mhurhangee/patent-ind-claim-en huggingface dataset:
Hob comprising a hob apparatus which has an external housing unit , wherein the external housing unit is provided in at least one mounted state to form at least one part of a hob external housing, which has at least one bottom surface element and one reinforcing unit which is provided to reinforce the bottom surface element , wherein the hob apparatus comprises at least one spring element which is provided to push at least one heating element at least partially against a hob plate , wherein the reinforcing unit is provided to reduce at least substantially a deformation of at least one sub-region of the bottom surface element produced by a spring force of the spring element , wherein the external housing unit and the hob plate which is part of the hob apparatus define at least one receiving space which is configured as a cavity for receiving components, characterised in that the reinforcing unit is configured as a shaped portion of the bottom surface element and namely as a stamped portion and/or embossed portion and/or indentation and/or crowning of the bottom surface element .
A method for operating a wind turbine, which has the following steps: a. An indicative parameter (A(t)) for a wind hitting the wind turbine is currently determined from the present values for the generator speed (n Gen (t)) and/or the wind speed (v wind (t)) at each point in time (t), b. A temporal change variable (dA(t)) is formed for the parameter (A(t)) at each point in time (t), c. For the temporal change variables (dA(t)), which occurred in a past time interval ([t-T, t]), the third and/or fourth statistical moment (M 3 , M 4 ) is calculated for a distribution of the temporal change values in the time interval ([t-T, t]), d. If at least one of the statistical moments (M 3 , M 4 ) exceeds a predetermined cut-in threshold value, then a detection signal (C EGLM ) is set for an extreme gust, which triggers one or both of the following method steps: i. A setpoint value for the blade pitch angle (θ set ) is increased and ii. A setpoint value for the generator speed (n Gen,set ) is reduced. a. An indicative parameter (A(t)) for a wind hitting the wind turbine is currently determined from the present values for the generator speed (n Gen (t)) and/or the wind speed (v wind (t)) at each point in time (t), b. A temporal change variable (dA(t)) is formed for the parameter (A(t)) at each point in time (t), c. For the temporal change variables (dA(t)), which occurred in a past time interval ([t-T, t]), the third and/or fourth statistical moment (M 3 , M 4 ) is calculated for a distribution of the temporal change values in the time interval ([t-T, t]), d. If at least one of the statistical moments (M 3 , M 4 ) exceeds a predetermined cut-in threshold value, then a detection signal (C EGLM ) is set for an extreme gust, which triggers one or both of the following method steps: i. A setpoint value for the blade pitch angle (θ set ) is increased and ii. A setpoint value for the generator speed (n Gen,set ) is reduced. i. A setpoint value for the blade pitch angle (θ set ) is increased and ii. A setpoint value for the generator speed (n Gen,set ) is reduced.
A housing part (8 1 ) for a camera housing , in particular, for use in the automotive sector, comprising an outer housing shell (9 12 ) and an inner housing shell (9 11 ), wherein the outer housing shell (9 12 ) is produced from a plastic and the inner housing shell (9 11 ) from a metal or a plastic with electrically conductive filler materials, wherein the heat conductivity of the metal or the plastic with electrically conductive filler materials of the inner housing shell (9 11 ) is greater than the heat conductivity of the plastic of the outer housing shell (9 12 ), wherein via all opposing surface regions of the outer housing shell (9 12 ) and the inner housing shell (9 11 ), which extend over an entire outer surface of the inner housing shell (9 11 ) or over an entire inner surface of the outer housing shell (9 12 ), the outer housing shell (9 12 ) is directly connected to the inner housing shell (9 11 ) without the inclusion of an air layer in between, characterized in that on at least one outer surface region of the inner housing shell (9 11 ) in each case at least one elevation (10 1 ; 10 2 ; 10 3 ) is provided, which in each case is inserted in an associated recess (11 1 ; 11 2 ; 11 3 ) in an associated inner surface region of the outer housing shell (9 12 ), wherein in the opposite surface regions in each case the outer housing shell (9 12 ) is frictionally connected to the inner housing shell (9 11 ), wherein a width X iG of at least one elevation (10 1 ; 10 2 ; 10 3 ) on the inner housing shell (9 11 ) is greater than a width X aG of an associated recess (11 1 ; 11 2 ; 11 3 ) on the outer housing shell (9 12 ).
