mhurhangee/ep-ind-claims huggingface dataset:
A medical system comprising a medical device configured to be at least partially implanted in a patient, the medical device comprising: a lead (16, 116) including one or more electrodes (114, 115) and configured for placement near a target nerve selected from a group consisting of: a sacral nerve, a pelvic nerve, a tibial nerve, and a pudendal nerve of the patient; electrical stimulation generation circuitry configured to generate electrical stimulation therapy comprising first electrical stimulation pulses comprising a first frequency greater than or equal to about 500 Hertz and less than or equal to about 5,000 Hertz; one or more sensors configured to detect an evoked compound action potential (ECAP) of a tissue of the patient; and processing circuitry configured to: identify an indication to inhibit bladder activity; control, in response to identifying the indication, the electrical stimulation generation circuitry to deliver the electrical stimulation therapy to the target nerve via the one or more electrodes (114, 115), and adjust at least one parameter of the electrical stimulation therapy based on a detected evoked compound action potential (ECAP) detected via the one or more sensors. a lead (16, 116) including one or more electrodes (114, 115) and configured for placement near a target nerve selected from a group consisting of: a sacral nerve, a pelvic nerve, a tibial nerve, and a pudendal nerve of the patient; electrical stimulation generation circuitry configured to generate electrical stimulation therapy comprising first electrical stimulation pulses comprising a first frequency greater than or equal to about 500 Hertz and less than or equal to about 5,000 Hertz; one or more sensors configured to detect an evoked compound action potential (ECAP) of a tissue of the patient; and processing circuitry configured to: identify an indication to inhibit bladder activity; control, in response to identifying the indication, the electrical stimulation generation circuitry to deliver the electrical stimulation therapy to the target nerve via the one or more electrodes (114, 115), and adjust at least one parameter of the electrical stimulation therapy based on a detected evoked compound action potential (ECAP) detected via the one or more sensors. identify an indication to inhibit bladder activity; control, in response to identifying the indication, the electrical stimulation generation circuitry to deliver the electrical stimulation therapy to the target nerve via the one or more electrodes (114, 115), and adjust at least one parameter of the electrical stimulation therapy based on a detected evoked compound action potential (ECAP) detected via the one or more sensors.
A method of monitoring extract content of spent grains in a brewing process, said method comprising: • separating a saccharified mash into clear wort and spent grains; and • transporting a stream of the spent grains across a refractometer to obtain a sequence of time-resolved refractive index measurements. • separating a saccharified mash into clear wort and spent grains; and • transporting a stream of the spent grains across a refractometer to obtain a sequence of time-resolved refractive index measurements.
A pen-shaped torsion spring driven injection device (1, 101, 201) for apportioning set dose of a liquid drug comprising: - A housing (10, 110, 210) having a window (16, 116, 216), - A piston rod (30, 130, 230) having an external thread (31, 131, 231), - A rotatable piston rod guide (40, 140, 240) engaging and driving the piston rod (30, 130, 230) during dose expelling, - A torsion spring (70, 170, 270) for rotating the piston rod guide (40, 140, 240), - A rotatable scale drum (80, 180, 280) having a thread (82, 182, 282) engaging the external thread (31, 131, 231) of the piston rod (30, 130, 230) and carrying a plurality of indicia (85, 185, 285) viewable through the window (16, 116, 216) of the housing (10, 110, 210), - A rotatable dose setting member (45, 145, 245) cooperating with the scale drum (80, 180, 280) such that rotation of the dose setting member (45, 145, 245) during dose setting is transformed to a rotation of the scale drum (80, 180, 280), and wherein the piston rod (30, 130, 230) is held inrotatable during dose setting whereby the scale drum (80, 180, 280) rotates helically on the external thread (31, 131, 231) of the piston rod (30, 130, 230). - A housing (10, 110, 210) having a window (16, 116, 216), - A piston rod (30, 130, 230) having an external thread (31, 131, 231), - A rotatable piston rod guide (40, 140, 240) engaging and driving the piston rod (30, 130, 230) during dose expelling, - A torsion spring (70, 170, 270) for rotating the piston rod guide (40, 140, 240), - A rotatable scale drum (80, 180, 280) having a thread (82, 182, 282) engaging the external thread (31, 131, 231) of the piston rod (30, 130, 230) and carrying a plurality of indicia (85, 185, 285) viewable through the window (16, 116, 216) of the housing (10, 110, 210), - A rotatable dose setting member (45, 145, 245) cooperating with the scale drum (80, 180, 280) such that rotation of the dose setting member (45, 145, 245) during dose setting is transformed to a rotation of the scale drum (80, 180, 280), and wherein
Rotor for a reluctance machine, wherein the rotor has a laminated core with layers, of which each has a number of flux-conducting portions formed in each case by a magnetically conducting rotor plate extending in each case between two adjacent d-axes and at an angle to a respective q-axis wherein the flux-conducting portions are separated from one another in each case by a flux barrier cast with a casting compound, wherein in one or more or in each of the flux barriers, the casting compound has particles that are permanently magnetic, characterised in that the casting compound has fibres and at the opposite axial core ends of the laminated core an end disk, formed from the casting compound in each case, is cast onto the laminated core, so that the casting compound in the flux barriers and the end disks form a one-piece body, through which the layers of the laminated core have an axial force applied to them.
