mhurhangee/ep-ind-claims huggingface dataset:
A method for transmission of data over a radio interface in a radio communication network based on a protocol layers model, the model comprising an IP layer on which IP packets are handled, wherein before the transmission of a determined IP packet, the method comprises: a. determining (33, 38) at the IP layer whether the IP packet is compressible under a predetermined condition, b. if the IP packet is compressible under said predetermined condition, performing a compression (36, 37) of the IP packet at the IP layer; characterized by further comprising, prior to step b, detecting a congestion status in the radio interface, the congestion status may be either - positive if there is congestion in the radio interface, or - negative if there is no congestion in the radio interface; and wherein the step of performing a compression at step b further comprises: - performing a lossy compression of the IP data packets, if the congestion status in the radio network interface is positive, and - performing a lossless compression of the IP data packets, if the congestion status in the radio network interface is negative. a. determining (33, 38) at the IP layer whether the IP packet is compressible under a predetermined condition, b. if the IP packet is compressible under said predetermined condition, performing a compression (36, 37) of the IP packet at the IP layer; characterized by further comprising, prior to step b, detecting a congestion status in the radio interface, the congestion status may be either - positive if there is congestion in the radio interface, or - negative if there is no congestion in the radio interface; - positive if there is congestion in the radio interface, or - negative if there is no congestion in the radio interface; - performing a lossy compression of the IP data packets, if the congestion status in the radio network interface is positive, and - performing a lossless compression of the IP data packets, if the congestion status in the radio network interface is negative.
A retainer for connecting two panels of a heat shield assembly, the retainer comprising: a central elongate panel having a length I and a width w, a top end, a bottom end and first and second long sides extending from the top end to the bottom end; a first side panel extending along the first long side of the central elongate panel and a second side panel extending along the second long side of the central elongate panel; and characterised in that the central elongate panel is corrugated, with corrugations running along the length of the central elongate panel from the top end to the bottom end.
A method for electrochemical processing of components, in which a cathode is disposed at a distance from a component to be processed, and an electrolyte is introduced into the gap between the cathode and the component to be processed, wherein - one or more measurements of an elastic deformation of the cathode and/or of a holder on which the cathode is disposed are carried out, characterized in that - the measurement is carried out in a current-free state. - one or more measurements of an elastic deformation of the cathode and/or of a holder on which the cathode is disposed are carried out, characterized in that - the measurement is carried out in a current-free state.
A noise suppressor system for a firearm, comprising: a flash suppressor selectively mountable to a distal end of a barrel of the firearm, the flash suppressor having a base, a tapered waist portion and a shoulder surface; a noise suppressor; and a means for selectively creating a compressive coupling between a proximal end of the housing to the tapered waist portion and the shoulder surface of the flash suppressor, the means comprising a proximal mount assembly coupled to the proximal end of the housing of the noise suppressor, the proximal mount assembly having a longitudinal axis; characterized in that: the noise suppressor comprises a plurality of baffles mountable in a housing, wherein optionally the housing is cylindrical; the proximal mount assembly comprises: a cap base member having a plurality of rotatable cam members pinned in a plurality of slots defined in a base portion of the cap base member; and a proximal attachment cap that is rotatably coupled via interrupted complementary threads to the cap base member, wherein each cam member can be selectively rotatable by biased application of cam surfaces on portions of an interior surface of the proximal attachment cap upon rotation of the cap base member relative to the proximal attachment cap. a flash suppressor selectively mountable to a distal end of a barrel of the firearm, the flash suppressor having a base, a tapered waist portion and a shoulder surface; a noise suppressor; and a means for selectively creating a compressive coupling between a proximal end of the housing to the tapered waist portion and the shoulder surface of the flash suppressor, the means comprising a proximal mount assembly coupled to the proximal end of the housing of the noise suppressor, the proximal mount assembly having a longitudinal axis; characterized in that: the noise suppressor comprises a plurality of baffles mountable in a housing, wherein optionally the housing is cylindrical; the noise suppressor comprises a plurality of baffles mountable in a housing, wherein optionally the housing is cylindrical; a cap base member having a plurality of rotatable cam members pinned in a plurality of slots defined in a base portion of the cap base member; and a proximal attachment cap that is rotatably coupled via interrupted complementary threads to the cap base member,
A staple cartridge, comprising: a cartridge housing, wherein the cartridge housing defines a plurality of openings formed in a tissue engaging surface thereof; a plurality of staples disposed within the cartridge housing, the plurality of staples being frangibly attached to a carrier, wherein the staples can be ejected from the staple cartridge through the plurality of openings; and an anvil coupling member slidably disposed within a track formed in the cartridge, the anvil coupling member including a proximal portion having an engagement feature on a proximal-facing surface thereof for mating with a drive shaft, and the anvil coupling member including a distal portion, wherein the distal portion comprises a knife on a distal-facing surface thereof, characterized in that the distal portion is pivotally coupled to the proximal portion. a cartridge housing, wherein the cartridge housing defines a plurality of openings formed in a tissue engaging surface thereof; a plurality of staples disposed within the cartridge housing, the plurality of staples being frangibly attached to a carrier, wherein the staples can be ejected from the staple cartridge through the plurality of openings; and an anvil coupling member slidably disposed within a track formed in the cartridge, the anvil coupling member including a proximal portion having an engagement feature on a proximal-facing surface thereof for mating with a drive shaft, and the anvil coupling member including a distal portion, wherein the distal portion comprises a knife on a distal-facing surface thereof, characterized in that the distal portion is pivotally coupled to the proximal portion.
