mhurhangee/ep-ind-claims huggingface dataset:
A method implemented in a user equipment of a communication network for reporting inter-radio access technologies measurements, the communication network comprising a first radio access technology system and a second radio access technology system, the user equipment being simultaneously connected to and served by a primary serving cell of the first radio access technology system and a secondary serving cell of the second radio access technology system, the method comprising: - performing (110, 210) signal strength measurements in the first radio access technology system, - performing (120, 220) signal strength measurements in the second radio access technology system, - determining (130, 145, 230, 240), based on the signal strength measurements, whether a criterion for a measurement event - relating to a serving cell change of the second radio access technology system is fulfilled, or - relating to a change of first radio access technology system (2, 3) is fulfilled, and - transmitting (150, 260), for a fulfilled criterion, a corresponding measurement report to the communication network, the transmitting comprises transmitting a measurement related to the second radio access technology system to the first radio access technology system. - performing (110, 210) signal strength measurements in the first radio access technology system, - performing (120, 220) signal strength measurements in the second radio access technology system, - determining (130, 145, 230, 240), based on the signal strength measurements, whether a criterion for a measurement event - relating to a serving cell change of the second radio access technology system is fulfilled, or - relating to a change of first radio access technology system (2, 3) is fulfilled, and - transmitting (150, 260), for a fulfilled criterion, a corresponding measurement report to the communication network, the transmitting comprises transmitting a measurement related to the second radio access technology system to the first radio access technology system.
Massaging device intended to be applied to the skin of a user, comprising a body, at least two massaging elements that protrude from the body and a base that extends along a longitudinal axis (X-X'), is integral with the body and holds said massaging elements, characterized in that the body is made of a synthetic material having a stiffness less than the stiffness of the material of the base such that at least a portion (16, 18) of said body extending on one side of the base is able to flex with respect to said base about a bending axis (X1-X1') substantially parallel to the longitudinal axis (X-X') under the effect of a pressure exerted by the user or of a relative movement between the base and said body portion, the flexible portion (16, 18) of the body being configured to return to its initial position in the absence of said pressure exerted or of said relative movement.
A grill device comprising a lower grill unit, an upper grill unit, and a coupling mechanism that connects the upper grill unit to the lower grill unit, characterized in that the coupling mechanism includes a connection base connected to the lower grill unit, a lever connected to the upper grill unit, a first seat member connected to the connection base, a second seat member connected to the lever, coupled pivotally to the first seat member, and rotatable relative to the first seat member about a pivot axis, and a ratchet unit including first ratchet teeth disposed adjacent to one of the first seat member and the second seat member, and second ratchet teeth disposed adjacent to the other one of the first seat member and the second seat member, movable relative to the other one of the first seat member and the second seat member along the pivot axis, and abutting against the first ratchet teeth when the second ratchet teeth are at an abutting position relative to the other one of the first seat member and the second seat member, the first ratchet teeth and the second ratchet teeth being configured such that, when the second ratchet teeth are at the abutting position, the first ratchet teeth and the second ratchet teeth cooperate to permit rotation of the second seat member in a first direction relative to the first seat member and to permit movement of the upper grill unit in the first direction for uncovering the lower grill unit, and to resist rotation of the second seat member relative to the first seat member in a second direction opposite to the first direction and to resist movement of the upper grill unit in the second direction relative to the lower grill unit.
Lithium aluminium silicate glass-ceramic having a coefficient of thermal expansion in the range from 20°C to 700°C of -0.5 to 1.9 ppm/K and having a composition comprising in % by weight based on oxides SiO 2 60 - 70 Al 2 O 3 17 - 25 Li 2 O 2.0 - <3.2 MgO 0 - <0.5 ZnO 1.5 - <3 BaO 0.2 - 3 Na 2 O >0.05 - <0.6 K 2 O >0.05 - <0.5 SnO 2 0.1 - <1.0 and the conditions MgO< K 2 O MgO < Na 2 O. having a coefficient of thermal expansion in the range from 20°C to 700°C of -0.5 to 1.9 ppm/K and having a composition comprising in % by weight based on oxides SiO 2 60 - 70 Al 2 O 3 17 - 25 Li 2 O 2.0 - <3.2 MgO 0 - <0.5 ZnO 1.5 - <3 BaO 0.2 - 3 Na 2 O >0.05 - <0.6 K 2 O >0.05 - <0.5 SnO 2 0.1 - <1.0 and the conditions MgO< K 2 O MgO < Na 2 O.
