mhurhangee/ep-ind-claims huggingface dataset:
Robot hand wrist for a robot, particularly for a painting robot, with a) several moveable members (4-6, 4'-6') which are rotatable relative to each other, b) a line duct (8, 8'), c) at least one line (9-11, 9'-11', 22, 23) received by said line duct (8, 8'), characterized in that d) the line (9-11, 9'-11', 22, 23) is carried by an axially compliant bellows (14-16, 18) within the line duct (8, 8'), so that an axial movement of the line (9-11, 9'-11', 22, 23) is possible during a change in the robot position. a) several moveable members (4-6, 4'-6') which are rotatable relative to each other, b) a line duct (8, 8'), c) at least one line (9-11, 9'-11', 22, 23) received by said line duct (8, 8'), d) the line (9-11, 9'-11', 22, 23) is carried by an axially compliant bellows (14-16, 18) within the line duct (8, 8'), so that an axial movement of the line (9-11, 9'-11', 22, 23) is possible during a change in the robot position.
A high voltage circuit breaker comprising: a housing defining an internal space; a first electrical line terminal at least partially positioned within the internal space; a second electrical line terminal at least partially positioned within the internal space; each of the first and second electrical terminals (18, 20) including insulating bushings (22, 24) positioned externally around conductors; a first electrical contact element in electrical communication with the first electrical line terminal; a second electrical contact element in electrical communication with the second electrical line terminal; an actuator operable to move at least one of the first and second electrical contact elements (40, 42) between a connected position and a disconnected position, wherein the connected position permits electrical communication between the first and second electrical line terminals (18, 20) and the disconnected position restricts electrical communication between the first and second electrical line terminals (18, 20); and a voltage limiter positioned within the housing, wherein the voltage limiter and the first and second electrical contact elements (40, 42) are located in parallel; the housing including one or more seals to fluidly isolate the internal space from an external ambient space. a housing defining an internal space; a first electrical line terminal at least partially positioned within the internal space; a second electrical line terminal at least partially positioned within the internal space; each of the first and second electrical terminals (18, 20) including insulating bushings (22, 24) positioned externally around conductors; a first electrical contact element in electrical communication with the first electrical line terminal; a second electrical contact element in electrical communication with the second electrical line terminal; an actuator operable to move at least one of the first and second electrical contact elements (40, 42) between a connected position and a disconnected position, wherein the connected position permits electrical communication between the first and second electrical line terminals (18, 20) and the disconnected position restricts electrical communication between the first and second electrical line terminals (18, 20); and a voltage limiter positioned within the housing, wherein the voltage limiter and the first and second electrical contact elements (40, 42) are located in parallel; the housing including one or more seals to fluidly isolate the internal space from an external ambient space.
A plug for use in a beverage container having a container main body, comprising: a plug main body detachably attached to an opening section of said container main body; a fluid passage formed inside said plug main body, and extending from an inlet open toward an inner side of said container main body to an outlet open toward an outer side of said plug main body; a valve body biased in a direction allowing the inlet of said fluid passage to be closed; a cover that is provided on an upper end of said plug main body and serves to cover an upper opening section of said plug main body; an opening and closing device provided on said cover; a resilient member that is provided on said valve body and serves to bias said valve body in a closing direction; a valve body cover attached to said valve body in order to prevent said resilient member from coming off; characterized in that the plug further comprises: a rotation member rotatably provided on said valve body cover; at least two claw portions that are provided on said rotation member and serve to allow the valve body cover to be engaged with a valve shaft of the valve body; and claw guiding grooves and steps that are provided on an upper portion of said valve body, the number of said claw guiding grooves being equal to the number of or the integral multiple of said claw portions, said steps allowing the rotation member to rotate, wherein said valve body cover is detachable by moving the valve body cover up and down. a plug main body detachably attached to an opening section of said container main body; a fluid passage formed inside said plug main body, and extending from an inlet open toward an inner side of said container main body to an outlet open toward an outer side of said plug main body; a valve body biased in a direction allowing the inlet of said fluid passage to be closed; a cover that is provided on an upper end of said plug main body and serves to cover an upper opening section of said plug main body; an opening and closing device provided on said cover; a resilient member that is provided on said valve body and serves to bias said valve body in a closing direction; a valve body cover attached to said valve body in order to prevent said resilient member from coming off; a rotation member rotatably provided on said valve body cover; at least two claw portions that are provided on said rotation member and serve to allow the valve body cover to be engaged with a valve shaft of the valve body; and claw guiding grooves and steps that are provided on an upper portion of said valve body, the number of said claw guiding grooves being equal to the number of or the integral multiple of said claw portions, said steps allowing the rotation member to rotate, wherein said valve body cover is detachable by moving the valve body cover up and down.