An apparatus (10; 30) for performing an airway balloon dilation procedure at the site of a stenosis in the airway of a patient, the apparatus comprising: a central axis; a hollow core; an inflatable outer balloon (12; 32) having an external surface; and at least one inflatable inner balloon (20; 40, 42, 44), wherein the apparatus is insertable into the airway of a patient for movement of the balloons therein between a deflated configuration and an inflated configuration, the at least one inner balloon (20; 40, 42, 44) configured to inflate inside the outer balloon (12; 32) yet separately from the outer balloon, and having, in the inflated configuration, a smaller diameter than the outer balloon has in the inflated configuration, wherein the balloons are adapted to be individually dilated to between 810.6 kPa (8 atmospheres) to 2026.5 kPa (20 atmospheres), characterised in that the hollow core is adapted to allow the patient to be ventilated therethrough by having a central ventilating lumen with an inner diameter from 2.0 mm to 4.0 mm. a central axis; a hollow core; an inflatable outer balloon (12; 32) having an external surface; and at least one inflatable inner balloon (20; 40, 42, 44), wherein the apparatus is insertable into the airway of a patient for movement of the balloons therein between a deflated configuration and an inflated configuration, the at least one inner balloon (20; 40, 42, 44) configured to inflate inside the outer balloon (12; 32) yet separately from the outer balloon, and having, in the inflated configuration, a smaller diameter than the outer balloon has in the inflated configuration, wherein the balloons are adapted to be individually dilated to between 810.6 kPa (8 atmospheres) to 2026.5 kPa (20 atmospheres), characterised in that the hollow core is adapted to allow the patient to be ventilated therethrough by having a central ventilating lumen with an inner diameter from 2.0 mm to 4.0 mm.
A pneumatic system for a truck, for a trailer connection, having a trailer air pressure supply line and a trailer service brake line and a first pair of couplers, typically gladhand couplers and a second pair of couplers, typically gladhand couplers, with only one pair used at a time for coupling a trailer, the system comprising: - a first selector valve and a second selector valve, each having a rest state in which the trailer air pressure supply line and the trailer service brake line are respectively connected to the first pair of couplers, and having an energized state in which the trailer air pressure supply line and the trailer service brake line are respectively connected to the second pair of couplers, - a pneumatic control line for switching the first selector valve and the second selector valve from the rest state to the energized state, - a solenoid valve which has a non-activated state in which the pneumatic control line is not pressurized and an activated state in which the pneumatic control line is pressurized and makes the first and second selector valves (41, 42) switch from the rest state into the energized state. - a first selector valve and a second selector valve, each having a rest state in which the trailer air pressure supply line and the trailer service brake line are respectively connected to the first pair of couplers, and having an energized state in which the trailer air pressure supply line and the trailer service brake line are respectively connected to the second pair of couplers, - a pneumatic control line for switching the first selector valve and the second selector valve from the rest state to the energized state, - a solenoid valve which has a non-activated state in which the pneumatic control line is not pressurized and an activated state in which the pneumatic control line is pressurized and makes the first and second selector valves (41, 42) switch from the rest state into the energized state.
