mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a grid primitive generator configured to generate a grid primitive (4501A, 4501B) comprising a plurality of adjacent interconnected primitives; a bitmask generator configured to generate a bitmask associated with the grid primitive (4501A, 4501B), the bitmask comprising a plurality of bitmask values, each mask value associated with a primitive of the grid primitive (4501A, 4501B); and a ray tracing engine (3310, 3730, 3731, 4610) comprising traversal and intersection hardware logic configured to perform traversal and intersection operations in which rays are traversed through a hierarchical acceleration data structure and intersections between the rays and one or more of the adjacent interconnected primitives identified, wherein the ray tracing engine (3310, 3730, 3731, 4610) is configured to read the bitmask to determine a first set of primitives from the grid primitive (4501A, 4501B) on which to perform the traversal and intersection operations and a second set of primitives from the grid primitive (4501A, 4501B) on which the traversal and intersection operations will not be performed, and the traversal and intersection hardware logic is configured to perform a plurality of ray-primitive intersection tests in parallel on a plurality of the first set of primitives. a grid primitive generator configured to generate a grid primitive (4501A, 4501B) comprising a plurality of adjacent interconnected primitives; a bitmask generator configured to generate a bitmask associated with the grid primitive (4501A, 4501B), the bitmask comprising a plurality of bitmask values, each mask value associated with a primitive of the grid primitive (4501A, 4501B); and a ray tracing engine (3310, 3730, 3731, 4610) comprising traversal and intersection hardware logic configured to perform traversal and intersection operations in which rays are traversed through a hierarchical acceleration data structure and intersections between the rays and one or more of the adjacent interconnected primitives identified, wherein the ray tracing engine (3310, 3730, 3731, 4610) is configured to read the bitmask to determine a first set of primitives from the grid primitive (4501A, 4501B) on which to perform the traversal and intersection operations and a second set of primitives from the grid primitive (4501A, 4501B) on which the traversal and intersection operations will not be performed, and the traversal and intersection hardware logic is configured to perform a plurality of ray-primitive intersection tests in parallel on a plurality of the first set of primitives.
Electric motor having a first brake and a second brake, wherein the first brake is arranged in the housing of the motor, wherein the housing encloses the stator windings of the motor so as to form a housing and is assembled from housing parts (12, 502, 503), in particular by means of respective sealed screw connections between the housing parts (12, 502, 503), wherein the second brake is attached to the motor, in particular therefore is attached to the housing of the motor, wherein both brakes are embodied as electromagnetically actuable spring-loaded brakes, wherein spring elements are supported against the coil body of the electromagnet, which spring elements, when no power is being supplied to the electromagnet, press an armature disc (3, 22, 37, 44) against a lining carrier (4, 23, 36, 50) which is thus pressed against a friction disc (5, 15, 35, 51, 504), wherein the armature disc (3, 22, 37, 44) is arranged in a rotationally fixed manner relative to the friction disc (5, 15, 35, 51, 504) and to the electromagnet and is arranged in an axially displaceable manner, wherein the lining carrier (4, 23, 36, 50) is connected to the rotor shaft (18, 31) of the electric motor in a rotationally fixed and axially displaceable manner, characterized in that the first and second brakes are in pre-assembled form, and the brakes can therefore be checked for proper functioning prior to assembling the entire motor with brakes, whereby a friction disc (5, 15, 35, 51, 504) is arranged at an axial spacing from a coil core (16, 42, 47) of the brake by means of a guide part and is fixed in position, wherein the guide part is provided for axially guiding the armature disc (3, 22, 37, 44) of the brake, wherein the armature disc (3, 22, 37, 44) is delimited and held by the guide part with a form fit in the circumferential direction, wherein the guide part has a first axial section for guiding the armature disc (3, 22, 37, 44) and a second axial section which has an external thread for screwing into a threaded bore of the coil core (16, 42, 47).