A system for providing a physiological representation of a patient, comprising: a sensor configured to monitor a physiological parameter of a patient corresponding to an organ of the patient and provide an output signal corresponding to the monitored physiological parameter; a processing unit and a display device ; wherein the organ comprises the heart of the patient; and the processing unit is configured to cause the display device to display the organ, and to display a shape change of the organ or an animation of the organ based on the output signal; characterized in that the processing unit is further configured to cause the display device to display a stroke volume variation starling curve with an indicator representing a stroke volume variation value , the indicator moving along the stroke volume variation starling curve corresponding to the stroke volume variation value. a sensor configured to monitor a physiological parameter of a patient corresponding to an organ of the patient and provide an output signal corresponding to the monitored physiological parameter; a processing unit and a display device ; wherein the organ comprises the heart of the patient; and the processing unit is configured to cause the display device to display the organ, and to display a shape change of the organ or an animation of the organ based on the output signal; characterized in that the processing unit is further configured to cause the display device to display a stroke volume variation starling curve with an indicator representing a stroke volume variation value , the indicator moving along the stroke volume variation starling curve corresponding to the stroke volume variation value.
A surgical system comprising: an imaging device configured to capture images of a surgical site the imaging device movable within the surgical site; a tool having a function, the function configured to manipulate tissue in response to a control signal; and a processing unit in communication with the imaging device and the tool, the processing unit configured to: determine a distance of the tool relative to targeted tissue from the captured images; and characterized in that , the processing unit is further configured to enable activation of the function of the tool when the tool is positioned within a predetermined distance of the targeted tissue and it is determined that the imaging device is stationary within the surgical site. an imaging device configured to capture images of a surgical site the imaging device movable within the surgical site; a tool having a function, the function configured to manipulate tissue in response to a control signal; and a processing unit in communication with the imaging device and the tool, the processing unit configured to: determine a distance of the tool relative to targeted tissue from the captured images; and characterized in that , the processing unit is further configured to enable activation of the function of the tool when the tool is positioned within a predetermined distance of the targeted tissue and it is determined that the imaging device is stationary within the surgical site. determine a distance of the tool relative to targeted tissue from the captured images; and characterized in that , the processing unit is further configured to enable activation of the function of the tool when the tool is positioned within a predetermined distance of the targeted tissue and it is determined that the imaging device is stationary within the surgical site.
A laser device comprising: a vertical external cavity surface emitting laser device a first container with an internal space accommodating the vertical external cavity surface emitting laser device , wherein said first container hermetically seals said internal space from an external space , wherein said first container comprises at least one container wall with at least one first through-opening , wherein said at least one first through-opening is adapted for passage of an optical pump beam from the external space into the internal space , characterized in that a sealing mirror is located in said internal space and extends over the entire first through-opening , wherein said at least one first through-opening is hermetically sealed by said sealing mirror such that said first through-opening with said sealing mirror is an entrance for said optical pump beam, and wherein said sealing mirror is adapted to form part of an external cavity of the vertical external cavity surface emitting laser device in the internal space . a vertical external cavity surface emitting laser device a first container with an internal space accommodating the vertical external cavity surface emitting laser device , wherein said first container hermetically seals said internal space from an external space , wherein said first container comprises at least one container wall with at least one first through-opening , wherein said at least one first through-opening is adapted for passage of an optical pump beam from the external space into the internal space , wherein said first container hermetically seals said internal space from an external space , wherein said first container comprises at least one container wall with at least one first through-opening , wherein said at least one first through-opening is adapted for passage of an optical pump beam from the external space into the internal space , characterized in that a sealing mirror is located in said internal space and extends over the entire first through-opening , wherein said at least one first through-opening is hermetically sealed by said sealing mirror such that said first through-opening with said sealing mirror is an entrance for said optical pump beam, and wherein said sealing mirror is adapted to form part of an external cavity of the vertical external cavity surface emitting laser device in the internal space .
