mhurhangee/ep-ind-claims huggingface dataset:
A method for rate matching around reference signaling, comprising: receiving, via a transceiver of a user equipment, a discovery reference signal, DRS, configuration identifying first resources related to non-zero power reference signals configured for DRS transmitted by a cell over a first bandwidth and second resources related to zero power reference signals configured for DRS over a second bandwidth, the first bandwidth being less than or equal to the second bandwidth; receiving, via the transceiver, at least one channel from the cell along with an instance of the non-zero power reference signals and the zero power reference signals; and performing, via a processor, rate matching for the at least one channel around the second resources over the second bandwidth. receiving, via a transceiver of a user equipment, a discovery reference signal, DRS, configuration identifying first resources related to non-zero power reference signals configured for DRS transmitted by a cell over a first bandwidth and second resources related to zero power reference signals configured for DRS over a second bandwidth, the first bandwidth being less than or equal to the second bandwidth; receiving, via the transceiver, at least one channel from the cell along with an instance of the non-zero power reference signals and the zero power reference signals; and performing, via a processor, rate matching for the at least one channel around the second resources over the second bandwidth.
A method for transmission of a downlink channel, comprising leaving at least one resource element free of the downlink channel when scheduling a coordinated multipoint transmission, and inserting data representing interference in said at least one resource element for use in interference measurements.
A patient motion tracking system for automatic generation of a region of interest on a 3D surface of a patient positioned in a radiotherapy treatment room, the system comprising: a memory comprising stored region of interest descriptive data; a 3D surface generation processor configured to utilize an input surface (5, 405), and generate a 3D surface from said input surface, wherein the 3D surface comprises at least a target area of the input surface; a ROI generation processor configured to utilize said stored ROI descriptive data and said 3D surface to output a ROI labelled 3D surface to a display and a motion tracking module, wherein the motion tracking module is configured to utilize said ROI labelled 3D surface to track motion of patient during positioning and/or treatment of said patient in the treatment room, wherein the stored ROI descriptive data comprises one or more reference surfaces each having an annotated reference ROI (422a, 422b, 422c, 422d) applied thereto, wherein said ROI generation processor furthermore comprises a landmark generation model trained in a machine learning processor (120, 220, 420) prior to being stored in said ROI generation processor, and wherein the landmark generation model is configured to be trained on the basis of said one or more reference target surfaces (421a, 421b, 421c, 421d) each having annotated landmarks applied thereto. a memory comprising stored region of interest descriptive data; a 3D surface generation processor configured to utilize an input surface (5, 405), and generate a 3D surface from said input surface, wherein the 3D surface comprises at least a target area of the input surface; a ROI generation processor configured to utilize said stored ROI descriptive data and said 3D surface to output a ROI labelled 3D surface to a display and a motion tracking module, wherein the motion tracking module is configured to utilize said ROI labelled 3D surface to track motion of patient during positioning and/or treatment of said patient in the treatment room, wherein the stored ROI descriptive data comprises one or more reference surfaces each having an annotated reference ROI (422a, 422b, 422c, 422d) applied thereto, wherein said ROI generation processor furthermore comprises a landmark generation model trained in a machine learning processor (120, 220, 420) prior to being stored in said ROI generation processor, and wherein the landmark generation model is configured to be trained on the basis of said one or more reference target surfaces (421a, 421b, 421c, 421d) each having annotated landmarks applied thereto.
A method of determining a distance between a first device and a second device, comprising, at the second device, transmitting a signal comprising a sum of simultaneously generated first and second components, wherein the first component comprises a repeated first code and the second component comprises a repeated second code and the first and second codes are of unequal duration, and receiving the signal after it has been received and re-transmitted by the first device; detecting (270, 275) the first and second codes; determining (270, 275) from the detected first and second codes respective first and second indications of the distance; characterized by comparing the first and second indications of the distance; and generating a third indication of the distance in response to the first and second indications of the distance being equal within a predetermined tolerance.
