mhurhangee/ep-ind-claims huggingface dataset:
A method for finishing an edged fabric, said method comprising: - providing an edged fabric, said edged fabric being obtained after edging through serging or binding, and comprising one or more loose ends of cut edging material, said edging material being thread that was used for serging or binding respectively; - fixing said loose ends to the bottom side of said fabric, CHARACTERIZED IN THAT: - said fixing of said loose ends comprises successively performing: ∘ a heating step, comprising heating said bottom side of said fabric, resulting in a molten structure; ∘ a swiping step, comprising sliding a swiping element and said bottom side of said fabric over each other, thereby rubbing said loose ends into said molten structure by said swiping element, such that said loose ends are fixed to the bottom side of said fabric after hardening of said molten structure. - providing an edged fabric, said edged fabric being obtained after edging through serging or binding, and comprising one or more loose ends of cut edging material, said edging material being thread that was used for serging or binding respectively; - fixing said loose ends to the bottom side of said fabric, - said fixing of said loose ends comprises successively performing: ∘ a heating step, comprising heating said bottom side of said fabric, resulting in a molten structure; ∘ a swiping step, comprising sliding a swiping element and said bottom side of said fabric over each other, thereby rubbing said loose ends into said molten structure by said swiping element, such that said loose ends are fixed to the bottom side of said fabric after hardening of said molten structure. ∘ a heating step, comprising heating said bottom side of said fabric, resulting in a molten structure; ∘ a swiping step, comprising sliding a swiping element and said bottom side of said fabric over each other, thereby rubbing said loose ends into said molten structure by said swiping element, such that said loose ends are fixed to the bottom side of said fabric after hardening of said molten structure.
An arrangement for facilitating selection and activation of a voice control system by a vehicle operator, the arrangement comprising a switch, selectively switchable between a first switch position (P 1) and a second switch position (P 2), a vehicle voice control system and communication means, the switch being arranged to emit a signal when switched between switch positions (P 1, P 2), characterized in that the arrangement further comprises a processing unit arranged to interpret the signal and, based on the interpretation of the signal, perform a selection of one of the vehicle voice control system or a voice control system of an external communication device to be activated, and communicate, via the communication means, an activation signal to the voice control system (3, 8) selected.
A method performed by a user equipment, UE, that is configured with at least one uplink, UL, carrier and a supplementary UL, SUL, carrier in a cellular communication system, the method comprising: receiving, from a radio access network, RAN, node, a UL carrier indicator indicating which carrier of the at least one UL carrier or the SUL carrier for a physical random access channel, PRACH, transmission; using the UL carrier indicator to determine one UL carrier of the at least one UL carrier or the SUL carrier for the PRACH transmission; and sending, to the RAN node, at least one first message, Msgl, in the PRACH using the one UL carrier; wherein the at least one UL carrier is included in an operating frequency band on a first Radio Access Technology, RAT, and the SUL carrier is included in an operating frequency band on the first RAT and a second RAT. receiving, from a radio access network, RAN, node, a UL carrier indicator indicating which carrier of the at least one UL carrier or the SUL carrier for a physical random access channel, PRACH, transmission; using the UL carrier indicator to determine one UL carrier of the at least one UL carrier or the SUL carrier for the PRACH transmission; and sending, to the RAN node, at least one first message, Msgl, in the PRACH using the one UL carrier; wherein the at least one UL carrier is included in an operating frequency band on a first Radio Access Technology, RAT, and the SUL carrier is included in an operating frequency band on the first RAT and a second RAT.
A process for the selective hydrogenation of acetylene to ethylene, said process comprising: contacting a hydrocarbon-containing feed in the liquid phase with a catalyst comprising palladium supported on titania, wherein the feed comprises the acetylene and dimethylformamide, and liquid phase hydrogenating the acetylene.
A near-field transducer, comprising: a substrate that defines a substrate-parallel plane; and two or more composite layers deposited on the substrate-parallel plane, the composite layers each having a first layer of a plasmonic material and a second layer of an insertion material adjacent the substrate, wherein the insertion material is adapted to reduce plastic deformation of the near-field transducer at elevated temperatures, and wherein the insertion material comprises one of a refractory metal of low solubility in the plasmonic material, an alloy of refractory metal, a metal oxide and a conductive nitride. a substrate that defines a substrate-parallel plane; and two or more composite layers deposited on the substrate-parallel plane, the composite layers each having a first layer of a plasmonic material and a second layer of an insertion material adjacent the substrate, wherein the insertion material is adapted to reduce plastic deformation of the near-field transducer at elevated temperatures, and wherein the insertion material comprises one of a refractory metal of low solubility in the plasmonic material, an alloy of refractory metal, a metal oxide and a conductive nitride.
