mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing shrink sleeve labels , which comprises: - A step of unwinding a feed reel of heat-shrink film ; - A step of separating by way of cutting means at least one band of heat-shrink film from said feed reel ; - A step of feeding by way of feeding means said at least one band of heat-shrink film to a formation spindle ; - A step of winding by way of winding means said band of heat-shrink film around said formation spindle in order to provide a sleeve label , there being provided an overlap region between a first longitudinal end of said band of heat-shrink film in contact with said formation spindle and the second longitudinal end of said band of heat-shrink film , - A step of transferring by way of transferring means said sleeve label that is formed around said formation spindle from said formation spindle to a container to be labeled ; said method comprising, between said separating step and said feeding step, a step of interposing a layer of solvent that is deposited by way of a device for dispensing the layer of solvent at said overlap region , between at least one portion of said first longitudinal end and at least one portion of said second longitudinal end , characterized in that said deposited layer of solvent has a thickness comprised between 0.002 mm and 0.035 mm, and in that the method further comprises - A step of verifying the thickness of the layer of solvent deposited at said overlap region . - A step of unwinding a feed reel of heat-shrink film ; - A step of separating by way of cutting means at least one band of heat-shrink film from said feed reel ; - A step of feeding by way of feeding means said at least one band of heat-shrink film to a formation spindle ; - A step of winding by way of winding means said band of heat-shrink film around said formation spindle in order to provide a sleeve label , there being provided an overlap region between a first longitudinal end of said band of heat-shrink film in contact with said formation spindle and the second longitudinal end of said band of heat-shrink film , - A step of transferring by way of transferring means said sleeve label that is formed around said formation spindle from said formation spindle to a container to be labeled ; said method comprising, between said separating step and said feeding step, a step of interposing a layer of solvent that is deposited by way of a device for dispensing the layer of solvent at said overlap region , between at least one portion of said first longitudinal end and at least one portion of said second longitudinal end , characterized in that said deposited layer of solvent has a thickness comprised between 0.002 mm and 0.035 mm, and in that the method further comprises - A step of verifying the thickness of the layer of solvent deposited at said overlap region .
A Venturi type ejector comprising: • a feed duct for feeding fluid under pressure; • a first expansion chamber (3, 103, 203, 303, 403.3) having a first fluid inlet (3.1, 103.1, 203.1, 303.1) connected to the feed duct ; • a first mixing chamber connected to a first fluid outlet (3.2, 103.2, 203.2) of the expansion chamber (3, 103, 203, 303, 403.3); • a first suction chamber connected to a first suction port (4.1, 104.1, 204.1) of the mixing chamber ; • an exhaust chamber connected to a first exhaust port (4.2, 104.2, 204.2) of the first mixing chamber and communicating with an outlet port of the ejector ; and • a connection interface for connection to a network that is to be connected to reduced pressure, which interface is in fluid-flow communication with the first suction chamber ; • the feed duct extending along a central axis (Oy) of the ejector ; and • the fluid under pressure penetrating into the first expansion chamber (3, 103, 203, 303, 403.3) along a plurality of directions extending in a plane that is substantially orthogonal to the central axis (Oy). characterized in that at least one housing for expansion of the fluid under pressure presents a section, when considered in a plane (P) that is orthogonal to the central axis (Oy), that defines an angular sector of apex situated on the central axis Oy. • a feed duct for feeding fluid under pressure; • a first expansion chamber (3, 103, 203, 303, 403.3) having a first fluid inlet (3.1, 103.1, 203.1, 303.1) connected to the feed duct ; • a first mixing chamber connected to a first fluid outlet (3.2, 103.2, 203.2) of the expansion chamber (3, 103, 203, 303, 403.3); • a first suction chamber connected to a first suction port (4.1, 104.1, 204.1) of the mixing chamber ; • an exhaust chamber connected to a first exhaust port (4.2, 104.2, 204.2) of the first mixing chamber and communicating with an outlet port of the ejector ; and • a connection interface for connection to a network that is to be connected to reduced pressure, which interface is in fluid-flow communication with the first suction chamber ; • the feed duct extending along a central axis (Oy) of the ejector ; and • the fluid under pressure penetrating into the first expansion chamber (3, 103, 203, 303, 403.3) along a plurality of directions extending in a plane that is substantially orthogonal to the central axis (Oy). characterized in that
