mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, comprising: receiving, at a compressor component, a data packet flow; determining information associated with the data packet flow from one or more data packets associated with the data packet flow, wherein the determined information comprises source information or destination information corresponding to the one or more data packets of the data packet flow; analyzing the one or more data packets to determine a packet characteristic, wherein the analyzing of the one or more data packets further comprises identifying data at a certain position within packet contents of the one or more data packets; classifying the data packet flow as a compressible data packet flow or an uncompressed data packet flow based on the determined information and the packet characteristic and whether the identified data matches a known type corresponding to compressible or uncompressed traffic; compressing the one or more data packets associated with the data packet flow to produce one or more compressed data packets for transmission when the data packet flow is classified as the compressible data packet flow; and transmitting the one or more compressed data packets when the data packet flow is classified as the compressible data packet flow or transmitting the one or more data packets when the data packet flow is classified as the uncompressed data packet flow. receiving, at a compressor component, a data packet flow; determining information associated with the data packet flow from one or more data packets associated with the data packet flow, wherein the determined information comprises source information or destination information corresponding to the one or more data packets of the data packet flow; analyzing the one or more data packets to determine a packet characteristic, wherein the analyzing of the one or more data packets further comprises identifying data at a certain position within packet contents of the one or more data packets; classifying the data packet flow as a compressible data packet flow or an uncompressed data packet flow based on the determined information and the packet characteristic and whether the identified data matches a known type corresponding to compressible or uncompressed traffic; compressing the one or more data packets associated with the data packet flow to produce one or more compressed data packets for transmission when the data packet flow is classified as the compressible data packet flow; and transmitting the one or more compressed data packets when the data packet flow is classified as the compressible data packet flow or transmitting the one or more data packets when the data packet flow is classified as the uncompressed data packet flow.
Collecting device for forming bundles of sheets, in particular banknotes, which are fed to the collecting device by an individual-sheet transporting means, and for feeding sheet bundles to a plurality of dispensing stations (32, 34, 36, 38), comprising a framework, a stacking station having a stacking device which comprises at least one stacking wheel and is intended for depositing sheets in stack form on a stacking surface, and a transporting carriage for transporting a sheet or sheet bundle from the stacking station to the dispensing stations (32, 34, 36, 38), wherein the transporting carriage is movable along a guide path by means of a carriage drive arranged on said carriage, which guide path is formed on the framework, and wherein the guide path comprises a basic position portion adjacent to the stacking device and at least in each case one dispensing portion (52, 54, 56) leading to a dispensing station (32, 34, 36, 38), characterized in that the transporting carriage comprises a frame part with two mutually parallel side walls, a sheet support extending between them and guide elements (88, 90, 98) which are intended for engagement with the guide paths, in that the transporting carriage has at least one clamping element which is adjustable in the frame part between a closed position in which it is clamped against the sheet support and an open position in which it is lifted from the sheet support, in that the transporting carriage has a sheet-conveying device (102, 112, 160) for dispensing and/or drawing in a sheet bundle, in that the sheet-conveying device comprises a belt transporting means (112, 160), and in that the belt transporting means has at least one belt pair (112, 160) with a frame-side endless belt assigned to the frame part and a clamping element-side endless belt assigned to the clamping element, which belts in each case circulate parallel to the sheet support and the side walls of the frame part and can be driven by a belt motor which is arranged on the transporting carriage.
A method of detecting a fault of a switching electricity source having a control stage responsive to a setpoint signal to deliver a control signal that is modulated with a predetermined duty ratio (α) to a power stage that is to deliver electricity to a load, comprising the steps of:. determining at least one nominal value (α min, α max) for the duty ratio for normal operation, and at least one fault threshold (α sc, α oc) as a function of the nominal value;. determining at least one instantaneous value (α) of the duty ratio of the signal issued by the control stage;. comparing the instantaneous value with the fault threshold; characterized by. measuring the current output by the power stage;. verifying whether the current (I h) is zero, and where appropriate, the setpoint signal corresponds to a zero current.. determining at least one nominal value (α min, α max) for the duty ratio for normal operation, and at least one fault threshold (α sc, α oc) as a function of the nominal value;. determining at least one instantaneous value (α) of the duty ratio of the signal issued by the control stage;. comparing the instantaneous value with the fault threshold;. measuring the current output by the power stage;. verifying whether the current (I h) is zero, and where appropriate, the setpoint signal corresponds to a zero current.
