mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a dental preparation guide configured for validating the preparation of at least one tooth for a dental restoration, said method comprising: a: obtaining (101a, 1401a) a digital 3D representation of a pre-prepared set of teeth; b: virtually removing (101b, 1401b) said at least one tooth from the digital 3D representation of the pre-prepared set of teeth, such that a digital 3D representation of a remaining set of teeth (318, 418, 918, 1018, 1118) is formed; c: providing (102, 103, 1403) a virtual target dental restoration expressing a target shape of the dental restoration (832, 932); d: creating (104, 1404) a virtual validation surface (320, 420, 920) for the dental preparation guide based on the virtual target dental restoration, where the validation surface is such that the preparation of the tooth can be validated by the dental preparation guide; and e: creating (105, 1405) a virtual preparation guide surface (524, 624, 724, 1124) by combining the virtual validation surface (320, 420, 920) and at least part of the surface of the digital 3D representation of the remaining set of teeth (318, 418, 918, 1018, 1118). a: obtaining (101a, 1401a) a digital 3D representation of a pre-prepared set of teeth; b: virtually removing (101b, 1401b) said at least one tooth from the digital 3D representation of the pre-prepared set of teeth, such that a digital 3D representation of a remaining set of teeth (318, 418, 918, 1018, 1118) is formed; c: providing (102, 103, 1403) a virtual target dental restoration expressing a target shape of the dental restoration (832, 932); d: creating (104, 1404) a virtual validation surface (320, 420, 920) for the dental preparation guide based on the virtual target dental restoration, where the validation surface is such that the preparation of the tooth can be validated by the dental preparation guide; and e: creating (105, 1405) a virtual preparation guide surface (524, 624, 724, 1124) by combining the virtual validation surface (320, 420, 920) and at least part of the surface of the digital 3D representation of the remaining set of teeth (318, 418, 918, 1018, 1118).
A system comprising: a first multi-function probe comprising a first plurality of pressure sensing ports for sensing pressure of an oncoming airflow about an aircraft exterior, the first MFP having a first electronics channel and a second electronics channel; a first static pressure sensor configured to sense static pressure of the oncoming airflow about the aircraft exterior and electrically coupled with the first electronics channel of the first MFP to form a first air data system providing first aircraft air data parameter outputs; a second MFP comprising a second plurality of pressure sensing ports for sensing the pressure of the oncoming airflow about the aircraft exterior, the second MFP having a first electronics channel and a second electronics channel; and a second static pressure sensor configured to sense the static pressure of the oncoming airflow about the aircraft exterior and electrically coupled with the first electronics channel of the second MFP to form a second air data system providing second aircraft air data parameter outputs; wherein the second electronics channel of the first MFP is electrically coupled with the second electronics channel of the second MFP to form a third air data system providing third aircraft air data parameter outputs. a first multi-function probe comprising a first plurality of pressure sensing ports for sensing pressure of an oncoming airflow about an aircraft exterior, the first MFP having a first electronics channel and a second electronics channel; a first static pressure sensor configured to sense static pressure of the oncoming airflow about the aircraft exterior and electrically coupled with the first electronics channel of the first MFP to form a first air data system providing first aircraft air data parameter outputs; a second MFP comprising a second plurality of pressure sensing ports for sensing the pressure of the oncoming airflow about the aircraft exterior, the second MFP having a first electronics channel and a second electronics channel; and a second static pressure sensor configured to sense the static pressure of the oncoming airflow about the aircraft exterior and electrically coupled with the first electronics channel of the second MFP to form a second air data system providing second aircraft air data parameter outputs; wherein the second electronics channel of the first MFP is electrically coupled with the second electronics channel of the second MFP to form a third air data system providing third aircraft air data parameter outputs.
