mhurhangee/patent-ind-claim-en huggingface dataset:
A traverse hardening device for performing traverse hardening on a shaft-like body , the shaft-like body including: a main body part ; a first small-diameter part provided at an end portion of the main body part on one side (D1) in an axial direction and having an outer diameter smaller than that of the main body part ; and a second small-diameter part provided at an end portion of the first small-diameter part on one side (D1) in the axial direction and having an outer diameter smaller than that of the first small-diameter part , the traverse hardening device comprising: a primary coil member which is formed in an annular shape, through which a high-frequency current is caused to flow, and which is externally disposed around the main body part ; a secondary coil member formed in an annular shape, externally disposed around the first small-diameter part of the shaft-like body , and being able to be disposed in the primary coil member ; and a tertiary coil member formed in an annular shape, externally disposed around the second small-diameter part of the shaft-like body , and being able to be disposed in the secondary coil member . a main body part ; a first small-diameter part provided at an end portion of the main body part on one side (D1) in an axial direction and having an outer diameter smaller than that of the main body part ; and a second small-diameter part provided at an end portion of the first small-diameter part on one side (D1) in the axial direction and having an outer diameter smaller than that of the first small-diameter part , the traverse hardening device comprising: a primary coil member which is formed in an annular shape, through which a high-frequency current is caused to flow, and which is externally disposed around the main body part ; a secondary coil member formed in an annular shape, externally disposed around the first small-diameter part of the shaft-like body , and being able to be disposed in the primary coil member ; and a tertiary coil member formed in an annular shape, externally disposed around the second small-diameter part of the shaft-like body , and being able to be disposed in the secondary coil member . a primary coil member which is formed in an annular shape, through which a high-frequency current is caused to flow, and which is externally disposed around the main body part ; a secondary coil member formed in an annular shape, externally disposed around the first small-diameter part of the shaft-like body , and being able to be disposed in the primary coil member ; and a tertiary coil member formed in an annular shape, externally disposed around the second small-diameter part of the shaft-like body , and being able to be disposed in the secondary coil member .
A balloon catheter suturing system (100; 200; 300) comprising: an elongate shaft defining a lumen and having a distal end portion and a proximal end portion ; a balloon (108; 208; 308; 500; 520; 540; 560; 580; 590; 610; 710) attached to the distal end portion, the balloon having a transparent wall; at least a first pledget (126; 206; 322; 324; 422; 424; 646; 756) secured to the balloon by a portion of the balloon catheter suturing system adjacent the balloon; and at least one fastener (212; 412a; 412b; 624; 1508; 1608; 1700; 1710; 1720; 1730; 1740) adapted to fasten the first pledget to an anatomic structure when the balloon catheter suturing system is positioned within a patient, characterised in that the balloon is a weeping balloon. an elongate shaft defining a lumen and having a distal end portion and a proximal end portion ; a balloon (108; 208; 308; 500; 520; 540; 560; 580; 590; 610; 710) attached to the distal end portion, the balloon having a transparent wall; at least a first pledget (126; 206; 322; 324; 422; 424; 646; 756) secured to the balloon by a portion of the balloon catheter suturing system adjacent the balloon; and at least one fastener (212; 412a; 412b; 624; 1508; 1608; 1700; 1710; 1720; 1730; 1740) adapted to fasten the first pledget to an anatomic structure when the balloon catheter suturing system is positioned within a patient, characterised in that the balloon is a weeping balloon.
A screw compressor , comprising: a compressor housing having a suction end and a discharge end ; a male rotor located in the compressor housing on a male rotor side; a female rotor located in the compressor housing on a female rotor side and configured to engage the male rotor; a first economizer port on the male rotor side of the compressor housing; and a second economizer port on the female rotor side of the compressor housing, wherein the first economizer port and the second economizer port are configured to simultaneously provide gas to a compression chamber formed by the male rotor and the female rotor; the first economizer port and the second economizer port are each holes and not slots; the first economizer port is configured to close at a first closing compression angle and the second economizer port is configured to close at a second closing compression angle, wherein the difference between the first closing compression angle and the second closing compression angle is less than half an angular width of a lobe of the male rotor, characterised in that the first economizer port and the second economizer port are each located between 5 and 10 degrees of rotor rotation following a position where the compression chamber is sealed from the suction end by the compressor housing. a compressor housing having a suction end and a discharge end ; a male rotor located in the compressor housing on a male rotor side; a female rotor located in the compressor housing on a female rotor side and configured to engage the male rotor; a first economizer port on the male rotor side of the compressor housing; and a second economizer port on the female rotor side of the compressor housing, wherein the first economizer port and the second economizer port are configured to simultaneously provide gas to a compression chamber formed by the male rotor and the female rotor; the first economizer port and the second economizer port are each holes and not slots; the first economizer port is configured to close at a first closing compression angle and the second economizer port is configured to close at a second closing compression angle, wherein the difference between the first closing compression angle and the second closing compression angle is less than half an angular width of a lobe of the male rotor, characterised in that the first economizer port and the second economizer port are each located between 5 and 10 degrees of rotor rotation following a position where the compression chamber is sealed from the suction end by the compressor housing.
