mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a component (W), comprising: additively manufacturing the component (W) of a metal material; and additively manufacturing a core at least partially within the component (W); the method characterised by further comprising: at least partially encasing the additively manufactured component (W) and additively manufactured core within a shell ; melting the additively manufactured component (W); directionally solidifying the metal material of the additively manufactured component (W) to form a metal single crystal material component (W); and removing the shell and the additively manufactured core to reveal a metal single crystal component (W) with internal passageways . additively manufacturing the component (W) of a metal material; and additively manufacturing a core at least partially within the component (W); the method characterised by further comprising: at least partially encasing the additively manufactured component (W) and additively manufactured core within a shell ; melting the additively manufactured component (W); directionally solidifying the metal material of the additively manufactured component (W) to form a metal single crystal material component (W); and removing the shell and the additively manufactured core to reveal a metal single crystal component (W) with internal passageways . at least partially encasing the additively manufactured component (W) and additively manufactured core within a shell ; melting the additively manufactured component (W); directionally solidifying the metal material of the additively manufactured component (W) to form a metal single crystal material component (W); and removing the shell and the additively manufactured core to reveal a metal single crystal component (W) with internal passageways .
A method, performed by an access apparatus, for connecting a user device to a network, wherein the access apparatus has a first Internet Protocol, IP, address and a second IP address, the first IP address is an IP address obtained by the access apparatus from a fixed broadband network, the first IP address corresponds to an interface of a fixed broadband network link, the second IP address is an IP address obtained by the access apparatus from a mobile broadband network, and the second IP address corresponds to an interface of a radio link; and the method comprises: receiving , by the access apparatus, a first packet from a user device, wherein a source IP address of the first packet is an IP address of the user device; obtaining , by the access apparatus, a translated IP address according to a service type of the first packet, wherein the translated IP address is one of the first IP address and the second IP address; obtaining , by the access apparatus, a second packet by replacing the source IP address of the first packet with the translated IP address; and sending , by the access apparatus, the second packet to the interface of a link corresponding to the translated IP address. receiving , by the access apparatus, a first packet from a user device, wherein a source IP address of the first packet is an IP address of the user device; obtaining , by the access apparatus, a translated IP address according to a service type of the first packet, wherein the translated IP address is one of the first IP address and the second IP address; obtaining , by the access apparatus, a second packet by replacing the source IP address of the first packet with the translated IP address; and sending , by the access apparatus, the second packet to the interface of a link corresponding to the translated IP address.
An oral care evaluation system comprising: a light source configured to emit a spectrum of light which induces fluorescence in an organic compound, the light source illuminating soft oral tissue within an oral cavity; an image sensor receiving light generated by fluorescence of the organic compound on the soft oral tissue, the image sensor generating image data for an image of the soft oral tissue, the image comprising a plurality of pixels; and an image processor receiving the image data from the image sensor and programmed to evaluate oral hygiene of the soft oral tissue by assessing an attribute of each pixel in the image; wherein the system further comprises a display screen communicably coupled to the image processor, wherein the image processor is programmed to display the image of the soft oral tissue on the display screen ; wherein the image processor is programmed to display a hygiene grade on the display screen, the hygiene grade resulting from the evaluation of oral hygiene; wherein while assessing the attributes of the pixels, the image processor is programmed to assign one of a plurality of attribute values to each pixel and to count a number of pixels associated with each of the plurality of attribute values, wherein the image processor is further programmed to evaluate oral hygiene based upon a numerical distribution of counted pixels versus the attribute values. a light source configured to emit a spectrum of light which induces fluorescence in an organic compound, the light source illuminating soft oral tissue within an oral cavity; an image sensor receiving light generated by fluorescence of the organic compound on the soft oral tissue, the image sensor generating image data for an image of the soft oral tissue, the image comprising a plurality of pixels; and an image processor receiving the image data from the image sensor and programmed to evaluate oral hygiene of the soft oral tissue by assessing an attribute of each pixel in the image; wherein the system further comprises a display screen communicably coupled to the image processor, wherein the image processor is programmed to display the image of the soft oral tissue on the display screen ; wherein the image processor is programmed to display a hygiene grade on the display screen, the hygiene grade resulting from the evaluation of oral hygiene; wherein while assessing the attributes of the pixels, the image processor is programmed to assign one of a plurality of attribute values to each pixel and to count a number of pixels associated with each of the plurality of attribute values, wherein the image processor is further programmed to evaluate oral hygiene based upon a numerical distribution of counted pixels versus the attribute values.