An on-board device comprising: a voice output unit mounted on a vehicle; a determiner configured to determine whether or not voice information generated in connection with a traveling of the vehicle and output from the voice output unit is information for which an output point of the voice information is specified, wherein the output point corresponds to a guide point to be reached by the vehicle; a musical piece interval detector configured to detect a time point at which there arrives an interval between musical pieces being reproduced, which are output from the voice output unit ; and an output controller configured to cause the voice output unit to output therefrom the voice information determined by the determiner as being information for which the output point is specified, when the vehicle arrives at the output point of the voice information for which the output point is specified, during reproduction of a musical piece, and to change an output time to an arrival time of the interval between musical pieces, when the output time, which is specified for the voice information determined by the determiner as not being information for which the output point is specified, arrives at a time point other than the interval between musical pieces. a voice output unit mounted on a vehicle; a determiner configured to determine whether or not voice information generated in connection with a traveling of the vehicle and output from the voice output unit is information for which an output point of the voice information is specified, wherein the output point corresponds to a guide point to be reached by the vehicle; a musical piece interval detector configured to detect a time point at which there arrives an interval between musical pieces being reproduced, which are output from the voice output unit ; and an output controller configured to cause the voice output unit to output therefrom the voice information determined by the determiner as being information for which the output point is specified, when the vehicle arrives at the output point of the voice information for which the output point is specified, during reproduction of a musical piece, and to change an output time to an arrival time of the interval between musical pieces, when the output time, which is specified for the voice information determined by the determiner as not being information for which the output point is specified, arrives at a time point other than the interval between musical pieces.
A work centre to process section bars made of aluminium, light alloys, PVC or the like comprising an elongated base , which extends in a first direction , is substantially U-shaped, supports a central collecting device for expelling machining scraps and/or chips and is provided with two longitudinal guide members parallel to the first direction ; a plurality of support bars , each of which is mounted on the longitudinal guide members , extends above the collecting device in a second direction transverse to the first direction , is movable along the base in the first direction and supports at least one holding unit designed to hold at least one section bar made of aluminium, light alloys, PVC or the like; an overhead crane , which is movable along the base in the first direction and comprises, in turn, two first vertical uprights , which are arranged on opposite sides of the base in the second direction , and a horizontal crosspiece , which extends above the base in the second direction and is provided with an operating head to process the section bars ; and a fairing , which extends about the overhead crane and is fixed to the overhead crane to move along the base in the first direction ; and characterized in that it further comprises a plurality of second vertical uprights , which are distributed along the base , extend upward from the base , and are connected at their upper free ends with the two longitudinal guide members ; the fairing having two discharging chutes , each extending between the base and a relative longitudinal guide member so as to convey machining scraps and/or chips onto the collecting device ; and each support bar being associated with at least one cable-carrying chain , which houses, on the inside, at least one feeding duct designed to feed the support bar and/or the relative holding unit , is connected to the base and to the support bar so as to guide the feeding duct during the movement of the support bar along the base , and extends inside at least one box-shaped containment body , which extends above the base in the first direction and is fixed to the second vertical uprights or to a relative longitudinal guide member .
Bearing pad support connection , comprising a bearing pad and a bearing pad support structure , whereby the bearing pad is connected to the support structure by a ball joint comprising a ball head and a ball socket , whereby the bearing pad comprises the ball head , and whereby the support structure comprises the ball socket , whereby the bearing pad and the support structure are connected via a spring connection to apply a force between the bearing pad and the support structure to force the ball head to rest movable in the ball socket , the spring connection comprises a spring and a bolt to apply a pre-load to the spring , the support structure comprises a bolt hole , the bearing pad comprises a thread , and the bolt reaches through the bolt hole to the thread , the spring is located between the bolt head and the support structure , characterized in that the spring connection comprises a bushing , and the bushing at least partially surrounds the spring , whereby the bushing comprises an outward oriented rim on a first end resting on the support structure and an inward oriented rim at the second end that is in contact with the spring , to transfer the spring force to the support structure .