A cancer cell-specific apoptosis-inducing agent for use in treating cancer, said agent comprising as an active ingredient a compound that inhibits expression of the XPF gene or the function of a protein encoded by the XPF gene, wherein said compound is selected from the group consisting of (a) to (e) below: (a) a double-strand RNA having an RNAi effect on the XPF gene; (b) a DNA able to express the double-strand RNA of (a); (c) an antisense nucleic acid against a transcription product of the XPF gene or a portion thereof; (d) a nucleic acid having ribozyme activity which specifically cleaves a transcription product of the XPF gene; and (e) an antibody which binds to a protein encoded by the XPF gene. (a) a double-strand RNA having an RNAi effect on the XPF gene; (b) a DNA able to express the double-strand RNA of (a); (c) an antisense nucleic acid against a transcription product of the XPF gene or a portion thereof; (d) a nucleic acid having ribozyme activity which specifically cleaves a transcription product of the XPF gene; and (e) an antibody which binds to a protein encoded by the XPF gene.
A socket for a vehicle assembly comprising: a mounting structure comprising a plurality of side portions forming a second frame; a ball receiving structure formed by a first frame disposed within a perimeter of the second frame, the first frame comprising a plurality of support beams interconnected with the side portions of the second frame, wherein the support beams connect to lateral supports, wherein each of the lateral supports connects at corner portions in connection with the side portions, wherein the second frame and the first frame each comprise a like number of sides, the second frame is offset from the first frame by 180 degrees divided by the number of sides, and each of the first frame and the second frame are triangular frames, rectangular frames, or pentagonal frames; and a ball mount interface comprising a contoured recess formed in each of the beams, wherein the contoured recesses of the ball mount interface are configured to receive an exterior surface of a ball to form a ball and socket assembly. a mounting structure comprising a plurality of side portions forming a second frame; a ball receiving structure formed by a first frame disposed within a perimeter of the second frame, the first frame comprising a plurality of support beams interconnected with the side portions of the second frame, wherein the support beams connect to lateral supports, wherein each of the lateral supports connects at corner portions in connection with the side portions, wherein the second frame and the first frame each comprise a like number of sides, the second frame is offset from the first frame by 180 degrees divided by the number of sides, and each of the first frame and the second frame are triangular frames, rectangular frames, or pentagonal frames; and a ball mount interface comprising a contoured recess formed in each of the beams, wherein the contoured recesses of the ball mount interface are configured to receive an exterior surface of a ball to form a ball and socket assembly.
Armoured cable for transporting alternate current comprising: - at least one core, each core comprising an electric conductor; - at least one metallic screen surrounding the at least one core; - an armour surrounding the metallic screen, comprising an inner layer of armour wires and an outer layer of armour wires, at least part of the armour wires of the inner layer and at least part of the armour wires of outer layer comprising a ferromagnetic material; characterized in further comprising: - a separating layer made of a single tape of a same material radially provided between the inner layer of armour wires and the outer layer of armour wires, wherein the separating layer has a thickness greater than 1 mm. - at least one core, each core comprising an electric conductor; - at least one metallic screen surrounding the at least one core; - an armour surrounding the metallic screen, comprising an inner layer of armour wires and an outer layer of armour wires, at least part of the armour wires of the inner layer and at least part of the armour wires of outer layer comprising a ferromagnetic material; characterized in further comprising: - a separating layer made of a single tape of a same material radially provided between the inner layer of armour wires and the outer layer of armour wires,
A blow valve for a blow molding machine, the blow valve comprising: a housing having an inlet and an outlet; a piston movable inside the housing, the piston including a pressure compensation end, a valve seat end, and a pressure compensation bore; and a pressure compensation chamber positioned between the pressure compensation end of the piston and the housing, the pressure compensation chamber in fluid communication with the inlet via the valve seat end of the piston via the pressure compensation bore, wherein the piston is configured to actuate independently of an inlet fluid pressure, and wherein the piston further comprises an annular section, and the valve further comprises: an upper control chamber positioned between an upper end of the annular section and the housing; and a lower control chamber positioned between a lower end of the annular section and the housing, wherein the upper control chamber and the lower control chamber are operable to actuate the piston independently of the inlet fluid pressure, wherein the valve is biased to remain closed when the valve is in a closed position, wherein the valve further comprises a pilot valve (302, 340), the pilot valve being operable to independently control the pressure in each of the upper control chamber and the lower control chamber, characterized in that the pilot valve is a 5/2 valve. a housing having an inlet and an outlet; a piston movable inside the housing, the piston including a pressure compensation end, a valve seat end, and a pressure compensation bore; and a pressure compensation chamber positioned between the pressure compensation end of the piston and the housing, the pressure compensation chamber in fluid communication with the inlet via the valve seat end of the piston via the pressure compensation bore, wherein the piston is configured to actuate independently of an inlet fluid pressure, and wherein the piston further comprises an annular section, and the valve further comprises: an upper control chamber positioned between an upper end of the annular section and the housing; and a lower control chamber positioned between a lower end of the annular section and the housing, an upper control chamber positioned between an upper end of the annular section and the housing; and a lower control chamber positioned between a lower end of the annular section and the housing, wherein the upper control chamber and the lower control chamber are operable to actuate the piston independently of the inlet fluid pressure, wherein the valve is biased to remain closed when the valve is in a closed position, wherein the valve further comprises a pilot valve (302, 340), the pilot valve being operable to independently control the pressure in each of the upper control chamber and the lower control chamber, characterized in that the pilot valve is a 5/2 valve.
