mhurhangee/patent-ind-claim-en huggingface dataset:
Device for arranging a passenger restraint system in a means of transport, for securing a person sitting in the means of transport by means of the passenger restraint system, wherein the device comprises a support arrangement with a vertical support , which can be fixed upright in a floor area of the means of transport, characterised in that the vertical support is designed as a multiple-hollow profile element, wherein the multiple-hollow profile element at least over its main longitudinal extension comprises two hollow bodies connected to one another on their longitudinal sides.
An adaptor for adjusting electrical signals propagated along an electrically conductive path between a drive unit and a catheter of an intravascular ultrasound imaging system, the adaptor comprising: a housing having a first end and a second end ; a catheter connector disposed along the first end of the housing , the catheter connector configured and arranged to receive the catheter ; a drive-unit connector disposed along the second end of the housing , the drive-unit connector configured and arranged to couple the adaptor to the drive unit ; a catheter conductor interface disposed along the first end of the housing and configured and arranged to electrically couple to at least one transducer conductor extending along the catheter ; a drive-unit conductor interface disposed along the second end of the housing and configured and arranged to electrically couple to at least one electrical conductor of the drive unit ; at least one adaptor conductor electrically coupling the catheter conductor interface to the drive-unit conductor interface ; and at least one tuning element electrically coupled to the at least one adaptor conductor , the at least one tuning element configured and arranged to adjust electrical signals propagating along the at least one adaptor conductor based, at least in part, on an operational frequency of at least one transducer disposed in the catheter . a housing having a first end and a second end ; a catheter connector disposed along the first end of the housing , the catheter connector configured and arranged to receive the catheter ; a drive-unit connector disposed along the second end of the housing , the drive-unit connector configured and arranged to couple the adaptor to the drive unit ; a catheter conductor interface disposed along the first end of the housing and configured and arranged to electrically couple to at least one transducer conductor extending along the catheter ; a drive-unit conductor interface disposed along the second end of the housing and configured and arranged to electrically couple to at least one electrical conductor of the drive unit ; at least one adaptor conductor electrically coupling the catheter conductor interface to the drive-unit conductor interface ; and at least one tuning element electrically coupled to the at least one adaptor conductor , the at least one tuning element configured and arranged to adjust electrical signals propagating along the at least one adaptor conductor based, at least in part, on an operational frequency of at least one transducer disposed in the catheter .
A drill column end section assembly for a drill stand , wherein the drill column end section assembly is arranged to be attached to a column end of a drill stand and comprises an end section , characterized in that the drill column end section assembly comprises a feed unit stopping element arranged movable between a first position (A) and a second position (B) relative to the end section , wherein the stopping element , when in the first position (A), is arranged to prevent a drill stand feed unit from traversing past the drill column end section , and, when in the second position (B), is arranged to allow the drill stand feed unit to traverse past the drill column end section , the drill column end section assembly further comprising a positioning element configured to releasably hold the stopping element in the first position (A).
A frame for eyeglasses comprising of an optical face designed for accommodating the lenses and two side arms joined with hinges onto the two end portions of said optical face between an open position and a closed position, each side arm having at least one inner longitudinal surface and at least one outer longitudinal surface extending along the length of the side arm , and a front end surface extending transversely to the longitudinal surfaces over a front end of said side arm , said front end surface extending to face a rear end surface of the relevant end portion of the optical face when the side arm is in the open position, said frame further including at least one means for receiving (45 ; 32) a decorative piece designed to be attached in a temporary manner to said frame , wherein the said or each receiving means consists of a slotted hole formed in one side arm and opening only into its front end surface or of a slotted hole formed in an end portion of the optical face and opening only into its rear end surface , the said or each slotted hole (45 ; 32) being designed to form a slide channel for receiving the decorative piece , said frame being characterised in that the or each slotted hole (45 ; 32) has, from the relevant end surface (44 ; 31), a lead in portion that is rectilinear and extended by a terminal portion that is inclined relative to the lead in portion to form an interior ramp (46 ; 33).
