mhurhangee/patent-ind-claim-en huggingface dataset:
A coulter system for an agricultural machine, comprising: a support frame for coupling to the agricultural machine, a coulter frame , which is connected to the support frame and the longitudinal direction of which extends transversely to a working direction of the apparatus , at least one elongated sowing coulter carrier , which goes off in the working direction from the coulter frame and comprises a sowing coulter and a pressure roller located downstream of the sowing coulter , wherein the coulter frame is height-adjustable with respect to the support frame , to enable a penetration depth of the sowing coulter into a piece of ground that is to be agriculturally worked to be adjusted, wherein the coulter frame and the support frame are interconnected by at least one variable-length cylinder arrangement , and a control unit for adjusting the height of the coulter frame , characterized in that a distance determining unit for detecting a ground clearance of the coulter frame is provided, and the control unit is configured to adjust the height of the coulter frame while traversing a piece of ground , depending on a signal (S 1 ) of the distance determining unit , wherein the coulter frame is additionally connected to the support frame via a fixed pivot point, such that a height adjustment of the coulter frame with respect to the support frame leads to a circular movement, the midpoint of which is the fixed pivot point, and the control unit is configured to vary the length of the at least one cylinder arrangement depending on the detected ground clearance. a support frame for coupling to the agricultural machine, a coulter frame , which is connected to the support frame and the longitudinal direction of which extends transversely to a working direction of the apparatus , at least one elongated sowing coulter carrier , which goes off in the working direction from the coulter frame and comprises a sowing coulter and a pressure roller located downstream of the sowing coulter , wherein the coulter frame is height-adjustable with respect to the support frame , to enable a penetration depth of the sowing coulter into a piece of ground that is to be agriculturally worked to be adjusted, wherein the coulter frame and the support frame are interconnected by at least one variable-length cylinder arrangement , and a control unit for adjusting the height of the coulter frame , characterized in that a distance determining unit for detecting a ground clearance of the coulter frame is provided, and the control unit is configured to adjust the height of the coulter frame while traversing a piece of ground , depending on a signal (S 1 ) of the distance determining unit , wherein the coulter frame is additionally connected to the support frame via a fixed pivot point, such that a height adjustment of the coulter frame with respect to the support frame leads to a circular movement, the midpoint of which is the fixed pivot point, and the control unit is configured to vary the length of the at least one cylinder arrangement depending on the detected ground clearance.
A controller for a haptic actuator comprising: a driver having an output configured to be coupled to a haptic actuator and configured to provide a drive signal to the haptic actuator, in a first mode; a detector having an input configured to be coupled to the haptic actuator in a second mode; wherein in the second mode, the detector is configured to detect a signal generated on the terminals of the haptic actuator in response to an externally applied force; and in the second mode, the controller is configured to disable the driver , so that the haptic actuator is not driven by the driver; the controller characterized in that: the detector is a frequency detector configured to determine a resonant frequency of the haptic actuator from the generated signal, and the controller is configured to use the resonant frequency determined in the second mode to alter a frequency of the drive signal provided by the driver to the haptic actuator in the first mode. a driver having an output configured to be coupled to a haptic actuator and configured to provide a drive signal to the haptic actuator, in a first mode; a detector having an input configured to be coupled to the haptic actuator in a second mode; wherein in the second mode, the detector is configured to detect a signal generated on the terminals of the haptic actuator in response to an externally applied force; and in the second mode, the controller is configured to disable the driver , so that the haptic actuator is not driven by the driver; the controller characterized in that: the detector is a frequency detector configured to determine a resonant frequency of the haptic actuator from the generated signal, and the controller is configured to use the resonant frequency determined in the second mode to alter a frequency of the drive signal provided by the driver to the haptic actuator in the first mode. wherein in the second mode, the detector is configured to detect a signal generated on the terminals of the haptic actuator in response to an externally applied force; and in the second mode, the controller is configured to disable the driver , so that the haptic actuator is not driven by the driver; the controller characterized in that: the detector is a frequency detector configured to determine a resonant frequency of the haptic actuator from the generated signal, and the controller is configured to use the resonant frequency determined in the second mode to alter a frequency of the drive signal provided by the driver to the haptic actuator in the first mode.