A composition for silencing a target gene, genetic element or splicing variant, wherein the composition comprises a combination of artificial transcription repressors (ATRs) selected from the group consisting of: (a) and (b); (a) and (c); (b) and (c); (b) and (d); and (c) and (d); or polynucleotides encoding therefor, wherein: (a) is an ATR comprising a DNA-binding domain operably linked to a KRAB domain; (b) is an ATR comprising a DNA-binding domain operably linked to a DNMT3A, DNMT3B or DNMT1 domain; (c) is an ATR comprising a DNA-binding domain operably linked to a DNMT3L domain; and (d) is an ATR comprising a DNA-binding domain operably linked to a SETDB1 domain, and wherein the DNA-binding domains of the different ATRs: (i) bind to binding sites independently selected from the group consisting of: a binding site within the target gene or genetic element; a binding site within a regulatory sequence for the target gene; and a binding site within a splicing site for the target gene; and (ii) bind to different binding sites or to the same binding site. (a) is an ATR comprising a DNA-binding domain operably linked to a KRAB domain; (b) is an ATR comprising a DNA-binding domain operably linked to a DNMT3A, DNMT3B or DNMT1 domain; (c) is an ATR comprising a DNA-binding domain operably linked to a DNMT3L domain; and (d) is an ATR comprising a DNA-binding domain operably linked to a SETDB1 domain, (i) bind to binding sites independently selected from the group consisting of: a binding site within the target gene or genetic element; a binding site within a regulatory sequence for the target gene; and a binding site within a splicing site for the target gene; and (ii) bind to different binding sites or to the same binding site.
A method of registering a network entity with a network repository function, NRF, of a 5G core cellular network, the method comprising: transmitting, towards the NRF, a network entity registration request including an identifier of said network entity to be registered, an identifier of the composition of said network entity, the composition being a profile of common attributes of a set or group of such network entities, and specific attributes of said network entity other than those common attributes of the identified composition, and receiving a network entity registration response indicative of such a profile for said network entity composition missing, in response to said response, transmitting, towards said network repository function, a composition profile registration request including said identifier of said network entity composition and said profile for said network entity composition. transmitting, towards the NRF, a network entity registration request including an identifier of said network entity to be registered, an identifier of the composition of said network entity, the composition being a profile of common attributes of a set or group of such network entities, and specific attributes of said network entity other than those common attributes of the identified composition, and receiving a network entity registration response indicative of such a profile for said network entity composition missing, in response to said response, transmitting, towards said network repository function, a composition profile registration request including said identifier of said network entity composition and said profile for said network entity composition.
Device for limiting an electrical current, from a source, in a first electrical phase conductor of an electrical installation, wherein the device comprises a receiving unit adapted to receive a measurement of the electrical current from the source in the first electrical phase conductor, and further comprising a limiting unit being adapted to limit said electrical current from the source when the measured electrical current from the source reaches a first threshold, wherein the device further comprises an obtaining unit adapted to obtain electrical energy from a second electrical phase conductor, and wherein the limiting unit is adapted to inject said obtained electrical energy as an electrical current into the first electrical phase conductor, whereby the injected electrical current constitutes a replacement for at least a part of the electrical current from the source, which electrical current from the source is thereby limited.
A device for heating tortilla-like food, comprising: - an upright support base (120,140); - a substantially horizontally arranged drum rotatably secured on said support base (120,140); - heating module compartment means (240, 245) arranged in said drum adapted to receive said tortilla-like food, - said heating module compartment means (240,245) arranged transverse to the horizontal rotation axis of said drum and openable from a horizontal surface on said drum; - said heating module compartment means (240,245) adapted to receive said food in said module for heating - an electromagnet affixed in said oven assembly to lock rotation of said drum during heating: -- said drum being selectively rotatable from a first position to receive said food in said heating module compartment means (240,245) to a second position for releasing said food from said heating module compartment means (240,245). - an upright support base (120,140); - a substantially horizontally arranged drum rotatably secured on said support base (120,140); - heating module compartment means (240, 245) arranged in said drum adapted to receive said tortilla-like food, - said heating module compartment means (240,245) arranged transverse to the horizontal rotation axis of said drum and openable from a horizontal surface on said drum; - said heating module compartment means (240,245) adapted to receive said food in said module for heating - an electromagnet affixed in said oven assembly to lock rotation of said drum during heating: -- said drum being selectively rotatable from a first position to receive said food in said heating module compartment means (240,245) to a second position for releasing said food from said heating module compartment means (240,245). -- said drum being selectively rotatable from a first position to receive said food in said heating module compartment means (240,245) to a second position for releasing said food from said heating module compartment means (240,245).
