mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a wireless communication node, comprising: performing a plurality of random access, RACH, procedures with a wireless communication device on a first frequency resource set and a second frequency resource set, wherein the plurality of RACH procedures each comprises: receiving a first message on a first frequency resource from the wireless communication device, wherein the first frequency resource is selected from the first frequency resource set; transmitting a second message on a second frequency resource to the wireless communication device within a predetermined time window, wherein the second frequency resource is selected from the second frequency resource set; receiving a third message on the first frequency resource from the wireless communication device, the third message triggering a timer; and transmitting a fourth message on a third frequency resource to the wireless communication device, wherein the third frequency resource is selected from the second frequency resource set; and based on a receiving of the fourth message of one of the plurality of RACH procedures by the wireless communication device prior to expiration of the timer, terminating the rest of the plurality of RACH procedures. performing a plurality of random access, RACH, procedures with a wireless communication device on a first frequency resource set and a second frequency resource set, wherein the plurality of RACH procedures each comprises: receiving a first message on a first frequency resource from the wireless communication device, wherein the first frequency resource is selected from the first frequency resource set; transmitting a second message on a second frequency resource to the wireless communication device within a predetermined time window, wherein the second frequency resource is selected from the second frequency resource set; receiving a third message on the first frequency resource from the wireless communication device, the third message triggering a timer; and transmitting a fourth message on a third frequency resource to the wireless communication device, wherein the third frequency resource is selected from the second frequency resource set; and receiving a first message on a first frequency resource from the wireless communication device, wherein the first frequency resource is selected from the first frequency resource set; transmitting a second message on a second frequency resource to the wireless communication device within a predetermined time window, wherein the second frequency resource is selected from the second frequency resource set; receiving a third message on the first frequency resource from the wireless communication device, the third message triggering a timer; and transmitting a fourth message on a third frequency resource to the wireless communication device, wherein the third frequency resource is selected from the second frequency resource set; and based on a receiving of the fourth message of one of the plurality of RACH procedures by the wireless communication device prior to expiration of the timer, terminating the rest of the plurality of RACH procedures.
A control apparatus for an internal combustion engine, comprising: a fuel addition valve that is provided in an exhaust passage of an internal combustion engine and that adds fuel to exhaust gas on an upstream side of an exhaust purification catalyst; clogging prevention means that, to prevent clogging of the fuel addition valve, drives the fuel addition valve at a timing at which addition of fuel to the exhaust purification catalyst is not necessary; the control apparatus being characterized in that it further comprises: a valve characteristics varying mechanism (40,42, 44,46) that is capable of variably setting a valve characteristic of an intake valve and/or an exhaust valve; and exhaust control means that, when the clogging prevention means operates, reduces exhaust gas by changing the valve characteristic by means of the valve characteristics varying mechanism (40,42, 44,46). a fuel addition valve that is provided in an exhaust passage of an internal combustion engine and that adds fuel to exhaust gas on an upstream side of an exhaust purification catalyst; clogging prevention means that, to prevent clogging of the fuel addition valve, drives the fuel addition valve at a timing at which addition of fuel to the exhaust purification catalyst is not necessary; the control apparatus being characterized in that it further comprises: a valve characteristics varying mechanism (40,42, 44,46) that is capable of variably setting a valve characteristic of an intake valve and/or an exhaust valve; and exhaust control means that, when the clogging prevention means operates, reduces exhaust gas by changing the valve characteristic by means of the valve characteristics varying mechanism (40,42, 44,46). a valve characteristics varying mechanism (40,42, 44,46) that is capable of variably setting a valve characteristic of an intake valve and/or an exhaust valve; and exhaust control means that, when the clogging prevention means operates, reduces exhaust gas by changing the valve characteristic by means of the valve characteristics varying mechanism (40,42, 44,46).