A communication apparatus comprising: a reception unit configured to receive a communication signal, the communication signal including two or more preamble blocks (B1-1, Bl-2, Bl-3) that are signal regions with which two or more different preamble patterns (P1, P2, P3) are associated, respectively, the preamble pattern being stored in one of the preamble blocks, wherein the two or more preamble blocks are placed in a preamble portion , the preamble portion being a first signal region of the communication signal; a preamble detection unit configured to detect a preamble pattern from the communication signal; and a transfer processing unit configured to, when the preamble pattern detected by the preamble detection unit is a predetermined preamble pattern, remove the detected preamble pattern from the communication signal, and transfer the communication signal while storing, in a second block, a preamble pattern associated with the second block that is a signal region following a first block that is a signal region in which the detected preamble pattern has been stored; wherein the transfer processing unit is further configured to stop transfer of the communication signal when the first block is a last preamble block of the two or more preamble blocks, and the second block is not one of the preamble blocks. a reception unit configured to receive a communication signal, the communication signal including two or more preamble blocks (B1-1, Bl-2, Bl-3) that are signal regions with which two or more different preamble patterns (P1, P2, P3) are associated, respectively, the preamble pattern being stored in one of the preamble blocks, wherein the two or more preamble blocks are placed in a preamble portion , the preamble portion being a first signal region of the communication signal; a preamble detection unit configured to detect a preamble pattern from the communication signal; and a transfer processing unit configured to, when the preamble pattern detected by the preamble detection unit is a predetermined preamble pattern, remove the detected preamble pattern from the communication signal, and transfer the communication signal while storing, in a second block, a preamble pattern associated with the second block that is a signal region following a first block that is a signal region in which the detected preamble pattern has been stored; wherein the transfer processing unit is further configured to stop transfer of the communication signal when the first block is a last preamble block of the two or more preamble blocks, and the second block is not one of the preamble blocks.
A composite textile (200; 300) for an article of apparel, sporting equipment, or footwear comprising: a coating layer (220; 320) including a coating mixture, the coating layer (220; 320) having a first side and a second side opposing the first side, the coating mixture comprising a polyolefin resin and a thermoplastic vulcanizate (TPV), wherein the TPV comprises a cured rubber dispersed in a thermoplastic resin, wherein the coating mixture comprises 80 weight percent to 50 weight percent of the polyolefin resin and 5 weight percent to 45 weight percent of the TPV; and a textile layer (210; 310) including a first textile, the texture layer having a first side and a second side opposing the first side; wherein, in the composite textile (200; 300), the second side of the coating layer (220; 320) and the first side of the textile layer (210; 310) are directly bonded to each other or are indirectly bonded to each other via one or more intermediate layers; wherein the first textile of the textile layer (210; 310) is a non-woven textile and/or wherein the composite textile (200; 300) is a synthetic leather. a coating layer (220; 320) including a coating mixture, the coating layer (220; 320) having a first side and a second side opposing the first side, the coating mixture comprising a polyolefin resin and a thermoplastic vulcanizate (TPV), wherein the TPV comprises a cured rubber dispersed in a thermoplastic resin, wherein the coating mixture comprises 80 weight percent to 50 weight percent of the polyolefin resin and 5 weight percent to 45 weight percent of the TPV; and a textile layer (210; 310) including a first textile, the texture layer having a first side and a second side opposing the first side; wherein, in the composite textile (200; 300), the second side of the coating layer (220; 320) and the first side of the textile layer (210; 310) are directly bonded to each other or are indirectly bonded to each other via one or more intermediate layers; wherein the first textile of the textile layer (210; 310) is a non-woven textile and/or wherein the composite textile (200; 300) is a synthetic leather.
Electrophysiological diagnostic catheter with a bioptome for obtaining an endomyocardial biopsy of heart tissues , the catheter comprising a manipulation handgrip , a main tube, a distal ring and diagnostic rings connected with an electric connection, the catheter being, in use, guided and monitored with a system of electro anatomical 3D mapping, wherein the catheter further comprises: - a centrally located, open internal channel, the internal channel being unobstructed in both ways, wherein the inlet/outlet of the internal channel is located in the distal ring , characterised in that the inlet/outlet of internal channel has round cut external edges, which create an arch with the bioptome when placed in the internal channel in stand-by position. - a centrally located, open internal channel, the internal channel being unobstructed in both ways, wherein the inlet/outlet of the internal channel is located in the distal ring , characterised in that the inlet/outlet of internal channel has round cut external edges, which create an arch with the bioptome when placed in the internal channel in stand-by position.
An activation method for bandwidth part, BWP, comprising: receiving, by a terminal, first information on a first BWP from a network device, wherein the first information is used to activate a second BWP; transmitting, by the terminal, feedback response information corresponding to the first information within a time unit after a time unit occupied by the first information; and determining, by the terminal, that the second BWP is activated after a target time period starting from the end of the time unit within which the feedback response information is transmitted, wherein the time unit within which the feedback response information is transmitted is indicated by configuration information received from the network device; wherein a duration of the target time period is stipulated by a first preset protocol. receiving, by a terminal, first information on a first BWP from a network device, wherein the first information is used to activate a second BWP; transmitting, by the terminal, feedback response information corresponding to the first information within a time unit after a time unit occupied by the first information; and determining, by the terminal, that the second BWP is activated after a target time period starting from the end of the time unit within which the feedback response information is transmitted, wherein the time unit within which the feedback response information is transmitted is indicated by configuration information received from the network device; wherein a duration of the target time period is stipulated by a first preset protocol.