Lighting system for a motor vehicle comprising: - at least one primary light source emitting a light radiation, - a scanning system receiving the light radiation from the primary light source and distributing it spatially on a wavelength conversion device, so as to sweep, on this conversion device, a scanning surface, - the wavelength conversion device receiving the light radiation from the primary source and re-emitting a white light radiation, - an optical imaging system receiving the white light re-emitted by the wavelength conversion device and projecting this light in front of the vehicle to form a lighting beam, the wavelength conversion device being situated in the vicinity of a focal plane of the optical imaging system, - means for detecting a scanning fault, the wavelength conversion device comprising a substrate forming a mirror, the scanning system and the optical imaging system being arranged on the same reflecting side of the mirror, the lighting system being characterized in that it additionally comprises means for reflecting the light radiation towards the means for detecting a scanning fault, these reflection means being arranged on an edge of the scanning surface. - at least one primary light source emitting a light radiation, - a scanning system receiving the light radiation from the primary light source and distributing it spatially on a wavelength conversion device, so as to sweep, on this conversion device, a scanning surface, - the wavelength conversion device receiving the light radiation from the primary source and re-emitting a white light radiation, - an optical imaging system receiving the white light re-emitted by the wavelength conversion device and projecting this light in front of the vehicle to form a lighting beam, the wavelength conversion device being situated in the vicinity of a focal plane of the optical imaging system, - means for detecting a scanning fault, the wavelength conversion device comprising a substrate forming a mirror, the scanning system and the optical imaging system being arranged on the same reflecting side of the mirror, the lighting system being characterized in that it additionally comprises means for reflecting the light radiation towards the means for detecting a scanning fault, these reflection means being arranged on an edge of the scanning surface.
A transdermal dosage form for preventing misuse of the medicament therein comprising at least one active agent and at least one inactivating agent, wherein the inactivating agent is a crosslinking agent that is released upon disruption of the dosage form.
An assembly comprising: a first clip configured to be slidable over a first surface (117, 118, 121, 123, 125, 127) of a brake disc in a first tangential direction (T 1) of the brake disc, the first surface being adjacent to a first drive slot on a perimeter of the brake disc; a second clip configured to be slidable over a second surface (117, 118, 121, 123, 125, 127) of the brake disc in a second tangential direction opposite the first tangential direction, the second surface being adjacent to a second drive slot on the perimeter of the brake disc; and a retainer configured to be slidable over the first clip and the second clip when the first clip is positioned over the first surface and the second clip is positioned over the second surface to secure the first and second clips to the brake disc. a first clip configured to be slidable over a first surface (117, 118, 121, 123, 125, 127) of a brake disc in a first tangential direction (T 1) of the brake disc, the first surface being adjacent to a first drive slot on a perimeter of the brake disc; a second clip configured to be slidable over a second surface (117, 118, 121, 123, 125, 127) of the brake disc in a second tangential direction opposite the first tangential direction, the second surface being adjacent to a second drive slot on the perimeter of the brake disc; and a retainer configured to be slidable over the first clip and the second clip when the first clip is positioned over the first surface and the second clip is positioned over the second surface to secure the first and second clips to the brake disc.
A method performed by a wireless device configured with Multi-Radio Access Technology Dual Connectivity (MR-DC), the method comprising: receiving, from a first network node, at least one message in a reconfiguration procedure for a first cell group, wherein the reconfiguration procedure for the first cell group is a mobility procedure for the wireless device, said mobility procedure comprising one or more of: a change of a special cell for the first cell group, a change of at least one other cell for the first cell group, a handover and a reconfiguration with sync of the first cell group; wherein the at least one message indicates a power saving mode of operation to be applied by the wireless device for a second cell group, wherein the power saving mode comprises a suspend mode or dormant mode or deactivated mode or inactivated mode of operation, and operating the second cell group according to the mode of operation indicated in the at least one message. receiving, from a first network node, at least one message in a reconfiguration procedure for a first cell group, wherein the reconfiguration procedure for the first cell group is a mobility procedure for the wireless device, said mobility procedure comprising one or more of: a change of a special cell for the first cell group, a change of at least one other cell for the first cell group, a handover and a reconfiguration with sync of the first cell group; wherein the at least one message indicates a power saving mode of operation to be applied by the wireless device for a second cell group, wherein the power saving mode comprises a suspend mode or dormant mode or deactivated mode or inactivated mode of operation, and operating the second cell group according to the mode of operation indicated in the at least one message.
