mhurhangee/patent-ind-claim-en huggingface dataset:
A printing system of an offset rotary press, the offset rotary press comprising; at least one or more printing units , the printing unit comprising; a plate cylinder ; a dampening water device that supplies dampening water to the plate cylinder ; an ink device that supplies ink to the plate cylinder ; an LED light source that irradiates an irradiation light on a surface of the plate cylinder and/or a surface of any roller of the ink device; and a camera for shooting a reflected light reflected from the surface of the plate cylinder and/or the surface of the roller; and an ink emulsification state detection means having a control means for bifurcating a shot image of the camera into a high brightness region of reflected light and a low brightness region of reflected light and calculating an area ratio of the region of high brightness of the reflected light with respect to the entire area of a shot image of the camera; and when the area ratio in the high brightness region of the reflected light calculated by the control means is higher than a set area ratio, a dampening water supply amount of the dampening water device is controlled to reduce such that the area ratio of the region of the high brightness is less than or equal to the set area ratio. at least one or more printing units , the printing unit comprising; a plate cylinder ; a dampening water device that supplies dampening water to the plate cylinder ; an ink device that supplies ink to the plate cylinder ; an LED light source that irradiates an irradiation light on a surface of the plate cylinder and/or a surface of any roller of the ink device; and a camera for shooting a reflected light reflected from the surface of the plate cylinder and/or the surface of the roller; and an ink emulsification state detection means having a control means for bifurcating a shot image of the camera into a high brightness region of reflected light and a low brightness region of reflected light and calculating an area ratio of the region of high brightness of the reflected light with respect to the entire area of a shot image of the camera; and when the area ratio in the high brightness region of the reflected light calculated by the control means is higher than a set area ratio, a dampening water supply amount of the dampening water device is controlled to reduce such that the area ratio of the region of the high brightness is less than or equal to the set area ratio.
A method at a mobile device (102, 302, 304, 306, and/or 308), comprising: obtaining passive measurements of signals transmitted from terrestrial transmitters; obtaining a first estimated location of said mobile device (102, 302, 304, 306, and/or 308) based, at least in part, on said passive measurements and in the absence of active measurements; said active measurements comprising a measurement obtained via communication between said mobile device and terrestrial transmitters ; and determining whether the first estimated location is of sufficient quality based, at least in part, on said first estimated location and a spatial configuration of said terrestrial transmitters; and if the first estimated location is of sufficient quality, the first estimated location is used as the location of the mobile device and if it is determined that the first location is not of sufficient quality initiating said active measurements for obtaining a second estimated location of said mobile device. obtaining passive measurements of signals transmitted from terrestrial transmitters; obtaining a first estimated location of said mobile device (102, 302, 304, 306, and/or 308) based, at least in part, on said passive measurements and in the absence of active measurements; said active measurements comprising a measurement obtained via communication between said mobile device and terrestrial transmitters ; and determining whether the first estimated location is of sufficient quality based, at least in part, on said first estimated location and a spatial configuration of said terrestrial transmitters; and if the first estimated location is of sufficient quality, the first estimated location is used as the location of the mobile device and if it is determined that the first location is not of sufficient quality initiating said
A multiple pivot rollover protection structure , comprising: a pair of intermediate ROPS legs that, in a shipping configuration, extend horizontally rearwardly from a pair of lower ROPS legs ; and a pair of upper ROPS legs that, in the shipping configuration, extend vertically downwardly from the pair of intermediate ROPS legs characterized in that the multiple pivot rollover protection structure includes a pair of primary pivot assemblies each including a spring loaded plunger to secure one of the upper ROPS legs at an operating position, and wherein the pair of intermediate ROPS legs and the pair of upper ROPS legs may be pivoted up from the shipping configuration and secured at a plurality of different operating positions. a pair of intermediate ROPS legs that, in a shipping configuration, extend horizontally rearwardly from a pair of lower ROPS legs ; and a pair of upper ROPS legs that, in the shipping configuration, extend vertically downwardly from the pair of intermediate ROPS legs characterized in that the multiple pivot rollover protection structure includes a pair of primary pivot assemblies each including a spring loaded plunger to secure one of the upper ROPS legs at an operating position, and wherein the pair of intermediate ROPS legs and the pair of upper ROPS legs may be pivoted up from the shipping configuration and secured at a plurality of different operating positions.