An arrangement made up of a window and a rear kit pane , wherein the rear kit pane is fastened to a light outlet side of the window in a detachable manner, and for fastening purposes, a fastening element is mounted on a lateral window face of the window , wherein the fastening element is permanently fastened to the lateral window face using a window adhesive area (9.1) and has a window adhesive area (9.2) to which the rear kit pane is attached in a detachable manner, characterized in that the window adhesive area (9.2) exhibits a reusable adhesive, in such a manner that the rear kit pane can be manually detached from the window .
A compound for use in a therapeutic method of reducing body fat in a subject, the method comprising administering topically to a subject in need thereof an effective amount of the compound, wherein the compound is a compound of Formula I, a compound of Formula II, or a mixture thereof:
A method performed in a radio base station for use in wireless communication in a communication system , the wireless communication involving more than one set of corresponding uplink and downlink physical-layer processing functions, the radio base station comprising: an integrated antenna node and a main node exchanging data by means of an asymmetric digital interface , wherein the asymmetric digital interface has lower bandwidth requirement for the downlink than for the uplink, the method comprising: - performing, for at least one set of the more than one set of corresponding uplink and downlink physical-layer processing functions, - in the integrated antenna node , the downlink physical-layer processing functions of the at least one set; and - in the main node , the uplink physical-layer processing functions of the at least one set. - performing, for at least one set of the more than one set of corresponding uplink and downlink physical-layer processing functions, - in the integrated antenna node , the downlink physical-layer processing functions of the at least one set; and - in the main node , the uplink physical-layer processing functions of the at least one set. - in the integrated antenna node , the downlink physical-layer processing functions of the at least one set; and - in the main node , the uplink physical-layer processing functions of the at least one set.
A method for removing sulfur from a fiber made from a polymer comprising imidazole groups, said method comprising: a) contacting never-dried sulfate anion-containing polymeric-fiber with an aqueous acid wash comprising an acid having a pKa of less than 5 to displace at least a portion of the sulfate anions; and b) rinsing the fiber to remove displaced sulfate anions. a) contacting never-dried sulfate anion-containing polymeric-fiber with an aqueous acid wash comprising an acid having a pKa of less than 5 to displace at least a portion of the sulfate anions; and b) rinsing the fiber to remove displaced sulfate anions.
A method for producing a tappet comprising anti-rotation device, comprising providing a cup-shaped tappet blank comprising a floor and a cylindrical wall ; and flow drilling at least one bore in the wall , so that an outer bead in the form of a web revolving around the at least one bore is formed on an outer side of the wall .
A magnetic marker detection system for detecting magnetic markers disposed in a traveling path of a vehicle by using marker detection units provided in at least two places separated from each other in a longitudinal direction of the vehicle , the system comprising: a determination process part that executes a process for making a determination as to whether a magnetic marker has been detected on the basis of at least either a detection result of a magnetic marker yielded by a front marker detection unit or a detection result of a magnetic marker yielded by a rear marker detection unit , wherein, in the determination process part , detection of a magnetic marker by a second one of the marker detection units within a predetermined period based on a point of time of detection of the magnetic marker by a first one of the marker detection units is set as a condition for making a confirmation that the magnetic marker has been detected. a determination process part that executes a process for making a determination as to whether a magnetic marker has been detected on the basis of at least either a detection result of a magnetic marker yielded by a front marker detection unit or a detection result of a magnetic marker yielded by a rear marker detection unit , wherein, in the determination process part , detection of a magnetic marker by a second one of the marker detection units within a predetermined period based on a point of time of detection of the magnetic marker by a first one of the marker detection units is set as a condition for making a confirmation that the magnetic marker has been detected.
