mhurhangee/ep-ind-claims huggingface dataset:
A mower-conditioner for cutting and conditioning crop material, comprising a mower unit for cutting crop material and a conditioner unit that is configured to condition the cut crop material, a drive input that is configured to receive a rotational drive from an external drive unit, and a drive transmission system that is configured to transmit rotary drive from the drive input to the mower unit and the conditioner unit, wherein the drive transmission system includes a continuously variable transmission that transmits rotary drive between the mower unit and the conditioner unit with a variable speed ratio, wherein the CVT includes an adjuster mechanism that includes at least one actuator for adjusting the speed ratio of the CVT; characterised by a control system for controlling operation of the actuator, wherein the control system includes a sensor that senses at least one operational condition of the mower-conditioner and a control unit that receives a sensor signal from the sensor and controls operation of the actuator so as to adjust the speed ratio of the CVT in response to said sensor signal.
An inductor and a printed circuit board, the inductor mounted on a first surface of the printed circuit board and comprising: a ferrite drum core comprising a cylindrical body and first and second flanges extending from opposite ends of the cylindrical body; a coil wound around the cylindrical body; a plurality of pins on which opposite ends (31, 32) of the coil are wound, wherein each of the plurality of pins has one end fixed to the second flange and another end configured to be fixed to the printed circuit board; and three projections equidistantly spaced relative to each other, the three projections directly protrude from an outer peripheral region of the second flange and are configured to electrically insulate the drum core from the PCB and to support the inductor to stand vertically on the first surface of the printed circuit board, the three projections having a shape to keep the drum core horizontal in relation to the first surface of the printed circuit board without using a base; wherein a height of the projections is greater than a height of a finished portions formed by winding the opposite ends of the coil around the pins; and wherein the printed circuit board comprises wiring on at least the first surface facing the inductor and a second surface opposite the first surface. a ferrite drum core comprising a cylindrical body and first and second flanges extending from opposite ends of the cylindrical body; a coil wound around the cylindrical body; a plurality of pins on which opposite ends (31, 32) of the coil are wound, wherein each of the plurality of pins has one end fixed to the second flange and another end configured to be fixed to the printed circuit board; and three projections equidistantly spaced relative to each other, the three projections directly protrude from an outer peripheral region of the second flange and are configured to electrically insulate the drum core from the PCB and to support the inductor to stand vertically on the first surface of the printed circuit board, the three projections having a shape to keep the drum core horizontal in relation to the first surface of the printed circuit board without using a base; wherein a height of the projections is greater than a height of a finished portions formed by winding the opposite ends of the coil around the pins; and wherein the printed circuit board comprises wiring on at least the first surface facing the inductor and a second surface opposite the first surface.
A support table for a lithographic apparatus, the support table configured to support a substrate, wherein the support table comprises: a base surface, the base surface facing a bottom surface of the substrate when the substrate is supported by the support table; a plurality of gas cushion members protruding above the base surface, each of the gas cushion members comprising a recess defined by a wall that forms a closed loop when viewed in a direction perpendicular to the base surface, the recess being shaped and configured such that a lowering of the substrate into a position on the support table at which the substrate is supported by the support table causes a localised build-up of pressure within the recess, the localised build-up of pressure providing a localised gas cushioning effect during the lowering of the substrate; a plurality of burls protruding above the base surface, each of the plurality of burls having a respective distal end, the plurality of burls being arranged such that, when the substrate is supported by the support table, the substrate is supported by the respective distal ends of the plurality of burls; and a plurality of protrusions protruding above the base surface, each of the plurality of protrusions having a respective distal end, the respective distal end being configured such that, when the substrate is supported by the respective distal ends of the plurality of burls, the respective distal end of each protrusion is spaced apart from the substrate, characterized in that the recess of each of at least one of the gas cushion members is formed in a respective one of the protrusions. a base surface, the base surface facing a bottom surface of the substrate when the substrate is supported by the support table; a plurality of gas cushion members protruding above the base surface, each of the gas cushion members comprising a recess defined by a wall that forms a closed loop when viewed in a direction perpendicular to the base surface, the recess being shaped and configured such that a lowering of the substrate into a position on the support table at which the substrate is supported by the support table causes a localised build-up of pressure within the recess, the localised build-up of pressure providing a localised gas cushioning effect during the lowering of the substrate; a plurality of burls protruding above the base surface, each of the plurality of burls having a respective distal end, the plurality of burls being arranged such that, when the substrate is supported by the support table, the substrate is supported by the respective distal ends of the plurality of burls; and a plurality of protrusions protruding above the base surface, each of the plurality of protrusions having a respective distal end, the respective distal end being configured such that, when the substrate is supported by the respective distal ends of the plurality of burls, the respective distal end of each protrusion is spaced apart from the substrate, characterized in that the recess of each of at least one of the gas cushion members is formed in a respective one of the protrusions.