A computer-readable media embodied on a physical, non-transient memory device having instructions for creating a user interface for provision to a hand-held device adapted to control functional operations of one or more appliances (102, 104, 106, 108, 110, 112, 114), the instructions performing steps comprising: receiving input to create a widget which is activatable via the user interface of the hand-held device to cause the hand-held device to perform at least one action wherein activation of the created widget will cause a transmission of a control command to one or more of the appliances in communication with the hand-held device, the widget comprising a plurality ofpre-defmed, user selected programming blocks each graphically represented as a processing unit with at least one of an input and an output of which user selected ones of the inputs and outputs of the pre-defined, user selected programming blocks are graphically interconnected via user interaction to define the at least one action to be performed upon activation of the widget; and receiving input to add the created widget to a user interface to be provided to the hand-held device. receiving input to create a widget which is activatable via the user interface of the hand-held device to cause the hand-held device to perform at least one action wherein activation of the created widget will cause a transmission of a control command to one or more of the appliances in communication with the hand-held device, the widget comprising a plurality ofpre-defmed, user selected programming blocks each graphically represented as a processing unit with at least one of an input and an output of which user selected ones of the inputs and outputs of the pre-defined, user selected programming blocks are graphically interconnected via user interaction to define the at least one action to be performed upon activation of the widget; and receiving input to add the created widget to a user interface to be provided to the hand-held device.
Device for treating a composite solid material comprising recoverable solid fractions to be extracted, in particular fibres, comprising: - means for receiving the composite solid material; - a reactor delineating a sealed enclosure detachably receiving said receiving means; - means for injecting at least one solvent into the reactor; - means for raising the temperature of the reactor designed to create a temperature and a pressure in said chamber in such a way as to cause a reaction of solvolysis or dissolution of the material during a period of treatment; - a means for oscillating (52, 53, 62) the reactor so as to cause a movement of the solvent inside the latter during the period of solvothermal treatment of the composite solid material, characterised in that the receiving means consists of a perforated basket fitted with a cover on the top. - means for receiving the composite solid material; - a reactor delineating a sealed enclosure detachably receiving said receiving means; - means for injecting at least one solvent into the reactor; - means for raising the temperature of the reactor designed to create a temperature and a pressure in said chamber in such a way as to cause a reaction of solvolysis or dissolution of the material during a period of treatment; - a means for oscillating (52, 53, 62) the reactor so as to cause a movement of the solvent inside the latter during the period of solvothermal treatment of the composite solid material,
A hopper for diverting excess slack away from a mixture of product and slack, the hopper comprising a first gate moveable between open and closed positions and a retaining wall, wherein the first gate is configured such that: when the first gate is in the open position a first path is provided for contents of the hopper, comprising a mixture of product and slack, to exit the hopper; and when the first gate is in the closed position the first path is closed by the first gate so that product is retained in the hopper and a second path, different from the first path, is provided for slack to exit the hopper; and wherein there is a lateral offset between where contents of the hopper exit the hopper via the first path and where slack exits the hopper via the second path; characterized by the hopper being further configured such that, when the first gate is in the closed position, the first gate and the retaining wall slope towards one another, with the retaining wall stopping short of the first gate to form a gap and the first gate extending beyond where the first gate and the retaining wall would otherwise intersect such that a distal end of the first gate is laterally offset from the lower end of the retaining wall. when the first gate is in the open position a first path is provided for contents of the hopper, comprising a mixture of product and slack, to exit the hopper; and when the first gate is in the closed position the first path is closed by the first gate so that product is retained in the hopper and a second path, different from the first path, is provided for slack to exit the hopper; and wherein there is a lateral offset between where contents of the hopper exit the hopper via the first path and where slack exits the hopper via the second path; characterized by the hopper being further configured such that, when the first gate is in the closed position, the first gate and the retaining wall slope towards one another, with the retaining wall stopping short of the first gate to form a gap and the first gate extending beyond where the first gate and the retaining wall would otherwise intersect such that a distal end of the first gate is laterally offset from the lower end of the retaining wall.