A sealing disc for sealing an inner compartment in a packaging container, said sealing disc comprising a top member and a bottom member , said top member having a top member peripheral edge and said bottom member having a bottom member peripheral edge , said top member being joined to said bottom member in a border seal arranged along said top member peripheral edge and said bottom member peripheral edge , said sealing disc comprising a tear-away area being delimited by a contour line arranged in said top member and a tear strip being arranged in said top member and being part of said tear-away area , said tear-strip comprising a pull-tab arranged at a grip end of said tear strip and said border seal is arranged at said contour line , characterized in that said top member comprises a first cut line and a second cut line , said first cut line having a first end and a second end arranged on said contour line and constitutes a first portion of said contour line extending between said first end and said second end of said first cut line , and said second cut line has a first end and a second end , said first end of said second cut line being arranged on said contour line , and said second end of said second cut line being arranged within said tear-away area , said second cut line comprising a tear strip section and a contour section (20"), said tear strip section delimiting said pull-tab and an inner edge of said tear strip and said contour section (20") constituting a second portion of said contour line and an outer edge of said tear strip , said first end of said first cut line adjoining said second cut line at a transition portion between said tear strip section and said contour section (20") of said second cut line and being arranged at a distance (d1) from said transition portion between said tear strip section and said contour section (20") of said second cut line , wherein said sealing disc has a modified rectangular shape with four side edges joined by four curved corner portions and said transition portion between said tear strip section and said contour section (20") of said second cut line is arranged at one of said curved corner portions .
A high frequency sensor for arc fault detection, comprising: a powdered core bead body having a magnetic permeability, configured to become an inductive impedance in response to current signals with high frequencies in a power wire passing through the bead body and to provide an arc fault tripping indication in response to an occurrence of high frequency current signals in the power wire , the powdered core bead body having a generally cylindrical shape with a centralized circular aperture through the bead body , with a first portion of the power wire passing into a first end of the aperture and through the bead body and a second portion of the power wire passing out of a second end of the aperture; and a high frequency voltage sensor having a first input terminal directly connected to the first portion of the power wire passing into the first end of the aperture through the bead body and a second input terminal directly connected to the second portion of the power wire passing out of the second end of the aperture through the bead body , configured to provide the arc fault tripping indication in response to the occurrence of high frequency current signals in the power wire . a powdered core bead body having a magnetic permeability, configured to become an inductive impedance in response to current signals with high frequencies in a power wire passing through the bead body and to provide an arc fault tripping indication in response to an occurrence of high frequency current signals in the power wire , the powdered core bead body having a generally cylindrical shape with a centralized circular aperture through the bead body , with a first portion of the power wire passing into a first end of the aperture and through the bead body and a second portion of the power wire passing out of a second end of the aperture; and a high frequency voltage sensor having a first input terminal directly connected to the first portion of the power wire passing into the first end of the aperture through the bead body and a second input terminal directly connected to the second portion of the power wire passing out of the second end of the aperture through the bead body , configured to provide the arc fault tripping indication in response to the occurrence of high frequency current signals in the power wire .
A latch assembly , comprising: a front plate ; a back plate mounted on the front plate via a pair of axles mounted between; a rotor and a catch pivotally mounted between the front and back plates; the front plate being C-shaped with opposite top and bottom flanges and a front face extending between the top and bottom flanges; a pair of axles mounted to the front face of the front plate and to the back plate to rotatably support the rotor and the catch ; the front plate and the back plate are mounted together by tabs extending in one direction from one of the plates through slots on the other of the plates; and the back plate and front face having a window for receiving a striker. a front plate ; a back plate mounted on the front plate via a pair of axles mounted between; a rotor and a catch pivotally mounted between the front and back plates; the front plate being C-shaped with opposite top and bottom flanges and a front face extending between the top and bottom flanges; a pair of axles mounted to the front face of the front plate and to the back plate to rotatably support the rotor and the catch ; the front plate and the back plate are mounted together by tabs extending in one direction from one of the plates through slots on the other of the plates; and the back plate and front face having a window for receiving a striker.
