mhurhangee/ep-ind-claims huggingface dataset:
An agricultural baler comprising: - a baling chamber; - pick-up means for collecting crop material from a field and feeding it via conveyor means into said baling chamber; - means for compressing the crop material in said baling chamber into a package; - tying means for encircling the package with one or more strands of tying material thereby forming a completed bale; and - bale discharge means arranged at an outlet of the baling chamber for receiving said completed bale, the bale discharge means comprising a first segment, one end of which is rotatably connected to the baling chamber, and an opposite end of which is rotatably connected to a second segment of the bale discharge means such that the bale discharge means is moveable between an extended operating position and a retracted transporting position, wherein the bale discharge means further comprises a support structure for supporting, in said retracted position, a component of said second segment, wherein said support structure comprises a first protrusion provided for preventing, in said retracted position, rotation of said first segment with respect to said baler, characterized in that said support structure further comprising a second protrusion provided for preventing, in said retracted position, rotation of said second segment with respect to said first segment. - a baling chamber; - pick-up means for collecting crop material from a field and feeding it via conveyor means into said baling chamber; - means for compressing the crop material in said baling chamber into a package; - tying means for encircling the package with one or more strands of tying material thereby forming a completed bale; and - bale discharge means arranged at an outlet of the baling chamber for receiving said completed bale, the bale discharge means comprising a first segment, one end of which is rotatably connected to the baling chamber, and an opposite end of which is rotatably connected to a second segment of the bale discharge means such that the bale discharge means is moveable between an extended operating position and a retracted transporting position,
A communication device (100, 200), comprising: a first transceiver (102, 202), the first transceiver including a first transmitter (106, 206) and a first receiver (108, 208), the first transmitter (106, 206) configured to transmit first signals across a first galvanic isolator (116, 216), the first receiver (108, 208) configured to receive second signals transmitted across a second galvanic isolator (118, 218); a second transceiver (104, 204) galvanically isolated from the first transceiver (102, 202), the second transceiver (104, 204) including a second transmitter (112, 212) and a second receiver (110, 210), the second transmitter (112, 212) configured to transmit the second signals across the second galvanic isolator (118, 218), and the second receiver (110, 210) configured to receive the first signals transmitted across the first galvanic isolator (116, 216); and characterized by a wake-up device (114, 214), the wake up device (114, 214) configured to be powered by power transferred from the first transceiver (102, 202) to the second transceiver (104, 204), the wake-up device (114, 214) including a wake-up receiver coupled to the first galvanic isolator (116, 216) and configured to receive a wake-up signal across the first galvanic isolator (116, 216) while being powered by power transferred from the first transceiver (102, 202) to the second transceiver (104, 204) over the first galvanic isolator (116, 216) and a system coupled to the second transceiver is activated in response to the wake-up signal. a first transceiver (102, 202), the first transceiver including a first transmitter (106, 206) and a first receiver (108, 208), the first transmitter (106, 206) configured to transmit first signals across a first galvanic isolator (116, 216), the first receiver (108, 208) configured to receive second signals transmitted across a second galvanic isolator (118, 218); a second transceiver (104, 204) galvanically isolated from the first transceiver (102, 202), the second transceiver (104, 204) including a second transmitter (112, 212) and a second receiver (110, 210), the second transmitter (112, 212) configured to transmit the second signals across the second galvanic isolator (118, 218), and the second receiver (110, 210) configured to receive the first signals transmitted across the first galvanic isolator (116, 216); and characterized by a wake-up device (114, 214), the wake up device (114, 214) configured to be powered by power transferred from the first transceiver (102, 202) to the second transceiver (104, 204), the wake-up device (114, 214) including a wake-up receiver coupled to the first galvanic isolator (116, 216) and configured to receive a wake-up signal across the first galvanic isolator (116, 216) while being powered by power transferred from the first transceiver (102, 202) to the second transceiver (104, 204) over the first galvanic isolator (116, 216) and a system coupled to the second transceiver is activated in response to the wake-up signal.
Pharmaceutical, dietary and/or food composition, preferably a food supplement, containing effective amounts of saffron, for use in the treatment and/or prevention of corneal dystrophies.
