mhurhangee/ep-ind-claims huggingface dataset:
A computerized method using at least one hardware processor, the method comprising: causing presentation of an informational overlay (834, 836) atop a scene on a display device (102, 103, 105), the informational overlay (834, 836) comprising at least one of a graphical element or a textual element to partially obscure the scene; accessing scene change data indicating a change in the scene; based on the scene change data, modifying a visual emphasis of at least a portion of the informational overlay (834, 836) on the display device (102, 103, 105) relative to the scene; and characterised by: generating and causing the presentation (602, 604, 606, 608) of a background image between the scene and the informational overlay (834, 836) to render at least one or more portions of the informational overlay (834, 836) more readable to the user by enhancing the contrast of the informational overlay (834, 836) relative to the scene. causing presentation of an informational overlay (834, 836) atop a scene on a display device (102, 103, 105), the informational overlay (834, 836) comprising at least one of a graphical element or a textual element to partially obscure the scene; accessing scene change data indicating a change in the scene; based on the scene change data, modifying a visual emphasis of at least a portion of the informational overlay (834, 836) on the display device (102, 103, 105) relative to the scene; and characterised by: generating and causing the presentation (602, 604, 606, 608) of a background image between the scene and the informational overlay (834, 836) to render at least one or more portions of the informational overlay (834, 836) more readable to the user by enhancing the contrast of the informational overlay (834, 836) relative to the scene.
A method of programming a wireless first device (1, 20) to forward information, comprising: incorporating an alphanumeric code in said wireless first device (1, 20); creating a text message using a sending device; incorporating said alphanumeric code and an address of a receiving device in said text message; and transmitting said text message from said sending device to said wireless first device (1, 20), wherein said wireless first device recognizes said alphanumeric code and consequently reprograms itself to forward information to said address of said receiving device. incorporating an alphanumeric code in said wireless first device (1, 20); creating a text message using a sending device; incorporating said alphanumeric code and an address of a receiving device in said text message; and transmitting said text message from said sending device to said wireless first device (1, 20), wherein said wireless first device recognizes said alphanumeric code and consequently reprograms itself to forward information to said address of said receiving device.
A sensor system adapted to be installed in a vehicle, comprising: a sensor unit configured to detect information of an outside area of the vehicle with light; a cover covering the sensor unit so as to allow passage of the light while forming a part of an outer surface of the vehicle; a displacement sensor disposed on the cover; characterized in that the displacement sensor is configured to output a signal corresponding to displacement of the cover; and a processor configured to detect a foreign substance adhered to the cover based on a change in the signal. a sensor unit configured to detect information of an outside area of the vehicle with light; a cover covering the sensor unit so as to allow passage of the light while forming a part of an outer surface of the vehicle; a displacement sensor disposed on the cover; characterized in that the displacement sensor is configured to output a signal corresponding to displacement of the cover; and a processor configured to detect a foreign substance adhered to the cover based on a change in the signal.
A mouthpiece assembly (50, 120) for an inhalation device, said assembly comprising a mouthpiece and a substrate component, said mouthpiece having a first air inlet disposed proximate a first end thereof, and an air outlet disposed proximate a second end thereof axially remote from said first end, said inlet and said outlet being in fluid communication with one another within the interior of said mouthpiece such that fluid flow within said mouthpiece tends to occur along a substantially longitudinal axis thereof, said mouthpiece having a cavity region defined internally thereof and which is adapted to receive and locate the substrate component within said mouthpiece such that said substrate component interacts with said fluid flow when occurring, said substrate component further comprising at least a cover including at least one substantially planar surface in which at least one elongate slot (58, 60) is provided, and a planar substrate fixedly mounted underneath the cover and having a region to which has been applied an electrically resistive heater element, said elongate slot at least partially coinciding with said region so as to expose said region characterised in that said substantially planar surface of said cover cooperates with a corresponding interior surface of said cavity region such that said at least one elongate slot, said corresponding interior surface, and that part of said substrate which is exposed by said at least one elongate slot together define at least one conduit interiorly of said substrate into and through which at least part of any fluid flow occurring within the mouthpiece component is necessarily directed so that an amount of aerosolizable formulation having been applied to said substrate region and being aerosolized as a result of the application of an excitation energy to said heater element is entrained in the fluid flow occurring within said conduit.