A fully human antibody specifically inhibiting Connexin 26, characterized in that it is a recombinant immunoglobulin having the structure of scFv-Fc, wherein scFv refers to a single-chain antibody comprising a heavy chain variable region and a light chain variable region, the amino acid sequence of the heavy chain variable region is SEQ ID NO: 1, the amino acid sequence of the light chain variable region is SEQ ID NO: 2 , and Fc refers to a constant region.
Vehicle, preferably utility vehicle, with a driver's cab (F), a vehicle component , a chassis (C) and a compensating device (K), wherein the vehicle component and the compensating device (K) are mounted via a bearing point (L1) mounted on the cab and via a bearing point (L2) mounted on the chassis, wherein the compensating device (K) serves for compensating for relative rotations and/or relative movements between the cab (F) and the vehicle component , characterized in that the vehicle component is mounted by means of the bearing point (L1), which is mounted on the cab, via the compensating device (K) and by means of the bearing point (L2), which is mounted on the chassis, likewise via the compensating device (K).
A table sized and configured to nest with an adjacent table to reduce a height of a plurality of stacked tables in a nested configuration, each table of the plurality of stacked tables having substantially the same size and configuration, the table comprising: a table top constructed from molded plastic, the table top comprising: a generally planar upper surface ; and a nesting portion at least partially disposed in the upper surface of the table top ; and a frame connected to the table top , the frame including a first portion disposed along one side of the table top and a second portion disposed along a second side of the table top , the frame comprising first and second side rails having elongate bodies that extend along a length of the table top , the first and second side rails including an upper and lower portion, the upper portion of the first and second side rails including a flange that extends inwardly at an angle to the body and/or the lower portion of the first and second side rails including a flange that extends outwardly towards an outer portion of the table top ; the frame further comprising: a generally planar contact surface sized and configured to contact a generally planar upper surface of an adjacent table when the table is nested with an adjacent table ; and an engaging portion sized and configured to be disposed in a nesting portion of an adjacent table when the table is nested with an adjacent table . a table top constructed from molded plastic, the table top comprising: a generally planar upper surface ; and a nesting portion at least partially disposed in the upper surface of the table top ; and a generally planar upper surface ; and a nesting portion at least partially disposed in the upper surface of the table top ; and a frame connected to the table top , the frame including a first portion disposed along one side of the table top and a second portion disposed along a second side of the table top , the frame comprising first and second side rails having elongate bodies that extend along a length of the table top , the first and second side rails including an upper and lower portion, the upper portion of the first and second side rails including a flange that extends inwardly at an angle to the body and/or the lower portion of the first and second side rails including a flange that extends outwardly towards an outer portion of the table top ; the frame further comprising: a generally planar contact surface sized and configured to contact a generally planar upper surface of an adjacent table when the table is nested with an adjacent table ; and an engaging portion sized and configured to be disposed in a nesting portion of an adjacent table when the table is nested with an adjacent table . a generally planar contact surface sized and configured to contact a generally planar upper surface of an adjacent table when the table is nested with an adjacent table ; and an engaging portion sized and configured to be disposed in a nesting portion of an adjacent table when the table is nested with an adjacent table .
A glenosphere for use in a shoulder prosthesis, comprising: a body defining a central axis passing through the body ; a first surface including a first rim and a second rim , the first rim positioned radially outward from the second rim relative to the central axis ; a second surface extending from the first rim of the first surface , the second surface having a convex shape; a cavity defined within the body , characterized in the cavity having a perimeter defined by the second rim , the cavity configured to receive an attachment structure attachable to a bone and in that the glenosphere is further comprising a plurality of channels extending from the first surface through the body to the second surface , each channel of the plurality of channels defining a first opening positioned on the first surface between the first rim and the second rim and a second opening positioned on the second surface , and each channel configured to receive a bone fixation member configured to secure the glenosphere to the bone. a body defining a central axis passing through the body ; a first surface including a first rim and a second rim , the first rim positioned radially outward from the second rim relative to the central axis ; a second surface extending from the first rim of the first surface , the second surface having a convex shape; a cavity defined within the body , characterized in the cavity having a perimeter defined by the second rim , the cavity configured to receive an attachment structure attachable to a bone and in that the glenosphere is further comprising a plurality of channels extending from the first surface through the body to the second surface , each channel of the plurality of channels defining a first opening positioned on the first surface between the first rim and the second rim and a second opening positioned on the second surface , and each channel configured to receive a bone fixation member configured to secure the glenosphere to the bone.