A fabric sleeve for protecting elongate members against at least one of electromagnetic interference, radio frequency interference or electrostatic discharge, comprising a plurality of yarn filaments extending along a warp direction corresponding to a length of the sleeve, at least some of said warp direction yarn filaments being provided as hybrid yarn filaments each having a non-conductive filament and at least two continuous conductive wire filaments overlying an outer surface of said non-conductive filament; and a plurality of yarn filaments extending along a fill direction generally perpendicular to said warp direction, at least some of said fill direction yarn filaments being provided as hybrid yarn filaments each having a non-conductive filament and a single continuous conductive wire filament overlying an outer surface of said non-conductive filament; wherein said wire filaments overlying said warp direction non-conductive filaments are in electrical communication with said wire filaments overlying said fill direction non-conductive filaments such that said wire filaments are interlaced in electrical communication with one another along a portion of said sleeve for protecting, in use, elongate members against at least one of EMI, RFI or ESD
A piston pump system comprising: at least two crank driven reciprocating pumps, the cranks for said pumps being offset; and an electric motor for driving the said at least two pumps, characterised by comprising: a controller for controlling the operation of said pumps by causing the electric motor to drive the pumps according to a motor speed profile that mimics a mechanical cam shaft, wherein the motor speed profile is based upon: a theoretical cam speed profile for said pumps that takes into account at least some of the parameters of degree of displacement of pistons, volume of the piston rod, change-over duration, and geometries of connecting rod and pump bore; a pump-unique profile learned by operating said pump system to produce a learned cam speed profile; and a practical cam speed profile produced by overlaying said theoretical cam speed profile with said learned cam speed profile. at least two crank driven reciprocating pumps, the cranks for said pumps being offset; and an electric motor for driving the said at least two pumps, characterised by comprising: a controller for controlling the operation of said pumps by causing the electric motor to drive the pumps according to a motor speed profile that mimics a mechanical cam shaft, wherein the motor speed profile is based upon: a theoretical cam speed profile for said pumps that takes into account at least some of the parameters of degree of displacement of pistons, volume of the piston rod, change-over duration, and geometries of connecting rod and pump bore; a pump-unique profile learned by operating said pump system to produce a learned cam speed profile; and a practical cam speed profile produced by overlaying said theoretical cam speed profile with said learned cam speed profile. a theoretical cam speed profile for said pumps that takes into account at least some of the parameters of degree of displacement of pistons, volume of the piston rod, change-over duration, and geometries of connecting rod and pump bore; a pump-unique profile learned by operating said pump system to produce a learned cam speed profile; and a practical cam speed profile produced by overlaying said theoretical cam speed profile with said learned cam speed profile.
A stabilizer alkyl ester fuel comprising: alkyl esters of unsaturated fatty acids; from 10 ppm to 500 ppm by weight relative to the weight of the stabilized alkyl ester fuel, of at least one alkylalkanolamine wherein said alkylalkanolamine has the structure: R 1 R 2 NCH 2 CH 2 OH in which R 1 is an alkyl group or an isoalkyl group of 3 to 9 carbon atoms and R 2 is -CH 2 CH 2 OH; and from 10 ppm to 500 ppm by weight relative to the weight of the stabilized alkyl ester fuel, of at least one alkylhydroxylamine wherein said alkylhydroxylamine is selected from N-ethylhydroxylamine, N,N-diethylhydroxylamine, N- n -propylhydroxylamine, N,N-di- n -propylhydroxylamine, N- iso -propylhydroxylamine, N,N-di- iso -propylhydroxylamine, N- n -butylhydroxylamine, N,N-di- n -butylhydroxylamine, N- n -hexylhydroxylamine, N,N-di- n -hexylhydroxylamine, N- n -octylhydroxylamine, N,N-di- n -octylhydroxylamine, N- n -decylhydroxylamine, N,N-di- n -decylhydroxylamine or mixtures thereof alkyl esters of unsaturated fatty acids; from 10 ppm to 500 ppm by weight relative to the weight of the stabilized alkyl ester fuel, of at least one alkylalkanolamine wherein said alkylalkanolamine has the structure: R 1 R 2 NCH 2 CH 2 OH in which R 1 is an alkyl group or an isoalkyl group of 3 to 9 carbon atoms and R 2 is -CH 2 CH 2 OH; and from 10 ppm to 500 ppm by weight relative to the weight of the stabilized alkyl ester fuel, of at least one alkylhydroxylamine wherein said alkylhydroxylamine is selected from N-ethylhydroxylamine, N,N-diethylhydroxylamine, N- n -propylhydroxylamine, N,N-di- n -propylhydroxylamine, N- iso -propylhydroxylamine, N,N-di- iso -propylhydroxylamine, N- n -butylhydroxylamine, N,N-di- n -butylhydroxylamine, N- n -hexylhydroxylamine, N,N-di- n -hexylhydroxylamine, N- n -octylhydroxylamine, N,N-di- n -octylhydroxylamine, N- n -decylhydroxylamine, N,N-di- n -decylhydroxylamine or mixtures thereof
A silencer for a ventilation device, with a flow path leading from a first air connection to a second air connection, whereby both the first air connection and the second air connection are formed on a housing of the silencer that surrounds the flow path, and whereby the first air connection and the second air connection are each configured to make a piping connection, whereby the flow path has at least one deflection, and, for forming the at least one deflection, a flow directing element and/or a flow guiding element is/are arranged in the housing, whereby the flow directing element and/or the flow guiding element and/or at least one supporting piece (42, 43) inserted into the housing present/presents at least one silencing element (32, 33, 38) made of a foam material, characterised in that the silencing element (32, 33, 38) has a coating on its side facing towards the flow path.
