mhurhangee/ep-ind-claims huggingface dataset:
A radiant tube comprising: a conduit configured to be heated by a fluid gas flowing in the conduit; and one or two or more heat transfer promoters disposed in the conduit along an axis of the conduit, wherein: the at least one heat transfer promoter includes a body part disposed on a center side of the conduit, and a plurality of protruding parts protruding from the body part toward an inner wall surface of the conduit; the plurality of protruding parts is formed on an outer periphery of the body part to be arranged in a circumferential direction of the conduit; the plurality of protruding parts includes a plurality of first protruding parts each having a distal end portion facing the inner wall surface of the conduit across a gap ΔL, and a plurality of second protruding parts, at least two, as a remainder; the radiant tube being characterised in that the number of first protruding parts is set to be greater than the number of second protruding parts; in that when a ratio (ΔL/Dt) of the gap ΔL to an equivalent diameter Dt of a conduit portion, where the at least one heat transfer promoter is disposed, of the conduit is given by x[%] in percentage, a formula below is satisfied: 0.3 % < x < 7 %; and in that each of the plurality of second protruding parts is longer than the first protruding parts. the at least one heat transfer promoter includes a body part disposed on a center side of the conduit, and a plurality of protruding parts protruding from the body part toward an inner wall surface of the conduit; the plurality of protruding parts is formed on an outer periphery of the body part to be arranged in a circumferential direction of the conduit; the plurality of protruding parts includes a plurality of first protruding parts each having a distal end portion facing the inner wall surface of the conduit across a gap ΔL, and a plurality of second protruding parts, at least two, as a remainder; the radiant tube being characterised in that the number of first protruding parts is set to be greater than the number of second protruding parts; in that when a ratio (ΔL/Dt) of the gap ΔL to an equivalent diameter Dt of a conduit portion, where the at least one heat transfer promoter is disposed, of the conduit is given by x[%] in percentage, a formula below is satisfied: 0.3 % < x < 7 %; and in that each of the plurality of second protruding parts is longer than the first protruding parts.
An article of footwear comprising: an upper having a heel portion, an instep portion, and a forefoot portion; a tightening grip disposed at the heel portion of the upper; a loosening grip disposed at the instep portion of the upper; and a tensioning cable operably connected to the tightening grip and the loosening grip, the tensioning cable being movable in a tightening direction when the tightening grip is pulled away from the upper to move the upper into a tightened state and movable in a loosening direction when the loosening grip is pulled away from the upper to move the upper into a loosened state. an upper having a heel portion, an instep portion, and a forefoot portion; a tightening grip disposed at the heel portion of the upper; a loosening grip disposed at the instep portion of the upper; and a tensioning cable operably connected to the tightening grip and the loosening grip, the tensioning cable being movable in a tightening direction when the tightening grip is pulled away from the upper to move the upper into a tightened state and movable in a loosening direction when the loosening grip is pulled away from the upper to move the upper into a loosened state.
Screw, comprising - an essentially cylindrical screw body which - extends from a screw drive end up to a front screw end, and comprising - a screw thread extending at least over part of the screw body up to the front screw end, - with a thread flank thereof facing towards the screw drive end having a convex curvature, and - with a thread flank thereof facing away from the screw drive end having a concave curvature, characterized in that - the thread flank facing towards the screw drive end merges into the screw shank approximately at right angles or, as an alternative, at an angle between 85 degrees of angle and 90 degrees of angle, and - both the thread flanks (14, 15) meet on the thread edge at an angle of 20 degrees of angle to 25 degrees of angle, in particular 25 degrees of angle, or - end on a flattening surface and tangents (23, 24) on the two thread flanks (14, 15) meet on an imaginary thread edge radially outside the flattening surface at an angle between 20 degrees of angle and 25 degrees of angle, in particular 21 degrees of angle. - an essentially cylindrical screw body which - extends from a screw drive end up to a front screw end, and comprising - a screw thread extending at least over part of the screw body up to the front screw end, - with a thread flank thereof facing towards the screw drive end having a convex curvature, and - with a thread flank thereof facing away from the screw drive end having a concave curvature, - the thread flank facing towards the screw drive end merges into the screw shank approximately at right angles or, as an alternative, at an angle between 85 degrees of angle and 90 degrees of angle, and - both the thread flanks (14, 15) meet on the thread edge at an angle of 20 degrees of angle to 25 degrees of angle, in particular 25 degrees of angle, or - end on a flattening surface and tangents (23, 24) on the two thread flanks (14, 15) meet on an imaginary thread edge radially outside the flattening surface at an angle between 20 degrees of angle and 25 degrees of angle, in particular 21 degrees of angle.