A crankshaft starter generator comprising a stator ; a rotor ; a rotor carrier ; and a starter ring gear which is non-rotatably connected to the rotor carrier and is arranged on a cylindrical lateral surface of the rotor carrier in such a way that the starter ring gear can be brought into engagement with a starter pinion of a second starter motor, wherein a second ring gear , which is non-rotatably connected to the rotor carrier, is arranged on the cylindrical lateral surface of the rotor carrier , characterised in that in that the second ring gear has a different tooth structure compared to the starter ring gear ; and in that an inductively or capacitively operating pick-up element is provided, which is configured to detect, by scanning, a first encoder track of the starter ring gear formed by a rotating first tooth structure and a second encoder track of the second ring gear formed by a rotating second tooth structure, wherein a defined rotational position of the rotor relative to the stator is determined from the first encoder track and the detected second encoder track detected by the receiving element or by a control unit to which measurement results of the receiving element are transmitted. a stator ; a rotor ; a rotor carrier ; and a starter ring gear which is non-rotatably connected to the rotor carrier and is arranged on a cylindrical lateral surface of the rotor carrier in such a way that the starter ring gear can be brought into engagement with a starter pinion of a second starter motor, wherein a second ring gear , which is non-rotatably connected to the rotor carrier, is arranged on the cylindrical lateral surface of the rotor carrier , characterised in that in that the second ring gear has a different tooth structure compared to the starter ring gear ; and in that an inductively or capacitively operating pick-up element is provided, which is configured to detect, by scanning, a first encoder track of the starter ring gear formed by a rotating first tooth structure and a second encoder track of the second ring gear formed by a rotating second tooth structure, wherein a defined rotational position of the rotor relative to the stator is determined from the first encoder track and the detected second encoder track detected by the receiving element or by a control unit to which measurement results of the receiving element are transmitted.
A ramp assembly to accommodate a wheel-chaired passenger to enter or exit a passenger vehicle , the ramp assembly comprising: a frame including a drive assembly , the frame extending longitudinally along a length of the passenger vehicle ; and, a ramp subassembly slidably coupled to the frame , characterized by the ramp subassembly including a ramp , a side rail extending along a side of the ramp , a rail bracket , and a slide bar ; wherein the slide bar is located adjacent the rail bracket and sliding movement of the slide bar along the rail bracket adjusts a position of the side rail with respect to the ramp . a frame including a drive assembly , the frame extending longitudinally along a length of the passenger vehicle ; and, a ramp subassembly slidably coupled to the frame , characterized by the ramp subassembly including a ramp , a side rail extending along a side of the ramp , a rail bracket , and a slide bar ; wherein the slide bar is located adjacent the rail bracket and sliding movement of the slide bar along the rail bracket adjusts a position of the side rail with respect to the ramp .
A method for redirecting roaming network traffic in an LTE, Long Term Evolution, network, the method being performed by an NTR, Network Traffic Redirection Module and comprising: observing a registration process of a subscriber in an LTE Radio Access Technology, RAT, network within a visited network by intercepting registration messages between a network entity of the subscriber's home network and a network entity of the visited network ; and, in response to said observation; sending one or more messages to the network entity of the visited network to induce a re-registration attempt by the subscriber to a legacy RAT network within the visited network; and responsive to the NTR observing an induced re-registration attempt by the subscriber which attempts to register to the legacy RAT network, the NTR applying one or more legacy RAT network steering techniques to re-direct the re-registration process of the subscriber to a target LTE visited network . observing a registration process of a subscriber in an LTE Radio Access Technology, RAT, network within a visited network by intercepting registration messages between a network entity of the subscriber's home network and a network entity of the visited network ; and, in response to said observation; sending one or more messages to the network entity of the visited network to induce a re-registration attempt by the subscriber to a legacy RAT network within the visited network; and responsive to the NTR observing an induced re-registration attempt by the subscriber which attempts to register to the legacy RAT network, the NTR applying one or more legacy RAT network steering techniques to re-direct the re-registration process of the subscriber to a target LTE visited network .
Reinforcement implant for anchoring shafts of two prostheses which are arranged opposite each other on a long bone, in particular a femur , said reinforcement implant being of a generally elongate shaft-like shape and having a receiving sleeve at both ends for a respective anchoring shaft and, lying between said receiving sleeves , a disconnectable coupling piece for rigid connection, the receiving sleeves being configured as universal sockets for the anchoring shafts with different dimensions, characterized in that a plurality of fastening holes are arranged in rows on the receiving sleeves , and the fastening holes are arranged axially offset about the circumference, wherein the fastening holes are configured to receive fastening screws , and wherein the receiving bores interact with the fastening holes such that a polyaxial seat for the anchoring shafts is formed, preferably with an angle deviation of up to 10° to the axis of the receiving sleeve .
Nonwoven fabric machine , wherein a nonwoven fabric is formed by the suction of fibres to a screen surface and the fibres are also lifted off a fibre-guiding drum by means of a cutter , characterised in that the cutter is extended by a chute , via which the fibres are guided to a suction point after a cutter lift-off area, and the chute has in its course an angle of 130 - 180° relative to the transport direction of the screen surface at the suction point .