System for deactivating at least one determined cylinder of an operational multicylinder engine, wherein each cylinder of said multicylinder engine comprises an intake duct with an inlet connected to the intake manifold and an outlet connected to the cylinder in order to allow the intake of the combustion gases from the intake manifold towards the cylinder , the system comprising: - a first movable shut-off means designed to shut off the inlet of said intake duct of the determined cylinder , the first shut-off means being movable between a first position for allowing the intake of the combustion gases towards said intake duct and a second position for shutting off the intake of the combustion gases towards said intake duct, - a recirculation duct designed to connect said intake duct of said determined cylinder to a supply for exhaust gases, - a second movable shut-off means designed to shut off said recirculation duct , the second shut-off means being movable between a first position for shutting off the communication between said recirculation duct and the supply for exhaust gases, and a second position for allowing this communication, characterized in that the first movable shut-off means and the second movable shut-off means are connected in order to move simultaneously, the first movable shut-off means being connected to a rotation shaft provided with a gear system and the second movable shut-off means being provided with a rack, said rack being in contact with said gear system to allow the first movable shut-off means to move between its first position and its second position by rotation, and to allow the second movable shut-off means to move simultaneously by translation between its first and its second position. - a first movable shut-off means designed to shut off the inlet of said intake duct of the determined cylinder , the first shut-off means being movable between a first position for allowing the intake of the combustion gases towards said intake duct and a second position for shutting off the intake of the combustion gases towards said intake duct, - a recirculation duct designed to connect said intake duct of said determined cylinder to a supply for exhaust gases, - a second movable shut-off means designed to shut off said recirculation duct , the second shut-off means being movable between a first position for shutting off the communication between said recirculation duct and the supply for exhaust gases, and a second position for allowing this communication, characterized in that the first movable shut-off means and the second movable shut-off means are connected in order to move simultaneously, the first movable shut-off means being connected to a rotation shaft provided with a gear system and the second movable shut-off means being provided with a rack, said rack being in contact with said gear system to allow the first movable shut-off means to move between its first position and its second position by rotation, and to allow the second movable shut-off means to move simultaneously by translation between its first and its second position.
A method of measuring photoluminescence emitted by a sample of luminous material, said method comprising: (a) imaging photoluminescence from the sample of luminous material onto a photo-detector array at a selected instant in time by disposing a gate medium between the sample of luminous material and the photo-detector array and also illuminating the gate medium with a pulsed gate beam split into a pair of pulsed gate beams crossing each other in the gate medium to form an interference pattern in the gate medium that induces a transient grating in the gate medium at the selected instant in time; and (b) exciting the sample of luminous material with a pulsed excitation beam , and synchronizing said pulsed gate beam to the pulsed excitation beam with an adjustable delay; (c) collecting measurements from the photo-detector array of the photoluminescence imaged onto the photo-detector array ; and (d) repeating the imaging of photoluminescence from the sample of luminous material onto the photo-detector array and the collecting measurements from the photo-detector array of the photoluminescence imaged onto the photo-detector array for different adjusted delays and combining the measurements collected from the photo-detector array to construct a graph of the photoluminescence imaged from the sample of luminous material as a function of time since the excitation of the sample of luminous material. (a) imaging photoluminescence from the sample of luminous material onto a photo-detector array at a selected instant in time by disposing a gate medium between the sample of luminous material and the photo-detector array and also illuminating the gate medium with a pulsed gate beam split into a pair of pulsed gate beams crossing each other in the gate medium to form an interference pattern in the gate medium that induces a transient grating in the gate medium at the selected instant in time; and (b) exciting the sample of luminous material with a pulsed excitation beam , and synchronizing said pulsed gate beam to the pulsed excitation beam with an adjustable delay; (c) collecting measurements from the photo-detector array of the photoluminescence imaged onto the photo-detector array ; and (d) repeating the imaging of photoluminescence from the sample of luminous material onto the photo-detector array and the collecting measurements from the photo-detector array of the photoluminescence imaged onto the photo-detector array for different adjusted delays and combining the measurements collected from the photo-detector array to construct a graph of the photoluminescence imaged from the sample of luminous material as a function of time since the excitation of the sample of luminous material.