A brushless DC motor capable of generating a substantially constant torque regardless of an angular velocity of its rotor, comprising: a) a circular rotor comprising a plurality of circumferentially separated permanent magnets (31, 51); and b) a plurality of circumferentially spaced air core solenoids (32, 62) provided each around a static solenoid housing, wherein each of said solenoid housings is structured with a void portion through which said plurality of magnets can pass when said rotor rotates around its axis, wherein motion of the magnets with respect to the solenoids is quasi-linear in the direction of a solenoid axis, wherein each of said plurality of solenoids is energized with a timing sequence to obtain a continuous smooth rotation of said rotor, characterized in that said rotor further comprises a plurality of spacers made of high magnetic permeability material, each of said spacers being interposed between two of said permanent magnets, to form a continuous rotor and to reduce variations in axial magnetic flux. a) a circular rotor comprising a plurality of circumferentially separated permanent magnets (31, 51); and b) a plurality of circumferentially spaced air core solenoids (32, 62) provided each around a static solenoid housing, wherein each of said solenoid housings is structured with a void portion through which said plurality of magnets can pass when said rotor rotates around its axis,
A method for wireless communications, the method comprising: establishing, by a first wireless device, a first direct short-range wireless link with an accessory device; sharing, by the first wireless device with the accessory device over the first direct short -range wireless link, a first item of link information associated with a second wireless device different from the first wireless device the first and the second wireless devices belonging to a group of trusted devices; sharing, by the first wireless device with the second wireless device, a second item of link information associated with the accessory device; wherein the sharing of the first item of link information with the accessory device and the sharing of the second item of link information with the second wireless device enables the accessory device and the second wireless device to subsequently establish a second direct short-range wireless link with each other without the accessory device and the second wireless device engaging in a separate pairing procedure. establishing, by a first wireless device, a first direct short-range wireless link with an accessory device; sharing, by the first wireless device with the accessory device over the first direct short -range wireless link, a first item of link information associated with a second wireless device different from the first wireless device the first and the second wireless devices belonging to a group of trusted devices; sharing, by the first wireless device with the second wireless device, a second item of link information associated with the accessory device; wherein the sharing of the first item of link information with the accessory device and the sharing of the second item of link information with the second wireless device enables the accessory device and the second wireless device to subsequently establish a second direct short-range wireless link with each other without the accessory device and the second wireless device engaging in a separate pairing procedure.
A device, comprising: at least two impellers configured to rotate to transport a volume of fuel; sensors configured to sense a number of times the impellers rotate in a time period, the sensors including a first sensor configured to sense forward rotation of the impellers and a second sensor configured to sense reverse rotation of the impellers; and a processor configured to calculate a volume of fuel transported by the impellers based on the sensed number of times the impellers rotate in the time period, the processor being configured to cause a digital signal indicating the calculated volume of fuel to be transmitted to a display that displays the calculated volume of fuel to a user. at least two impellers configured to rotate to transport a volume of fuel; sensors configured to sense a number of times the impellers rotate in a time period, the sensors including a first sensor configured to sense forward rotation of the impellers and a second sensor configured to sense reverse rotation of the impellers; and a processor configured to calculate a volume of fuel transported by the impellers based on the sensed number of times the impellers rotate in the time period, the processor being configured to cause a digital signal indicating the calculated volume of fuel to be transmitted to a display that displays the calculated volume of fuel to a user.