Microcapsules comprising a core within a polymeric shell, wherein: a) the polymeric shell consists of a copolymer formed from: i) 50 to 99.9%, by weight of the polymeric shell, of a first shell monomer which is ethylenically unsaturated and which has more than one ethylenic double bond; ii) 0.01 to 50%, by weight of the polymeric shell, of a second shell monomer which is ethylenically unsaturated and which has one ethylenic double bond; and b) the core comprises an active substance and wherein the active substance is a phase change material and wherein the core comprises at most 40wt% of hydrocarbon; and c) the polymeric shell forms less than 8wt% of the total weight of the microcapsules, characterized in that the first shell monomer comprises at least two functional groups selected from acrylate, methacrylate, acrylamido, methacrylamido, allyl, methallyl and vinyl, and, wherein the second shell monomer is selected from acrylic acid, methacrylic acid, alkyl esters thereof and mixtures thereof, and, wherein the microcapsules have a half height as measured by thermo gravimetric analysis of at least 350°C, where heat is applied to a dry sample of microcapsules at a rate of 20°C/minute and measuring the weight loss, a half height value being the temperature at which half of the weight of the sample is lost. a) the polymeric shell consists of a copolymer formed from: i) 50 to 99.9%, by weight of the polymeric shell, of a first shell monomer which is ethylenically unsaturated and which has more than one ethylenic double bond; ii) 0.01 to 50%, by weight of the polymeric shell, of a second shell monomer which is ethylenically unsaturated and which has one ethylenic double bond; and i) 50 to 99.9%, by weight of the polymeric shell, of a first shell monomer which is ethylenically unsaturated and which has more than one ethylenic double bond; ii) 0.01 to 50%, by weight of the polymeric shell, of a second shell monomer which is ethylenically unsaturated and which has one ethylenic double bond; and b) the core comprises an active substance and wherein the active substance is a phase change material and wherein the core comprises at most 40wt% of hydrocarbon; and c) the polymeric shell forms less than 8wt% of the total weight of the microcapsules, wherein the second shell monomer is selected from acrylic acid, methacrylic acid, alkyl esters thereof and mixtures thereof, and, wherein the microcapsules have a half height as measured by thermo gravimetric analysis of at least 350°C, where heat is applied to a dry sample of microcapsules at a rate of 20°C/minute and measuring the weight loss, a half height value being the temperature at which half of the weight of the sample is lost.
A slide fastener comprising a right and left pair of fastener stringers in which a plurality of fastener elements are attached to and supported by a tape member , wherein: the tape member comprises a flexible tape body and a core string portion disposed at a tape side edge portion of the tape body along a length direction and bulging in a top and back direction from the tape body ; the core string portion is formed by fixing a string member to the tape side edge portion along a tape length direction by machine sewing; and the fastener elements are formed at regular intervals by injection-molding a synthetic resin material to the tape side edge portion of the tape member on which the core string portion is formed; characterized in that : the string member is fixed to the tape side edge portion linearly without being pierced by a needle thread of machine sewing and with at least one thread used for machine sewing crossing while contacting an outer peripheral surface of the string member opposite to an inner peripheral surface contacting the tape body , and each fastener element has a first element portion disposed on the tape back surface side of the tape member and a second element portion disposed on the tape top surface side of the tape member . the tape member comprises a flexible tape body and a core string portion disposed at a tape side edge portion of the tape body along a length direction and bulging in a top and back direction from the tape body ; the core string portion is formed by fixing a string member to the tape side edge portion along a tape length direction by machine sewing; and the fastener elements are formed at regular intervals by injection-molding a synthetic resin material to the tape side edge portion of the tape member on which the core string portion is formed; characterized in that : the string member is fixed to the tape side edge portion linearly without being pierced by a needle thread of machine sewing and with at least one thread used for machine sewing crossing while contacting an outer peripheral surface of the string member opposite to an inner peripheral surface contacting the tape body , and each fastener element has a first element portion disposed on the tape back surface side of the tape member and a second element portion disposed on the tape top surface side of the tape member .