A polypeptide, comprising: (a) a non-cytotoxic protease that is capable of cleaving a SNARE protein; (b) a translocation domain that is capable of translocating the non-cytotoxic protease from within an endosome of a mammalian cell, across the endosomal membrane thereof and into the cytosol of the mammalian cell; (c) a first destructive cleavage site that is cleavable by a second protease and not by the non-cytotoxic protease, and wherein after cleavage thereof by the second protease the polypeptide has reduced potency as measurable by a reduced ability to cleave said SNARE protein and/ or a reduced ability to translocate said non-cytotoxic protease, wherein said first destructive cleavage site is cleavable by a protease selected from: a circulating protease, a serum protease, a protease of the blood clotting cascade; a tissue-associated protease, a matrix metalloprotease, a muscle MMP; or an intracellular protease that is absent from nerve cells; (d) a Targeting Moiety that binds to a Binding Site on a nerve cell of the neuromuscular junction, which Binding Site is capable of undergoing endocytosis to be incorporated into an endosome within the nerve cell; and (e) with the proviso that said first destructive cleavage site is not located within said TM. (a) a non-cytotoxic protease that is capable of cleaving a SNARE protein; (b) a translocation domain that is capable of translocating the non-cytotoxic protease from within an endosome of a mammalian cell, across the endosomal membrane thereof and into the cytosol of the mammalian cell; (c) a first destructive cleavage site that is cleavable by a second protease and not by the non-cytotoxic protease, and wherein after cleavage thereof by the second protease the polypeptide has reduced potency as measurable by a reduced ability to cleave said SNARE protein and/ or a reduced ability to translocate said non-cytotoxic protease, wherein said first destructive cleavage site is cleavable by a protease selected from: a circulating protease, a serum protease, a protease of the blood clotting cascade; a tissue-associated protease, a matrix metalloprotease, a muscle MMP; or an intracellular protease that is absent from nerve cells; (d) a Targeting Moiety that binds to a Binding Site on a nerve cell of the neuromuscular junction, which Binding Site is capable of undergoing endocytosis to be incorporated into an endosome within the nerve cell; and (e) with the proviso that said first destructive cleavage site is not located within said TM.
A method for wireless communications by a user equipment "UE", comprising: determining first resources assigned to the UE in a first subframe and second resources assigned to the UE for uplink transmissions in a second subframe; and determining whether to retune radio frequency "RF" circuitry prior to transmitting in the second subframe based on at least one rule involving an overlap between the first resources and second resources, wherein: the first resources are assigned to the UE for downlink or uplink transmissions in a first bandwidth in the first subframe; the second resources are assigned to the UE for uplink transmissions in a second bandwidth in the second subframe; and the rule indicates the UE is to retune prior to transmitting in the second subframe if the first and second bandwidths are different. determining first resources assigned to the UE in a first subframe and second resources assigned to the UE for uplink transmissions in a second subframe; and determining whether to retune radio frequency "RF" circuitry prior to transmitting in the second subframe based on at least one rule involving an overlap between the first resources and second resources, wherein: the first resources are assigned to the UE for downlink or uplink transmissions in a first bandwidth in the first subframe; the second resources are assigned to the UE for uplink transmissions in a second bandwidth in the second subframe; and the rule indicates the UE is to retune prior to transmitting in the second subframe if the first and second bandwidths are different. the first resources are assigned to the UE for downlink or uplink transmissions in a first bandwidth in the first subframe; the second resources are assigned to the UE for uplink transmissions in a second bandwidth in the second subframe; and the rule indicates the UE is to retune prior to transmitting in the second subframe if the first and second bandwidths are different.
An integrated steel concrete building, comprising a plurality of prefabricated room modules of steel, wherein each prefabricated room module includes at least one column having a structure of hollow steel tube, which has an inner chamber inserted with penetrating rebars and poured with concrete, the penetrating rebars extending upwardly out of said column of said prefabricated room module into an inner chamber of a column of a prefabricated room module of an upper floor, characterized in that each prefabricated room module includes a steel structure frame, and a steel concrete bottom plate, which is provided with a base beam extending downwardly, so that a fireproof cavity is formed between two vertically adjacent prefabricated room modules; and in that each prefabricated room module includes a steel concrete top plate, which is provided on its top surface with a boss extending upwardly, the boss being located at a position corresponding to the base beam of the prefabricated room module of said upper floor. characterized in that each prefabricated room module includes a steel structure frame, and a steel concrete bottom plate, which is provided with a base beam extending downwardly, so that a fireproof cavity is formed between two vertically adjacent prefabricated room modules; and in that each prefabricated room module includes a steel concrete top plate, which is provided on its top surface with a boss extending upwardly, the boss being located at a position corresponding to the base beam of the prefabricated room module of said upper floor.
A cleaner head for a vacuum cleaner, the cleaner head comprising a single agitator rotatably mounted within a housing, the agitator being arranged transversely within the housing such that it is perpendicular to the direction of travel of the cleaner head during use, characterised in that the agitator is conical in shape, such that a first end has a larger diameter than a second end,wherein the agitator has a main body with an outer conical surface, and the lowermost portion of the conical surface is parallel with a flat supporting surface when the cleaner head is in use.