A method for preparing a silica-modified catalyst support is described comprising: (i) applying an alkyl silicate solution to a porous support material in an amount to produce a silica content of the silica-modified catalyst support, expressed as Si, in the range 0.25 to 15% by weight, (ii) drying the resulting silicate-modified support and recovering a first alcoholic solution, (iii) optionally treating the dried silicate-modified support with water, drying the resulting water-treated support and recovering a second alcoholic solution, and (iv) calcining the dried material to form the silica-modified catalyst support, wherein the first alcoholic solution contains 0.05-10 vol% water and at least a portion of the first alcoholic solution is mixed with alkyl silicate to form the alkyl silicate solution, wherein the water content of the first alcoholic solution is controlled by pre-drying the porous support material to a water content ≤ 6.0 wt%, and/or by subjecting the first alcoholic solution to a dehydration step before mixing it with the alkyl silicate. (i) applying an alkyl silicate solution to a porous support material in an amount to produce a silica content of the silica-modified catalyst support, expressed as Si, in the range 0.25 to 15% by weight, (ii) drying the resulting silicate-modified support and recovering a first alcoholic solution, (iii) optionally treating the dried silicate-modified support with water, drying the resulting water-treated support and recovering a second alcoholic solution, and (iv) calcining the dried material to form the silica-modified catalyst support,
Optical device for projecting a pixellated light beam, especially for a motor vehicle, comprising : - at least two matrices (S1, S2, S3) each provided with primary light sources capable of emitting light rays and each arranged on a plane of its own; - at least one primary optical system associated with each matrix and arranged downstream of the matrix, each primary optical system forming a virtual image of the matrix upstream of the latter; - an optical projection system capable of forming an image of each virtual image, the images of the virtual images thus formed partially overlapping ; the distance between two adjoining matrices (S1-S2, S2-S3, S3-S4) being non-zero - at least two matrices (S1, S2, S3) each provided with primary light sources capable of emitting light rays and each arranged on a plane of its own; - at least one primary optical system associated with each matrix and arranged downstream of the matrix, each primary optical system forming a virtual image of the matrix upstream of the latter; - an optical projection system capable of forming an image of each virtual image, the images of the virtual images thus formed partially overlapping ;
A garment steaming appliance comprising a sole plate assembly comprising: - a steam channel for receiving a flow of steam, - an ironing plate comprising an ironing surface and an opposing upper surface, wherein the steam channel extends along the upper surface of the ironing plate such that steam in said steam channel flows along said upper surface in a direction substantially parallel to the ironing surface , and - a vent extending through said ironing plate from said upper surface to said ironing surface , characterised in that the steam channel is configured to divide the steam flowing along said upper surface in a direction substantially parallel to the ironing surface into multiple flow paths flowing along said upper surface substantially parallel to the ironing surface , said multiple flow paths converging above said vent from different directions along said upper surface to control the direction of the resultant flow of steam out of said vent relative to said ironing surface . - a steam channel for receiving a flow of steam, - an ironing plate comprising an ironing surface and an opposing upper surface, wherein the steam channel extends along the upper surface of the ironing plate such that steam in said steam channel flows along said upper surface in a direction substantially parallel to the ironing surface , and - a vent extending through said ironing plate from said upper surface to said ironing surface , characterised in that the steam channel is configured to divide the steam flowing along said upper surface in a direction substantially parallel to the ironing surface into multiple flow paths flowing along said upper surface substantially parallel to the ironing surface , said multiple flow paths converging above said vent from different directions along said upper surface to control the direction of the resultant flow of steam out of said vent relative to said ironing surface .