A printing system, comprising: a first memory; a second memory; a Raster Image Processor, RIP, coupled with the first and second memories and operable to rasterize print data; and a control unit coupled with the RIP, the control unit operable to acquire a print job and instructions for printing multiple copies of the print job, to initiate processing of a first copy of the print job, to instruct the RIP to rasterize a data segment of the print job, to determine a transfer time to transfer the rasterized data segment to a marking engine if it were stored at the first memory, to determine a threshold value, and to cause the storage of the rasterized data segment at the second memory if the transfer time is greater than that corresponding to the threshold value. a first memory; a second memory; a Raster Image Processor, RIP, coupled with the first and second memories and operable to rasterize print data; and a control unit coupled with the RIP, the control unit operable to acquire a print job and instructions for printing multiple copies of the print job, to initiate processing of a first copy of the print job, to instruct the RIP to rasterize a data segment of the print job, to determine a transfer time to transfer the rasterized data segment to a marking engine if it were stored at the first memory, to determine a threshold value, and to cause the storage of the rasterized data segment at the second memory if the transfer time is greater than that corresponding to the threshold value.
Centre arm designed and configured for holding an upper contact grilling or roasting plate, the centre arm having a substantially vertical supporting section and a holding section which is arranged pivotably on the vertical supporting section and to which the upper contact grilling or roasting plate can be attached, wherein a device for fixing the holding section relative to the supporting section is associated with the holding section, the fixing device comprising a control element and a latch device, and the control element being capable of being brought into engagement with the latch device for fixing the holding section in different pivot positions relative to the supporting section, and out of engagement for free pivoting of the holding section relative to the supporting section, wherein the pivot shaft of the holding section is formed or arranged approximately at the point of intersection of the centre axes M 1 and M 2 of the holding section on the one hand and the supporting section on the other hand, characterized in that the latch device is arranged completely within the holding section and has two grooved discs (20, 21) which are arranged on the pivot shaft of the holding section.
An apparatus acquiring physiological data from a living being, configured to be installed in bedding with bed frame elements, the apparatus comprising an acquisition portion which comprises: - a sensor designed to pick up mechanical waves passing through the bedding, - a support device comprising a plurality of rigid panels, configured to support the sensor, the support device being configured to rest on bed frame elements in a configuration for use of the acquisition device in bedding, so that the support device is interposed between the bed frame elements and the sensor. wherein the acquisition portion extends along a longitudinal direction and the plurality of rigid panels are arranged side by side along the longitudinal axis of the acquisition portion, connected to each other by a folding zone allowing folding of the support device. - a sensor designed to pick up mechanical waves passing through the bedding, - a support device comprising a plurality of rigid panels, configured to support the sensor, the support device being configured to rest on bed frame elements in a configuration for use of the acquisition device in bedding, so that the support device is interposed between the bed frame elements and the sensor. wherein the acquisition portion extends along a longitudinal direction and the plurality of rigid panels are arranged side by side along the longitudinal axis of the acquisition portion, connected to each other by a folding zone allowing folding of the support device.
A wound dressing comprising: a dressing layer having a first side and a second, wound-facing side, the dressing layer comprising: an absorbent layer which is inelastic when wet configured to absorb wound fluid and having a first side and a second, wound-facing side; and an elastic film welded to the first side of the inelastic absorbent layer such that the dressing layer elastically stretches when a stretching force is applied to the wound dressing and elastically recovers when the stretching force is removed; and a backing layer adhered to the first side of the dressing layer, and a non-adherent layer coupled to the second, wound-facing side of the inelastic absorbent layer. an absorbent layer which is inelastic when wet configured to absorb wound fluid and having a first side and a second, wound-facing side; and an elastic film welded to the first side of the inelastic absorbent layer such that the dressing layer elastically stretches when a stretching force is applied to the wound dressing and elastically recovers when the stretching force is removed; and a backing layer adhered to the first side of the dressing layer, and a non-adherent layer coupled to the second, wound-facing side of the inelastic absorbent layer.