A method for calculating speed of a moving crosshead in a materials testing device moving from a starting time to an ending time, including the steps of: providing a linear displacement measuring device on a crosshead of a materials testing device , wherein the linear displacement measuring device is mounted on the crosshead of the materials testing device , and generates a digital signal; providing a timer; measuring linear displacement at a starting time using the linear displacement measuring device ; measuring time at the starting time using the timer; moving the crosshead of the materials testing device from the starting time to an ending time; measuring linear displacement at an ending time using the linear displacement measuring device ; measuring time at the ending time using the timer; providing a computing device ; providing a linear decoder for receiving the digital signal from the linear displacement measuring device ; and calculating an average speed of the crosshead using the computing device , the computing device using the measured linear displacements from the linear decoder and the measured times from the timer at the starting time and the ending time. providing a linear displacement measuring device on a crosshead of a materials testing device , wherein the linear displacement measuring device is mounted on the crosshead of the materials testing device , and generates a digital signal; providing a timer; measuring linear displacement at a starting time using the linear displacement measuring device ; measuring time at the starting time using the timer; moving the crosshead of the materials testing device from the starting time to an ending time; measuring linear displacement at an ending time using the linear displacement measuring device ; measuring time at the ending time using the timer; providing a computing device ; providing a linear decoder for receiving the digital signal from the linear displacement measuring device ; and calculating an average speed of the crosshead using the computing device , the computing device using the measured linear displacements from the linear decoder and the measured times from the timer at the starting time and the ending time.
Rubber composition, characterized in that it comprises at least one resin based: A1) on at least one aldehyde of formula W: in which: - each Ar 1 and Ar 2 group represents, independently of one another, an optionally substituted aromatic nucleus; - SP is a connecting group which connects together at least the Ar 1 and Ar 2 groups, SP separating the Ar 1 and Ar 2 groups by at least 2 covalent bonds; and A2) on at least one derivative of an aromatic polyphenol comprising at least one aromatic nucleus bearing at least two -O-Z groups in the meta position with respect to one another, the two positions ortho to at least one of the -O-Z groups being unsubstituted, Z being other than hydrogen. A1) on at least one aldehyde of formula W: in which: - each Ar 1 and Ar 2 group represents, independently of one another, an optionally substituted aromatic nucleus; - SP is a connecting group which connects together at least the Ar 1 and Ar 2 groups, SP separating the Ar 1 and Ar 2 groups by at least 2 covalent bonds; and - each Ar 1 and Ar 2 group represents, independently of one another, an optionally substituted aromatic nucleus; - SP is a connecting group which connects together at least the Ar 1 and Ar 2 groups, SP separating the Ar 1 and Ar 2 groups by at least 2 covalent bonds; and A2) on at least one derivative of an aromatic polyphenol comprising at least one aromatic nucleus bearing at least two -O-Z groups in the meta position with respect to one another, the two positions ortho to at least one of the -O-Z groups being unsubstituted, Z being other than hydrogen.
Extensible traction arm (B) for the front traction bar of an awning, which arm comprises: a first arm element (B1) and a second arm element (B2), the first arm element (B1) consisting of a first profile (P1), a first end (B11) for hinging to the second arm element (B2) and a second end (B12) for connecting to the front traction bar, the second arm element (B2) consisting of a second profile (P2), a first end (B21) for hinging to the first arm element (B1) and a second end (B22) for connecting to a fixed support of the end of the arm (B), the two arm elements (B1, B2) being hinged by means of a hinge (A), the arm (B) comprising a traction element provided with a first end , a second end and an elastic element arranged between the two ends , the first end of the traction element being rigidly connected to the first hinge end (B11) of the first arm element (B1), the second end of the traction element being rigidly connected to the second end (B22), the traction element comprising, between its second end and the elastic element , a segment of adjustable length, the segment of adjustable length being provided with a threaded rod and a threaded tube which engages with the threaded rod , characterised in that the first end of the traction element is a ring, and in that the end (B11) of the first arm element (B1) for hinging to the second arm element (B2) comprises a groove (A1) that can be accessed from the outside and is in turn provided with a projection (A2) having a circular outline for anchoring the first end of the traction element.
An expandable implant for placement in a sinus or nasal cavity comprising: a hub , the hub comprising a plurality of apertures extending through the hub, each of said plurality of apertures comprising a first aperture segment and a second aperture segment separated by a hollow interior of the hub; and a plurality of filaments , wherein each filament of the plurality of filaments is positioned in a corresponding aperture of the plurality of apertures such that a portion of the filament extends through each of the first aperture segment , the second aperture segment and the hollow interior of the hub to define a first leg on a first side of the hub and a second leg on the second side of the hub. a hub , the hub comprising a plurality of apertures extending through the hub, each of said plurality of apertures comprising a first aperture segment and a second aperture segment separated by a hollow interior of the hub; and a plurality of filaments , wherein each filament of the plurality of filaments is positioned in a corresponding aperture of the plurality of apertures such that a portion of the filament extends through each of the first aperture segment , the second aperture segment and the hollow interior of the hub to define a first leg on a first side of the hub and a second leg on the second side of the hub.