A silane-crosslinkable polymeric composition, comprising: a polyolefin having hydrolyzable silane groups; an acidic silanol condensation catalyst; and a phenolic antioxidant having at least one aromatic ester-containing moiety, wherein said phenolic antioxidant having at least one aromatic ester-containing moiety has the following structure: wherein R is an aromatic ester-containing moiety selected from benzoate, naphthalate, phenolate (i.e. a phenol containing ester group) and toluate, wherein X 1 through X 5 are individually selected from H, OH, or any aliphatic or aromatic radical which optionally may contain one or more heteroatoms, with the proviso that at least one of X 1 through X 5 is OH. a polyolefin having hydrolyzable silane groups; an acidic silanol condensation catalyst; and a phenolic antioxidant having at least one aromatic ester-containing moiety, wherein said phenolic antioxidant having at least one aromatic ester-containing moiety has the following structure: wherein R is an aromatic ester-containing moiety selected from benzoate, naphthalate, phenolate (i.e. a phenol containing ester group) and toluate, wherein X 1 through X 5 are individually selected from H, OH, or any aliphatic or aromatic radical which optionally may contain one or more heteroatoms, with the proviso that at least one of X 1 through X 5 is OH.
A composite comprising graphene, a metalloprotein and a conjugated porous organic polymer, wherein said conjugated porous organic polymer comprises a repeat unit derived from a monomer of formula (II): wherein A is an aromatic ring or ring system; Z 1 is alkynyl; Z 2 is alkynyl; ----- is a bond which may be present or absent; each Y is independently selected from alkynyl, halide, OH, OTf, CHO, COR, COOR, COOH, NH 2 , NHR, NR 2 , CONH, CONHR wherein R is C 1-8 alkyl, OH, phenol, halide, aryl or heteroaryl; and n is an integer between 1 and 4. A is an aromatic ring or ring system; Z 1 is alkynyl; Z 2 is alkynyl; ----- is a bond which may be present or absent; each Y is independently selected from alkynyl, halide, OH, OTf, CHO, COR, COOR, COOH, NH 2 , NHR, NR 2 , CONH, CONHR wherein R is C 1-8 alkyl, OH, phenol, halide, aryl or heteroaryl; and n is an integer between 1 and 4.
A composition comprising: 0.0001% to 90% (w/v) of pure silk fibroin-based protein fragments that are substantially devoid of sericin, 0.1% to 99%) (v/v) of an oil, and 99% to 0.1% (v/v) water; wherein the pH of the composition is in the range of 4 to 9, wherein the composition forms a stable emulsion, wherein the pure silk fibroin-based protein fragments have an average weight average molecular weight ranging from 5 kDa to 80 kDa, and wherein the pure silk fibroin-based protein fragments have a polydispersity of between 1.5 and 3.0. 0.0001% to 90% (w/v) of pure silk fibroin-based protein fragments that are substantially devoid of sericin, 0.1% to 99%) (v/v) of an oil, and 99% to 0.1% (v/v) water;
Installation frame for mounting a skylight window in a roof opening of a roof comprising a plurality of roof rafters , with a plurality of length-adjustable transverse framings and a plurality of longitudinal framings , which are provided and configured to jointly embrace an installation opening for the skylight window in an installation position, wherein the transverse framings each have a connecting element , which can be arranged between the roof rafters for fastening the longitudinal framings , and a supporting element , which is adjustable relative to the connecting element and projects beyond the connecting element for supporting the connecting element on the roof rafter , wherein the longitudinal framings can be fastened to the transverse framings without tools, characterised in that the connecting element and the supporting element are designed in such a way, that the adjustment of the supporting element relative to the connecting element is only possible before the arrangement of the respective transverse framing in the roof opening , so that after the arrangement of the transverse framings in the roof opening , the supporting element is fixed relative to the connecting element in at least one direction, in particular in the transverse direction of the supporting element.
A regulating valve for working hydraulics of a working machine for use in agriculture or construction, configured as a closed centre system, which amplifies a load pressure signal (p LS ) in a load signal line from one or more control devices by means of an increase in pressure from a pressure line , wherein the regulating valve has a load signal amplification valve unit which is configured as a directional regulating valve , wherein this has usable connections for the pressure line , for a first line section of the load signal line leading to an adjustment device of a variable displacement pump as well as for a return line and is controlled on one side via the load pressure (p LS38 ) of the first line section , and wherein the regulating valve has a preloading stage which engages on the end side via a preloading spring on a valve slide of the directional regulating valve and which is loaded with a load pressure (p LS48 ) of a second line section of the load signal line and controls the other side of the load signal amplification valve unit , wherein a piston of the regulating valve which is loaded with the load pressure (p LS48 ) of the second line section engages on the valve slide , characterized in that an actuating force is directly transmitted via a spring plate of the regulating valve onto the valve slide via the piston which is loaded by the load pressure (p LS48 ) of the second line section and a plunger rod extending therefrom, in that an end of the preloading spring abuts the spring plate which bears on an end face of the valve slide with an end side facing away from the preloading spring , and in that the plunger rod , which is surrounded by the preloading spring , extends from an end side of the piston facing the valve slide .