A light modulation device for generating modulated color component output signals adapted for use by a light projection device for modulating light projected thereby, the light modulation device comprising: a light modulator generating said color component output signals according to an intensity parameter equivalent to the brightness component of the HSB color model and a color parameter equivalent to the hue component of the HSB color model, characterized in that: the color parameter is controlled by a modulated color signal; and the light modulation device further comprises a color modulation generator for generating the modulated color signal, the color modulation generator being in communication with the light modulator for providing the modulated color signal thereto, said color modulation generator having: a main Low Frequency Oscillator generating an oscillating signal; and mixing means for mixing said oscillating signal of the main LFO with a base color signal C b, thereby providing said modulated color signal, the mixing means comprising a modulo summation element such that: C combined t = C b t + C lfo t modulo C range; wherein t represents time, C combined (t) is the modulated color signal, C b (t) is the base color signal, C lfo (t) is the oscillating signal and C range is a maximum authorized value for C b (t) and C lfo (t). a light modulator generating said color component output signals according to an intensity parameter equivalent to the brightness component of the HSB color model and a color parameter equivalent to the hue component of the HSB color model, the color parameter is controlled by a modulated color signal; and the light modulation device further comprises a color modulation generator for generating the modulated color signal, the color modulation generator being in communication with the light modulator for providing the modulated color signal thereto, said color modulation generator having: a main Low Frequency Oscillator generating an oscillating signal; and mixing means for mixing said oscillating signal of the main LFO with a base color signal C b, thereby providing said modulated color signal, the mixing means comprising a modulo summation element such that: C combined t = C b t + C lfo t modulo C range; wherein t represents time, C combined (t) is the modulated color signal, C b (t) is the base color signal, C lfo (t) is the oscillating signal and C range is a maximum authorized value for C b (t) and C lfo (t). a main Low Frequency Oscillator generating an oscillating signal; and mixing means for mixing said oscillating signal of the main LFO with a base color signal C b, thereby providing said modulated color signal, the mixing means comprising a modulo summation element such that: C combined t = C b t + C lfo t modulo C range; wherein t represents time, C combined (t) is the modulated color signal, C b (t) is the base color signal, C lfo (t) is the oscillating signal and C range is a maximum authorized value for C b (t) and C lfo (t).
A tibial component comprising: a tibial tray having a superior side and an inferior side; and a support member connected to the inferior side of the tibial tray, the support member having a stem portion, the stem portion including one or more fins and a first arm angled relative to a second arm, wherein the one or more fins are sized differently than the first arm and the second arm, characterized in that the first arm and the second arm are shorter than the one or more fins as measured along a longitudinal axis of the stem portion. a tibial tray having a superior side and an inferior side; and a support member connected to the inferior side of the tibial tray, the support member having a stem portion, the stem portion including one or more fins and a first arm angled relative to a second arm, wherein the one or more fins are sized differently than the first arm and the second arm, characterized in that the first arm and the second arm are shorter than the one or more fins as measured along a longitudinal axis of the stem portion.
A vehicle panel comprising: - a main body portion including a first layer and a second layer, the first layer being formed of a substantially rigid material and having a first surface, a second surface and an edge, the second layer being coupled to the second surface of the first layer and formed of a substantially flexible material; - a structural member provided on the first surface of the first layer, the structural member having a free end; - a flap integrally formed with the main body portion at the edge, the flap comprising the second layer; and - a hinge separating the flap from the main body portion; wherein the flap is folded back about the hinge towards the first surface of the first layer to substantially conceal the edge; characterised in that - the structural member is in the form of a trim ring; - the flap further comprises the first layer, such that the first layer of the flap abuts the trim ring; and - the hinge is defined by at least a portion of the first layer having a reduced thickness. - a main body portion including a first layer and a second layer, the first layer being formed of a substantially rigid material and having a first surface, a second surface and an edge, the second layer being coupled to the second surface of the first layer and formed of a substantially flexible material; - a structural member provided on the first surface of the first layer, the structural member having a free end; - a flap integrally formed with the main body portion at the edge, the flap comprising the second layer; and - a hinge separating the flap from the main body portion; wherein the flap is folded back about the hinge towards the first surface of the first layer to substantially conceal the edge; - the structural member is in the form of a trim ring; - the flap further comprises the first layer, such that the first layer of the flap abuts the trim ring; and - the hinge is defined by at least a portion of the first layer having a reduced thickness.