A method for electromagnetic testing of at least one object, a method in which electromagnetic radiation is sent by at least one probe towards a determined test point where the object being tested is located, characterised in that the at least one probe and a support for the object being tested are moved in a controlled manner relative to each other by a mechanical displacement device (6, 60, 63, 601, 68) according to a trajectory which is calculated from a predetermined angular spread statistic of the direction of the radiation relative to a determined principal aiming direction of the probe towards the test point to generate electromagnetic radiation having this predetermined angular spread statistic relative to the principal aiming direction by the at least one probe.
Closure device for closing a liquid pouch, comprising: a base body formed as a one-piece element, comprising a flat flange edge for connecting the base body to the liquid pouch, and a portal structure with a main section, a first valve section and a second valve section, wherein the first valve section comprises a first opening that is accessible from the outside and that is designed for inserting and withdrawing a fluid, and the second valve section comprises a second opening that is accessible from the outside and that is designed for inserting and withdrawing a fluid; a first valve element that is arranged within the first valve section for reversibly closing the first opening, and a second valve element that is arranged within the second valve section for reversibly closing the second opening, wherein the first opening is arranged parallel to the flange edge, characterized in that the second opening is arranged parallel to the flange edge, and the first valve section comprises a circumferential recess and an adjacent circumferential protrusion for coupling the first valve section with a filling and/or withdrawal device. a base body formed as a one-piece element, comprising a flat flange edge for connecting the base body to the liquid pouch, and a portal structure with a main section, a first valve section and a second valve section, wherein the first valve section comprises a first opening that is accessible from the outside and that is designed for inserting and withdrawing a fluid, and the second valve section comprises a second opening that is accessible from the outside and that is designed for inserting and withdrawing a fluid; a first valve element that is arranged within the first valve section for reversibly closing the first opening, and a second valve element that is arranged within the second valve section for reversibly closing the second opening, wherein the first opening is arranged parallel to the flange edge, characterized in that the second opening is arranged parallel to the flange edge, and the first valve section comprises a circumferential recess and an adjacent circumferential protrusion for coupling the first valve section with a filling and/or withdrawal device.
A data processing method, comprising: obtaining, in a case that a video call is being made on a first electronic device, a packet loss amount of multimedia data packets of the video call within a predetermined period of time; in a case that the packet loss amount is greater than or equal to a predetermined threshold, clearing target multimedia data packets and sending multimedia data packets currently generated by the video call to a server, wherein the target multimedia data packets comprise all multimedia data packets corresponding to the video call cached in a packet data convergence protocol, PDCP, layer of the first electronic device; and wherein, clearing the target multimedia data packets comprises: sending a clear command to the PDCP layer of the first electronic device; and clearing, according to the clear command, all multimedia data packets corresponding to the video call cached in the PDCP layer. obtaining, in a case that a video call is being made on a first electronic device, a packet loss amount of multimedia data packets of the video call within a predetermined period of time; in a case that the packet loss amount is greater than or equal to a predetermined threshold, clearing target multimedia data packets and sending multimedia data packets currently generated by the video call to a server, wherein the target multimedia data packets comprise all multimedia data packets corresponding to the video call cached in a packet data convergence protocol, PDCP, layer of the first electronic device; and wherein, clearing the target multimedia data packets comprises: sending a clear command to the PDCP layer of the first electronic device; and clearing, according to the clear command, all multimedia data packets corresponding to the video call cached in the PDCP layer. sending a clear command to the PDCP layer of the first electronic device; and clearing, according to the clear command, all multimedia data packets corresponding to the video call cached in the PDCP layer.