A means for setting a colour location - with a memory device for storing a space curve in a colour space, - with an actuating element and - with an arithmetic unit, which is set up and is coupled with the memory device and the actuating element in such a way that a colour location lying on the space curve is set by the arithmetic unit in response to actuation of the actuating element, which location is determined by an initial colour location and a distance between the initial colour location and the colour location, characterised in that the space curve is a closed space curve, the initial colour location is the last-set colour location. - with a memory device for storing a space curve in a colour space, - with an actuating element and - with an arithmetic unit,
A method for standardizing a fluorescence microscopy imaging system, the method comprising: by a first fluorescence microscopy imaging system to be standardized, capturing a drift image comprising an image of a drift reference slide, wherein the drift reference slide comprises a colored microscopy slide, and wherein drift refers to instrument variation over time and/or environmental conditions; calculating a drift measurement using the drift image; by the first fluorescence microscopy imaging system, capturing a first normalization image comprising an image of a normalization slide, wherein the normalization slide comprises a specimen which is prepared with a fluorochrome; by a reference fluorescence microscopy imaging system, capturing a reference normalization image comprising an image of the normalization slide; comparing the first normalization image to the reference normalization image; and determining a gamma value and offset value for the first fluorescence microscopy imaging system based on the comparison, wherein the gamma value and offset value relate intensity measurements between the first fluorescence microscopy imaging system and the reference fluorescence microscopy imaging system at a given time. by a first fluorescence microscopy imaging system to be standardized, capturing a drift image comprising an image of a drift reference slide, wherein the drift reference slide comprises a colored microscopy slide, and wherein drift refers to instrument variation over time and/or environmental conditions; calculating a drift measurement using the drift image; by the first fluorescence microscopy imaging system, capturing a first normalization image comprising an image of a normalization slide, wherein the normalization slide comprises a specimen which is prepared with a fluorochrome; by a reference fluorescence microscopy imaging system, capturing a reference normalization image comprising an image of the normalization slide; comparing the first normalization image to the reference normalization image; and determining a gamma value and offset value for the first fluorescence microscopy imaging system based on the comparison, wherein the gamma value and offset value relate intensity measurements between the first fluorescence microscopy imaging system and the reference fluorescence microscopy imaging system at a given time.
Method for a graphical user interface of a program editor of an industrial automation arrangement, a program object presented as a character string being inserted into a program presented as text using drag-and-drop, characterized in that - in a first step, a new program object of an object type, which is presented as a character string, is selected using a manipulation means and is moved to a target position in the text of the program, - in a second step, the target position is examined in order to determine whether or not an existing program object of the same object type or of a compatible object type is present at this target position, the context of the program object to be replaced being evaluated, a program object of a compatible object type being a program object which can be replaced with the new program object, - in a third step, if an existing program object of the same object type or of a compatible object type is present, this existing program object is replaced with the new program object, and - in a fourth step, the character string representing the new program object is otherwise inserted into the text of the program at the target position. - in a first step, a new program object of an object type, which is presented as a character string, is selected using a manipulation means and is moved to a target position in the text of the program, - in a second step, the target position is examined in order to determine whether or not an existing program object of the same object type or of a compatible object type is present at this target position, - in a third step, if an existing program object of the same object type or of a compatible object type is present, this existing program object is replaced with the new program object, and - in a fourth step, the character string representing the new program object is otherwise inserted into the text of the program at the target position.
A cryogenic microwave filter device, comprising: a substrate formed of a dielectric material determined to have a thermal conductivity that is above 20C watts per meter-Kelvin (W/m-K) at a temperature of 77 degrees Kelvin; and a conductive line formed in a recess of the substrate and comprising a conductive material that has been sintered in the recess; wherein the conductive line is configured to facilitate a filter operation on a microwave signal propagated in a cryogenic environment having a temperature below 77 K; wherein the filter operation is a function of a geometry of the recess filled by the conductive line.. a substrate formed of a dielectric material determined to have a thermal conductivity that is above 20C watts per meter-Kelvin (W/m-K) at a temperature of 77 degrees Kelvin; and a conductive line formed in a recess of the substrate and comprising a conductive material that has been sintered in the recess; wherein the conductive line is configured to facilitate a filter operation on a microwave signal propagated in a cryogenic environment having a temperature below 77 K; wherein the filter operation is a function of a geometry of the recess filled by the conductive line..
A method for controlling the production in a blow room, comprising a controller and at least one supplying machine (2, 7), comprising a supplying part and at least one machine to be supplied (7, 12, 14), wherein the machine to be supplied (7, 12, 14) has a filling level measurement, and the machines (2, 7, 12, 14) are connected to the controller, wherein the machine to be supplied (7, 12, 14) determines the production of the supplying part of the supplying machine (2, 7) based on the filling level, characterized in that a production area having a minimum production and a maximum production is defined for each supplying machine (2, 7), and when production drops below the minimum production, the supplying part of the supplying machine (2, 7) is shut down, the shutdown taking place independently of the filling level of the machine to be supplied (7, 12, 14).