Protective covering for sealing a flat spiral spring housing which has a first housing part and at least a second housing part which forms a housing cover, the first housing part forming, with the second housing part, a receiving space for a flat spiral spring, the two housing parts (2A, 2B) being rotatable with respect to one another, and the flat spiral spring housing having a gap between the first housing part and the second housing part, wherein the protective covering has an annular disc which extends in the radial direction at least over part of a circumference and a wall section which adjoins an outer edge of the annular disc and extends at least over part of the circumference in the axial direction, it being possible for the protective covering to be connected to the flat spiral spring housing in such a way that, in a functional state in which it is connected to the flat spiral spring housing to form a flat spiral spring housing arrangement, the protective covering covers the gap between the first housing part and the second housing part of the flat spiral spring housing from the outside, wherein the protective covering is configured in such a way that, in a state in which it is connected to the flat spiral spring housing to form a flat spiral spring housing arrangement, the axial wall section of the protective covering bears in the radial direction against the flat spiral spring housing, preferably against the first housing part, in particular in a completely circumferential manner, and is fixed in the radial direction with respect to the flat spiral spring housing as a result, characterized in that the protective covering bears against the flat spiral spring housing on the outside in the region of a cylinder shell-shaped wall section of the first housing part.
A method of performing one or more data transmissions in a multi-carrier data transmission network, comprising the following steps in a transmitting device: - requesting transmission resources from a resource granting device; - receiving, in response to the request, transmission grants (g1 - g3) from the resource granting device, wherein each transmission grant (g1 - g3) indicates a data rate (dr1 - dr3) and a data class (Cl1 - Cl3) granted for a specific transmission carrier (Cr1 - Cr3); and - initiating one or more transmissions (122 - 126) of data associated with one or more of the granted data classes (C1l - Cl3) on one or more of the granted transmission carriers (Cr1 - Cr3); characterized in that multiple grants (g1, g2) indicating different data classes (Cl1, Cl2) are received and one or more of the granted carriers are allocated according to a predetermined priority ranking of the data classes. - requesting transmission resources from a resource granting device; - receiving, in response to the request, transmission grants (g1 - g3) from the resource granting device, wherein each transmission grant (g1 - g3) indicates a data rate (dr1 - dr3) and a data class (Cl1 - Cl3) granted for a specific transmission carrier (Cr1 - Cr3); and - initiating one or more transmissions (122 - 126) of data associated with one or more of the granted data classes (C1l - Cl3) on one or more of the granted transmission carriers (Cr1 - Cr3); characterized in that multiple grants (g1, g2) indicating different data classes (Cl1, Cl2) are received and one or more of the granted carriers are allocated according to a predetermined priority ranking of the data classes.
A computer-implemented method for providing malware cleaning, comprising: detecting, utilizing a processor, potential malware on a first device connected to a network; sending over the network, utilizing the processor, a request from the first device to a second device, the request including information to allow the second device to determine a cleaning response, wherein the request contains information pertaining to the detected potential malware; and receiving over the network, utilizing the processor, the cleaning response from the second device at the first device, the cleaning response usable by the first device to remove the detected potential malware; characterised in that the cleaning response comprises instructions to execute cleaning routines stored on the first device. detecting, utilizing a processor, potential malware on a first device connected to a network; sending over the network, utilizing the processor, a request from the first device to a second device, the request including information to allow the second device to determine a cleaning response, wherein the request contains information pertaining to the detected potential malware; and receiving over the network, utilizing the processor, the cleaning response from the second device at the first device, the cleaning response usable by the first device to remove the detected potential malware; characterised in that the cleaning response comprises instructions to execute cleaning routines stored on the first device.
A process for preparing an aromatic N-glycidylamine comprising: a) heating a mixture of an amine having at least one aromatic aminohydrogen atom with at least 0.7 equivalent of epichlorohydrin per aminohydrogen equivalent of the amine in the presence of a catalyst dissolved in an inert organic solvent, at a pressure in a range of 200 to 600 mbar for 2 to 7 hours; and b) adding a base to the mixture at a pressure in a range of 200 to 600 mbar to facilitate dehydrochlorination of the product of step (a) to obtain the aromatic N-glycidylamine. a) heating a mixture of an amine having at least one aromatic aminohydrogen atom with at least 0.7 equivalent of epichlorohydrin per aminohydrogen equivalent of the amine in the presence of a catalyst dissolved in an inert organic solvent, at a pressure in a range of 200 to 600 mbar for 2 to 7 hours; and b) adding a base to the mixture at a pressure in a range of 200 to 600 mbar to facilitate dehydrochlorination of the product of step (a) to obtain the aromatic N-glycidylamine.
