mhurhangee/ep-ind-claims huggingface dataset:
A vane (94;150;170;200;250) comprising: an airfoil (95;152,154;172;202,204;252,254) extending from a radially outer platform (96;151) to a radially inner platform (98;160); a pair of legs (104,106;156,158;176,178) extending radially inwardly from said radially inner platform (98;160), and an air flow passage extending through said radially outer platform (96;151), through said airfoil (95;...252), and into a chamber (107;162;182) defined between said pair of legs (106,...178), one of said pair of legs (106,...178) including a plurality of injector holes (164A;164B;184,186;206,208A,208B;256,258), configured to allow air from said radially outer platform (96;151) to pass outwardly of said holes (164A;...258); characterised in that: said plurality of holes (164A;...258) includes a pair of holes (164A;...258), a first hole (164A;184;208A;256,258) positioned radially outwardly of a second (164B;186;208B;256,258). an airfoil (95;152,154;172;202,204;252,254) extending from a radially outer platform (96;151) to a radially inner platform (98;160); a pair of legs (104,106;156,158;176,178) extending radially inwardly from said radially inner platform (98;160), and an air flow passage extending through said radially outer platform (96;151), through said airfoil (95;...252), and into a chamber (107;162;182) defined between said pair of legs (106,...178), one of said pair of legs (106,...178) including a plurality of injector holes (164A;164B;184,186;206,208A,208B;256,258), configured to allow air from said radially outer platform (96;151) to pass outwardly of said holes (164A;...258);
A method of identifying a device on a Universal Plug and Play (UPnP) network, the method comprising: receiving, by a content management device, descriptions from a plurality of content player devices (200A, B), respectively; displaying, by the content management device, a device list of the plurality of content player devices (200A, B) based on the received descriptions; and receiving, by the content management device, selection of an item on the device list from a user; characterised by: sending, by the content management device, a device notification request message to one of the content player devices (200A, B) corresponding to the selected item requesting the selected content player device to notify itself to the user, wherein the device notification request message contains an address of a device that sends the device notification request message, an address of a device that receives the device notification request message, and a device notification request command in a form of a command code. receiving, by a content management device, descriptions from a plurality of content player devices (200A, B), respectively; displaying, by the content management device, a device list of the plurality of content player devices (200A, B) based on the received descriptions; and receiving, by the content management device, selection of an item on the device list from a user; characterised by: sending, by the content management device, a device notification request message to one of the content player devices (200A, B) corresponding to the selected item requesting the selected content player device to notify itself to the user, wherein the device notification request message contains an address of a device that sends the device notification request message, an address of a device that receives the device notification request message, and a device notification request command in a form of a command code.
A method of preparing a gel for delivery to a target site of a patient, the method comprising: combining gellan gum and water to form a pre-mixture; heating the pre-mixture; adding a first salt comprising a monovalent cation and a second salt comprising a divalent cation to the pre-mixture to form a mixture; introducing the mixture into a reservoir; and cooling the mixture to form the gel inside the reservoir; wherein the gel is biocompatible and injectable from the reservoir through a needle to the target site. combining gellan gum and water to form a pre-mixture; heating the pre-mixture; adding a first salt comprising a monovalent cation and a second salt comprising a divalent cation to the pre-mixture to form a mixture; introducing the mixture into a reservoir; and cooling the mixture to form the gel inside the reservoir; wherein the gel is biocompatible and injectable from the reservoir through a needle to the target site.
A sun protection system comprising gatherable hangings (16; 116) held between rail elements (12, 14; 114), at least one of which is movable, wherein provision is made for tensioning cords (18; 118), which are fixed to tensioning elements (22; 122), for guiding the at least one movable rail element, the movable rail element (14; 114) being provided with end caps (20; 120) on its ends and the end caps (20; 120) being provided with catch means (36; 38), which interact with corresponding catch means for locking in place in the end position, which are embodied at the tensioning elements (22; 122), and the catch means (36, 38), which are provided at the end caps, consist of a bracket comprising two legs, which overlap the stationary catch means in the locked position, wherein the tensioning cords (18; 118) hold the at least one movable rail element (14; 114) in any position by means of friction, characterized in that the tensioning elements (22; 122) are fixed at an upper or lower track rail and the catch means are stationary at the tensioning elements (22; 122), wherein either the legs of the end caps of an upper movable rail project upwards and/or the legs of a lower movable rail (14; 124) project downwards or the legs of the end caps of a lower movable rail project downwards.