A computer-implemented method for obtaining a profile of a mobile point-of-care-testing (POCT) unit from a central POCT manager system, comprising the mobile POCT unit performing the following steps: - wirelessly identifying a set of present POCT analyzers (11, 32); - sending, to the central POCT manager system, a present POCT analyzer identity for each identified present POCT analyzer (11, 32); - receiving, from the central POCT manager system, the profile of the mobile POCT unit, characterized by said profile being a dynamic profile, said mobile POCT unit continuously repeating said steps according to a predefined frequency, said dynamic profile comprising a linked/unlinked status for each identified present POCT analyzer (11, 32), said linked status having been determined by the central POCT manager system for each identified present POCT analyzer (11, 32) having related quality data satisfying predefined quality requirements, and representing that the identified present POCT analyzer (11, 32) is operative for the mobile POCT unit, and said unlinked status having been determined by the central POCT manager system for each identified present POCT analyzer (11, 32) having related quality data not satisfying predefined quality requirements, and representing that the identified present POCT analyzer (11, 32) is not operative for the mobile POCT unit. - wirelessly identifying a set of present POCT analyzers (11, 32); - sending, to the central POCT manager system, a present POCT analyzer identity for each identified present POCT analyzer (11, 32); - receiving, from the central POCT manager system, the profile of the mobile POCT unit,
A door weather strip comprising: an upper extrusion molded part installed along an upper part of a door sash or a door panel on a roof side of an automobile; a molded part connected to an end of the upper extrusion molded part on a door corner part; and a lower extrusion molded part installed along a vertical part of the door sash or the door panel, an upper end of the lower extrusion molded part being detachably inserted into the molded part; said upper extrusion molded part, said molded part and said lower extrusion molded part having a base bottom part and a hollow seal member formed thereon, the hollow seal member being integrally molded with the base bottom part and making elastic contact with a door opening circumferential edge on a body side when a door is closed, wherein: a seal bead or a lip is integrally molded with the molded part without being broken off because of a slit for pulling out a core for molding, said seal bead or said lip continuously extending from an inner-cabin side toward an outer-cabin side crossing the base bottom part of said molded part from the inner-cabin side toward an outer-cabin side first on an upper part on said roof side and descending along the outer-cabin side on a part of said molded part, which is on an outer circumferential side of the molded part, on a side of the vertical part of said door sash or said door panel; and an outer-cabin side relative to a ridge line of the hollow seal member of the molded part protrudes toward a lower direction compared with an inner-cabin side, thereby forming a difference in level on the lower end of the hollow seal member of the molded part and varying a shape, the difference in level crossing the ridge line. a seal bead or a lip is integrally molded with the molded part without being broken off because of a slit for pulling out a core for molding, said seal bead or said lip continuously extending from an inner-cabin side toward an outer-cabin side crossing the base bottom part of said molded part from the inner-cabin side toward an outer-cabin side first on an upper part on said roof side and descending along the outer-cabin side on a part of said molded part, which is on an outer circumferential side of the molded part, on a side of the vertical part of said door sash or said door panel; and an outer-cabin side relative to a ridge line of the hollow seal member of the molded part protrudes toward a lower direction compared with an inner-cabin side, thereby forming a difference in level on the lower end of the hollow seal member of the molded part and varying a shape, the difference in level crossing the ridge line.
A medical stent comprising (71, 81, 91, 101): a coil with an axis, said coil formed by winding a wire around the axis, said coil having a marker coil part (75a, 75b, 82c, 92a) with a pitch P2 and a normal coil part (75c, 82a, 82b, 92c, 102a) with a pitch P1, the pitch P1 being two times or more and twenty times or less the pitch P2; a main part which extends in an axis direction; a bending part (72, 73) which is formed in at least one end of the main part and has a pigtail shape; the marker coil part (75a, 75b, 82c, 92a) which is formed so as to extend by a predetermined length from an interface (M1, M2) between the bending part (72, 73) and the main part; an outer layer formed substantially tubular made from a first resin material, provided on an outer peripheral side of the main part, the bending part (7 2, 73), and the marker coil part, wherein the outer layer is formed coaxial to the main part, the bending part (72,73), and the marker coil part (75a, 75b, 82c, 92a); and an inner layer formed substantially tubular made form a second resin material, provided on an inner peripheral side of the main part, the bending part (7 2, 73) and the marker coil part, wherein the inner layer is formed coaxial to the main part, the bending part (72, 73), and the marker coil part (75a, 75b, 82c, 92a), wherein the marker coil part (75a, 75b, 82c, 92a) is disposed in either the main part or the bending part (72, 73). a coil with an axis, said coil formed by winding a wire around the axis, said coil having a marker coil part (75a, 75b, 82c, 92a) with a pitch P2 and a normal coil part (75c, 82a, 82b, 92c, 