A radiation blocking unit comprising: an attachment member that is attachable between sources and an object table surface to which radiation from a radiation source and visible light from a visible light source are emitted, the sources comprising the radiation source and the visible light source, the attachment member being made of a material and having a thickness that transmit neither radiation nor visible light, and having one or more through portions; a radiation blocking portion, which is configured to block the radiation and to transmit the visible light and which is disposed on the attachment member and covers parts of the through portion such that it transmits the illuminating visible light to an overlapping incidence region on the object table surface in which an incidence region of the radiation and an incidence region of the visible light overlap, and blocks the irradiated radiation outside the overlapping incidence region; and a visible light blocking portion, which is configured to block the visible light and to transmit the radiation and which is disposed on the attachment member and covers parts of the through portion such that it transmits the radiation to the overlapping incidence region, and blocks the illuminated visible light outside the overlapping incidence region. an attachment member that is attachable between sources and an object table surface to which radiation from a radiation source and visible light from a visible light source are emitted, the sources comprising the radiation source and the visible light source, the attachment member being made of a material and having a thickness that transmit neither radiation nor visible light, and having one or more through portions; a radiation blocking portion, which is configured to block the radiation and to transmit the visible light and which is disposed on the attachment member and covers parts of the through portion such that it transmits the illuminating visible light to an overlapping incidence region on the object table surface in which an incidence region of the radiation and an incidence region of the visible light overlap, and blocks the irradiated radiation outside the overlapping incidence region; and a visible light blocking portion, which is configured to block the visible light and to transmit the radiation and which is disposed on the attachment member and covers parts of the through portion such that it transmits the radiation to the overlapping incidence region, and blocks the illuminated visible light outside the overlapping incidence region.
A method of operating a control device that is configured to selectively on-board a target device to a secure local network, comprising: discovering a set of devices (1....N) over a bootstrapping interface (705,710); establishing a bootstrap connection to at least one device from the set of devices in response to the discovery without authorizing the at least one device to access the secure local network; instructing the at least one device, which corresponds to the target device, via the bootstrap connection to activate an observable function that is configured to be observable by one or more observation entities that are separate from the control device and are in proximity to the at least one device; determining by the control device whether an operator of the control device verifies that the observable function has been successfully detected as being performed by the target device; and selectively authorizing the at least one device to access the secure local network based on the determination. discovering a set of devices (1....N) over a bootstrapping interface (705,710); establishing a bootstrap connection to at least one device from the set of devices in response to the discovery without authorizing the at least one device to access the secure local network; instructing the at least one device, which corresponds to the target device, via the bootstrap connection to activate an observable function that is configured to be observable by one or more observation entities that are separate from the control device and are in proximity to the at least one device; determining by the control device whether an operator of the control device verifies that the observable function has been successfully detected as being performed by the target device; and selectively authorizing the at least one device to access the secure local network based on the determination.
A protein comprising at least one ankyrin repeat domain, wherein said ankyrin repeat domain has binding specificity for human serum albumin and wherein said ankyrin repeat domain comprises an amino acid sequence that has at least 90% amino acid sequence identity with an ankyrin repeat domain selected from the group consisting of SEQ ID NOs: 17 to 31 and 43 to 48.
A method of inhibiting scale in a subterranean formation, comprising: pretreating the subterranean formation with a polyquaternary amine salt; and then introducing a scale inhibitor pill into the subterranean formation, wherein the scale inhibitor pill includes one or more scale inhibitors, wherein the polyquaternary amine salt is a nonpolymeric diquaternary amine salt selected from: (a) 2-hydroxy-N,N,N,N',N',N'-hexamethyl-1,3-propandiaminium dichloride; (b) 2-hydroxy-N-(2-hydroxyethyl)-N,N,N',N',N'-pentamethyl-1,3-propandiaminium dichloride; and (c) 2-hydroxy-N,N-(2-hydroxyethyl)-N,N',N',N'-tetramethyl-1,3-propandiaminium dichloride. pretreating the subterranean formation with a polyquaternary amine salt; and then introducing a scale inhibitor pill into the subterranean formation, wherein the scale inhibitor pill includes one or more scale inhibitors, (a) 2-hydroxy-N,N,N,N',N',N'-hexamethyl-1,3-propandiaminium dichloride; (b) 2-hydroxy-N-(2-hydroxyethyl)-N,N,N',N',N'-pentamethyl-1,3-propandiaminium dichloride; and (c) 2-hydroxy-N,N-(2-hydroxyethyl)-N,N',N',N'-tetramethyl-1,3-propandiaminium dichloride.