Arrangement for signal analysis having at least one central data processing unit and a screen unit connected with the at least one central data processing unit, wherein the central data processing unit is configured so that it calculates a spectrum and a spectrogram from a digitized signal (7 1, 7 2; 7), wherein the at least one central data processing unit is configured so that it controls the screen unit in such a way that in a first diagram the spectrogram of the digitized signal, in a second diagram the characteristic of the spectrum of the digitized signal (7 1, 7 2; 7) and in a third diagram the characteristic of the digitized signal (7 1, 7 2; 7) present in the time domain can be displayed together and at the same time on the screen unit and wherein the arrangement is configured so that the digitized signal (7 1, 7 2; 7) present in the time domain can be filtered through an adjustable band pass filter, characterised in that the arrangement is set up so that the filtered digitized signal (7 1, 7 2; 7) is decimated in its resolution by a first detector unit in such a way that a resolution of the decimated digitized signal (7 1, 7 2; 7) corresponds to a resolution of the screen unit, wherein either the mean value or the mean squared value or the maximum value or the minimum value or the auto peak value of at least two values of the digitized signal (71, 72; 7) can be calculated by the first detector unit and/or in that the digitized signal (71, 72; 7) transformed into the frequency domain is decimated in its resolution by a second detector unit in such a way that a resolution of the decimated digitized signal (71, 72; 7) corresponds to a resolution of the screen unit, wherein the detector unit is configured so that either the mean value or the mean squared value or the maximum value or the minimum value or the auto peak value of at least two values of the digitized signal (7 1, 7 2; 7) can be calculated, for which an auto peak value is understood to mean that both the maximum value and the minimum value of an interval is taken into account.
A system for a door, in particular an emergency exit door or escape door, with • a door interlocking, which can be brought between a normal operation and an emergency operation, • an unlocking device, which is affixable to the door, and includes an actuating element, wherein, upon actuating the actuating element, the unlocking device can be brought from a state interlocking the door into a state releasing the door, • in the normal operation, the door interlocking is in an interlocking condition and despite actuating the actuating element an opening procedure of the door is prevented, • in the emergency operation, the door interlocking is in an unlocking condition and by actuating the actuating element an opening procedure of the door is executable, wherein an emergency button accessible from the outside is incorporated into the unlocking device and is in communication with the door interlocking in such a manner that, upon activating the emergency button, the door interlocking changes from the normal operation to the emergency operation, characterized in that • the unlocking device includes a housing, at which the actuating element and the emergency button are disposed. • a door interlocking, which can be brought between a normal operation and an emergency operation, • an unlocking device, which is affixable to the door, and includes an actuating element, wherein, upon actuating the actuating element, the unlocking device can be brought from a state interlocking the door into a state releasing the door, • in the normal operation, the door interlocking is in an interlocking condition and despite actuating the actuating element an opening procedure of the door is prevented, • in the emergency operation, the door interlocking is in an unlocking condition and by actuating the actuating element an opening procedure of the door is executable, • the unlocking device includes a housing, at which the actuating element and the emergency button are disposed.
Food basket which is designed for casting by means of a fishing rod, wherein the food basket is penetrated by a plurality of food passage recesses, wherein the food basket is made of water-resistant material and has two mounting recesses which are both formed as passage recesses, characterized in that the material has a pore structure.
A device for positioning a measuring device along a tubular multiple-winding guide, the device comprising: 1.1 an elastically flexible advancing strand (2; 8) which exhibits a shear resistance sufficient for providing an advancing force; and 1.2 the measuring device (3, 4, 5) which comprises one or more sensors (3, 4), each for measuring a physical or chemical measurement variable, for example temperature, pressure, concentration or level, wherein the respective sensor (3, 4) is connected to the advancing strand (2; 8) in such a way that the sensor (3, 4) participates in advancing movements of the advancing strand (2; 8), characterised in that 1.3 the device further comprises a vibrator which is arranged on a front end portion of the advancing strand (2; 8) and connected in a shear-resistant connection (16; 17; 18) to the advancing strand (2; 8), such that the advancing strand (2; 8) and the vibrator form a shear composite (2, 10). 1.1 an elastically flexible advancing strand (2; 8) which exhibits a shear resistance sufficient for providing an advancing force; and 1.2 the measuring device (3, 4, 5) which comprises one or more sensors (3, 4), each for measuring a physical or chemical measurement variable, for example temperature, pressure, concentration or level, wherein the respective sensor (3, 4) is connected to the advancing strand (2; 8) in such a way that the sensor (3, 4) participates in advancing movements of the advancing strand (2; 8), characterised in that 1.3 the device further comprises a vibrator which is arranged on a front end portion of the advancing strand (2; 8) and connected in a shear-resistant connection (16; 17; 18) to the advancing strand (2; 8), such that the advancing strand (2; 8) and the vibrator form a shear composite (2, 10).