A spinner for a rotor hub of a wind turbine, the spinner comprising a plurality of root openings, each root opening for encompassing a root of one rotor blade of the wind turbine connected to a rotor hub, a plurality of composite panels (11, 15, 16), at least one of the panels being middle panel, and comprising an outer wall and a first side wall, the first side wall extending substantially perpendicularly from the outer wall towards a center of the rotor hub, wherein the middle panel is a separate middle panel located entirely between and adjacent to two root openings and wherein the first side wall is partially configured as a first composite flange area and partially configured as an internal gangway, wherein the first side wall is integrated into the middle panel.
A method comprising: receiving a first input for selecting two points on a screen; in response to the first input, displaying a selection screen comprising a displayed list of selectable items arranged in a two-dimensional array consisting of horizontal rows and vertical columns; and receiving a second input subsequent to the displaying of the selection screen, wherein the second input comprises dragging the two selected points vertically downwards or vertically upwards on the screen, and the dragging causes the selection screen to scroll in a same direction as a direction of the dragging, a speed of the scrolling being determined by the horizontal distance (dl) between the two selected points on the screen; wherein if the horizontal distance (dl) is decreased, items adjacent to the two selected points are displayed in the form of being bent outward; and wherein when the horizontal distance (dl) is increased, items adjacent to the two selected points are displayed in the form of being bent inward. receiving a first input for selecting two points on a screen; in response to the first input, displaying a selection screen comprising a displayed list of selectable items arranged in a two-dimensional array consisting of horizontal rows and vertical columns; and receiving a second input subsequent to the displaying of the selection screen, wherein the second input comprises dragging the two selected points vertically downwards or vertically upwards on the screen, and the dragging causes the selection screen to scroll in a same direction as a direction of the dragging, a speed of the scrolling being determined by the horizontal distance (dl) between the two selected points on the screen; wherein if the horizontal distance (dl) is decreased, items adjacent to the two selected points are displayed in the form of being bent outward; and wherein when the horizontal distance (dl) is increased, items adjacent to the two selected points are displayed in the form of being bent inward.
A conveyor device for the suspended conveyance of conveyable goods realized in particular as tailored blanks by means of negative pressure, the conveyor device comprising at least one belt conveyor device comprising at least one continuous conveyor belt, which is guided along a negative-pressure chamber in such a manner that a rearward side of the conveyor belt facing towards the negative-pressure chamber is arranged opposite a chamber opening of the negative-pressure chamber and that a contact side of the conveyor belt is provided with suction openings formed between the rearward side and the contact side of the conveyor belt in order to form holding forces between the contact side of the conveyor belt and a contact side of the conveyable goods, which are operatively connected to a recess formed on the contact side of the conveyor belt, the recess being limited by longitudinal edges of the conveyor belt and extending in the longitudinal direction of the conveyor belt in such a manner that a suction duct sealed by the longitudinal edges and arranged transversely to the longitudinal direction of the conveyor belt with respect to the contact side of the conveyable goods is formed between the contact side of the conveyor belt and the contact side of the conveyable goods, a rearward support extending in the longitudinal direction of the conveyor belt being arranged in the chamber opening in order to support the rearward side of the conveyor belt, characterized in that the arrangement of the rearward support in the chamber opening can be altered in order to adjust the depth of the recess.
A reinforced panel for an insulating form, wherein said panel is made of an expanded insulating material and has a concrete-facing surface and an outward facing surface; at least one rebar reinforcing member encapsulated by the expanded insulating material within said panel, said rebar reinforcing member arranged with respect to said panel to limit deformation of said panel during application of force against said concrete-facing surface, wherein said rebar reinforcing member comprises a shaft with at least one protrusion (22; 23) extending outwardly therefrom, said at least one protrusion (22; 23) also encapsulated by the expanded insulating material within said panel to prevent the shaft from sliding relative to the panel during the application of force, wherein said concrete-facing surface of said panel has protruding therefrom at least one bridging tie, said at least one bridging tie for maintaining a fixed spaced relationship with another panel, said at least one bridging tie for connecting to said other panel, and characterised in that the or each said rebar reinforcing member comprises at least one tie clip for connecting said rebar reinforcing member to a respective one of said at least one bridging tie.