A roller for a spreader assembly comprising: an elongated tubular member and a plurality of fins extending from an outer surface of the elongated tubular member ; characterized in that, the fins extend radially or angled from the outer surface , each fin of the plurality of fins includes at least one rigid portion and at least one resilient portion connected to the rigid portion, whereas the rigid portion includes a first portion extending from the outer surface of the elongated tubular member at a first end of the first portion and the resilient portion includes a second portion fixed to a second end of the first portion , with the first portion being composed of a rigid material relative to the second portion , whereby the second end of the first portion is provided with a groove and the first end of the second portion is provided with a protrusion , with the protrusion adapted to conform to a shape of the groove for coupling the first portion , and with the second portion . the fins extend radially or angled from the outer surface , each fin of the plurality of fins includes at least one rigid portion and at least one resilient portion connected to the rigid portion, whereas the rigid portion includes a first portion extending from the outer surface of the elongated tubular member at a first end of the first portion and the resilient portion includes a second portion fixed to a second end of the first portion , with the first portion being composed of a rigid material relative to the second portion , whereby the second end of the first portion is provided with a groove and the first end of the second portion is provided with a protrusion , with the protrusion adapted to conform to a shape of the groove for coupling the first portion , and with the second portion .
Control system for a road vehicle ; the system comprises: - a first joystick , which in turn comprises a first lever configured to be grasped by the right hand of a driver of the road vehicle ; wherein the first joystick comprises first sensor elements for detecting a kinematic value or a force imparted by the driver to the first lever along at least a first direction (TD) and a second direction (LD); and/or - a second joystick , which in turn comprises a second lever configured to be grasped by the left hand of the driver of the road vehicle ; wherein the second joystick comprises second sensor elements for detecting the kinematic value or the force imparted by the driver to the second lever along at least the first direction (TD) and the second direction (LD); - a control unit configured to adjust a motion of the road vehicle according to the kinematic value or the force imparted by the driver to the first lever and/or the second lever ; the control system being characterised in that the control unit is configured to control: - the steering of the road vehicle as a function of the kinematic value or the force detected by the first sensor elements and/or the second sensor elements in the first direction (TD); and - the attitude or the yaw of the road vehicle as a function of the kinematic value or the force detected by the first sensor elements and/or the second sensor elements along the second direction (LD). - a first joystick , which in turn comprises a first lever configured to be grasped by the right hand of a driver of the road vehicle ; wherein the first joystick comprises first sensor elements for detecting a kinematic value or a force imparted by the driver to the first lever along at least a first direction (TD) and a second direction (LD); and/or - a second joystick , which in turn comprises a second lever configured to be grasped by the left hand of the driver of the road vehicle ; wherein the second joystick comprises second sensor elements for detecting the kinematic value or the force imparted by the driver to the second lever along at least the first direction (TD) and the second direction (LD); - a control unit configured to adjust a motion of the road vehicle according to the kinematic value or the force imparted by the driver to the first lever and/or the second lever ; - the steering of the road vehicle as a function of the kinematic value or the force detected by the first sensor elements and/or the second sensor elements in the first direction (TD); and - the attitude or the yaw of the road vehicle as a function of the kinematic value or the force detected by the first sensor elements and/or the second sensor elements along the second direction (LD).
A method performed by an electronic device to predict network performance of a fixed wireless network, the method comprising: receiving data of the fixed wireless network; modeling the data using a plurality of functions, wherein the modeling comprises identifying a prediction function that provides a best approximation of the data based on a user preference of approximation speed and accuracy; predicting a network performance value in a future time using the prediction function; and notifying when the predicted network performance value fails to meet a threshold value. receiving data of the fixed wireless network; modeling the data using a plurality of functions, wherein the modeling comprises identifying a prediction function that provides a best approximation of the data based on a user preference of approximation speed and accuracy; predicting a network performance value in a future time using the prediction function; and notifying when the predicted network performance value fails to meet a threshold value.