mhurhangee/ep-ind-claims huggingface dataset:
A drill guide system configured for positioning and aligning a hole drilled by a drill in a bone comprising: a drill guide (10, 110) and a plate (23, 123, 223) having at least one recess (24, 124) in a fastener hole (19, 119, 219) which defines a longitudinal axis for a fastener, the drill guide having a drill guide body and a first end and a second end with a cannula therethrough, the second end of the drill guide body including an aligning tip (14, 114) which has from two to eight ridge-like projections (22, 122) that extend in the direction of the longitudinal axis, and the hole having a complex or non-circular cross-section, wherein the drill guide has an interface forming a key fit with the plate, wherein the key-fit is a sliding relationship in the longitudinal direction and a radial locking relationship, wherein the key fit includes a mating interface between the drill guide tip and the recesses in the fastener hole, wherein corresponding female shaped recesses (24, 124) in the fastener hole form a mating interface with the ridge-like projections to define an angle of the cannula of the drill guide. a drill guide (10, 110) and a plate (23, 123, 223) having at least one recess (24, 124) in a fastener hole (19, 119, 219) which defines a longitudinal axis for a fastener, the drill guide having a drill guide body and a first end and a second end with a cannula therethrough, the second end of the drill guide body including an aligning tip (14, 114) which has from two to eight ridge-like projections (22, 122) that extend in the direction of the longitudinal axis, and the hole having a complex or non-circular cross-section, wherein the drill guide has an interface forming a key fit with the plate, wherein the key-fit is a sliding relationship in the longitudinal direction and a radial locking relationship, wherein the key fit includes a mating interface between the drill guide tip and the recesses in the fastener hole, wherein corresponding female shaped recesses (24, 124) in the fastener hole form a mating interface with the ridge-like projections to define an angle of the cannula of the drill guide.
A computer implemented method of designing a dental restoration or an orthodontic appliance for a patient, wherein the method comprises: - obtaining a 3D representation of the patient's upper jaw; - obtaining a 3D representation of the patient's lower jaw; - obtaining a consecutive sequence of at least a first 3D representation of a first bite configuration of the patient's jaws in a first occlusion and a second 3D representation of a second bite configuration of the patient's jaws in a second occlusion different from the first occlusion by recording an occlusal contact movement of the patient using an intra-oral scanner; - digitally obtaining an alignment sequence of the upper jaw and lower jaw by aligning the 3D representations of the upper jaw and the lower jaw in the consecutive sequence by using the respective 3D representations of bite registrations corresponding to the respective first and second 3D representations of the first and second bite configuration; - digitally determining the occlusal contact movement of the patient's jaws relative to each other in their respective alignment from the alignment sequence; and - digitally designing the dental restoration or an orthodontic appliance based on the occlusal contact movement of the patient's jaw relative to each other, wherein the occlusal contact motion is played in the order it was determined. - obtaining a 3D representation of the patient's upper jaw; - obtaining a 3D representation of the patient's lower jaw; - obtaining a consecutive sequence of at least a first 3D representation of a first bite configuration of the patient's jaws in a first occlusion and a second 3D representation of a second bite configuration of the patient's jaws in a second occlusion different from the first occlusion by recording an occlusal contact movement of the patient using an intra-oral scanner; - digitally obtaining an alignment sequence of the upper jaw and lower jaw by aligning the 3D representations of the upper jaw and the lower jaw in the consecutive sequence by using the respective 3D representations of bite registrations corresponding to the respective first and second 3D representations of the first and second bite configuration; - digitally determining the occlusal contact movement of the patient's jaws relative to each other in their respective alignment from the alignment sequence; and - digitally designing the dental restoration or an orthodontic appliance based on the occlusal contact movement of the patient's jaw relative to each other, wherein the occlusal contact motion is played in the order it was determined.