A machining device for machining - preferably sheet- or strip-shaped - workpieces , in particular for welding, cutting or milling, wherein the machining device comprises at least one machining tool and at least one magnetic holding device , in particular clamping device, for temporarily fixing a workpiece preferably in the working area of the machining tool , characterized in that the holding device comprises a holding surface , at least one first permanent magnet and at least one second permanent magnet , wherein the at least one second permanent magnet is rotatably mounted relative to the at least one first permanent magnet about a rotational axis , whereby the pole direction of the second permanent magnet is rotatable relative to the pole direction of the first permanent magnet , wherein the rotational axis of the at least one second permanent magnet is transverse, preferably substantially perpendicular, to the holding surface .
A pump impeller , consisting of at least three different regions of material, wherein an impeller with a hollow shaft defines a first region of material, a bearing component defines a second region of material and a permanent magnet defines a third region of material, wherein the bearing component and the hollow shaft axially partially overlap, and wherein a region is provided axially between the hollow shaft and the bearing component which does not belong to the first region of material and not to the second region of material, characterised in that the region provided axially between the hollow shaft and the bearing component is a gap filled with permanently magnetic material.
A prosthetic liner defining a proximal end and a distal end and a liner body defined between the proximal end and the distal end, and having a tubular shape, the liner comprising: a lattice structure defined as a plurality of layers monolithically formed as an inseparable and continuous structure; wherein the lattice structure includes a first layer of first filaments discretely formed from and consisting of a first elastomeric material, and overlapping a second layer of second filaments discretely formed from and consisting of the first elastomeric material, the first and second filaments of the first and second layers , respectively, overlapping and securing to one another to form a first set of interstices located therebetween in a predetermined pattern, wherein the first filaments are parallel to and spaced apart from each other, and extend in a first direction oriented differently from a second direction in which the second filaments extend; characterised in that the first elastomeric material is a first silicone material and that the first and second layers of the first and second filaments are directly adjacent, and permanently and chemically bonded to one another, the first and second layers are blended at least in part with one another in a blended region at an interface of the first and second layers. a lattice structure defined as a plurality of layers monolithically formed as an inseparable and continuous structure; wherein the lattice structure includes a first layer of first filaments discretely formed from and consisting of a first elastomeric material, and overlapping a second layer of second filaments discretely formed from and consisting of the first elastomeric material, the first and second filaments of the first and second layers , respectively, overlapping and securing to one another to form a first set of interstices located therebetween in a predetermined pattern, wherein the first filaments are parallel to and spaced apart from each other, and extend in a first direction oriented differently from a second direction in which the second filaments extend; characterised in that the first elastomeric material is a first silicone material and that the first and second layers of the first and second filaments are directly adjacent, and permanently and chemically bonded to one another, the first and second layers are blended at least in part with one another in a blended region at an interface of the first and second layers.
A vacuum pump comprising a vacuum pumping mechanism comprising a rotor supported for rotation by a drive shaft , a first bearing assembly for controlling movement of the rotor during rotation of the drive shaft, a back-up bearing assembly for limiting said movement and a sensor comprising an accelerometer fixed relative to a pump housing for sensing acceleration forces of the pump housing resulting from a force applied to the pump housing sufficient to cause said movement to be limited by the back-up bearing assembly and a processor configured to process the signal output from the sensor; characterized in that the sensor is arranged to sense a magnitude of a force imparted to the vacuum pump sufficient to cause said movement to be limited by the back-up bearing assembly and the processor is configured to associate the damage caused to the back-up bearing assembly dependent on the sensed magnitude.