A light-emitting diode device package comprising: a package body comprising a mold frame and a lead frame comprising a mounting portion and a terminal unit and having a top surface and a bottom surface; a light-emitting diode device that comprises: a light-transmissive substrate having a top surface , a bottom surface , and side surfaces ; a light-emitting unit formed on the top surface of the light-transmissive substrate , a first phosphor layer covering all the side surfaces of the light-transmissive substrate , and a second phosphor layer covering the light-emitting unit , the top surface of the light-transmissive substrate and a top surface of the first phosphor layer , characterised in that the light-emitting diode device is mounted on the top surface of the mounting portion ; and a wire element for electrically connecting the light-emitting unit to the top surface of the terminal unit , wherein the second phosphor layer is partially covering the wire element . a package body comprising a mold frame and a lead frame comprising a mounting portion and a terminal unit and having a top surface and a bottom surface; a light-emitting diode device that comprises: a light-transmissive substrate having a top surface , a bottom surface , and side surfaces ; a light-emitting unit formed on the top surface of the light-transmissive substrate , a first phosphor layer covering all the side surfaces of the light-transmissive substrate , and a second phosphor layer covering the light-emitting unit , the top surface of the light-transmissive substrate and a top surface of the first phosphor layer , characterised in that the light-emitting diode device is mounted on the top surface of the mounting portion ; and a wire element for electrically connecting the light-emitting unit to the top surface of the terminal unit , wherein the second phosphor layer is partially covering the wire element .
A shelf for mounting on a substantially rectangular load carrier having four identical columns arranged in the corners thereof, said load carrier comprising columns having a rectangular profile with four side faces, on which shelf at least one holder (3, 3′, 3ʺ, 3′′′) is mounted that can be inserted into complementary slots in the columns of the load carrier and thereby engage in such a manner that the holder supports on the column, the holder is configured from a rod element which is bent such that it extends from one opening to another opening in the shorter side of the shelf and thus spans out an opening between it and the shelf, characterised in that the holder (3, 3', 3", 3′′′) is connected to a shock-absorbing part which is provided with a bend extending in the transverse direction of the shelf, said shock-absorbing part being anchored in the shelf to the effect that forces applied to the holder in a direction extending in the longitudinal direction of the shelf can be absorbed elastically in the bend, and that the shelf comprises four of said holders, wherein the holders are, per pair, configured with a shock-absorbing part between them to the effect that the shock-absorbing part provided with bend extends from one of the holders arranged on one side of the shelf to its paired other one of the holders arranged on the other side of the shelf.
A measurement method for discovery signals, characterized by comprising: a base station determining measurement patterns used for measuring discovery signals for different terminals according to transmission patterns of discovery signals of one or more cells, comprising: if the transmission pattern of the discovery signals in a to be measured cell is: transmitting a predetermined number of bursts in each cycle, transmitting a predetermined number of subframes carrying the discovery signals in each burst, and a gap between adjacent bursts being a predetermined value, then configuring, for each terminal of the different terminals, the number of bursts measured within each said cycle as less than or equal to the transmitted predetermined number of said bursts, the number of subframes carrying the discovery signals measured in each burst as less than or equal to the transmitted predetermined number of said subframes, and reporting one measurement result after measuring for a number of cycles; the base station configuring measurement patterns corresponding to the terminals for different terminals, and transmitting the measurement pattern configuration to the terminals; and the base station transmitting the discovery signals in cells corresponding to the transmission patterns. a base station determining measurement patterns used for measuring discovery signals for different terminals according to transmission patterns of discovery signals of one or more cells, comprising: if the transmission pattern of the discovery signals in a to be measured cell is: transmitting a predetermined number of bursts in each cycle, transmitting a predetermined number of subframes carrying the discovery signals in each burst, and a gap between adjacent bursts being a predetermined value, then configuring, for each terminal of the different terminals, the number of bursts measured within each said cycle as less than or equal to the transmitted predetermined number of said bursts, the number of subframes carrying the discovery signals measured in each burst as less than or equal to the transmitted predetermined number of said subframes, and reporting one measurement result after measuring for a number of cycles; the base station configuring measurement patterns corresponding to the terminals for different terminals, and transmitting the measurement pattern configuration to the terminals; and the base station transmitting the discovery signals in cells corresponding to the transmission patterns.