Apparatus for diagnosis by magnetic resonance configured to generate a uniform magnetic field in a field of view, wherein the apparatus has a main longitudinal axis and comprises two external arrangements of Halbach ring magnets positioned symmetrically with respect to the center of the longitudinal axis and a plurality of internal arrangements of Halbach ring magnets integrally coupled to a support structure formed by collars and rings, placed in pairs symmetrically with respect to the center of the longitudinal axis, the internal and external arrangements being positioned at different positions along the main longitudinal axis of the apparatus so that the two external arrangements are at the two end positions of the apparatus, the magnets of the external and internal arrangements (1,2) being identical to each other and having a right prism shape with a N sides regular polygon base, whereby the right prism has a longitudinal axis and N side faces parallel to said longitudinal axis, wherein each magnet is configured to generate a magnetic field directed orthogonally to the center of one of its N side faces, each of the external and internal arrangements (1,2) of Halbach ring magnets comprises a number P of elements arranged such that their longitudinal axes are positioned on a circumference centered on the main longitudinal axis of the apparatus each one with an angular position α i and such that the longitudinal axes of two adjacent magnets have a mutual angular distance equal to 360° /N, and such that the magnetic fields of two adjacent magnets are oriented in directions forming an angle equal to 720° /N between themselves, wherein the longitudinal axes of the magnets of each external arrangement are positioned on a circumference having a radius rest and the longitudinal axes of the magnets of each internal arrangement are positioned on a circumference having a radius nnt, whereby the field of view has a shape of a sphere centered at the geometric center of the plurality of the internal arrangements of Halbach ring magnets, at least one of two external arrangements of Halbach ring magnets being provided with an opening configured to allow access to the field of view from outside, characterized in that the radius nnt is greater than the radius r est, i.e. nnt> r est, wherein the longitudinal axis of each magnet of an internal arrangement is positioned at an angular position α i equidistant between the angular positions of the two closest magnets of each of the two arrangements adjacent to that to which belongs the magnet under consideration.
A pellicle comprising a pellicle frame (12, 24), a pellicle film and an adhesive for bonding said pellicle film on said pellicle frame, wherein the adhesive is a silicone compound characterized in that said adhesive exhibits results of total mass loss, TML, being 1.0 % or lower and collected volatile condensable materials, CVCM, being 0.1 % or lower when tested in accordance with a method specified by ASTM E595-93.
A grip device for locking metallic bodies destined for machining by means of machine tools, comprising at least one accommodation body for the bottom of a cylindrical container, said at least one accommodation body being supported by a movable table that can move with respect to a supporting frame, said accommodation body accommodating an annular membrane that has at least one portion that can be deformed in a radial direction, said annular membrane being associated, on opposite sides with respect to said at least one deformable portion, with a respective presser body (5a, 5b), actuation means being provided which are adapted to move said presser bodies (5a, 5b) on command mutually closer and apart in order to cause the transition of said annular membrane between a locking position and a release position of a respective cylindrical container and vice versa, characterized in that said actuation means comprise mechanical means for kinematic transmission which are operated to move said presser bodies (5a, 5b) mutually closer and apart as a consequence of the relative movement of said movable table with respect to said supporting frame, said mechanical means for kinematic connection comprising a slider body which is associated with a respective accommodation body which is integral with said movable table, said slider body being movable, following the relative movement of said movable table with respect to said supporting frame, along a direction of motion which is substantially perpendicular to the longitudinal axis of said accommodation body, said slider body supporting a pusher ring which can move, as a consequence of the movement of said slider body along the respective movement direction, along an actuation direction that is substantially parallel to said longitudinal axis.
A display device comprising a pixel portion, the pixel portion comprising: a scanning line formed over a substrate; a first insulating film directly on the scanning line; a semiconductor film formed over the scanning line and the first insulating film, wherein the semiconductor film includes a source region, a drain region, a channel forming region, and a lower electrode; a second insulating film directly on the semiconductor film; a gate electrode formed directly on the second insulating film over the channel forming region; an upper electrode formed directly on the second insulating film over the lower electrode, wherein the gate electrode and the upper electrode are formed from the same conductive film; a third insulating film over the gate electrode and the upper electrode; a signal line formed directly on the third insulating film; and a storage capacitor being composed of the upper electrode and the lower electrode, wherein the lower electrode has a first portion in parallel with and overlapped with the signal line, and has a second portion in parallel with and overlapping the scanning line, and wherein the upper electrode has a third portion in parallel with and overlapped with the signal line, and has a fourth portion in parallel with and overlapping the scanning line, wherein the source region, the drain region and the channel forming region overlap the scanning line. a scanning line formed over a substrate; a first insulating film directly on the scanning line; a semiconductor film formed over the scanning line and the first insulating film, wherein the semiconductor film includes a source region, a drain region, a channel forming region, and a lower electrode; a second insulating film directly on the semiconductor film; a gate electrode formed directly on the second insulating film over the channel forming region; an upper electrode formed directly on the second insulating film over the lower electrode, wherein the gate electrode and the upper electrode are formed from the same conductive film; a third insulating film over the gate electrode and the upper electrode; a signal line formed directly on the third insulating film; and a storage capacitor being composed of the upper electrode and the lower electrode,
Luminaire assembly for a high-voltage-proof LED luminaire, comprising: - a support element designed to be connected to a luminaire housing of the LED luminaire and to be at the same potential as the luminaire housing; - a system assembly comprising an electrical operating device and an LED module; - at least one insulating element arranged between the system assembly and the support element; wherein the system assembly is spaced apart from the support element by a clearance; characterized in that the LED module and the support element lie in one plane. - a support element designed to be connected to a luminaire housing of the LED luminaire and to be at the same potential as the luminaire housing; - a system assembly comprising an electrical operating device and an LED module; - at least one insulating element arranged between the system assembly and the support element;
Compound of formula in which the following applies to the functional groups R 1, R 2, R 3, R 6, X and indices m, n, p, simultaneously or independently of one another: R 1, R 2 = alkyl, simultaneously or independently of one another, R 3 = alkyl, aryl, -O-aryl, -O-alkylaryl or -O-arylalkyl, R 6 = hydrogen, alkyl or -NHC NR 1 R 2, X = oxygen or sulfur, m = 1, 2 or 3, n = 0, 1 or 2, where: m + n = 3 p = 0, 1 or 2. R 1, R 2 = alkyl, simultaneously or independently of one another, R 3 = alkyl, aryl, -O-aryl, -O-alkylaryl or -O-arylalkyl, R 6 = hydrogen, alkyl or -NHC NR 1 R 2, X = oxygen or sulfur, m = 1, 2 or 3, n = 0, 1 or 2, where: m + n = 3 p = 0, 1 or 2.