A cosmetic applicator comprising an application part for applying a cosmetic material, wherein the application part is constituted by an elastic body constituted by a sponge or polyurethane foam, wherein the application part's surface has an arithmetic average surface roughness Ra of 10 μm or less, characterised in that a sheet made of a polyurethane film with a thickness of 15 μm or less is attached onto a surface of the elastic body, and the sheet constitutes the application part's surface.
Method for producing a decorative panel, at least comprising the steps of: a) providing a plate-shaped carrier, the surface area of which is a multiple of the surface area of the decorative panel to be produced; b) applying a decoration onto the plate-shaped carrier by means of a direct printing process; c) detecting printing error positions in the applied decoration; d) marking the area of the detected printing error positions by use of a marking agent; e) separating the plate-shaped carrier provided with the decoration into panels; f) detecting any marking agents applied in step d); and g) sorting the panels depending on the presence of a marking agent on the panel. a) providing a plate-shaped carrier, the surface area of which is a multiple of the surface area of the decorative panel to be produced; b) applying a decoration onto the plate-shaped carrier by means of a direct printing process; c) detecting printing error positions in the applied decoration; d) marking the area of the detected printing error positions by use of a marking agent; e) separating the plate-shaped carrier provided with the decoration into panels; f) detecting any marking agents applied in step d); and g) sorting the panels depending on the presence of a marking agent on the panel.
Clamping device for variably positioning an angular setting of at least one shelf on a load transport trolley for transporting loads, preferably toolboxes, comprising - a clamping lever for reversibly setting the clamping device in a clamped or released position, - a pull rod which can be reversibly moved by the clamping lever into a first or second position, wherein the clamping device is in the clamped position when the pull rod is set into the first position, and the clamping device is in the released position when the pull rod is set into the second position; - an attachment element for connecting the shelf to the clamping device; and - a first and second connecting element (8, 9) for connecting the clamping device to a frame of the load transport trolley, characterized in that the attachment element is configured in the form of a cylindrical tube which is arranged around the pull rod. - a clamping lever for reversibly setting the clamping device in a clamped or released position, - a pull rod which can be reversibly moved by the clamping lever into a first or second position, wherein the clamping device is in the clamped position when the pull rod is set into the first position, and the clamping device is in the released position when the pull rod is set into the second position; - an attachment element for connecting the shelf to the clamping device; and - a first and second connecting element (8, 9) for connecting the clamping device to a frame of the load transport trolley,
A method for authorizing management for an embedded universal integrated circuit card, comprising: generating, by an embedded universal integrated circuit card,eUICC, manager, authorization information; encrypting, by the eUICC manager, the authorization information by using eUICC management credential; and sending, by the eUICC manager, the encrypted authorization information to an eUICC, wherein the authorization information comprises an identifier of at least one first device; or the authorization information comprises at least one authorization credential; wherein when the authorization information comprises the identifier of the at least one first device, the authorization information further comprises a granted profile management function corresponding to each first device in the at least one first device; and wherein when the authorization information comprises the at least one authorization credential, the authorization information further comprises a granted profile management function corresponding to each authorization credential in the at least one authorization credential; wherein when the authorization information comprises the at least one authorization credential, the authorization information further comprises a profile management function granted to a first device; characterized in that the authorization information further includes a switching identifier arranged to instruct to grant to one first device in the at least one first device, all of the profile management functions granted to another first device in the at least one first device. generating, by an embedded universal integrated circuit card,eUICC, manager, authorization information; encrypting, by the eUICC manager, the authorization information by using eUICC management credential; and sending, by the eUICC manager, the encrypted authorization information to an eUICC, wherein the authorization information comprises an identifier of at least one first device; or the authorization information comprises at least one authorization credential; wherein when the authorization information comprises the identifier of the at least one first device, the authorization information further comprises a granted profile management function corresponding to each first device in the at least one first device; and wherein when the authorization information comprises the at least one authorization credential, the authorization information further comprises a granted profile management function corresponding to each authorization credential in the at least one authorization credential; wherein when the authorization information comprises the at least one authorization credential, the authorization information further comprises a profile management function granted to a first device; characterized in that the authorization information further includes a switching identifier arranged to instruct to grant to one first device in the at least one first device, all of the profile management functions granted to another first device in the at least one first device.