A motor-driven valve comprising a stator unit, a can and a valve body, wherein the stator unit is externally and securely fitted to the can that is securely attached to the valve body, the stator unit comprising: a stator body including a stator coil (50A, 50B) having a yoke (51, 52), a bobbin attached to the yoke (51, 52), and a coil wound around the bobbin, an outer side of the stator coil being sealed with a mold resin; and a rotation-stopping member disposed adjacent to the yoke (51, 52) on an underside of the stator body to prevent the relative rotation and relative movement among the stator unit, the can and the valve body, wherein the rotation-stopping member has an annular base plate portion with an opening through which the can is inserted from the underside of the stator body, an engagement piece for stopping rotation and for engaging with projections formed in the can, the engagement piece being provided extending from the base plate portion downward in a direction opposite to an underside of the yoke (51, 52), and a projecting piece that is bent and raised upward toward the underside of the yoke (51, 52) from the base plate portion, characterized in that a tip end portion of the projecting piece is joined through welding to the yoke (51, 52), and the projecting piece is cut and raised from a portion between an inner periphery and an outer periphery of the base plate portion upward toward the underside of the yoke (51, 52). a stator body including a stator coil (50A, 50B) having a yoke (51, 52), a bobbin attached to the yoke (51, 52), and a coil wound around the bobbin, an outer side of the stator coil being sealed with a mold resin; and a rotation-stopping member disposed adjacent to the yoke (51, 52) on an underside of the stator body to prevent the relative rotation and relative movement among the stator unit, the can and the valve body, wherein the rotation-stopping member has an annular base plate portion with an opening through which the can is inserted from the underside of the stator body, an engagement piece for stopping rotation and for engaging with projections formed in the can, the engagement piece being provided extending from the base plate portion downward in a direction opposite to an underside of the yoke (51, 52), and a projecting piece that is bent and raised upward toward the underside of the yoke (51, 52) from the base plate portion, characterized in that a tip end portion of the projecting piece is joined through welding to the yoke (51, 52), and the projecting piece is cut and raised from a portion between an inner periphery and an outer periphery of the base plate portion upward toward the underside of the yoke (51, 52).
Rotary press for compressing a pressing food material, like food powder, into food tablets, comprising: • a feeding system comprising a feeder for continuously supplying the pressing food material and a feeding pipe for providing the pressing food material received from the feeder, • a press system comprising a rotary die plate being drivable about a rotational axis and comprising a plurality of die cavities for successively receiving an amount of pressing food material provided by the feeding pipe and to produce food tablets inside the die cavities by means of punches upon a rotational movement of the die cavities of the rotary die plate with respect to the feeding system, • an analog sensor for detecting a fill level of the pressing food material in the feeding pipe, and • a control unit configured to control a feeding speed of the feeder for continuously supplying the pressing food material based on the detected fill level to keep the fill level at a defined fill level set point (L SP); characterized in that the analog sensor is a LED infrared sensor, and wherein the analog sensor consist of one transmitter and one receiver, being provided on opposite sides of the feeding pipe at the same level. • a feeding system comprising a feeder for continuously supplying the pressing food material and a feeding pipe for providing the pressing food material received from the feeder, • a press system comprising a rotary die plate being drivable about a rotational axis and comprising a plurality of die cavities for successively receiving an amount of pressing food material provided by the feeding pipe and to produce food tablets inside the die cavities by means of punches upon a rotational movement of the die cavities of the rotary die plate with respect to the feeding system, • an analog sensor for detecting a fill level of the pressing food material in the feeding pipe, and • a control unit configured to control a feeding speed of the feeder for continuously supplying the pressing food material based on the detected fill level to keep the fill level at a defined fill level set point (L SP);
Blocking piece having a workpiece mounting face portion for blocking a spectacle lensblank, the blocking piece comprising at least two material (30,50) having different rigidity/stiffness/hardness, whereas both materials define an annular junction surface for one material with respect to the other material, wherein a first one of the at least two materials is formed to have an annular shape at least in part surrounding the second one of the at least two materials, so that the workpiece mounting face portion comprises a first surface having the first one of the at least two materials and a second surface having the second one of the at least two materials characterized in that both materials are translucent and the workpiece mounting face portion defines a preconfigured un-deformable shape for receiving said spectacle lens blank thereon.