A method implemented by a base station for transmitting demodulation reference signals to a user terminal, said method comprising: determining a transmission rank for a downlink transmission to said user terminal; determining one or more reference signal antenna ports for said downlink transmission based on said transmission rank, wherein each port is defined by an group/code pair comprising a code division multiplexing group and orthogonal cover code; mapping said reference signal antenna ports to group/code pairs such that the code division multiplexing group and code orthogonal cover code are the same for a given antenna port for every transmission rank; and transmitting said downlink demodulation reference signals over said reference signal antenna ports corresponding to the transmission rank. determining a transmission rank for a downlink transmission to said user terminal; determining one or more reference signal antenna ports for said downlink transmission based on said transmission rank, wherein each port is defined by an group/code pair comprising a code division multiplexing group and orthogonal cover code; mapping said reference signal antenna ports to group/code pairs such that the code division multiplexing group and code orthogonal cover code are the same for a given antenna port for every transmission rank; and transmitting said downlink demodulation reference signals over said reference signal antenna ports corresponding to the transmission rank.
An image processing method, comprising: obtaining a target picture and an initial tone mapping curve of the target picture; determining a plurality of interpolation points based on luminance information and/or dynamic metadata of the target picture; determining a spline function that passes through the plurality of interpolation points, wherein the spline function is smoothly connected to the initial tone mapping curve at at least one of the plurality of interpolation points; obtaining a modified tone mapping curve of the target picture based on the initial tone mapping curve and the spline function; and performing tone mapping on the target picture based on the modified tone mapping curve, wherein the initial tone mapping curve comprises a first endpoint and a second endpoint, the first endpoint and the second endpoint are respectively located at two ends of the initial tone mapping curve, a luminance value corresponding to the first endpoint is less than a luminance value corresponding to the second endpoint, characterized in that when a quantity of dark region pixels comprised in the target picture is greater than or equal to a second preset threshold, luminance values of the dark region pixels being less than a first preset threshold, the plurality of interpolation points comprise a first interpolation point, and the determining a plurality of interpolation points based on luminance information of the target picture comprises: determining that a first coordinate value of the first interpolation point is the same as a first coordinate value of the first endpoint. obtaining a target picture and an initial tone mapping curve of the target picture; determining a plurality of interpolation points based on luminance information and/or dynamic metadata of the target picture; determining a spline function that passes through the plurality of interpolation points, wherein the spline function is smoothly connected to the initial tone mapping curve at at least one of the plurality of interpolation points; obtaining a modified tone mapping curve of the target picture based on the initial tone mapping curve and the spline function; and performing tone mapping on the target picture based on the modified tone mapping curve, wherein the initial tone mapping curve comprises a first endpoint and a second endpoint, the first endpoint and the second endpoint are respectively located at two ends of the initial tone mapping curve, a luminance value corresponding to the first endpoint is less than a luminance value corresponding to the second endpoint, characterized in that when a quantity of dark region pixels comprised in the target picture is greater than or equal to a second preset threshold, luminance values of the dark region pixels being less than a first preset threshold, the plurality of interpolation points comprise a first interpolation point, and the determining a plurality of interpolation points based on luminance information of the target picture comprises: determining that a first coordinate value of the first interpolation point is the same as a first coordinate value of the first endpoint.