A receiver adapted to receive Orthogonal Frequency Division Multiplexing transmission signals and to demodulate the received transmission signals, the receiver comprising: a transform unit operable to extract, for each symbol, a transmission signal having a duration of a useful symbol period from the received transmission signals in a time domain, and transform the extracted transmission signal into demodulated data in a frequency domain; and an equalization unit operable to estimate channel response data in the frequency domain based on the demodulated data, and calculate equalized data in the frequency domain by equalizing the demodulated data based on the estimated channel response data; the receiver characterized by further comprising an interference removal unit operable to (i) perform upsample processing on the equalized data and the estimated channel response data, (ii) calculate, for each symbol, interference data indicating an interference component pertaining to at least one of intersymbol interference and intercarrier interference based on the upsampled equalized data and the upsampled estimated channel response data, and (iii) perform, on the demodulated data, removal processing of the interference component based on the interference data, the intersymbol interference being caused by a signal component of at least one of a preceding symbol that precedes the symbol and a succeeding symbol that succeeds the symbol being mixed in the useful symbol period of the symbol, and the intercarrier interference being caused by a signal component of the symbol being shorter than the useful symbol period.
Method for processing a workpiece with a processing device (10, 10') which has a processing head which can be moved at a defined speed and distance from the workpiece surface, comprising the following steps: A) at least partially detecting a surface topography of the workpiece to be processed before or during the processing of the workpiece; B) determining a minimum desired operating distance of the processing head from the workpiece based on the previously detected surface topography of the workpiece; and C) processing or further processing the workpiece based on the determined minimum desired operating distance of the processing head from the workpiece; and characterized in that in step B the minimum desired operating distance is determined on the basis of a trailing spacing of the processing head associated with the defined speed. A) at least partially detecting a surface topography of the workpiece to be processed before or during the processing of the workpiece; B) determining a minimum desired operating distance of the processing head from the workpiece based on the previously detected surface topography of the workpiece; and C) processing or further processing the workpiece based on the determined minimum desired operating distance of the processing head from the workpiece; and characterized in that in step B the minimum desired operating distance is determined on the basis of a trailing spacing of the processing head associated with the defined speed.
Surface mapping devices and surface generation devices with devices for partly or fully automatic edge recognition of inlay preparations, the surface mapping devices and surface generation devices comprising: - a laser light source from which a laser beam with a beam width strikes at a tooth surface of a tooth, - a CCD chip as mapping device for laser beams being reflected from the tooth surface with a width (LBR1, LBR2), wherein the surface mapping devices and surface generation devices are adapted to process, by means of software of the surface mapping devices and surface generation devices, information of a width change (LBR1, LBR2) of the laser beam being reflected from the tooth surface and striking at the CCD chip and of a shape of a signal for a determination of a margin of an edge, wherein the signal at the CCD chip originates from a scan of the tooth surface, wherein by repeated measurement of the edge from several solid angles the width change and the shape of the signal are evaluated against each other by a matching method and are defined by averaging in the edge area to their final shape. - a laser light source from which a laser beam with a beam width strikes at a tooth surface of a tooth, - a CCD chip as mapping device for laser beams being reflected from the tooth surface with a width (LBR1, LBR2), wherein the surface mapping devices and surface generation devices are adapted to process, by means of software of the surface mapping devices and surface generation devices, information of a width change (LBR1, LBR2) of the laser beam being reflected from the tooth surface and striking at the CCD chip and of a shape of a signal for a determination of a margin of an edge, wherein the signal at the CCD chip originates from a scan of the tooth surface, wherein by repeated measurement of the edge from several solid angles the width change and the shape of the signal are evaluated against each other by a matching method and are defined by averaging in the edge area to their final shape.
A scroll pump comprising a spiral component which has a base plate and a spiral wall which extends starting from the base plate, wherein the spiral wall has a groove, in which a sealing element is received, at its end remote from the base plate, wherein the groove is bounded by two oppositely disposed side walls (116, 118), and wherein, in a first spiral section, a first one of the side walls is thicker than a second one of the side walls in the first spiral section and/or than one or both of the side walls (116, 118) in a second spiral section, characterized in that the first spiral section at least extends over 100°. wherein the spiral wall has a groove, in which a sealing element is received, at its end remote from the base plate, wherein the groove is bounded by two oppositely disposed side walls (116, 118), and wherein, in a first spiral section, a first one of the side walls is thicker than a second one of the side walls in the first spiral section and/or than one or both of the side walls (116, 118) in a second spiral section, characterized in that the first spiral section at least extends over 100°.