A method for acquiring a multicast/broadcast over single frequency network, MBSFN, subframe configuration, wherein a radio frame comprises 10 subframes numbered from 0 to 9, the method comprising: setting an MBSFN subframe configuration rule onto a user equipment, UE, side, wherein the MBSFN subframe configuration rule regulates the subframes configured as MBSFN subframes comprise 6 subframes numbered as #1, #2, #3, #6, #7 and #8; acquiring, by the UE, from a base station, a system broadcast message in which MBSFN subframe configuration information is included; and determining, by the UE, the subframes that are configured as MBSFN subframes according to the MBSFN subframe configuration rule and the MBSFN subframe configuration information; wherein the MBSFN subframe configuration information is information on the number of MBSFN subframes. setting an MBSFN subframe configuration rule onto a user equipment, UE, side, wherein the MBSFN subframe configuration rule regulates the subframes configured as MBSFN subframes comprise 6 subframes numbered as #1, #2, #3, #6, #7 and #8; acquiring, by the UE, from a base station, a system broadcast message in which MBSFN subframe configuration information is included; and determining, by the UE, the subframes that are configured as MBSFN subframes according to the MBSFN subframe configuration rule and the MBSFN subframe configuration information; wherein the MBSFN subframe configuration information is information on the number of MBSFN subframes.
An electronic device comprising: a body; a band having a first end and a second end; a user identification unit that is configured to detect a body signal of the user and to process authentication of the user, wherein the user identification unit comprises an electrocardiogram, ECG, sensor that identifies the user through ECG sensing; an in-use detection unit that is configured to detect the body signal of the user and to check whether the user uses the electronic device; a coupling detection sensor configured to detect that the first end is coupled to the second end, a processor that is configured to authenticate the user according to the body signal detected by the user identification unit and the body signal detected by the in-use detection unit, and a memory (720,722) that is configured to store ECG authentication information of the user authenticated by the processor, wherein the in-use detection unit comprises a heart rate monitor, HRM, sensor, the HRM sensor being configured to detect that the user wears the electronic device, characterized in that the processor is configured to eliminate the ECG authentication information of the user stored in the memory according to a detection signal of the coupling detection sensor or the in-use detection unit when the electronic device is taken off from the user. a body; a band having a first end and a second end; a user identification unit that is configured to detect a body signal of the user and to process authentication of the user, wherein the user identification unit comprises an electrocardiogram, ECG, sensor that identifies the user through ECG sensing; an in-use detection unit that is configured to detect the body signal of the user and to check whether the user uses the electronic device; a coupling detection sensor configured to detect that the first end is coupled to the second end, a processor that is configured to authenticate the user according to the body signal detected by the user identification unit and the body signal detected by the in-use detection unit, and a memory (720,722) that is configured to store ECG authentication information of the user authenticated by the processor, wherein the in-use detection unit comprises a heart rate monitor, HRM, sensor, the HRM sensor being configured to detect that the user wears the electronic device, characterized in that the processor is configured to eliminate the ECG authentication information of the user stored in the memory according to a detection signal of the coupling detection sensor or the in-use detection unit when the electronic device is taken off from the user.
Method for determining a position of an apparatus associated with a vehicle in relation to the vehicle, comprising: - transmitting multiple ultrasonic signals in a prescribed temporal order, wherein the multiple ultrasonic signals are transmitted by multiple ultrasonic transmitters mounted at different transmission positions (P1-P3) on the outside of the vehicle, the multiple ultrasonic transmitters additionally being used as ultrasonic signal sources for a distance warning system or a parking aid of the vehicle, - receiving the multiple ultrasonic signals at the apparatus, and - determining the position of the apparatus on the basis of the received ultrasonic signals and the prescribed temporal order. - transmitting multiple ultrasonic signals in a prescribed temporal order, wherein the multiple ultrasonic signals are transmitted by multiple ultrasonic transmitters mounted at different transmission positions (P1-P3) on the outside of the vehicle, the multiple ultrasonic transmitters additionally being used as ultrasonic signal sources for a distance warning system or a parking aid of the vehicle, - receiving the multiple ultrasonic signals at the apparatus, and - determining the position of the apparatus on the basis of the received ultrasonic signals and the prescribed temporal order.