A fixing rotating member comprising: a substrate comprising: a resin; an electro-conductive layer on the substrate; and a resinous layer on a surface of the electro-conductive layer, the surface being opposed to a side of the electro-conductive layer facing the substrate, the electro-conductive layer extending in a circumferential direction of an outer peripheral surface of the substrate, the electro-conductive layer having, in a thickness direction thereof, a through-hole, wherein at least a part of the through-hole is penetrated by a resin that constitutes at least a part of the resinous layer, characterised by the electro-conductive layer comprising: silver. a substrate comprising: a resin; an electro-conductive layer on the substrate; and a resinous layer on a surface of the electro-conductive layer, the surface being opposed to a side of the electro-conductive layer facing the substrate, the electro-conductive layer extending in a circumferential direction of an outer peripheral surface of the substrate, the electro-conductive layer having, in a thickness direction thereof, a through-hole, wherein at least a part of the through-hole is penetrated by a resin that constitutes at least a part of the resinous layer, characterised by the electro-conductive layer comprising: silver.
Method for manufacturing a three-dimensional object layer by layer by applying and selectively solidifying a constituent material in powder form layer by layer by supply of energy, comprising the steps: applying a layer (32, 33) of the powdery constituent material having a pre-determined height (h) onto a support or a previously at least selectively solidified layer of the constituent material and supplying energy from an energy source into the applied layer at positions corresponding to a cross sectional area of the object to be manufactured for selectively solidifying the constituent material in powder form, wherein the step of applying the layer having the pre-determined height (h) is subdivided into a step of applying a first partial powder layer having a first height which is smaller than the pre-determined height (h), and a step of applying at least a second partial powder layer having a second height which is smaller than the pre-determined height (h) onto the first partial powder layer, wherein the total height (h1+h2+...) of the applied partial powder layers (32, 33,...) corresponds to the pre-determined height (h), and between the step of applying the first partial powder layer and the step of applying the second and possibly further partial powder layers, the powder layer applied last is heated, characterized in that between the step of applying the first partial powder layer and the step of applying the second and possibly further partial powder layers, at least in a peripheral region of the object to be manufactured, no supply of energy for selectively solidifying the constituent material is effected. applying a layer (32, 33) of the powdery constituent material having a pre-determined height (h) onto a support or a previously at least selectively solidified layer of the constituent material and supplying energy from an energy source into the applied layer at positions corresponding to a cross sectional area of the object to be manufactured for selectively solidifying the constituent material in powder form, wherein the step of applying the layer having the pre-determined height (h) is subdivided into a step of applying a first partial powder layer having a first height which is smaller than the pre-determined height (h), and a step of applying at least a second partial powder layer having a second height which is smaller than the pre-determined height (h) onto the first partial powder layer, wherein the total height (h1+h2+...) of the applied partial powder layers (32, 33,...) corresponds to the pre-determined height (h), and between the step of applying the first partial powder layer and the step of applying the second and possibly further partial powder layers, the powder layer applied last is heated, characterized in that between the step of applying the first partial powder layer and the step of applying the second and possibly further partial powder layers, at least in a peripheral region of the object to be manufactured, no supply of energy for selectively solidifying the constituent material is effected.