An atomic sensor system comprising: a magnetic field generator configured to generate a magnetic field along an axis; a probe laser configured to generate an optical probe beam (OPT PRB ); a laser controller configured to modulate a frequency of the optical probe beam at a modulation frequency and about a center frequency; a pump laser configured to generate an optical pump beam (OPT PMP ) along the axis; a sensor cell comprising an alkali metal vapor; beam optics configured to split the optical probe beam into a first portion (OPT RRB1 ) and a second portion (OPT PRB2 ) and to direct the first and second portions of the optical probe beam through the sensor cell, such that the second portion of the optical probe beam has at least a vector component along the axis; and detection optics comprising a photodetector assembly configured to measure a Faraday rotation associated with the first portion of the optical probe beam exiting the sensor cell to measure one of a rotation or a magnetic field, and a second photodetector assembly configured to measure a Faraday rotation associated with the second portion of the optical probe beam exiting the sensor cell, the Faraday rotation associated with the second optical probe beam being based on the modulation of the frequency of the optical probe beam, and to generate a feedback signal (FDBK) based on the Faraday rotation associated with the second portion of the optical probe beam exiting the sensor cell, the laser controller being further configured to stabilize the center frequency of the optical probe beam based on the feedback signal. a magnetic field generator configured to generate a magnetic field along an axis; a probe laser configured to generate an optical probe beam (OPT PRB ); a laser controller configured to modulate a frequency of the optical probe beam at a modulation frequency and about a center frequency; a pump laser configured to generate an optical pump beam (OPT PMP ) along the axis; a sensor cell comprising an alkali metal vapor; beam optics configured to split the optical probe beam into a first portion (OPT RRB1 ) and a second portion (OPT PRB2 ) and to direct the first and second portions of the optical probe beam through the sensor cell, such that the second portion of the optical probe beam has at least a vector component along the axis; and detection optics comprising a photodetector assembly configured to measure a Faraday rotation associated with the first portion of the optical probe beam exiting the sensor cell to measure one of a rotation or a magnetic field, and a second photodetector assembly configured to measure a Faraday rotation associated with the second portion of the optical probe beam exiting the sensor cell, the Faraday rotation associated with the second optical probe beam being based on the modulation of the frequency of the optical probe beam, and to generate a feedback signal (FDBK) based on the Faraday rotation associated with the second portion of the optical probe beam exiting the sensor cell, the laser controller being further configured to stabilize the center frequency of the optical probe beam based on the feedback signal.
A prosthetic heart valve comprising: a collapsible and expandable annular frame that is configured to be collapsed to a radially collapsed state for mounting on a delivery apparatus and expanded to a radially expanded state inside the body, the frame comprising a plurality of struts defining a plurality of cells; a collapsible and expandable valve member mounted within the annular frame , the valve member comprising a plurality of leaflets , each leaflet having a pair of opposing tab portions , each tab portion being paired to another tab portion of an adjacent leaflet to form a commissure of the valve member ; a plurality of leaflet clips , each leaflet clip extending over a pair of tab portions of a commissure and applying a compressive force against the tab portions such that the tab portions are held in a compressed state between the clip ; and a commissure securement portion associated with each commissure of the valve member and being sutured to the frame , each commissure securement portion comprising a first layer of material positioned radially outward of a clip of the corresponding commissure and a second layer of material positioned radially inward of the clip so as to hold the commissure in place relative to the frame . a collapsible and expandable annular frame that is configured to be collapsed to a radially collapsed state for mounting on a delivery apparatus and expanded to a radially expanded state inside the body, the frame comprising a plurality of struts defining a plurality of cells; a collapsible and expandable valve member mounted within the annular frame , the valve member comprising a plurality of leaflets , each leaflet having a pair of opposing tab portions , each tab portion being paired to another tab portion of an adjacent leaflet to form a commissure of the valve member ; a plurality of leaflet clips , each leaflet clip extending over a pair of tab portions of a commissure and applying a compressive force against the tab portions such that the tab portions are held in a compressed state between the clip ; and a commissure securement portion associated with each commissure of the valve member and being sutured to the frame , each commissure securement portion comprising a first layer of material positioned radially outward of a clip of the corresponding commissure and a second layer of material positioned radially inward of the clip so as to hold the commissure in place relative to the frame .