An ophthalmic element comprising: at least one at least partial coating comprising an alignment medium on at least a portion of at least one exterior surface of the ophthalmic element; and at least one at least partial coating comprising an anisotropic material and at least one dichroic material on at least a portion of the at least one at least partial coating comprising the alignment medium. at least one at least partial coating comprising an alignment medium on at least a portion of at least one exterior surface of the ophthalmic element; and at least one at least partial coating comprising an anisotropic material and at least one dichroic material on at least a portion of the at least one at least partial coating comprising the alignment medium.
A tether system for a liquid propelled inspection vehicle for inspecting a transformer comprising: a tether configured to connect a control system to the inspection vehicle; a controllable buoyancy system operably coupled to the tether, wherein the controllable buoyancy system includes one or more floating bodies and buoyant elements connected to the tether and wherein the one or more floating bodies or buoyant elements is configured to control a volume of gas and a volume of liquid within the one or more floating bodies or buoyant elements and thereby controlling the buoyancy or floating height of the one or more floating bodies or the buoyant elements. a tether configured to connect a control system to the inspection vehicle; a controllable buoyancy system operably coupled to the tether, wherein the controllable buoyancy system includes one or more floating bodies and buoyant elements connected to the tether and wherein the one or more floating bodies or buoyant elements is configured to control a volume of gas and a volume of liquid within the one or more floating bodies or buoyant elements and thereby controlling the buoyancy or floating height of the one or more floating bodies or the buoyant elements.
A manufacturing process comprising: spinning at least one continuous poly(glycerol sebacate) /alginate fiber from a polymeric solution comprising PGS and alginate in water; drafting the at least one continuous PGS/alginate fiber in at least one coagulation bath; and drawing the at least one continuous PGS/alginate fiber from the at least one coagulation bath. spinning at least one continuous poly(glycerol sebacate) /alginate fiber from a polymeric solution comprising PGS and alginate in water; drafting the at least one continuous PGS/alginate fiber in at least one coagulation bath; and drawing the at least one continuous PGS/alginate fiber from the at least one coagulation bath.
Method for the biological in-situ methanation of CO 2 and H 2 in a single-stage bioreactor, characterized in that a) organic substrate is fed to the bioreactor and at least part of the organic substrate is converted to biogas by means of microorganisms, b) at least 0.15 kg of crude fiber determined according to Weender per m 3 bioreactor volume per day is fed to the bioreactor, c) the bioreactor is operated at 20 - 45°C, d) H 2 is fed to the bioreactor and at least part of the H 2 together with CO 2 is converted to methane by means of microorganisms. a) organic substrate is fed to the bioreactor and at least part of the organic substrate is converted to biogas by means of microorganisms, b) at least 0.15 kg of crude fiber determined according to Weender per m 3 bioreactor volume per day is fed to the bioreactor, c) the bioreactor is operated at 20 - 45°C, d) H 2 is fed to the bioreactor and at least part of the H 2 together with CO 2 is converted to methane by means of microorganisms.
Rack consisting of at least two vertically arranged rack rails and at least two rack supports arranged at the same height in each rack rail and at least one shelf placed on the two rack supports arranged at the same height, wherein each rack support comprises an anchoring device for fastening in one of the vertically arranged rack rails and a boom for supporting the shelf, wherein each rack support comprises two load cells (102, 104), wherein the booms of the rack supports protrude from the rack rails in a substantially horizontal direction and each boom is formed in particular by a vertically arranged frame construction or a vertically arranged metal sheet, wherein each boom comprises fastening devices for the two load cells (102, 104), wherein each load cell (102, 104) has a monolithic measuring body which comprises a force-absorbing section, a force-introducing section and a joint section arranged between the force-absorbing section and the force-introducing section, and wherein the shelf comprises two parallel struts, and wherein the force-introducing sections of the two load cells (102, 104) of a rack support each support a strut of the shelf, characterized in that the measuring body is mirror-symmetrical to the horizontal plane and the force-absorbing section of the measuring body is attached laterally to the fastening device, wherein the measuring body has at least one fastening hole, by means of which it is attached to the fastening device by a screw running horizontally through the measuring body, and wherein the rack comprises an evaluation unit which, at periodic intervals or in the event of a change in the total weight which is detected by the four load cells on the force-introducing sections of which the shelf rests, ascertains new centroid coordinates from the data from the load cells (261, 262, 263, 264) and transmits these centroid coordinates to a control unit, wherein the control unit ascertains a rack region (211, 213, 215) based on changes in the centroid coordinates, wherein the control unit determines, from the change in the total weight, the weight of the goods removed from or added to the ascertained rack region (211, 213, 215) and updates the inventory, stored in a memory, for this rack region (211, 213, 215).