A fusion system for constructing tracks of a ground target from radar and optical detections, comprising: a radar channel including: at least one Ground Moving Target Indicator, GMTI, radar providing GMTI detections in the form of GMTI plots; a GMTI tracker arranged downstream of said at least one GMTI radar, and configured for constructing GMTI tracks of the ground target from the GMTI plots provided by said at least one GMTI radar; and a Smooth Radar Plots, SRPs, generator arranged downstream of the GMTI tracker and configured for sequentially in time producing smooth radar plots in the form of locations of ground target on the GMTI tracks and corresponding location errors; an optical channel including: at least one electro optical, EO, sensor sequentially in time providing EO detections in the form of coordinates of the ground target; and a combiner tracker configured for sequentially in time combining data streams of the radar channel generated by the SRPs generator with data streams of EO detections of the optical channel provided by said at least one EO sensor, and producing fused tracks of the ground target. a radar channel including: at least one Ground Moving Target Indicator, GMTI, radar providing GMTI detections in the form of GMTI plots; a GMTI tracker arranged downstream of said at least one GMTI radar, and configured for constructing GMTI tracks of the ground target from the GMTI plots provided by said at least one GMTI radar; and a Smooth Radar Plots, SRPs, generator arranged downstream of the GMTI tracker and configured for sequentially in time producing smooth radar plots in the form of locations of ground target on the GMTI tracks and corresponding location errors; at least one Ground Moving Target Indicator, GMTI, radar providing GMTI detections in the form of GMTI plots; a GMTI tracker arranged downstream of said at least one GMTI radar, and configured for constructing GMTI tracks of the ground target from the GMTI plots provided by said at least one GMTI radar; and a Smooth Radar Plots, SRPs, generator arranged downstream of the GMTI tracker and configured for sequentially in time producing smooth radar plots in the form of locations of ground target on the GMTI tracks and corresponding location errors; an optical channel including: at least one electro optical, EO, sensor sequentially in time providing EO detections in the form of coordinates of the ground target; and a combiner tracker configured for sequentially in time combining data streams of the radar channel generated by the SRPs generator with data streams of EO detections of the optical channel provided by said at least one EO sensor, and producing fused tracks of the ground target.
A fitting for a sliding sash as a sash of a window or a door, having lower carriages movable on a running rail (1a; 44) fastenable on the frame and upper sliding elements displaceable in a slide rail (1b; 41) fastenable on the frame, - a handle element, which exclusively has two switch positions (I, II), one for the locking of the sash in its closed position and one for its unlocking into the parallel detached position of the sash, from which detached position it is then laterally displaceable; - wherein the sash is movable from a closed position in the frame rebate (space) directly into the detached position and/or back into its closed position; - and the sash is connected to the carriages via lower extension scissors mechanisms, wherein each extension scissors mechanism consists of an extension arm linked on the carriage and a connecting rod articulated thereto, - drive rods, which can be mounted in the sash rebate (space) and are displaceable by the handle element, are provided for locking and unlocking the sash, - the sash is connected to the sliding elements via upper extension scissors mechanisms or the sash is connected to one sliding element via an upper extension scissors mechanism and to a further sliding element via a linked extension arm, wherein each extension scissors mechanism consists of an extension arm linked on the sliding element and a connecting rod or control arm articulated thereto. - a handle element, which exclusively has two switch positions (I, II), one for the locking of the sash in its closed position and one for its unlocking into the parallel detached position of the sash, from which detached position it is then laterally displaceable; - wherein the sash is movable from a closed position in the frame rebate (space) directly into the detached position and/or back into its closed position; - and the sash is connected to the carriages via lower extension scissors mechanisms, wherein each extension scissors mechanism consists of an extension arm linked on the carriage and a connecting rod articulated thereto, - drive rods, which can be mounted in the sash rebate (space) and are displaceable by the handle element, are provided for locking and unlocking the sash, - the sash is connected to the sliding elements via upper extension scissors mechanisms or the sash is connected to one sliding element via an upper extension scissors mechanism and to a further sliding element via a linked extension arm, wherein each extension scissors mechanism consists of an extension arm linked on the sliding element and a connecting rod or control arm articulated thereto.
A method to align electrophotographic printing engines (210; 212; 214) in a print assembly that is capable of printing on a receiver to form one or more final prints including corrections for cross-track misregistration comprising: aligning two or more printing engines in an x and y direction; and aligning a first printing engine to a second printing engine in a cross track direction (z direction), characterized in that aligning in the cross track direction is based on a cross track (z direction) position of the receiver as measured by the second engine and the alignment is achieved through the use of positionable pins and/or holes in the separate printing engines (210; 212; 214). aligning two or more printing engines in an x and y direction; and aligning a first printing engine to a second printing engine in a cross track direction (z direction), characterized in that aligning in the cross track direction is based on a cross track (z direction) position of the receiver as measured by the second engine and the alignment is achieved through the use of positionable pins and/or holes in the separate printing engines (210; 212; 214).
A one-piece collar made of flexible plastics material and intended to be worn by a person or a pet, said plastics material being capable of containing an active material, the collar comprising: a tightening structure consisting of a buckle located substantially on the proximal part of said collar, the buckle having a hollow interior that defines a tunnel delimited by a top on the upper part thereof and by a bottom on the lower part thereof, said tunnel being capable of receiving, longitudinally and by threading, a strap which forms a distal part of the collar, the strap, the inner face of which intended to be in contact with the bottom of the buckle, having a plurality of indentations which pass through it transversely from side to side, the collar comprising: on the one hand a first projecting structure formed longitudinally on the top of the buckle, on the other hand, a second projecting structure formed transversely to the center of the bottom of the buckle, the first and second projecting structures (21, 22a) facing one another without touching, and a space (y) between the first projecting structure and the bottom is intended for having the strap pass therethrough such that, when the strap is threaded inside the buckle and in order for the collar as a whole to be tightened, the first projecting structure abuts a top face of said strap so as to exert a local holding pressure thereon, and in that the second projecting structure engages with an indentation in the underside of said strap.