A method for wireless communication performed by a user equipment, UE, (115-c), the method comprising: establishing (1305, 1405) a wireless connection for communication using a shared radio frequency spectrum band shared by a plurality of network operating entities; identifying (1310, 1410) a frame comprising multiple segments comprising a first plurality of sub-intervals for exclusive use by a network operating entity, prioritized use by the network operating entity, or opportunistic use by the network operating entity; identifying (1315, 1415), within the multiple segments, a second plurality of sub-intervals different from the first plurality of sub-intervals, the second plurality of sub-intervals comprising reduced latency communication sub-intervals designated for use by the network operating entity for autonomous uplink transmissions, mission critical transmissions, or both; and transmitting (1320, 1425) a message during the one or more sub-intervals of the second plurality of sub-intervals, wherein the message comprises an autonomous uplink transmission or a mission critical transmission. establishing (1305, 1405) a wireless connection for communication using a shared radio frequency spectrum band shared by a plurality of network operating entities; identifying (1310, 1410) a frame comprising multiple segments comprising a first plurality of sub-intervals for exclusive use by a network operating entity, prioritized use by the network operating entity, or opportunistic use by the network operating entity; identifying (1315, 1415), within the multiple segments, a second plurality of sub-intervals different from the first plurality of sub-intervals, the second plurality of sub-intervals comprising reduced latency communication sub-intervals designated for use by the network operating entity for autonomous uplink transmissions, mission critical transmissions, or both; and transmitting (1320, 1425) a message during the one or more sub-intervals of the second plurality of sub-intervals, wherein the message comprises an autonomous uplink transmission or a mission critical transmission.
A composite particle comprising: a) a porous polymeric core particle, wherein the porous polymeric core particle comprises a crosslinked (meth)acrylate polymeric material; b) a curing agent and/or a curing catalyst for an epoxy resin positioned within the porous polymeric core particle but not covalently bound to the porous polymeric core particle; and c) a coating layer around the porous polymeric core particle, wherein the coating layer comprises a fluorinated polymer. a) a porous polymeric core particle, wherein the porous polymeric core particle comprises a crosslinked (meth)acrylate polymeric material; b) a curing agent and/or a curing catalyst for an epoxy resin positioned within the porous polymeric core particle but not covalently bound to the porous polymeric core particle; and c) a coating layer around the porous polymeric core particle, wherein the coating layer comprises a fluorinated polymer.
Food cutting accessory comprising: - a rotating primary cutting tool, - at least two fixed interchangeable secondary cutting tools (3; 4; 5), - a plate comprising a bottom provided with a reception seat of the primary cutting tool that can rotate freely about an axis of rotation (Δ) as well as a cutting window in which one of the secondary cutting tools (3; 4; 5) is arranged, the plate partly defining a working chamber open at the end opposite the bottom, - a lid comprising a chute for introducing the food to be cut located substantially opposite the cutting window, - a casing defining with the plate at least one storage housing for one of the secondary cutting tools (3; 4; 5), - means for driving in rotation the primary cutting tool, characterised in that the plate comprises a duct for evacuating the cut food connected to the cutting window and extending outside the working chamber and the casing. - a rotating primary cutting tool, - at least two fixed interchangeable secondary cutting tools (3; 4; 5), - a plate comprising a bottom provided with a reception seat of the primary cutting tool that can rotate freely about an axis of rotation (Δ) as well as a cutting window in which one of the secondary cutting tools (3; 4; 5) is arranged, the plate partly defining a working chamber open at the end opposite the bottom, - a lid comprising a chute for introducing the food to be cut located substantially opposite the cutting window, - a casing defining with the plate at least one storage housing for one of the secondary cutting tools (3; 4; 5), - means for driving in rotation the primary cutting tool, characterised in that the plate comprises a duct for evacuating the cut food connected to the cutting window and extending outside the working chamber and the casing.
A composition comprising a lactam and a glycolipid biosurfactant, wherein the lactam is a lactam of Formula la or Formula IIa: wherein R is H, halogen, or C 1-4 alkyl.
An electric machine defining an axial direction, a radial direction, and a circumferential direction, the electric machine comprising: a rotor disk rotatable about the axial direction; a rotor flange attached to or formed integrally with the rotor disk and extending from the rotor disk substantially along the axial direction; a plurality of rotor magnets mounted to the rotor disk and supported by the rotor flange; and a stator assembly; characterised in that: a north-south pole orientation of each of the plurality of rotor magnets extends along the radial direction such that a radial magnetic flux is generated; and the stator assembly is located inward from the plurality of rotor magnets along the radial direction, the stator assembly being operable with the rotor magnets to produce torque. a rotor disk rotatable about the axial direction; a rotor flange attached to or formed integrally with the rotor disk and extending from the rotor disk substantially along the axial direction; a plurality of rotor magnets mounted to the rotor disk and supported by the rotor flange; and a stator assembly; characterised in that: a north-south pole orientation of each of the plurality of rotor magnets extends along the radial direction such that a radial magnetic flux is generated; and the stator assembly is located inward from the plurality of rotor magnets along the radial direction, the stator assembly being operable with the rotor magnets to produce torque. a north-south pole orientation of each of the plurality of rotor magnets extends along the radial direction such that a radial magnetic flux is generated; and the stator assembly is located inward from the plurality of rotor magnets along the radial direction, the stator assembly being operable with the rotor magnets to produce torque.