A display system comprising: a head-mountable, augmented reality display configured to display virtual content, wherein the display comprises a waveguide stack including a plurality of waveguides , wherein some waveguides of the plurality of waveguides are configured to output light with different amounts of wavefront divergence than other waveguides of the plurality of waveguides, wherein the different amounts of wavefront divergence correspond to different depth planes; one or more inwardly-directed sensors ; one or more processors; and one or more computer storage media storing instructions that, when executed by the one or more processors, cause the one or more processors to perform operations comprising: performing a neurological analysis by: determining a reaction to a stimulus by receiving data from the one or more inwardly-directed sensors ; and identifying a neurological abnormality or deficiency associated with the reaction. a head-mountable, augmented reality display configured to display virtual content, wherein the display comprises a waveguide stack including a plurality of waveguides , wherein some waveguides of the plurality of waveguides are configured to output light with different amounts of wavefront divergence than other waveguides of the plurality of waveguides, wherein the different amounts of wavefront divergence correspond to different depth planes; one or more inwardly-directed sensors ; one or more processors; and one or more computer storage media storing instructions that, when executed by the one or more processors, cause the one or more processors to perform operations comprising: performing a neurological analysis by: determining a reaction to a stimulus by receiving data from the one or more inwardly-directed sensors ; and identifying a neurological abnormality or deficiency associated with the reaction. determining a reaction to a stimulus by receiving data from the one or more inwardly-directed sensors ; and identifying a neurological abnormality or deficiency associated with the reaction.
Light device for a motor vehicle, said light device comprising: - a housing ; - a heat sink made of sheet metal that is overmoulded with said housing ; - at least one light source ; - a control device for the electrical power supply of said at least one light source arranged in said housing and electrically connected to said light source ; - an optical element suitable for cooperating with light rays emitted by said at least one light source , the lighting device being characterized in that the at least one light source is arranged directly on said heat sink and said control device comprises an electronic support arranged in said housing , this electronic support resting on an accommodating surface of the housing . - a housing ; - a heat sink made of sheet metal that is overmoulded with said housing ; - at least one light source ; - a control device for the electrical power supply of said at least one light source arranged in said housing and electrically connected to said light source ; - an optical element suitable for cooperating with light rays emitted by said at least one light source , the lighting device being characterized in that the at least one light source is arranged directly on said heat sink and said control device comprises an electronic support arranged in said housing , this electronic support resting on an accommodating surface of the housing .
A relief image printing element produced from a photocurable printing blank, wherein the photocurable printing blank comprises: a) a support layer; b) one or more photocurable layers disposed on the support layer, wherein the one or more photocurable layers comprise: i) a binder; ii) one or more monomers; iii) a photoinitiator; and iv) an additive selected from the group consisting of phosphites, thioether amine compounds, and combinations of one or more of the foregoing; c) a laser ablatable masking layer disposed on the one or more photocurable layers, the laser ablatable masking layer comprising a radiation opaque material; and d) optionally, a removable coversheet; wherein the relief image printing element comprises a plurality of relief printing dots which relief printing dots comprise at least one of the following characteristics: (i) an edge sharpness of the relief printing dots, defined as the ratio of the radius of curvature r e at the intersection of a shoulder and the top of the relief printing dot to the width of the dot's top printing surface p is less than 5%; or (ii) an average shoulder angle, measured as the angle between a shoulder of the dot across the width of the dot's top or printing surface, is less than 30° a) a support layer; b) one or more photocurable layers disposed on the support layer, wherein the one or more photocurable layers comprise: i) a binder; ii) one or more monomers; iii) a photoinitiator; and iv) an additive selected from the group consisting of phosphites, thioether amine compounds, and combinations of one or more of the foregoing; i) a binder; ii) one or more monomers; iii) a photoinitiator; and iv) an additive selected from the group consisting of phosphites, thioether amine compounds, and combinations of one or more of the foregoing; c) a laser ablatable masking layer disposed on the one or more photocurable layers, the laser ablatable masking layer comprising a radiation opaque material; and d) optionally, a removable coversheet; (i) an edge sharpness of the relief printing dots, defined as the ratio of the radius of curvature r e at the intersection of a shoulder and the top of the relief printing dot to the width of the dot's top printing surface p is less than 5%; or (ii) an average shoulder angle, measured as the angle between a shoulder of the dot across the width of the dot's top or printing surface, is less than 30°