An electric cable comprising at least one elongated electrically conducting element and at least one non-crosslinked electrically insulating layer obtained from a polymer composition comprising at least one polypropylene-based thermoplastic polymer material and at least one inorganic filler, characterized in that the inorganic filler is chosen from carbonates and in that the polypropylene-based thermoplastic copolymer comprises a heterophasic propylene copolymer as P 1 propylene copolymer.
A method of fabricating a part covered in an abradable coating, the method comprising the following steps: providing a blank for the part, the blank having a housing opening out into the surface of the blank through at least one opening; filling the housing with an abradable material in powder form; and hot-rolling the blank and the abradable material together so as to sinter the abradable material and cause it to adhere to the blank, in order to obtain an abradable coating, wherein, during the rolling step, pressure is exerted on the abradable material through the opening. providing a blank for the part, the blank having a housing opening out into the surface of the blank through at least one opening; filling the housing with an abradable material in powder form; and hot-rolling the blank and the abradable material together so as to sinter the abradable material and cause it to adhere to the blank, in order to obtain an abradable coating,
An electric motor, comprising: a rotation shaft, a rotor mounted to the rotation shaft, a stator mounted so as to oppose an outer peripheral surface of the rotor, a cylindrical holder mounted to an end of the rotation shaft, a sensor magnet mounted to the holder, and a rotation sensor mounted at a position at which the rotation sensor opposes the sensor magnet in a direction of an axis of rotation and detecting a rotating field of the sensor magnet; the end of the rotation shaft where the holder is mounted has a cylindrical shape with a non-circular cross section formed of at least one plane and a curved surface in an outer peripheral portion; at least one of an inner peripheral portion and an outer peripheral portion of the holder forms a non-circular cross section formed of a plane parallel to the axis of rotation and a curved surface connected to the plane; and the plane of the rotation shaft and the plane of the holder are parallel to each other and the curved surface of the rotation shaft and the curved surface of the holder are in contact with each other, characterized in that: the sensor magnet is integrally molded with the holder at one end and fixedly supported at the one end, and the holder is provided with at least one hole in a portion where the sensor magnet is integrally molded. a rotation shaft, a rotor mounted to the rotation shaft, a stator mounted so as to oppose an outer peripheral surface of the rotor, a cylindrical holder mounted to an end of the rotation shaft, a sensor magnet mounted to the holder, and a rotation sensor mounted at a position at which the rotation sensor opposes the sensor magnet in a direction of an axis of rotation and detecting a rotating field of the sensor magnet; the end of the rotation shaft where the holder is mounted has a cylindrical shape with a non-circular cross section formed of at least one plane and a curved surface in an outer peripheral portion; at least one of an inner peripheral portion and an outer peripheral portion of the holder forms a non-circular cross section formed of a plane parallel to the axis of rotation and a curved surface connected to the plane; and the plane of the rotation shaft and the plane of the holder are parallel to each other and the curved surface of the rotation shaft and the curved surface of the holder are in contact with each other, characterized in that: the sensor magnet is integrally molded with the holder at one end and fixedly supported at the one end, and the holder is provided with at least one hole in a portion where the sensor magnet is integrally molded. the sensor magnet is integrally molded with the holder at one end and fixedly supported at the one end, and the holder is provided with at least one hole in a portion where the sensor magnet is integrally molded.
A kit comprising: a) a first aqueous solution comprising an anionic surfactant; and b) a second aqueous solution comprising a chaotropic salt and at least one of a nonionic or zwitterionic surfactant; wherein said kit further comprises: c) an antibody that specifically binds an antigen; d) a peroxidase blocking reagent, a protein blocking reagent, and chemicals for the detection of antibody binding to said antigen; and e) reagents for Papanicolaou (Pap) counterstaining, wherein the reagents for Pap counterstaining comprise EA50 or Orange G. a) a first aqueous solution comprising an anionic surfactant; and b) a second aqueous solution comprising a chaotropic salt and at least one of a nonionic or zwitterionic surfactant; c) an antibody that specifically binds an antigen; d) a peroxidase blocking reagent, a protein blocking reagent, and chemicals for the detection of antibody binding to said antigen; and e) reagents for Papanicolaou (Pap) counterstaining, wherein the reagents for Pap counterstaining comprise EA50 or Orange G.