A coated print medium, comprising: a substrate; and a coating applied to the substrate, comprising, by dry weight percent: 5 wt% to 30 wt% of a polymeric binder, 20 wt% to 50 wt% of a cationic latex, 5 wt% to 15 wt% of a multivalent cationic salt, 1 wt% to 20 wt% of an optical brightener, and 5 wt% to 20 wt% of a cationic polyamine. a substrate; and a coating applied to the substrate, comprising, by dry weight percent: 5 wt% to 30 wt% of a polymeric binder, 20 wt% to 50 wt% of a cationic latex, 5 wt% to 15 wt% of a multivalent cationic salt, 1 wt% to 20 wt% of an optical brightener, and 5 wt% to 20 wt% of a cationic polyamine. 5 wt% to 30 wt% of a polymeric binder, 20 wt% to 50 wt% of a cationic latex, 5 wt% to 15 wt% of a multivalent cationic salt, 1 wt% to 20 wt% of an optical brightener, and 5 wt% to 20 wt% of a cationic polyamine.
A rotary power tool operable in either an impact mode or a drill mode comprising: a driveshaft, an output shaft, a hammer coupled to the driveshaft for transmitting torque to the output shaft, and a blocking member which is in a first position wherein it blocks the hammer from moving axially along the rotational axis of the tool when the power tool operates in the drill mode and is in a second position wherein it allows the hammer to move axially along the rotational axis of the tool when the power tool operates in the impact mode, wherein the blocking member is supported by the driveshaft and a sliding member is mounted within an axial cavity in the driveshaft, wherein in order to move between the first position and the second position, the blocking member moves radially relative to the driveshaft, characterized in that when the sliding member is in a second sliding position, the blocking member is in the second position and is in contact with a recess in the sliding member. a driveshaft, an output shaft, a hammer coupled to the driveshaft for transmitting torque to the output shaft, and a blocking member which is in a first position wherein it blocks the hammer from moving axially along the rotational axis of the tool when the power tool operates in the drill mode and is in a second position wherein it allows the hammer to move axially along the rotational axis of the tool when the power tool operates in the impact mode, wherein the blocking member is supported by the driveshaft and a sliding member is mounted within an axial cavity in the driveshaft, wherein in order to move between the first position and the second position, the blocking member moves radially relative to the driveshaft, characterized in that when the sliding member is in a second sliding position, the blocking member is in the second position and is in contact with a recess in the sliding member.
A wind turbine rotor blade comprising a blade tip and a lightning protection system, - said blade being at least partly made from a fibre-reinforced laminate, - said lightning protection system including at least one metallic lightning receptor located at a surface of the blade, said at least one metallic lightning receptor positioned proximate to the distal end of the blade tip, and said blade comprising at least one electrically down-conducting element in the form of a metallic mesh, and - at least one electrical conductor being provided for conducting an electrical current induced in the at least one metallic lightning receptor during a stroke of lightning, from the at least one metallic lightning receptor to the metallic mesh, where - said at least one metallic lightning receptor at the surface of the blade is positioned in a first distance from the distal end of the blade tip, and - said metallic mesh extending along a longitudinal axis of the blade from a second distance from the distal end of the tip of the blade and towards a root end of the blade, characterised in that said second distance is larger than said first distance. - said blade being at least partly made from a fibre-reinforced laminate, - said lightning protection system including at least one metallic lightning receptor located at a surface of the blade, said at least one metallic lightning receptor positioned proximate to the distal end of the blade tip, and said blade comprising at least one electrically down-conducting element in the form of a metallic mesh, and - at least one electrical conductor being provided for conducting an electrical current induced in the at least one metallic lightning receptor during a stroke of lightning, from the at least one metallic lightning receptor to the metallic mesh, where - said at least one metallic lightning receptor at the surface of the blade is positioned in a first distance from the distal end of the blade tip, and - said metallic mesh extending along a longitudinal axis of the blade from a second distance from the distal end of the tip of the blade and towards a root end of the blade, characterised in that said second distance is larger than said first distance.