A transmission comprising an input shaft receiving a drive torque transferred via a clutch from a power source ; a synchronizer group having a plurality of synchronizer to select one of plural gear sequences; an output shaft transmitting the drive torque changed by the selected gear sequence to a final drive gear; a gear ratio calculation means for calculating an actual gear ratio based on revolutions of the input and output shafts detected by a first revolution detection means and a second revolution detection means , respectively; a gear ratio map for defining a gear ratio variable allowance range for a gear ratio step; a determination means of gear ratio step for determining a current gear ratio step by the actual gear ratio and the gear ratio variable allowance range; wherein the determination means of gear ratio step including a first timer for measuring a first given time, is configured to make the first timer get started and halt to make a decision of the current gear ratio step while the first timer is activated, when the gear ratio reaches a gear ratio variable allowance range of next step corresponding to one upper step or one lower step than the current gear ratio step, and characterised in that : it comprises a neutral sensor for providing a signal upon detecting a neutral condition of the gear ratio step, wherein the signal of neutral sensor has priority over the gear ratio calculation with respect to determination of the neutral condition of the gear ratio step.
A tire comprising a tread portion , wherein the tread portion includes a first shoulder land portion including a first tread edge (Te1), and a first shoulder main groove adjacent to the first shoulder land portion , the first shoulder land portion has a plurality of shoulder lateral grooves extending from the first shoulder main groove to the first tread edge (Te1) and a plurality of shoulder composite grooves extending from the first shoulder main groove to the first tread edge (Te1), and each shoulder composite groove includes, in a cross section thereof, a sipe element having a width not greater than 1.5 mm and extending from a tread surface of the first shoulder land portion in a tire radial direction, and a groove element connected to an inner side in the tire radial direction of the sipe element , characterized in that the groove element has a width greater than 1.5 mm, and in that the plurality of shoulder lateral grooves and the plurality of shoulder composite grooves are each curved so as to be convex in a tire circumferential direction, wherein, in a tread plan view, a radius of curvature of each shoulder composite groove is 1.03 to 1.1 times a radius of curvature of each shoulder lateral groove . the tread portion includes a first shoulder land portion including a first tread edge (Te1), and a first shoulder main groove adjacent to the first shoulder land portion , the first shoulder land portion has a plurality of shoulder lateral grooves extending from the first shoulder main groove to the first tread edge (Te1) and a plurality of shoulder composite grooves extending from the first shoulder main groove to the first tread edge (Te1), and each shoulder composite groove includes, in a cross section thereof, a sipe element having a width not greater than 1.5 mm and extending from a tread surface of the first shoulder land portion in a tire radial direction, and a groove element connected to an inner side in the tire radial direction of the sipe element , characterized in that the groove element has a width greater than 1.5 mm, and in that the plurality of shoulder lateral grooves and the plurality of shoulder composite grooves are each curved so as to be convex in a tire circumferential direction, wherein, in a tread plan view, a radius of curvature of each shoulder composite groove is 1.03 to 1.1 times a radius of curvature of each shoulder lateral groove .
A method for a handover by a base station in a communication system supporting carrier aggregation, the method being performed by the base station and comprising: obtaining first configuration information on a random access channel, RACH, for a first uplink carrier of a target base station; obtaining second configuration information on at least one RACH for at least one second uplink carrier of the target base station; and transmitting to a terminal a first message to perform a handover to the target base station, the first message comprising the first configuration information, the second configuration information, information indicating that the first uplink carrier is a reference uplink carrier, and a synchronization identification of each of one or more second uplink carriers among the at least one second uplink carrier, wherein second uplink carriers with a same synchronization identification have a same uplink timing advance. obtaining first configuration information on a random access channel, RACH, for a first uplink carrier of a target base station; obtaining second configuration information on at least one RACH for at least one second uplink carrier of the target base station; and transmitting to a terminal a first message to perform a handover to the target base station, the first message comprising the first configuration information, the second configuration information, information indicating that the first uplink carrier is a reference uplink carrier, and a synchronization identification of each of one or more second uplink carriers among the at least one second uplink carrier, wherein second uplink carriers with a same synchronization identification have a same uplink timing advance.