Condition monitoring system for electrical power components, in particular a transformer, comprising a partial discharge detector unit, which is designed to detect partial discharges, comprising at least one A sensor, i.e. acoustic sensor, for detecting acoustic signals of the partial discharge; and a processing unit for processing the signals detected by the A sensor, characterized in that the processing unit comprises an incidence rate determination device, which detects an incidence rate of the partial discharges detected by the A sensor and outputs an incidence rate signal, and a histogram module, which is designed to determine a time characteristic of the incidence rate from the incidence rate signal and a time signal, and in that an analysis unit is present, which is designed to monitor the time characteristic for fall and/or rise and to trigger a warning signal when a settable threshold is exceeded. a processing unit for processing the signals detected by the A sensor, characterized in that the processing unit comprises an incidence rate determination device, which detects an incidence rate of the partial discharges detected by the A sensor and outputs an incidence rate signal, and a histogram module, which is designed to determine a time characteristic of the incidence rate from the incidence rate signal and a time signal, and in that an analysis unit is present, which is designed to monitor the time characteristic for fall and/or rise and to trigger a warning signal when a settable threshold is exceeded.
A power saw tool, comprising: a housing; a motor disposed in the housing; a reciprocating shaft coupled to the motor; a blade clamp assembly mounted to the reciprocating shaft and dapted for gripping a saw blade, the blade clamp assembly comprising: a main body coupled to the reciprocating shaft and defining a channel for engaging the saw blade; a latch arm pivotally attached to the main body and movable about a pivot axis; a latch release extending from the latch arm, and a locking catch extending from the latch arm and adapted for retaining the saw blade within the channel; and an actuator configured to selectively engage the latch release to permit removal of the saw blade from the blade clamp assembly; characterised in that the latch release comprises an elongate member disposed spaced apart from, and substantially parallel to, the pivot axis. a housing; a motor disposed in the housing; a reciprocating shaft coupled to the motor; a blade clamp assembly mounted to the reciprocating shaft and dapted for gripping a saw blade, the blade clamp assembly comprising: a main body coupled to the reciprocating shaft and defining a channel for engaging the saw blade; a latch arm pivotally attached to the main body and movable about a pivot axis; a latch release extending from the latch arm, and a locking catch extending from the latch arm and adapted for retaining the saw blade within the channel; and an actuator configured to selectively engage the latch release to permit removal of the saw blade from the blade clamp assembly; characterised in that the latch release comprises an elongate member disposed spaced apart from, and substantially parallel to, the pivot axis.
An apparatus for providing structural support to an anatomical structure, the apparatus comprising: a plurality of connection structures being arranged that, in use, they are each connectable to respective points on the anatomical structure, and wherein, in use, each connection structure is arranged to be orientated in a predetermined orientation relative to each of the other connection structures and to be separated from each of the other connection structures by a predetermined separation; and a frame structure formed with and connecting each of the plurality of connection structures together in order to maintain the predetermined orientations of the plurality of connection structures and the predetermined separations between the plurality of connection structures while the plurality of connection structures are being connected to the anatomical structure, wherein the frame structure comprises a bar and a plurality of spurs which extend away from the bar, each spur connecting laterally to a respective different one of the connection structures and wherein the frame structure is removable from the plurality of connection structures after the plurality of connection structures have been connected to the anatomical structure. a plurality of connection structures being arranged that, in use, they are each connectable to respective points on the anatomical structure, and wherein, in use, each connection structure is arranged to be orientated in a predetermined orientation relative to each of the other connection structures and to be separated from each of the other connection structures by a predetermined separation; and a frame structure formed with and connecting each of the plurality of connection structures together in order to maintain the predetermined orientations of the plurality of connection structures and the predetermined separations between the plurality of connection structures while the plurality of connection structures are being connected to the anatomical structure, wherein the frame structure comprises a bar and a plurality of spurs which extend away from the bar, each spur connecting laterally to a respective different one of the connection structures and wherein the frame structure is removable from the plurality of connection structures after the plurality of connection structures have been connected to the anatomical structure.