An apparatus comprising: an antenna , wherein the antenna is a dual-arm antenna having two arms, the two arms have different lengths with ends facing each other without overlapping each other; a parasitic arm electromagnetically coupled to the antenna , wherein the parasitic arm is disposed between the two ends of the two arms; and a tunable load coupled to the parasitic arm , wherein a capacitance of the tunable load is variable, and wherein an operating frequency band of the antenna depends on the capacitance, wherein the antenna resides on a housing of the apparatus , and the parasitic arm resides on a printed circuit board, PCB, of the apparatus , wherein the housing allows the antenna to be physically separated from the PCB and the housing is connected to the PCB. an antenna , wherein the antenna is a dual-arm antenna having two arms, the two arms have different lengths with ends facing each other without overlapping each other; a parasitic arm electromagnetically coupled to the antenna , wherein the parasitic arm is disposed between the two ends of the two arms; and a tunable load coupled to the parasitic arm , wherein a capacitance of the tunable load is variable, and wherein an operating frequency band of the antenna depends on the capacitance, wherein the antenna resides on a housing of the apparatus , and the parasitic arm resides on a printed circuit board, PCB, of the apparatus , wherein the housing allows the antenna to be physically separated from the PCB and the housing is connected to the PCB.
A nuclear power generation system comprising: a reactor vessel ; a first crane gantry defining a fuel rod path along which nuclear fuel rods can be moved to/from the reactor vessel; a second crane gantry defining a component path along which reactor vessel components can be moved to/from the reactor vessel; and a plurality of steam generators (320', 320", 320''') circumferentially spaced about the reactor vessel; wherein the first and second crane gantries both have a fixed radial orientation relative to the reactor vessel, characterized in that the first crane gantry/fuel rod path is vertically spaced below the upper extremity of the steam generators, and extends radially in a direction extending between a first and second of said plurality of steam generators. a reactor vessel ; a first crane gantry defining a fuel rod path along which nuclear fuel rods can be moved to/from the reactor vessel; a second crane gantry defining a component path along which reactor vessel components can be moved to/from the reactor vessel; and a plurality of steam generators (320', 320", 320''') circumferentially spaced about the reactor vessel; wherein the first and second crane gantries both have a fixed radial orientation relative to the reactor vessel, characterized in that the first crane gantry/fuel rod path is vertically spaced below the upper extremity of the steam generators, and extends radially in a direction extending between a first and second of said plurality of steam generators.
A prosthetic valve comprising: an annular frame having an inflow end , an outflow end , and a longitudinal axis (Z) extending from the inflow end to the outflow end ; and a valve member mounted within the frame and located between the inflow end and the outflow end , comprising a plurality of flexible leaflets , each leaflet comprising an inflow surface , an outflow surface , an inflow edge , and at least one articulating edge projecting from the inflow edge in the outflow direction and following a contoured course, wherein adjacent leaflets are affixed to one another along their respective inflow edges , wherein the inflow edges are substantially non-articulating; wherein the articulating edges are articulable, wherein, in an open configuration, the leaflets are collapsed radially inward by the forward flow of blood through the prosthetic valve , thereby creating a plurality of discrete flow areas between the frame and the inflow edges of the leaflets ; and wherein, in a closed configuration, the leaflets are pushed radially outward by the reverse flow of blood, thereby closing the plurality of discrete flow areas , and the outflow surfaces face the outflow end , and the inflow surfaces face the inflow end , wherein the valve member is configured such that when the prosthetic valve is in the open configuration, a pocket is formed between the leaflets , wherein the pocket faces the outflow end and is bordered by the articulating edges and the outflow surfaces of the leaflets . an annular frame having an inflow end , an outflow end , and a longitudinal axis (Z) extending from the inflow end to the outflow end ; and a valve member mounted within the frame and located between the inflow end and the outflow end , comprising a plurality of flexible leaflets , each leaflet comprising an inflow surface , an outflow surface , an inflow edge , and at least one articulating edge projecting from the inflow edge in the outflow direction and following a contoured course, wherein adjacent leaflets are affixed to one another along their respective inflow edges , wherein the inflow edges are substantially non-articulating; wherein the articulating edges are articulable, wherein, in an open configuration, the leaflets are collapsed radially inward by the forward flow of blood through the prosthetic valve , thereby creating a plurality of discrete flow areas between the frame and the inflow edges of the leaflets ; and wherein, in a closed configuration, the leaflets are pushed radially outward by the reverse flow of blood, thereby closing the plurality of discrete flow areas , and the outflow surfaces face the outflow end , and the inflow surfaces face the inflow end , wherein the valve member is configured such that when the prosthetic valve is in the open configuration, a pocket is formed between the leaflets , wherein the pocket faces the outflow end and is bordered by the articulating edges and the outflow surfaces of the leaflets .