102a) with a pitch P1, the pitch P1 being two times or more and twenty times or less the pitch P2; a main part which extends in an axis direction; a bending part (72, 73) which is formed in at least one end of the main part and has a pigtail shape; the marker coil part (75a, 75b, 82c, 92a) which is formed so as to extend by a predetermined length from an interface (M1, M2) between the bending part (72, 73) and the main part; an outer layer formed substantially tubular made from a first resin material, provided on an outer peripheral side of the main part, the bending part (7 2, 73), and the marker coil part, wherein the outer layer is formed coaxial to the main part, the bending part (72,73), and the marker coil part (75a, 75b, 82c, 92a); and an inner layer formed substantially tubular made form a second resin material, provided on an inner peripheral side of the main part, the bending part (7 2, 73) and the marker coil part, wherein the inner layer is formed coaxial to the main part, the bending part (72, 73), and the marker coil part (75a, 75b, 82c, 92a), wherein
A personal care composition comprising: voided latex particles comprising (i) at least one core polymer comprising polymerized units derived from (a) 20 to 60 weight % of monoethylenically unsaturated monomers containing at least one carboxylic acid group, based on the total weight of the core polymer, and (b) 40 to 80 weight % of non-ionic ethylenically unsaturated monomers, based on the total weight of the core polymer; and (ii) at least one shell polymer comprising polymerized units derived from (a) 10 to 70 weight % of non-ionic ethylenically unsaturated monomers, based on the total weight of the shell polymer(s), and (b) 30 to 90 weight % of aliphatic monomers selected from the group consisting of allyl methacrylate, trimethylolpropane trimethacrylate, trimethylolpropane triacrylate, and combinations thereof, based on the total weight of the shell polymer(s); and at least one UV absorbing agent, wherein the voided latex particles are present in an amount of from 0.5 to 20 weight %, based on the total weight of the composition, and wherein the voided latex particles contain a void and have a particle size of from 100 nm to 400 nm; and wherein an outermost shell comprises a shell polymer having polymerized units of the aliphatic monomers in an amount from 40 to 80 weight % based on the weight of the outermost shell polymer. voided latex particles comprising (i) at least one core polymer comprising polymerized units derived from (a) 20 to 60 weight % of monoethylenically unsaturated monomers containing at least one carboxylic acid group, based on the total weight of the core polymer, and (b) 40 to 80 weight % of non-ionic ethylenically unsaturated monomers, based on the total weight of the core polymer; and (ii) at least one shell polymer comprising polymerized units derived from (a) 10 to 70 weight % of non-ionic ethylenically unsaturated monomers, based on the total weight of the shell polymer(s), and (b) 30 to 90 weight % of aliphatic monomers selected from the group consisting of allyl methacrylate, trimethylolpropane trimethacrylate, trimethylolpropane triacrylate, and combinations thereof, based on the total weight of the shell polymer(s); and (i) at least one core polymer comprising polymerized units derived from (a) 20 to 60 weight % of monoethylenically unsaturated monomers containing at least one carboxylic acid group, based on the total weight of the core polymer, and (b) 40 to 80 weight % of non-ionic ethylenically unsaturated monomers, based on the total weight of the core polymer; and (ii) at least one shell polymer comprising polymerized units derived from (a) 10 to 70 weight % of non-ionic ethylenically unsaturated monomers, based on the total weight of the shell polymer(s), and (b) 30 to 90 weight % of aliphatic monomers selected from the group consisting of allyl methacrylate, trimethylolpropane trimethacrylate, trimethylolpropane triacrylate, and combinations thereof, based on the total weight of the shell polymer(s); and at least one UV absorbing agent,
A printing apparatus, comprising: printing means arranged to print an image by discharging ink on a printing medium from a nozzle arranged in a nozzle surface facing the printing medium; conveyance means arranged to convey a printing medium along a conveyance path arranged between a cassette and a tray, a printing medium on which the ink has been discharged by the printing means being stacked on the cassette, and a printing medium on which the ink has been discharged by the printing means being stacked on the tray; first heating means arranged to heat the printing medium in a first section on the conveyance path between the printing means and the tray by blowing hot air from a plurality of outlets; and characterized by comprising control means arranged to control blowing hot air from the plurality of outlets of the first heating means based on a print condition so as to change a length of the first section. printing means arranged to print an image by discharging ink on a printing medium from a nozzle arranged in a nozzle surface facing the printing medium; conveyance means arranged to convey a printing medium along a conveyance path arranged between a cassette and a tray, a printing medium on which the ink has been discharged by the printing means being stacked on the cassette, and a printing medium on which the ink has been discharged by the printing means being stacked on the tray; first heating means arranged to heat the printing medium in a first section on the conveyance path between the printing means and the tray by blowing hot air from a plurality of outlets; and characterized by comprising control means arranged to control blowing hot air from the plurality of outlets of the first heating means based on a print condition so as to change a length of the first section.