A motor comprising: a rotation shaft ; a rotor part encompassing the rotation shaft ; a stator part arranged to be spaced apart from the rotor part ; a housing configured to fix the stator part ; and a printed circuit board having an inverter circuit mounted thereon, wherein the housing comprises a first housing arranged on one side of the stator part where a load is located and a second housing arranged on the opposite side of the stator part ; an inner surface of the bottom surface of the second housing comprises a plurality of projection units ; a plurality of holes are formed in the bottom surface and in a wall surface of the second housing ; and the axial heights of the holes formed in the wall surface are higher than the axial heights of the projection units, characterized in that the printed circuit board is arranged at outside of a bottom surface of the second housing , in that said projection units extend from said inner surface of said bottom surface of said second housing; and in that the plurality of projection units are further formed at an inner surface of the wall surface of the second housing , and the projection units at the wall surface are formed to not overlap the projection units on the bottom surface. a rotation shaft ; a rotor part encompassing the rotation shaft ; a stator part arranged to be spaced apart from the rotor part ; a housing configured to fix the stator part ; and a printed circuit board having an inverter circuit mounted thereon, wherein the housing comprises a first housing arranged on one side of the stator part where a load is located and a second housing arranged on the opposite side of the stator part ; an inner surface of the bottom surface of the second housing comprises a plurality of projection units ; a plurality of holes are formed in the bottom surface and in a wall surface of the second housing ; and the axial heights of the holes formed in the wall surface are higher than the axial heights of the projection units, characterized in that the printed circuit board is arranged at outside of a bottom surface of the second housing , in that said projection units extend from said inner surface of said bottom surface of said second housing; and in that the plurality of projection units are further formed at an inner surface of the wall surface of the second housing , and the projection units at the wall surface are formed to not overlap the projection units on the bottom surface.
A plate-shaped cutting insert detachably mounted on a distal end part of a tool main body that is rotated about a center axis (C), the cutting insert comprising: rake faces ; flank faces ; and cutting edges formed on an intersecting ridge line between the rake faces and the flank faces, wherein: the cutting edges each have an arcuate cutting edge that is of an arc shape protruding toward an outer circumference side of a distal end of the cutting insert; the arcuate cutting edges are formed in a pair 180° rotationally symmetric about the center axis, a chisel part is formed at an intersecting ridge line part between the flank faces of the pair of arcuate cutting edges; when projecting, on a reference plane (Pr) including a predetermined point on the arcuate cutting edge and the center axis, an imaginary straight line (VL) passing through an arc center point of the arcuate cutting edge and the predetermined point, an angle at which the imaginary straight line is inclined with respect to the center axis in the reference plane is defined as a radial angle (θ); and a round honing is formed on a cutting edge tip of the arcuate cutting edge at least in a range where the radial angle is 30° or less; characterized in that a curvature radius of the round honing in a cross section perpendicular to an edge length direction of the arcuate cutting edge is 20 to 40 μm; and a chisel angle (σ) formed between the distal end part of the arcuate cutting edge and a chisel edge of the chisel part is 150° to 170° as seen in an insert front view of the cutting insert viewed from the distal end toward the proximal end side in the center axis direction. rake faces ; flank faces ; and cutting edges formed on an intersecting ridge line between the rake faces and the flank faces, wherein: the cutting edges each have an arcuate cutting edge that is of an arc shape protruding toward an outer circumference side of a distal end of the cutting insert; the arcuate cutting edges are formed in a pair 180° rotationally symmetric about the center axis, a chisel part is formed at an intersecting ridge line part between the flank faces of the pair of arcuate cutting edges; when projecting, on a reference plane (Pr) including a predetermined point on the arcuate cutting edge and the center axis, an imaginary straight line (VL) passing through an arc center point of the arcuate cutting edge and the predetermined point, an angle at which the imaginary straight line is inclined with respect to the center axis in the reference plane is defined as a radial angle (θ); and a round honing is formed on a cutting edge tip of the arcuate cutting edge at least in a range where the radial angle is 30° or less; characterized in that a curvature radius of the round honing in a cross section perpendicular to an edge length direction of the arcuate cutting edge is 20 to 40 μm; and a chisel angle (σ) formed between the distal end part of the arcuate cutting edge and a chisel edge of the chisel part is 150° to 170° as seen in an insert front view of the cutting insert viewed from the distal end toward the proximal end side in the center axis direction.