A turbine blade comprising: a root portion for fixing said blade to a turbine rotor; an airfoil portion (112, 212) extending longitudinally from said root; at least one airfoil cooling passage extending through said airfoil, said airfoil cooling passage having an inlet for receiving a flow of cooling fluid; a shroud (120, 220) projecting outwardly from said airfoil and having a radially inward facing surface and a radially outward facing surface; and at least one serpentine cooling passage (130,131,132,133,231,233) defined to extend back and forth through at least a portion of said shroud, said serpentine cooling passage being in flow communication with said airfoil cooling passage so as to receive cooling fluid therefrom and including at least one outlet opening for spent cooling fluid to exit the shroud, whereby at least a first portion of said cooling fluid received by said airfoil cooling passage through said inlet thereof flows into and through said serpentine cooling passage, and exits through said at least one outlet opening, characterized in that the shroud includes at least one centre cooling chamber (134,234), said centre cooling chamber being in flow communication with said at least one airfoil cooling passage and in flow communication with said at least one serpentine cooling passage. a root portion for fixing said blade to a turbine rotor; an airfoil portion (112, 212) extending longitudinally from said root; at least one airfoil cooling passage extending through said airfoil, said airfoil cooling passage having an inlet for receiving a flow of cooling fluid; a shroud (120, 220) projecting outwardly from said airfoil and having a radially inward facing surface and a radially outward facing surface; and at least one serpentine cooling passage (130,131,132,133,231,233) defined to extend back and forth through at least a portion of said shroud, said serpentine cooling passage being in flow communication with said airfoil cooling passage so as to receive cooling fluid therefrom and including at least one outlet opening for spent cooling fluid to exit the shroud, whereby at least a first portion of said cooling fluid received by said airfoil cooling passage through said inlet thereof flows into and through said serpentine cooling passage, and exits through said at least one outlet opening, characterized in that the shroud includes at least one centre cooling chamber (134,234), said centre cooling chamber being in flow communication with said at least one airfoil cooling passage and in flow communication with said at least one serpentine cooling passage.
An aerosol-generating article comprising: a rod of aerosol-generating substrate having a length from 8 millimetres to 16 millimetres, wherein the aerosol-generating substrate comprises a shredded tobacco material having an average density from 150 milligrams per cubic centimetre to 500 milligrams per cubic centimetre, the shredded tobacco material being in the form of cut filler or in the form of a shredded sheet of homogenised tobacco material; a downstream section provided downstream of the rod of aerosol-generating substrate, the downstream section comprising at least one hollow tubular element abutting a downstream end of the rod of aerosol-generating substrate; an upstream element provided upstream of the rod of aerosol-generating substrate and abutting an upstream end of the rod of aerosol-generating substrate, wherein an upstream end of the upstream element defines an upstream end of the aerosol-generating article; a ventilation zone at a location along the hollow tubular element, the ventilation zone being configured to admit ambient air into a lumen of the hollow tubular element, wherein a distance between the ventilation zone and the upstream end of the upstream element is from 26 millimetres to 33 millimetres. a rod of aerosol-generating substrate having a length from 8 millimetres to 16 millimetres, wherein the aerosol-generating substrate comprises a shredded tobacco material having an average density from 150 milligrams per cubic centimetre to 500 milligrams per cubic centimetre, the shredded tobacco material being in the form of cut filler or in the form of a shredded sheet of homogenised tobacco material; a downstream section provided downstream of the rod of aerosol-generating substrate, the downstream section comprising at least one hollow tubular element abutting a downstream end of the rod of aerosol-generating substrate; an upstream element provided upstream of the rod of aerosol-generating substrate and abutting an upstream end of the rod of aerosol-generating substrate, wherein an upstream end of the upstream element defines an upstream end of the aerosol-generating article; a ventilation zone at a location along the hollow tubular element, the ventilation zone being configured to admit ambient air into a lumen of the hollow tubular element, wherein a distance between the ventilation zone and the upstream end of the upstream element is from 26 millimetres to 33 millimetres.
A telescopic waterproof tube structure, comprising at least two connection tubes, with one said tube sleeved on the other; and a locking structure, provided between two adjacent connection tubes, for locking two adjacent connection tubes into an integral piece; the two adjacent connection tubes comprises an outer tube, and an inner tube, sleeved by said outer tube in a telescopic manner, said locking structure comprises an inner reducing sleeve, fixed on one end of said outer tube, an outer reducing sleeve, connected with said inner reducing sleeve in an axially adjustable manner, and a locking assembly, provided between said inner reducing sleeve and a connection end of said inner tube and adapted for moving axially towards said inner reducing sleeve under the action of said outer reducing sleeve, so as to clamp and lock said inner tube on said inner reducing sleeve; a first sealing structure, provided between said inner reducing sleeve and said outer reducing sleeve, wherein, a slot for providing a slidable sealing, provided surrounding said inner tube, is formed between said outer reducing sleeve and said locking assembly, a second sealing structure is provided in the slot, two opposite slot walls of the slot are respectively formed by a first end face formed on said outer reducing sleeve and a second end face formed on said locking assembly, and when said outer reducing sleeve moves relative to said locking assembly axially towards the end where said out outer tube is located, the distance between said first end face and said second end face is adapted for being shortened, and said second sealing structure is squeezed, so as to provide a sealing; said outer reducing sleeve comprises an outer reducing tube, and a first base plate with a centre hole, provided on one end of said outer reducing tube; an inner side of said first base plate forms said first end face; said locking assembly comprises a locking member, and a second base plate, connected to an end of said locking assembly and arranged towards said first end face, an outer side of said second base plate forms said second end face; an inner wall of said reducing tube between said first end face and said second end face forms a slot bottom of the slot; an end of said inner reducing sleeve arranged towards said locking member forms an inner conical surface, said locking member is in the form of a locking ring with a conical opening, said locking ring clamps said inner tube under the constraint of said inner conical surface; characterized in that a cover, in the form of a snap ring, is provided at an end of said locking ring; said second base plate is formed by a base plate of said cover; a groove is formed on an outer surface of a circumferential side wall of said locking ring; a bulge, adapted for being inserted into said groove, is formed radially on an inner wall of a circumferential side wall of said cover, said cover connects to said locking ring by said bulge inserted into said groove.