A radio-wave transparent cover configured to be disposed in a radio path of a radar system, the radio-wave transparent cover comprising: a plastic transparent layer; a decorative layer disposed on a rear-side surface of the transparent layer; and a plastic base layer disposed on a rear-side surface of the decorative layer, wherein the transparent layer has a peripheral part having a protrusion extending rearward and defining a peripheral edge of the transparent layer, the protrusion has an inner circumferential surface forming a part of an engaging end projecting rearward from the protrusion, the base layer includes an engaging recess that mates with the engaging end of the transparent layer, and the decorative layer is provided in a region of the rear-side surface of the transparent layer adjoining the inner circumferential surface of the engaging end, characterized in that the protrusion has a wall thickness in a range of 1.5 to 2.5 mm, and/or the engaging end has a wall thickness in a range of 0.4 to 1.0 mm. a plastic transparent layer; a decorative layer disposed on a rear-side surface of the transparent layer; and a plastic base layer disposed on a rear-side surface of the decorative layer, wherein the transparent layer has a peripheral part having a protrusion extending rearward and defining a peripheral edge of the transparent layer, the protrusion has an inner circumferential surface forming a part of an engaging end projecting rearward from the protrusion, the base layer includes an engaging recess that mates with the engaging end of the transparent layer, and the decorative layer is provided in a region of the rear-side surface of the transparent layer adjoining the inner circumferential surface of the engaging end, characterized in that the protrusion has a wall thickness in a range of 1.5 to 2.5 mm, and/or the engaging end has a wall thickness in a range of 0.4 to 1.0 mm.
A torque vectoring device for a vehicle, comprising an electrical motor being connected to a differential mechanism via a first planetary gear set and a second planetary gear set, said planetary gear sets (120, 130) sharing a common ring wheel, wherein the first planetary gear set is connecting the electrical motor to a cage of the differential, and the second planetary gear set is connecting the electrical motor to an output shaft, and wherein the rotational axis of the first planetary gear set and the second planetary gear set is arranged remote from the output shaft, characterized in that the connection between the first planetary gear set and the cage or the connection between the second planetary gear set and the output shaft is formed by a chain drive or a belt drive. the first planetary gear set is connecting the electrical motor to a cage of the differential, and the second planetary gear set is connecting the electrical motor to an output shaft, and wherein the rotational axis of the first planetary gear set and the second planetary gear set is arranged remote from the output shaft, characterized in that the connection between the first planetary gear set and the cage or the connection between the second planetary gear set and the output shaft is formed by a chain drive or a belt drive.
A non-slip desk calendar, comprising: a first support plate and a second support plate which are formed foldable contacting with each other with their cross sections being formed in A-shapes; a spring binder which is engaged to holes formed on the folded portion between the first support plate and the second support plate; a calendar sheet which is engaged to the spring binder; a non-slip supporting element which is configured in such a way that a compressing plate is spaced apart at a predetermined interval in a U-shape, wherein the ends of the first support plate and the second support plate are inserted into an coupling groove formed between the compressing plates; and a non-slip element which is formed on a lower end of the non-slip supporting element, characterized in that in the non-slip supporting element, a head protrudes downward in such a way that a portion connecting to the compressing plate is formed in a semicircular shape, and the non-slip element is formed by the double injection method on the head, and wherein the head is formed from an end of one side of the compressing plate and to an end of the other side, and both the ends of the head are spaced apart inward by a predetermined distance (w) from both the ends of the compressing plate. a first support plate and a second support plate which are formed foldable contacting with each other with their cross sections being formed in A-shapes; a spring binder which is engaged to holes formed on the folded portion between the first support plate and the second support plate; a calendar sheet which is engaged to the spring binder; a non-slip supporting element which is configured in such a way that a compressing plate is spaced apart at a predetermined interval in a U-shape, wherein the ends of the first support plate and the second support plate are inserted into an coupling groove formed between the compressing plates; and a non-slip element which is formed on a lower end of the non-slip supporting element, characterized in that in the non-slip supporting element, a head protrudes downward in such a way that a portion connecting to the compressing plate is formed in a semicircular shape, and the non-slip element is formed by the double injection method on the head, and wherein the head is formed from an end of one side of the compressing plate and to an end of the other side, and both the ends of the head are spaced apart inward by a predetermined distance (w) from both the ends of the compressing plate.