Turbine comprising a turbine wheel, wherein the turbine wheel having a first channel running along an axis of rotation of the turbine wheel and a second channel running substantially in a radial direction, for guiding of the fluidic drive medium having an inlet and an outlet for the fluidic drive medium, wherein the inlet is in fluidic connection with the first channel and the outlet is directed substantially in a tangential direction of the turbine wheel, wherein the turbine has a fluid nozzle in the outlet, characterized in that a metal and/or ceramic reinforcement is arranged in at least one section of a wall of the first and/or second channel, and the entire wall of the first channel and/or of the second channel has a metal reinforcement (12, 17) and the metal reinforcement in the first channel has a recess in a connection area with the second channel into which the metal reinforcement of the second channel is inserted and / or in which the metal reinforcement of the second channel is welded, soldered or crimped to the metal reinforcement in the first channel.
A method for detecting viral infection of a subject by a first Flavivirus species, said method comprising: a. contacting a sample from said subject with a solid phase support, wherein said solid phase support includes a capture means for immobilising antibody present in the sample that binds a first antigen from a first Flavivirus species; b. challenging said immobilised antibody with a second antigen from a second (different) Flavivirus species, wherein the binding of said second antigen thereto suppresses (e.g. blocks) any inherent antigenic binding cross-reactivity towards the second Flavivirus species; and c. challenging antibody that remains unblocked with labelled first antigen from the first Flavivirus species, thereby forming a labelled antigen-antibody complex; and d. wherein the presence of labelled complex indicates viral infection of the subject by the first Flavivirus species, and wherein the absence of labelled complex indicates no viral infection of the subject by the first Flavivirus species; e. wherein the first and second antigens are inter-species homologs of the same polypeptide/ protein. a. contacting a sample from said subject with a solid phase support, wherein said solid phase support includes a capture means for immobilising antibody present in the sample that binds a first antigen from a first Flavivirus species; b. challenging said immobilised antibody with a second antigen from a second (different) Flavivirus species, wherein the binding of said second antigen thereto suppresses (e.g. blocks) any inherent antigenic binding cross-reactivity towards the second Flavivirus species; and c. challenging antibody that remains unblocked with labelled first antigen from the first Flavivirus species, thereby forming a labelled antigen-antibody complex; and d. wherein the presence of labelled complex indicates viral infection of the subject by the first Flavivirus species, and wherein the absence of labelled complex indicates no viral infection of the subject by the first Flavivirus species; e. wherein the first and second antigens are inter-species homologs of the same polypeptide/ protein.
A brake control valve arrangement for controlling application of a braking force in a rail vehicle comprising an electropneumatic brake control valve block comprising a main relay regulator valve controlling pressure to a hold valve and a vent valve for service brake application, the main relay regulator valve being piloted by a pressure controlled by an emergency regulator valve, the brake control valve arrangement further comprising a variable load control pressure regulator, the valve block having an inlet for a brake supply pressure, and an outlet (3,4) in pneumatic connection with a brake cylinder for applying braking force, wherein an electronic control unit is provided for controlling actuation of one or more solenoid valves controlling pneumatic flow in the brake control valve arrangement, characterised in that a pilot pressure into the main relay regulator valve from the variable load control pressure regulator is controlled by a solenoid, which solenoid when de-energised enables release of the braking force by venting of brake cylinder pressure to atmosphere