A baling press for bulk material to be compressed, comprising - an input area and - a pressing ram arranged to press said material to be compressed from said input area in a pressing direction into a pressing chamber open at one side, - a discharge ram which, after the baling operation, conveys the bale (25, 26) out of said pressing chamber in a discharge direction, - a bale channel which is provided with an inlet and an outlet opening and which extends from the pressing chamber in the discharge direction transversely to the pressing direction, - which pressing chamber is provided with a side wall facing said inlet of the bale channel, and designed to be opened after the pressing operation, - and a strapping device which, for strapping the bale (25, 26) formed during the pressing process, is provided with at least one needle passing through the bale channel in the transverse direction during a working stroke, wherein - the working stroke of the discharge ram extends in the discharge direction to behind the at least one needle of the strapping device, so that said discharge ram conveys the bale (25, 26) through said strapping device. - an input area and - a pressing ram arranged to press said material to be compressed from said input area in a pressing direction into a pressing chamber open at one side, - a discharge ram which, after the baling operation, conveys the bale (25, 26) out of said pressing chamber in a discharge direction, - a bale channel which is provided with an inlet and an outlet opening and which extends from the pressing chamber in the discharge direction transversely to the pressing direction, - which pressing chamber is provided with a side wall facing said inlet of the bale channel, and designed to be opened after the pressing operation, - and a strapping device which, for strapping the bale (25, 26) formed during the pressing process, is provided with at least one needle passing through the bale channel in the transverse direction during a working stroke, wherein - the working stroke of the discharge ram extends in the discharge direction to behind the at least one needle of the strapping device, so that said discharge ram conveys the bale (25, 26) through said strapping device.
A method to control the amount of particulate (ṁ OUT) coming out of a particulate filter for an internal combustion engine comprising the steps of: - estimating an objective value of the amount of particulate (ṁ OUT) coming out of the particulate filter, which is capable of meeting the legal requirements; - estimating a trapping efficiency (η GPF) of the particulate filter based on an estimation model using measured and/or given physical quantities so as to obtain the objective value (ṁ OUT) of the amount of particulate coming out of the particulate filter; - determining an amount of particulate (ṁ GPF) trapped in the particulate filter, which allows reaching said trapping efficiency (η GPF); - adjusting an amount of particulate (ṁ IN) produced by the internal combustion engine and flowing into the particulate filter and an amount of particulate (ṁ B) burnt in the particulate filter so as to obtain said amount (ṁ GPF) of trapped particulate. - estimating an objective value of the amount of particulate (ṁ OUT) coming out of the particulate filter, which is capable of meeting the legal requirements; - estimating a trapping efficiency (η GPF) of the particulate filter based on an estimation model using measured and/or given physical quantities so as to obtain the objective value (ṁ OUT) of the amount of particulate coming out of the particulate filter; - determining an amount of particulate (ṁ GPF) trapped in the particulate filter, which allows reaching said trapping efficiency (η GPF); - adjusting an amount of particulate (ṁ IN) produced by the internal combustion engine and flowing into the particulate filter and an amount of particulate (ṁ B) burnt in the particulate filter so as to obtain said amount (ṁ GPF) of trapped particulate.
An apparatus for preventing deformation of a communication card, comprising: a card holder configured to install a communication card; a temperature control component that is located on one side of the card holder and connected to a power supply configured to perform cooling or heating; a temperature sensor configured to collect temperature of the card holder; and the power supply configured to generate a supply current according to the temperature collected by the temperature sensor to supply power to the temperature control component, so that the temperature control component performs cooling or heating to maintain the temperature of the card holder within a preset temperature range, and the communication card is not deformed when the communication card is in the card holder and within the preset temperature range characterized by either comprising a printed circuit board, wherein the printed circuit board is installed at the bottom of the card holder, and the temperature control component is installed on the top of the card holder; or alternatively comprising: a printed circuit board, wherein the card holder is installed on a first side of the printed circuit board, the temperature control component is installed on a second side of the printed circuit board, and the first side and the second side are a front side and a back side of the printed circuit board, respectively. a card holder configured to install a communication card; a temperature control component that is located on one side of the card holder and connected to a power supply configured to perform cooling or heating; a temperature sensor configured to collect temperature of the card holder; and the power supply configured to generate a supply current according to the temperature collected by the temperature sensor to supply power to the temperature control component, so that the temperature control component performs cooling or heating to maintain the temperature of the card holder within a preset temperature range, and the communication card is not deformed when the communication card is in the card holder and within the preset temperature range characterized by either comprising a printed circuit board, wherein the printed circuit board is installed at the bottom of the card holder, and the temperature control component is installed on the top of the card holder; or alternatively comprising: a printed circuit board, wherein the card holder is installed on a first side of the printed circuit board, the temperature control component is installed on a second side of the printed circuit board, and the first side and the second side are a front side and a back side of the printed circuit board, respectively.