A station, in particular, a filling station, of a bag-filling system for filling with bulk material, having a positioning device for the positioning of a bottom section of a bag section of a film web, wherein during the transport of the bag section into the station, in particular filling station, by a gripping device this bag section upon reaching the station, in particular filling station, is slowed down at its top end by the gripping device, characterized in that the positioning device has a first positioning element and a second positioning element, wherein the two positioning elements (22, 24) are fastened via fastening interfaces on a frame of the station, in particular of the filling station, and wherein the two positioning elements (22, 24) in each case have at least one positioning section (22a, 24a), which extends transversely to the transport direction of the bag section through the station, in particular the filling station, and are arranged within the station, in particular within a filling funnel of the filling station, wherein the two positioning sections (22a, 24a) have a passage distance from each other transversely to the transport direction of the bag section, which is designed to be smaller than a width of the bag section transversely to the transport direction.
An integrated energy storage component comprising: a substrate; a contoured layer supported by the substrate and comprising a region having a contoured surface, the contoured surface of said region being constituted by: elongated pores extending towards the substrate from the surface of the contoured layer remote from the substrate, or elongated columns extending away from the substrate towards the surface of the contoured layer remote from the substrate; a first M layer extending conformally over the contoured surface of said region, the first M layer being conductive of electrons; a first oxide layer extending conformally over the contoured surface of said region, on the first M layer, said oxide layer having therein ions which are mobile upon application of a potential difference across the first oxide layer; an I layer extending conformally over the contoured surface of said region, on the first oxide layer, said I layer being an electronic-insulator layer made of an ionic conductor; and a second M layer formed on the I layer, the second M layer being conductive of electrons and extending conformally over the contoured surface of said region; wherein the first M layer, first oxide layer, I layer and second M layer constitute an MOIM structure; and the first oxide layer is made of one or more materials selected in the group consisting of TiO 2, TiO x, TiO x N y, RuO 2, RuO x NbO x, VO x, WO x, CoO x, or M x Li y P z O t N u, where M is a metal or semiconductor element, Li is lithium, P is phosphorus, O is oxygen, N is nitrogen, 0 < x ≤ 3, 0 < y ≤ 4, 0 ≤ z ≤ 1, 0 < t ≤ 5, and 0 ≤ u ≤ 1. a substrate; a contoured layer supported by the substrate and comprising a region having a contoured surface, the contoured surface of said region being constituted by: elongated pores extending towards the substrate from the surface of the contoured layer remote from the substrate, or elongated columns extending away from the substrate towards the surface of the contoured layer remote from the substrate; a first M layer extending conformally over the contoured surface of said region, the first M layer being conductive of electrons; a first oxide layer extending conformally over the contoured surface of said region, on the first M layer, said oxide layer having therein ions which are mobile upon application of a potential difference across the first oxide layer; an I layer extending conformally over the contoured surface of said region, on the first oxide layer, said I layer being an electronic-insulator layer made of an ionic conductor; and a second M layer formed on the I layer, the second M layer being conductive of electrons and extending conformally over the contoured surface of said region; wherein the first M layer, first oxide layer, I layer and second M layer constitute an MOIM structure; and the first oxide layer is made of one or more materials selected in the group consisting of TiO 2, TiO x, TiO x N y, RuO 2, RuO x NbO x, VO x, WO x, CoO x, or M x Li y P z O t N u, where M is a metal or semiconductor element, Li is lithium, P is phosphorus, O is oxygen, N is nitrogen, 0 < x ≤ 3, 0 < y ≤ 4, 0 ≤ z ≤ 1, 0 < t ≤ 5, and 0 ≤ u ≤ 1.
Protective switching device, in particular residual-current circuit breaker, having a power supply, wherein the power supply has a rectifier circuit having alternating current power supply inputs, which are connected with at least one first connecting clamp and one second connecting clamp of the protective switching device, wherein the power supply has at least one first and one second direct current power supply output (7, 8), which are connected with a mains voltage-dependent trigger circuit of the protective switching device, wherein at a first direct current output of the rectifier circuit is connected the gate of at least one first self-conducting field-effect transistor, wherein at a second direct current output of the rectifier circuit is connected the drain of the first field-effect transistor, wherein the source of the first field-effect transistor is connected via a first capacitor with the first direct current output of the rectifier circuit, wherein the first direct current output of the rectifier circuit is connected with the first direct current power supply output, and wherein the source of the first field-effect transistor is connected with the second direct current power supply output, characterised in that the power supply has a second self-conducting field-effect transistor, that the source of the second field-effect transistor is connected via a second capacitor with the first direct current output of the rectifier circuit, that the drain of the second field-effect transistor is connected with the second direct current output of the rectifier circuit, that the gate of the second field-effect transistor is connected with the source of the first field-effect transistor, and that the source of the second field-effect transistor is connected with a third direct current power supply output of the power supply.