A system in which the performance of a fluorometer is monitored in a dynamic environment, the system comprising: the fluorometer, wherein the fluorometer comprises two or more channels (404, 420), each channel having a separate light source, optical focus and filter assembly (416, 432), and optical signal detector, and wherein each channel is configured to focus the light from its respective light source at a detection zone; a support comprising two or more fluorescent reference standards, each fluorescent reference standard corresponding to one of the two or more channels of the fluorometer, wherein the support is configured to accommodate two or more removable receptacle vessels, each of the two or more removable receptacle vessels corresponding to one of the two or more channels of the fluorometer; and a drive mechanism configured to adjust the relative horizontal positioning between the reference standards and the fluorometer such that each of the two or more fluorescent reference standards can be positioned in or out of optical communication with its corresponding channel of the fluorometer. the fluorometer, wherein the fluorometer comprises two or more channels (404, 420), each channel having a separate light source, optical focus and filter assembly (416, 432), and optical signal detector, and wherein each channel is configured to focus the light from its respective light source at a detection zone; a support comprising two or more fluorescent reference standards, each fluorescent reference standard corresponding to one of the two or more channels of the fluorometer, wherein the support is configured to accommodate two or more removable receptacle vessels, each of the two or more removable receptacle vessels corresponding to one of the two or more channels of the fluorometer; and a drive mechanism configured to adjust the relative horizontal positioning between the reference standards and the fluorometer such that each of the two or more fluorescent reference standards can be positioned in or out of optical communication with its corresponding channel of the fluorometer.
A device for protecting a high-pressure gas tank of a motor vehicle, comprising: - at least one safety valve; and - an intumescent layer, which is arranged and configured in such a way that the intumescent layer at least partially shields the high-pressure gas tank, characterised in that the intumescent layer comprises an intumescent metal material. - at least one safety valve; and - an intumescent layer, which is arranged and configured in such a way that the intumescent layer at least partially shields the high-pressure gas tank, characterised in that the intumescent layer comprises an intumescent metal material.
A method of distributing content, comprising: receiving by an edge server an indication indicating that a client has sent a file request for an original file that includes a plurality of pieces of content related to executing an application; analyzing by the edge server previous content requests by one or more clients to determine a first portion of the original file that is required for initial functioning of the application and is required by the client for executing the application sooner than a second portion of the original file, wherein a previous content request by one client comprises an explicit content request sent to the edge server or another server, requesting a specific piece of content related to executing the application; generating by the edge server a modified file that includes the first portion of the original file and that is smaller in size than the original file; and transmitting the modified file to the client. receiving by an edge server an indication indicating that a client has sent a file request for an original file that includes a plurality of pieces of content related to executing an application; analyzing by the edge server previous content requests by one or more clients to determine a first portion of the original file that is required for initial functioning of the application and is required by the client for executing the application sooner than a second portion of the original file, wherein a previous content request by one client comprises an explicit content request sent to the edge server or another server, requesting a specific piece of content related to executing the application; generating by the edge server a modified file that includes the first portion of the original file and that is smaller in size than the original file; and transmitting the modified file to the client.
A matching network circuit, comprising: a matching unit (111, MN), coupled between a common path port (Pcom, P in, P out) and a first path port of the matching network circuit, arranged for performing impedance matching between the common path port (Pcom, P in, P out) and the first path port, wherein the common path port (Pcom, P in, P out) is utilized for connecting the matching network circuit to a common path, and the first path port is utilized for connecting the matching network circuit to a first device (51, DF_AMP, AMP1, AMP) on a first path; and a second path port which is utilized for connecting the matching network circuit to a second device (52, SE_AMP, AMP2, AMP,..., AMP(n)) on a second path; wherein signals on the first and the second paths have a same transmission direction with respect to a node between the common path and the first and the second paths; characterized by an impedance unit, coupled between the common path port (Pcom, P in, P out) and the second path port of the matching network circuit, arranged for performing impedance matching between the common path port (Pcom, P in, P out) and the second path port with aid of the matching unit (111, MN), wherein an impedance of the impedance unit is higher than that of the matching unit (111, MN) so that the matching unit (111, MN) dominates an overall impedance of the matching network circuit. a matching unit (111, MN), coupled between a common path port (Pcom, P in, P out) and a first path port of the matching network circuit, arranged for performing impedance matching between the common path port (Pcom, P in, P out) and the first path port, wherein the common path port (Pcom, P in, P out) is utilized for connecting the matching network circuit to a common path, and the first path port is utilized for connecting the matching network circuit to a first device (51, DF_AMP, AMP1, AMP) on a first path; and a second path port which is utilized for connecting the matching network circuit to a second device (52, SE_AMP, AMP2, AMP,..., AMP(n)) on a second path; wherein signals on the first and the second paths have a same transmission direction with respect to a node between the common path and the first and the second paths; characterized by an impedance unit, coupled between the common path port (Pcom, P in, P out) and the second path port of the matching network circuit, arranged for performing impedance matching between the common path port (Pcom, P in, P out) and the second path port with aid of the matching unit (111, MN), wherein an impedance of the impedance unit is higher than that of the matching unit (111, MN) so that the matching unit (111, MN) dominates an overall impedance of the matching network circuit.