A device for controlling movement of a capsule endoscope in a human GI track, wherein the device comprises a base, two X-axis slide rails fixed on the base in parallel, at least one Y-axis slide rail vertical to the X-axis slide rail along horizontal plane, two X-axis modules respectively fixed with both ends of Y-axis slide rail and sliding-joint with X-axis slide rail, a Z-axis bracket vertically set on and sliding-jointed with Y-axis slide rail, a Z-axis slide rail vertically fixed on the Z-axis bracket, a Z-axis cantilever which is parallel to horizontal plane and whose one end is sliding-jointed with the Z-axis slide rail, a frame connected with the other end of the Z-axis cantilever, a Z-axis motor driving the Z-axis cantilever sliding on the Z-axis slide rail, and a magnetic ball installed in the frame, wherein the frame is provided with a horizontal motor controlling rotation of the magnetic ball in a horizontal plane, and a vertical motor controlling rotation of the magnetic ball in a vertical plane.
Bacillus subtilis strain CU1 deposited with the CNCM under number 1-2745 on 25 October 2001, for use thereof in the treatment and/or prevention of chronic inflammatory rheumatism.
A kit to identify an air leak in lung tissue in a patient in need thereof, the kit comprising: a pressurized canister including a first composition comprising an indicator and a first component of a multi-part sealant, a second composition to be applied externally to the lung, the second composition comprising a second component of the multi-part sealant, and a dispenser apparatus for housing and actuating the pressurized canister, wherein the dispenser apparatus has a dispensing end capable of coupling to a breathing apparatus to permit flow of the first composition into the lungs via the breathing apparatus. a pressurized canister including a first composition comprising an indicator and a first component of a multi-part sealant, a second composition to be applied externally to the lung, the second composition comprising a second component of the multi-part sealant, and a dispenser apparatus for housing and actuating the
A Hydrophilic Interaction Liquid Chromatography method for separation of Pneumocandin B 0 from Pneumocandin C 0 characterized by use of a hydrophilic stationary phase comprising unmodified silica and a hydrophobic mobile phase comprising 80%-90% v/v acetonitrile and 10%-20% v/v of an acidic aqueous solution.
A method of fabricating an object by additive manufacturing, the method comprising: a) providing a layer of polymeric material, said polymeric material being in particulate form, and comprising linear polymer chains, b) selectively depositing a reactive liquid onto the layer of particulate polymeric material, said reactive liquid comprising reactive units which are monomeric units, linear oligomeric units, linear polymeric units, or combinations thereof, wherein said reactive units have two or fewer reactive groups, c) allowing linear polymeric chains in said layer of polymeric material to react with reactive units in said reactive liquid so as to form extended polymeric chains that are linear, so as to provide a shaped layer of linear polymer, and d) repeating steps a) to c) as required to form the object from successive shaped layers of linear polymer, wherein the linear polymer chains of said polymeric material comprise reactive functional groups provided as one end group or as two end groups on the linear polymer chains, such that the growth of the chain is linear. a) providing a layer of polymeric material, said polymeric material being in particulate form, and comprising linear polymer chains, b) selectively depositing a reactive liquid onto the layer of particulate polymeric material, said reactive liquid comprising reactive units which are monomeric units, linear oligomeric units, linear polymeric units, or combinations thereof, wherein said reactive units have two or fewer reactive groups, c) allowing linear polymeric chains in said layer of polymeric material to react with reactive units in said reactive liquid so as to form extended polymeric chains that are linear, so as to provide a shaped layer of linear polymer, and d) repeating steps a) to c) as required to form the object from successive shaped layers of linear polymer, wherein