Method of detecting a position of at least one bolt end of at least one bolt of a series of bolts arranged in a linear or curved flanged connection , wherein the bolt ends of the bolts arranged in the flanged connection are protruding beyond the flanged connection , with a camera which is movable along the flanged connection , the method comprising the steps of: Defining a first bolt end level at a first distance (d 1 ) from the flanged connection ; defining a first tolerance range (t 1 ) surrounding the first bolt end level ; Detecting the position of the bolt end of the at least one bolt arranged in the flanged connection with the camera ; determining whether the position of the bolt end of the at least one bolt is located within the first tolerance range (t 1 ) surrounding the first bolt end level ; and characterised by Elongating at least one bolt of the flanged connection by applying a force on the bolt in an axial direction of the bolt ; Tightening a lock nut threaded onto the bolt while applying the force on the bolt ; Releasing the force on the bolt ; Defining a second bolt end level at a second distance (d 2 ) from the flanged connection , wherein the second distance (d 2 ) is greater than the first distance (d 1 ); Defining a second tolerance range (t 2 ) surrounding the second bolt end level ; After elongating the bolt , tightening the lock nut and releasing the force on bolt , detecting the position of the bolt end of the bolt with the camera ; Determining whether the position of the bolt end is located within the second tolerance range (t 2 ) surrounding the second bolt end level . Defining a first bolt end level at a first distance (d 1 ) from the flanged connection ; defining a first tolerance range (t 1 ) surrounding the first bolt end level ; Detecting the position of the bolt end of the at least one bolt arranged in the flanged connection with the camera ; determining whether the position of the bolt end of the at least one bolt is located within the first tolerance range (t 1 ) surrounding the first bolt end level ; and characterised by Elongating at least one bolt of the flanged connection by applying a force on the bolt in an axial direction of the bolt ; Tightening a lock nut threaded onto the bolt while applying the force on the bolt ; Releasing the force on the bolt ; Defining a second bolt end level at a second distance (d 2 ) from the flanged connection , wherein the second distance (d 2 ) is greater than the first distance (d 1 ); Defining a second tolerance range (t 2 ) surrounding the second bolt end level ; After elongating the bolt , tightening the lock nut and releasing the force on bolt , detecting the position of the bolt end of the bolt with the camera ; Determining whether the position of the bolt end is located within the second tolerance range (t 2 ) surrounding the second bolt end level .
Variable compression ratio (VCR) engine , comprising at least one cylinder with a piston movably arranged within the cylinder , adapted to perform a predefined piston stroke within the cylinder , and a setting unit for setting a preset compression ratio by setting a preset clearance position , wherein the VCR-engine is a large vessel engine with at least one cylinder having an inner diameter of at least 200mm, preferably a two-stroke engine or a two-stroke cross head engine, more preferably a dual fuel or a multi fuel engine, characterized in that the VCR-engine further comprises a control unit for setting at least one temporal clearance position different from the preset clearance position and for inducing at least one piston movement with the temporal clearance position according to at least one predetermined scheme to remove deposits of carbon material having built up at the inner wall of the cylinder, wherein the control unit is adapted for inducing a piston movement with a temporal clearance position - every 100-5000000 piston strokes and on demand or - every 1h - 2 months of operating time and on demand and wherein the scheme induces a repeated setting of a pis-ton movement with a temporal clearance position corresponding to a smaller clearance volume as compared to the preset clearance position. the VCR-engine further comprises a control unit for setting at least one temporal clearance position different from the preset clearance position and for inducing at least one piston movement with the temporal clearance position according to at least one predetermined scheme to remove deposits of carbon material having built up at the inner wall of the cylinder, wherein the control unit is adapted for inducing a piston movement with a temporal clearance position - every 100-5000000 piston strokes and on demand or - every 1h - 2 months of operating time and on demand and wherein the scheme induces a repeated setting of a pis-ton movement with a temporal clearance position corresponding to a smaller clearance volume as compared to the preset clearance position. - every 100-5000000 piston strokes and on demand or - every 1h - 2 months of operating time and on demand and wherein the scheme induces a repeated setting of a pis-ton movement with a temporal clearance position corresponding to a smaller clearance volume as compared to the preset clearance position.
A rollator comprising at least a frame structure , wherein one or more handles , at least two front and two rear frame wheels and a platform connected to the frame structure by one or more hinges are arranged on the frame structure , characterised in that the platform is arranged such that it can be folded down via two lowering means attached to the frame structure , the platform having two deflection elements on its upper side, each for one lowering means , the deflection elements being connected to the frame structure in each case via a spring element to a rear platform wheel that can be swivelled by the platform , wherein the spring elements are configured such that they hold the rear platform wheels that can be swivelled in a rest position above the platform when the platform is not loaded with weight and in a working position below the platform when the platform is loaded with weight by a person.
Writing-, marking- and/or drawing fluid for writing instruments, in particular for capillary writing instruments, which has a viscosity of less than 50mPas (Brookfield, 20°C, cone-plate CPE-40), containing a resin mixture dissolved in a solvent matrix comprising at least one solvent, wherein the resin mixture contains, as a first resin, a modified resin ester or a polyester resin in dissolved form and, as a second resin, a maleic resin or a colophony resin, in particular a phenol-modified colophony resin, and wherein as additives, at least one fluoro-surfactant as a wetting agent in a proportion of from 0.3 to 2.0% by weight and at least one polyether siloxane copolymer as a lubricant in a proportion of from 0.3 to 2.0% by weight are contained.