key after a first time period has elapsed; and updating the second key after a second time period has elapsed, wherein the updated second key is determined based on two parts, a first part comprising the updated first key and a second part based on information sent on the broadcast channel, and wherein the first part and the second part are concatenated to determine the updated second key using a cryptographic function.
A wound closure device, comprising: a stabilizing structure for insertion into a wound, the stabilizing structure comprising a top surface and a bottom surface and a plurality of cells extending between the top surface and the bottom surface, the cells configured to allow the stabilizing structure to collapse; and a protective layer attached or attachable to the top surface of the stabilizing structure, the protective layer comprising a plurality of openings sized and configured to allow visualization of the cells underneath the protective layer. a stabilizing structure for insertion into a wound, the stabilizing structure comprising a top surface and a bottom surface and a plurality of cells extending between the top surface and the bottom surface, the cells configured to allow the stabilizing structure to collapse; and a protective layer attached or attachable to the top surface of the stabilizing structure, the protective layer comprising a plurality of openings sized and configured to allow visualization of the cells underneath the protective layer.
A double clutch transmission for a motor vehicle with a first transmission input shaft, with a second transmission input shaft, with two drive shafts (4, 5), with a plurality of gear wheels (6 - 20) and with a plurality of synchronizing devices (S1 - S6), wherein the first transmission input shaft can be connected or is connected via a first friction clutch and the second transmission input shaft via a second friction clutch to a drive motor, wherein the gear wheels (6 - 20) are arranged meshing in such a manner that a plurality of forward gears are switchable by means of the synchronizing devices (S1 - S6), wherein at least one forward gear is designed as a winding path gear, wherein a power flow of the winding path gear winds over several gearwheel stages, wherein specific gear wheels (8, 9, 10, 11 or 12, 14a, 13, 14b) form at least two double-wheel planes (I, II) and wherein the first drive shaft has a first output pinion and the second drive shaft has a second output pinion, wherein at least one double-wheel plane is designed divided, namely this divided double-wheel plane has a loose wheel arranged on one of the two transmission input shafts (2, 3) with two separately formed gear ratios (14a, 14b), characterized in that the first and the second output pinion (4a, 4b) is arranged in the plane of the loose wheel, namely between the two transmission ratios (14a, 14b) of the loose wheel, and that the first and the second output pinion (4a, 4b) in each case mesh with a separate axle drive gear wheel (31, 32) arranged on a first output shaft.
Method for detecting a manipulation and automatically monitoring a component (1, 2) which comprises at least one processor core, the method comprising the method steps: - applying an input signal to the processor core and applying a further input signal to a further processor core; - determining a profile of the processor core influenced by the application of the input signal to the processor core and a further profile of the further processor core influenced by the application of the further input signal to the further processor core - comparing the profile and the further profile, wherein an insufficient similarity between the profile and the further profile is interpreted as an indication of a malfunction of the component (1, 2), wherein, in the case of an insufficient similarity between the profile and the further profile, - an alarm signal is output and/or - a restart of the component (1, 2) is carried out and/or - the component (1, 2) is switched to an intrinsically safe state and/or - a system monitored by means of the component (1, 2) is switched to an intrinsically safe state and/or - the component (1, 2) is switched to a restricted operating mode and/or - a system monitored by means of the component (1, 2) is switched to a restricted operating mode and/or - additional checks are carried out and/or - a cryptographic key is deleted, invalidated or updated. - applying an input signal to the processor core and applying a further input signal to a further processor core; - determining a profile of the processor core influenced by the application of the input signal to the processor core and a further profile of the further processor core influenced by the application of the further input signal to the further processor core - comparing the profile and the further profile, wherein an insufficient similarity between the profile and the further profile is interpreted as an indication of a malfunction of the component (1, 2), - an alarm signal is output and/or - a restart of the component (1, 2) is carried out and/or - the component (1, 2) is switched to an intrinsically safe state and/or - a system monitored by means of the component (1, 2) is switched to an intrinsically safe state and/or - the component (1, 2) is switched to a restricted operating mode and/or - a system monitored by means of the component (1, 2) is switched to a restricted operating mode and/or - additional checks are carried out and/or - a cryptographic key is deleted, invalidated or updated.
An information element processing method, comprising: acquiring quasi co-location information of a first-type information element according to quasi co-location information of a second-type information element in a case where a time interval between control information for scheduling the first-type information element and the first-type information element is less than a predetermined threshold and a predetermined condition is satisfied, wherein the predetermined condition comprises first group information corresponding to the first-type information element and second group information corresponding to the second-type information element being the same. acquiring quasi co-location information of a first-type information element according to quasi co-location information of a second-type information element in a case where a time interval between control information for scheduling the first-type information element and the first-type information element is less than a predetermined threshold and a predetermined condition is satisfied, wherein the predetermined condition comprises first group information corresponding to the first-type information element and second group information corresponding to the second-type information element being the same.
Method for steering a vehicle in the direction of a target, the method comprising the steps of: capturing navigation data of the vehicle using a navigation device; steering the vehicle in the direction of an established target position on the basis of the navigation data; capturing environment data of the vehicle using an environment sensor; transmitting the environment data and the navigation data to a base station; ascertaining an estimated target position of the target from the environment data and the navigation data, in the base station; transmitting the estimated target position to the vehicle; altering the established target position into the estimated target position; characterised in that the step of determining the estimated target position comprises the following steps: determining target features of the target in the environment data in the base station; tracking the target features in the environment data over time; an operator initialising the target features in the base station; and ascertaining the estimated target position from the target features which are tracked over time and the navigation data, in the base station. capturing navigation data of the vehicle using a navigation device; steering the vehicle in the direction of an established target position on the basis of the navigation data; capturing environment data of the vehicle using an environment sensor; transmitting the environment data and the navigation data to a base station; ascertaining an estimated target position of the target from the environment data and the navigation data, in the base station; transmitting the estimated target position to the vehicle; altering the established target position into the estimated target position; characterised in that the step of determining the estimated target position comprises the following steps: determining target features of the target in the environment data in the base station; tracking the target features in the environment data over time; an operator initialising the target features in the base station; and ascertaining the estimated target position from the target features which are tracked over time and the navigation data, in the base station. determining target features of the target in the environment data in the base station; tracking the target features in the environment data over time; an operator initialising the target features in the base station; and ascertaining the estimated target position from the target features which are tracked over time and the navigation data, in the base station.
A vehicle door pivotal inwardly and outwardly between closed and opened positions, comprising: a power assist unit to assist in pivotally opening and closing the door; an exterior handle assembly pivotally mounted on the door to actuate the power assist unit; and an override system built into the handle assembly and accessible from outside the vehicle to open the door, and wherein a handle lever motion coincides with a desired direction of door travel. a power assist unit to assist in pivotally opening and closing the door; an exterior handle assembly pivotally mounted on the door to actuate the power assist unit; and an override system built into the handle assembly and accessible from outside the vehicle to open the door, and wherein a handle lever motion coincides with a desired direction of door travel.
Hand-held polishing machine, comprising a drive motor, a drive motor shaft which is driven directly by the drive motor, a polishing tool shaft which is oriented transversely to the drive motor shaft, and a reduction gear which is coupled to the drive motor shaft and the polishing tool shaft and which is at least two-stage, the reduction gear comprising a planetary gear set as a reduction stage, characterized in that an axis of rotation of the drive motor shaft and a main axis of the planetary gear set are coaxial and in that a locking means acts on the planetary gear carrier for locking a rotatability of the polishing tool shaft.