A gateway apparatus that is configured to connect a presence server of a first presence display system and a second system providing another presence system, the gateway apparatus being further configured to receive first presence information regarding a state for a given user from one of the first system or the second system, when the given user's presence information has been changed, and the gateway apparatus further comprises a presence conversion table associating presence information of the first system with presence information of the second system, and the gateway apparatus is further configured to: use the conversion table to convert content of the first presence information to second presence information, which is content that is compatible with the other of the first system or the second system; and provide the second presence information to the other of the first system or second system, such that the second presence information is configured to synchronise the given user's state in the first and second systems. use the conversion table to convert content of the first presence information to second presence information, which is content that is compatible with the other of the first system or the second system; and provide the second presence information to the other of the first system or second system, such that the second presence information is configured to synchronise the given user's state in the first and second systems.
An optical fiber apparatus, comprising: first and second lengths of fiber, each comprising an outer cladding over an inner cladding that is over a core; and a cladding light stripper, CLS, comprising a third length of fiber optically coupling the first length of fiber to the second length of fiber, wherein the third length of fiber further comprises a core, and an inner cladding that has one or more helical grooves to perturb light propagating in the inner cladding, wherein the one or more helical grooves extend continuously over the third length, characterised in that the one or more helical grooves have a helix pitch that varies over the third length. first and second lengths of fiber, each comprising an outer cladding over an inner cladding that is over a core; and a cladding light stripper, CLS, comprising a third length of fiber optically coupling the first length of fiber to the second length of fiber, wherein the third length of fiber further comprises a core, and an inner cladding that has one or more helical grooves to perturb light propagating in the inner cladding, wherein the one or more helical grooves extend continuously over the third length, characterised in that the one or more helical grooves have a helix pitch that varies over the third length.
Kitchen appliance with a cooktop and at least one extractor apparatus, wherein the at least one extractor apparatus has an extractor apparatus with a suction opening and, arranged under the suction opening, a fan by means of which the primary air is sucked away downward via the suction opening, and wherein the extractor apparatus has at least one expulsion opening which is adjacent to the suction opening and via which an oriented secondary air stream is expelled, characterised in that the suction opening is arranged in the horizontal direction between the at least one expulsion opening and the cooktop.
A current measuring apparatus for measuring an electrical current output by a sensor element, the current measuring apparatus comprising: a current sensing circuit configured to integrate the current output by the sensor element during each of a plurality of sensing frames and, in each sensing frame, to obtain a first analogue sample of the integral during a first time window in the sensing frame and a second analogue sample of the integral during a second time window in the sensing frame, the second time window being later than the first time window in each sensing frame, wherein the integration process is continuous between the first analogue sample and second analogue sample, and stopped and reset in between each sensing frame during a reset time window located in between adjacent sensing frames; and a readout circuit configured to process the first and second analogue samples in order to output a digital output signal representing the current output by the sensor element between the first and second time windows (71, 72) in each sensing frame, the processing comprising analogue to digital conversion processing to obtain the digital output signal and output processing to output the digital output signal, wherein: the readout circuit is configured to perform the output processing exclusively during periods outside of the first and second time windows (71, 72). a current sensing circuit configured to integrate the current output by the sensor element during each of a plurality of sensing frames and, in each sensing frame, to obtain a first analogue sample of the integral during a first time window in the sensing frame and a second analogue sample of the integral during a second time window in the sensing frame, the second time window being later than the first time window in each sensing frame, wherein the integration process is continuous between the first analogue sample and second analogue sample, and stopped and reset in between each sensing frame during a reset time window located in between adjacent sensing frames; and a readout circuit configured to process the first and second analogue samples in order to output a digital output signal representing the current output by the sensor element between the first and second time windows (71, 72) in each sensing frame, the processing comprising analogue to digital conversion processing to obtain the digital output signal and output processing to output the digital output signal, wherein: the readout circuit is configured to perform the output processing exclusively during periods outside of the first and second time windows (71, 72).