Assembly comprising - a tube head comprising a neck defining a longitudinal axis (Z-Z), a shoulder and a solid insert forming a lid closing said neck, - a cap comprising a punch adapted to cut the lid, said cap being adapted to be screwed onto said neck, and configured in such a way that when said cap is screwed onto the neck, the punch is inserted into an interior of the neck, - a removable spacing ring bearing against the shoulder around the neck, the ring and the cap being formed integrally in one piece and joined by material bridges, said ring having an internal diameter greater than the external diameter of said cap, in such a way as to enable the cap to slide through the ring after breakage of said material bridges, characterised in that the ring comprises internal stops adapted to limit the movement of said cap through the ring, after the breakage of the material bridges, in such a way as to keep the punch spaced from the lid when the cap is screwed onto the neck and butted against the ring. - a tube head comprising a neck defining a longitudinal axis (Z-Z), a shoulder and a solid insert forming a lid closing said neck, - a cap comprising a punch adapted to cut the lid, said cap being adapted to be screwed onto said neck, and configured in such a way that when said cap is screwed onto the neck, the punch is inserted into an interior of the neck, - a removable spacing ring bearing against the shoulder around the neck,
An internal combustion engine air cleaner comprising a case having an inlet duct, a cap having an outlet, and a filter element provided between an opening in the case and an opening in the cap facing the opening of the case, wherein a case channel is formed at an edge of the case, constituting part of a circulating channel through which internal combustion engine blow-by gas is caused to circulate to an intake air channel, and a cap channel is formed at an edge of the cap, constituting a part of the circulating channel further downstream than the case channel, the configuration being such that the case channel and the cap channel are in communication as the case and cap are assembled, characterized in that the case comprises a first molded case having an opening-side peripheral wall section surrounding the opening and a first case channel-forming section that is continuous with the opening-side peripheral wall section, and a second molded case comprising a bottom wall of the case, a bottom wall-side peripheral wall section that is continuous with the bottom wall, and a second case channel-forming section that is formed at an edge of the bottom wall-side peripheral wall section, a case body is formed by joining of the peripheral edge of the opening-side peripheral wall section with the peripheral edge of the bottom wall-side peripheral wall section, and the case channel is formed by joining of the first case channel-forming section with the second case channel-forming section.
An electromagnetically actuated piston slide valve, comprising: - a valve housing with a first fluid port and a second fluid port and at least one fluid channel connecting the two fluid ports (1, 2), - an electrically energizable coil for generating an electromagnetic field, - a piston slide arrangement with a piston which for controlling a free cross-sectional area of the fluid channel is axially displaceable, by energization of the coil, against a force of at least one first biasing spring and has a ring-like piston portion which engages in the fluid channel, characterized in that a portion of the fluid channel, which borders on the piston portion engaging in the fluid channel radially inward, and a portion of the fluid channel, which borders on the piston portion engaging in the fluid channel radially outward, are symmetrical to each other, relative to the piston portion engaging in the fluid channel, in such a way that in both flow directions there arises the same flow characteristic, wherein flow cross sections of the fluid channel directly bordering on the piston portion radially inward and radially outward are configured identically. - a valve housing with a first fluid port and a second fluid port and at least one fluid channel connecting the two fluid ports (1, 2), - an electrically energizable coil for generating an electromagnetic field, - a piston slide arrangement with a piston which for controlling a free cross-sectional area of the fluid channel is axially displaceable, by energization of the coil, against a force of at least one first biasing spring and has a ring-like piston portion which engages in the fluid channel,
A video signal transmission device (1, 10), comprising: a packer which receives a video signal, a sync signal and a data-enable signal, and generates a plurality of packet signals by packetizing said video signal and said sync signal based on said data-enable signal and according to the number of bytes of a packet corresponding to the number of gradation bits of said video signal; an encode unit which generates a plurality of encoded packet signals by encoding said plurality of packet signals from said packer; and a serializer which generates a serial packet signal by parallel-serial converting said plurality of encoded packet signals from said encode unit, characterized in that: said packer generates a control signal including a pulse with a pulse width corresponding to the number of bytes of said packet, and said encode unit subjects a portion of said packet signals corresponding to a period where said pulse exists in said control signal from said packer, to an encode process which is different from a process for the other portion. a packer which receives a video signal, a sync signal and a data-enable signal, and generates a plurality of packet signals by packetizing said video signal and said sync signal based on said data-enable signal and according to the number of bytes of a packet corresponding to the number of gradation bits of said video signal; an encode unit which generates a plurality of encoded packet signals by encoding said plurality of packet signals from said packer; and a serializer which generates a serial packet signal by parallel-serial converting said plurality of encoded packet signals from said encode unit, characterized in that: said packer generates a control signal including a pulse with a pulse width corresponding to the number of bytes of said packet, and said encode unit subjects a portion of said packet signals corresponding to a period where said pulse exists in said control signal from said packer, to an encode process which is different from a process for the other portion. said packer generates a control signal including a pulse with a pulse width corresponding to the number of bytes of said packet, and said encode unit subjects a portion of said packet signals corresponding to a period where said pulse exists in said control signal from said packer, to an encode process which is different from a process for the other portion.