A loudspeaker comprising: a driver chassis; an electro-magnetic motor configured to receive electrical signals and, based on the received electrical signals to induce vibrations in a diaphragm for generating a pressure wave; a surround connected to the diaphragm for suspending the diaphragm from the driver chassis; and a damper in contact with the surround for damping the vibrations in the surround and the diaphragm, characterised by the driver chassis comprising a lip extending radially inwards and at least partially covering the surround to define a gap therebetween; and wherein the damper is positioned in the gap defined between the lip and the surround and the thickness of the damper is greater than the maximum width of the gap between the lip and the surround. a driver chassis; an electro-magnetic motor configured to receive electrical signals and, based on the received electrical signals to induce vibrations in a diaphragm for generating a pressure wave; a surround connected to the diaphragm for suspending the diaphragm from the driver chassis; and a damper in contact with the surround for damping the vibrations in the surround and the diaphragm, characterised by the driver chassis comprising a lip extending radially inwards and at least partially covering the surround to define a gap therebetween; and wherein the damper is positioned in the gap defined between the lip and the surround and the thickness of the damper is greater than the maximum width of the gap between the lip and the surround.
A device for the processing of a biological material, characterised by the fact that the said device comprises at least two cylinders (2, 3) which define chambers or sections (7, 8) which may be sealable together and interconnected by at least one drawing partition; in each chamber or section at least one pusher piston (9, 10) is slidable and at least one cutter (11, 12) is present; in the operational configuration, the cutter rotates and creates micro-fragmentations of the material to be processed when the said material moves from one chamber or section to the other, driven by means of the thrust action of the relative pusher piston.
Printing apparatus comprising: - a printing device (2; 3) for printing a document on a strip; - a cutting device for severing the document from the strip when the document is in a cutting position; - a shifting device for shifting the document laterally from said cutting position to a stacking position; - characterized by comprising at least one first protrusion arranged for interacting in contact with at least one first edge of the document when said shifting device shifts the document laterally from said cutting position to said stacking position such that the first edge is folded passing over said at least one first protrusion in the shift from said cutting position to said stacking position, to then have an elastic return after passing said at least one first protrusion; - at least one movable wall arranged for maintaining the document located in said stacking position pressed against said at least one protrusion. - a printing device (2; 3) for printing a document on a strip; - a cutting device for severing the document from the strip when the document is in a cutting position; - a shifting device for shifting the document laterally from said cutting position to a stacking position; - characterized by comprising at least one first protrusion arranged for interacting in contact with at least one first edge of the document when said shifting device shifts the document laterally from said cutting position to said stacking position such that the first edge is folded passing over said at least one first protrusion in the shift from said cutting position to said stacking position, to then have an elastic return after passing said at least one first protrusion; - at least one movable wall arranged for maintaining the document located in said stacking position pressed against said at least one protrusion.
Method for the removal of volatile anesthetic agents from breathing gas in an apparatus for respirating of patients provided with a line or conduit system in which breathing gas may be circulated, comprising leading the breathing gas or a part thereof through a line system part with a filtering apparatus with activated carbon, wherein the breathing gas is cooled to a temperature below the boiling point of the anesthetic agent when it passes through the filtering apparatus, characterized in that the breathing gas, after anesthetic agent has condensed out of it, is warmed and the gas warmed is lead back into the line or conduit system,