An autonomous vehicle (600, 700, 800... 1300) comprising: a console (504, 2204) including user input controls for the vehicle, the console moveable between a first position and a second position within the vehicle; a first row (610, 710, 810... 1310) of seating having a first, passenger use configuration where the first row allows a passenger (640, 642) to sit in a seat (712, 714, 812, 814) of the first row of seating and access the user input controls for the vehicle when the console is in the first position, the first row of seating having a second, folded configuration where the first row is in a folded, configuration no longer usable for passenger seating; a second row (620, 720, 820... 1320) of seating, wherein when the first row of seating is in the second, folded configuration, the second row of seating is usable for seating and includes additional legroom for the passenger as compared to when the first row of seating is in the first passenger use configuration, where the second row allows the passenger (640, 642) to sit in a seat of the second row of seating and access the user input controls for the vehicle when the console is in the second position; and the autonomous vehicle further comprising no steering wheel, brake pedal or acceleration pedal. a console (504, 2204) including user input controls for the vehicle, the console moveable between a first position and a second position within the vehicle; a first row (610, 710, 810... 1310) of seating having a first, passenger use configuration where the first row allows a passenger (640, 642) to sit in a seat (712, 714, 812, 814) of the first row of seating and access the user input controls for the vehicle when the console is in the first position, the first row of seating having a second, folded configuration where the first row is in a folded, configuration no longer usable for passenger seating; a second row (620, 720, 820... 1320) of seating, wherein when the first row of seating is in the second, folded configuration, the second row of seating is usable for seating and includes additional legroom for the passenger as compared to when the first row of seating is in the first passenger use configuration, where the second row allows the passenger (640, 642) to sit in a seat of the second row of seating and access the user input controls for the vehicle when the console is in the second position; and the autonomous vehicle further comprising no steering wheel, brake pedal or acceleration pedal.
Method for producing stacks of individual web sections (2; 3), such as tissue web sections from a continuous web of material (2a; 2b), comprising the steps: (a) directing the continuous web (2a; 2b) to a perforating station; (b) perforating the continuous web (2a; 2b) at predetermined intervals and forming sheets of web material between consecutive perforation lines extending laterally across the continuous web (2a; 2b), the perforating being carried out by means of at least one perforation element arranged at the circumference of a perforation roller; (c) directing the continuous web (2a; 2b) to a cutting station; (d) cutting at second predetermined intervals the continuous web (2a; 2b) into web sections (2; 3) by means of a cutting element acting against an anvil element, in order to generate a clear cut or a tab-bond; (e) folding the web sections (2; 3) by means of a folding roll; and (f) stacking the folded web section (2; 3) to generate a stack of folded sheets; characterized in that in step (b) the web (2a; 2b) is frictionally held and transported at a controlled speed by means of a web tensioning device (20, 28) arranged upstream and downstream of the perforating station. (a) directing the continuous web (2a; 2b) to a perforating station; (b) perforating the continuous web (2a; 2b) at predetermined intervals and forming sheets of web material between consecutive perforation lines extending laterally across the continuous web (2a; 2b), the perforating being carried out by means of at least one perforation element arranged at the circumference of a perforation roller; (c) directing the continuous web (2a; 2b) to a cutting station; (d) cutting at second predetermined intervals the continuous web (2a; 2b) into web sections (2; 3) by means of a cutting element acting against an anvil element, in order to generate a clear cut or a tab-bond; (e) folding the web sections (2; 3) by means of a folding roll; and (f) stacking the folded web section (2; 3) to generate a stack of folded sheets; characterized in that in step (b) the web (2a; 2b) is frictionally held and transported at a controlled speed by means of a web tensioning device (20, 28) arranged upstream and downstream of the perforating station.
A composition for use in a method for treating, preventing, or reducing the progression rate and/or severity of myelofibrosis or one or more complications of myelofibrosis in a patient in need thereof, wherein the composition comprises an effective amount of a transforming growth factor beta type || receptor (TβRII) antagonist, wherein the TβRll antagonist is a fusion protein comprising: (a) a TβRII) polypeptide consisting of an amino acid sequence from the extracellular domain of TβRII that is at least 90% identical to the amino acid sequence of SEQ ID NO: 13; (b) a linker; and (c) an immunoglobulin Fc domain, and wherein the patient is being treated with a Janus kinase inhibitor. (a) a TβRII) polypeptide consisting of an amino acid sequence from the extracellular domain of TβRII that is at least 90% identical to the amino acid sequence of SEQ ID NO: 13; (b) a linker; and (c) an immunoglobulin Fc domain,