A computer system comprising: a client computer (110a-110c) configured to send read and write requests over a network (180, 190); a data storage subsystem coupled to the network configured to receive the read and write requests, the data storage subsystem comprising a plurality of storage devices (176a-176m); wherein the data storage subsystem further comprises a storage controller configured to: identify a unit of data stored in the data storage subsystem, wherein said unit of data is stored across at least a first storage device and a second storage device of the plurality of storage devices, each of the first storage device and the second storage device storing intra-device redundancy data corresponding to the unit of data; and change an amount of intra-device redundancy data corresponding to the unit of data on the first storage device, whereby a different amount of intra-device redundancy data is stored on the first storage device and the second storage device for the unit of data. a client computer (110a-110c) configured to send read and write requests over a network (180, 190); a data storage subsystem coupled to the network configured to receive the read and write requests, the data storage subsystem comprising a plurality of storage devices (176a-176m); wherein the data storage subsystem further comprises a storage controller configured to: identify a unit of data stored in the data storage subsystem, wherein said unit of data is stored across at least a first storage device and a second storage device of the plurality of storage devices, each of the first storage device and the second storage device storing intra-device redundancy data corresponding to the unit of data; and change an amount of intra-device redundancy data corresponding to the unit of data on the first storage device, whereby a different amount of intra-device redundancy data is stored on the first storage device and the second storage device for the unit of data. identify a unit of data stored in the data storage subsystem, wherein said unit of data is stored across at least a first storage device and a second storage device of the plurality of storage devices, each of the first storage device and the second storage device storing intra-device redundancy data corresponding to the unit of data; and change an amount of intra-device redundancy data corresponding to the unit of data on the first storage device, whereby a different amount of intra-device redundancy data is stored on the first storage device and the second storage device for the unit of data.
A computer-implemented method - for determining the position of a lift car in a lift shaft - including image processing - by optical capture - of a portion of the code strip and - at least one portion of a marking device which is mounted on the lift shaft, - to yield a pixel image consisting of pixels - and including position pattern analysis - by identifying the code markings (5, 6) from the pixel image, - by identifying a position pattern from the code markings, - by converting the position pattern into binary code and - decoding the binary code to yield a position - and including reference marking analysis - by reading out at least one line of the pixel image or code markings in the region for anticipated code markings, - by converting the read-out pixels or groups of adjacent pixels in each case to yield numerical codes, in particular to yield grey scale values, - by comparing the numerical codes or sums of numerical codes with a threshold value and - by identifying a reference marking as a function of the comparison. - for determining the position of a lift car in a lift shaft - including image processing - by optical capture - of a portion of the code strip and - at least one portion of a marking device which is mounted on the lift shaft, - to yield a pixel image consisting of pixels - by optical capture - of a portion of the code strip and - at least one portion of a marking device which is mounted on the lift shaft, - to yield a pixel image consisting of pixels - of a portion of the code strip and - at least one portion of a marking device which is mounted on the lift shaft, - to yield a pixel image consisting of pixels - and including position pattern analysis - by identifying the code markings (5, 6) from the pixel image, - by identifying a position pattern from the code markings, - by converting the position pattern into binary code and - decoding the binary code to yield a position - by identifying the code markings (5, 6) from the pixel image, - by identifying a position pattern from the code markings, - by converting the position pattern into binary code and - decoding the binary code to yield a position - and including reference marking analysis - by reading out at least one line of the pixel image or code markings in the region for anticipated code markings, - by converting the read-out pixels or groups of adjacent pixels in each case to yield numerical codes, in particular to yield grey scale values, - by comparing the numerical codes or sums of numerical codes with a threshold value and - by identifying a reference marking as a function of the comparison. - by reading out at least one line of the pixel image or code markings in the region for anticipated code markings, - by converting the read-out pixels or groups of adjacent pixels in each case to yield numerical codes, in particular to yield grey scale values, - by comparing the numerical codes or sums of numerical codes with a threshold value and - by identifying a reference marking as a function of the comparison.