A composite fan case of a gas turbine engine comprising: a composite fan case body having a radially outer surface; and at least one bolt attachment attached to said radially outer surface of said fan case body, said bolt attachment including an internal composite boss having a plurality of metallic inserts, each metallic insert having a hole formed with threads to receive a threaded insert to provide an internally threaded opening, and said boss being attached to said radially outer surface of said body with a radially inner combination of at least one fiber reinforced ply and adhesive, wherein a radially outer combination of adhesive and fiber reinforced plies is applied to a radially outer surface of said boss, and wherein said at least one bolt attachment is configured to receive threaded fasteners to attach an accessory to the bolt attachment. a composite fan case body having a radially outer surface; and at least one bolt attachment attached to said radially outer surface of said fan case body, said bolt attachment including an internal composite boss having a plurality of metallic inserts, each metallic insert having a hole formed with threads to receive a threaded insert to provide an internally threaded opening, and said boss being attached to said radially outer surface of said body with a radially inner combination of at least one fiber reinforced ply and adhesive, wherein a radially outer combination of adhesive and fiber reinforced plies is applied to a radially outer surface of said boss, and wherein said at least one bolt attachment is configured to receive threaded fasteners to attach an accessory to the bolt attachment.
A method for diagnosing renal cell carcinoma comprising the steps of: (i) determining an expression profile of a set comprising at least two miRNAs representative for renal cell carcinoma in a blood cell sample from a subject, and (ii) comparing said expression profile to a reference, wherein the comparison of said expression profile to said reference allows for the diagnosis of renal cell carcinoma, wherein the nucleotide sequences of the miRNAs comprised in the set are selected from the group consisting of SEQ ID NO: 1 to 357 and wherein the nucleotide sequence of a first of said at least two miRNAs is SEQ ID NO:1 and wherein said first miRNA with SEQ ID NO: 1 is down-regulated in renal cell carcinoma when compared to healthy controls. (i) determining an expression profile of a set comprising at least two miRNAs representative for renal cell carcinoma in a blood cell sample from a subject, and (ii) comparing said expression profile to a reference, wherein the comparison of said expression profile to said reference allows for the diagnosis of renal cell carcinoma,
A process for the preparation of free flowing granules of low hygroscopicity of one or more methylglycine diacetic acid (MGDA) salts, of the formula wherein R = CH3 and M is hydrogen, alkali metal, alkaline earth metal, ammonium or substituted ammonium in the appropriate stoechiometric amounts, and wherein the granules are of low hygroscopicity if, on open storage under normal ambient conditions of 20°C and a relative humidity of 65%, the granules retain their consistency as flowable granules over a period of at least one week, the process comprising the steps of i) heating a concentrated slurry comprising methylglycine diacetic acid (MGDA) and/or any salts thereof, the slurry having a solids content in the range of 45% to 70% and a moisture content of 30% up to 55%, to a temperature in the range of 50 to 120°C, and ii) spray granulating said slurry, using an air inlet temperature of 120°C or less. i) heating a concentrated slurry comprising methylglycine diacetic acid (MGDA) and/or any salts thereof, the slurry having a solids content in the range of 45% to 70% and a moisture content of 30% up to 55%, to a temperature in the range of 50 to 120°C, and ii) spray granulating said slurry, using an air inlet temperature of 120°C or less.
A magnetic screw device for use in a spine with an abnormal curvature of a subject, the device comprising a bone screw and one or more magnets attached thereto, wherein: the bone screw comprises a stem and a housing assembly, wherein the housing assembly 150 comprises an outer shell and an inner shell, and the inner shell is fit within the outer shell; the stem comprises at least one thread and a connector to articulate with the inner shell of the housing assembly such that the stem can rotate and angulate relative to the housing assembly; the housing assembly further comprises a set screw to lock the stem at a set rotation and angulation relative to the housing assembly; and the one or more magnets are attached to the set screw of the housing assembly. the bone screw comprises a stem and a housing assembly, wherein the housing assembly 150 comprises an outer shell and an inner shell, and the inner shell is fit within the outer shell; the stem comprises at least one thread and a connector to articulate with the inner shell of the housing assembly such that the stem can rotate and angulate relative to the housing assembly; the housing assembly further comprises a set screw to lock the stem at a set rotation and angulation relative to the housing assembly; and the one or more magnets are attached to the set screw of the housing assembly.