A ventilator comprising an electric ventilator motor and an electrical connection device for connecting electric motor lines, which lead to the motor, to external electrical connection lines, the connection device comprising a terminal box which is fixed to an appliance part of the ventilator and which contains electrical contact elements, characterized in that the connection device comprises an additional connection part to which the motor lines are connected, the terminal box being releasably connected to the additional connection part via electrical plug-in connections, the terminal box is releasably fixed to the appliance part via external screw connections, and the terminal box comprises an off switch for switching off an external power supply, the off switch being in the form of a rotary switch and comprising a lever-like switching knob, in such a way that at least one of the external screw connections is covered in an on position and accessible for release in an off position, or the off switch being configured as a sliding switch, in such a way that at least one of the external screw connections is covered in an on position and accessible for release in an off position.
Method for the continuous dosage of textile fibres materials that are finite in length for extruders, wherein a fabric with defined surface dimensions and fold width is produced that is laid on a first horizontally arranged conveyor belt and is continuously fed into an extruder, where the fabric is condensed by means of an arrangement comprising at least two conveyor belts (2, 3), between which ist goes through at a defined thickness smaller than the thickness of the feed slot on the extruder, whereby compression takes place between the first horizontally arranged conveyor belt and one located above this first conveyor belt, having a gap distance to this and arranged at an acute angle to this second conveyor belt, so that the gap distance between two conveyor belts (2, 3) to the feed slot of the extruder tapers in the direction of travel, characterized in that a polymer melt (6, 15) from a slit nozzle (5, 16) is merged in the catchment area of the extruder with the fabric or inserted between two fabrics, whereby the compressed fabric is deflected by at least approximately 90°, thereby preventing a subsequent relaxation or expansion of the fibre layer.
A fishing rod having a rod body, and comprising: an attachment (9, 10, 10', 10A, 10B, 10C) having an attachment or fixing portion and being attached to an outer peripheral face of the rod body; characterised by: a first layer formed by winding a first sheet around both the attachment or fixing portion and the rod body; and a second layer (200, 200') formed by winding a second sheet made of fiber-reinforced resin on an outer side of the first sheet, wherein the tensile elongation measured in accordance with JIS K 7161-1 of the first sheet is greater than that measured in accordance with JIS K 7161-1 of the second sheet. a first layer formed by winding a first sheet around both the attachment or fixing portion and the rod body; and a second layer (200, 200') formed by winding a second sheet made of fiber-reinforced resin on an outer side of the first sheet, wherein the tensile elongation measured in accordance with JIS K 7161-1 of the first sheet is greater than that measured in accordance with JIS K 7161-1 of the second sheet.
An ejaculation promotion apparatus made of a gel-like resin, configured to be accommodated in a container body with at least one end surface in an axial direction open and including an insertion empty space extending from an insertion inlet in the one end surface in the axial direction into an inside, the ejaculation promotion apparatus comprising: a core main body including the insertion inlet and the insertion empty space; and a plurality of first ribs projectingly provided on an outer peripheral surface of the core main body at intervals and extending in approximately parallel to one another, wherein each of the first rib is configured to come in contact with an inner wall of the container body, when the ejaculation promotion apparatus is accommodated in said container body, to form a flow path extending in the axial direction or a direction inclined with respect to the axial direction with the adjacent first rib at least at a time of expansion of the core main body due to insertion of a penis, an air resistance member that allows passage of air along the flow path while serving as a resistance against movement of the air is provided in the flow path at a time of expansion of an outer diameter of the core main body, and the air resistance member is a plurality of second ribs projectingly provided on the outer peripheral surface of the core main body at intervals, characterized in that the second ribs are intersecting with the first ribs. a core main body including the insertion inlet and the insertion empty space; and a plurality of first ribs projectingly provided on an outer peripheral surface of the core main body at intervals and extending in approximately parallel to one another, wherein each of the first rib is configured to come in contact with an inner wall of the container body, when the ejaculation promotion apparatus is accommodated in said container body, to form a flow path extending in the axial direction or a direction inclined with respect to the axial direction with the adjacent first rib at least at a time of expansion of the core main body due to insertion of a penis, an air resistance member that allows passage of air along the flow path while serving as a resistance against movement of the air is provided in the flow path at a time of expansion of an outer diameter of the core main body, and the air resistance member is a plurality of second ribs projectingly provided on the outer peripheral surface of the core main body at intervals, characterized in that the second ribs are intersecting with the first ribs.
Injection tip for injecting insulating materials into insulating material chambers, the injection tip having a sensor for measuring and means for transmitting operating data of the injection tip, characterized in that the sensor is formed such that the operating data comprise a static and dynamic injection pressure and/or a mass flow of the insulating material to be injected and/or the transporting air.