Actuating device for mechanically converting rotational movement into helicoidal movement, comprising: a fixed body having a through cavity extending along an axis, said fixed body being provided with two guiding surfaces (3, 3') parallel to one another and arranged in an inclined manner with respect to said axis, and said guiding surfaces (3, 3') being arranged around said through cavity, a moving rod housed such that it has the capacity for movement in said through cavity, the moving rod being provided with a lug emerging radially with respect to an axial axis of the rod, wherein said lug is arranged tightly between said guiding surfaces, such that it can slide over them, making contact with both guiding surfaces (3, 3'), characterized in that the guiding surfaces (3, 3') comprise an annular shape arranged around the through cavity, and where the guiding surfaces (3, 3') are accessible from outside the fixed body, and wherein the fixed body is formed by independent portions (2, 2'). a fixed body having a through cavity extending along an axis, said fixed body being provided with two guiding surfaces (3, 3') parallel to one another and arranged in an inclined manner with respect to said axis, and said guiding surfaces (3, 3') being arranged around said through cavity, a moving rod housed such that it has the capacity for movement in said through cavity, the moving rod being provided with a lug emerging radially with respect to an axial axis of the rod, wherein said lug is arranged tightly between said guiding surfaces, such that it can slide over them, making contact with both guiding surfaces (3, 3'), characterized in that the guiding surfaces (3, 3') comprise an annular shape arranged around the through cavity, and where the guiding surfaces (3, 3') are accessible from outside the fixed body, and wherein the fixed body is formed by independent portions (2, 2').
An advertising display system comprising: an advertising graphic for use with an advertising display, comprising: a graphic media having a printable surface; a RFID inlay, the RFID inlay having a surface with a chip and antenna provided thereon, the RFID inlay is attached to the graphic media, the chip of the RFID inlay including information relating to the graphic media; and wherein the RFID inlay contains authentication data that ensures that the graphic media is authentic or genuine; the advertising display having a light source for illuminating the graphic media; a RFID reader having a controller; characterized in that: the RFID reader is configured to detect the authentication data and the controller is configured to enable or disable operation of the display by turning the light source on or off based on validity of the authentication data. an advertising graphic for use with an advertising display, comprising: a graphic media having a printable surface; a RFID inlay, the RFID inlay having a surface with a chip and antenna provided thereon, the RFID inlay is attached to the graphic media, the chip of the RFID inlay including information relating to the graphic media; and wherein the RFID inlay contains authentication data that ensures that the graphic media is authentic or genuine; a graphic media having a printable surface; a RFID inlay, the RFID inlay having a surface with a chip and antenna provided thereon, the RFID inlay is attached to the graphic media, the chip of the RFID inlay including information relating to the graphic media; and wherein the RFID inlay contains authentication data that ensures that the graphic media is authentic or genuine; the advertising display having a light source for illuminating the graphic media; a RFID reader having a controller;
A method for inspecting and repairing a structure using unmanned aerial vehicles, comprising: (a) flying one or more unmanned aerial vehicles (20, 20a) equipped with a camera to a position in a vicinity of an area on a surface of a structure; (b) acquiring image data representing one or more images of the structure using the camera; determining that the image data acquired in step (b) indicates damage in the area above a first "use as is" threshold before proceeding to step (c); (c) flying the one or more unmanned aerial vehicles (20, 20b) equipped with an NDE sensor unit until the NDE sensor unit is within measurement range of the structure; (d) acquiring sensor data representing structural characteristics of the structure using the NDE sensor unit while the NDE sensor unit is within measurement range of the structure; (e) moving the one or more unmanned aerial vehicles (20, 20c) equipped with a repair tool (31, 33) to a location that places the repair tool (31, 33) in contact with the surface of the structure; and (f) repairing the structure using the repair tool (31, 33) while the one or more unmanned aerial vehicles (20, 20c) is at the location. (a) flying one or more unmanned aerial vehicles (20, 20a) equipped with a camera to a position in a vicinity of an area on a surface of a structure; (b) acquiring image data representing one or more images of the structure using the camera; determining that the image data acquired in step (b) indicates damage in the area above a first "use as is" threshold before proceeding to step (c); (c) flying the one or more unmanned aerial vehicles (20, 20b) equipped with an NDE sensor unit until the NDE sensor unit is within measurement range of the structure; (d) acquiring sensor data representing structural characteristics of the structure using the NDE sensor unit while the NDE sensor unit is within measurement range of the structure; (e) moving the one or more unmanned aerial vehicles (20, 20c) equipped with a repair tool (31, 33) to a location that places the repair tool (31, 33) in contact with the surface of the structure; and (f) repairing the structure using the repair tool (31, 33) while the one or more unmanned aerial vehicles (20, 20c) is at the location.
A method of training a language model, comprising: generating a first training feature vector sequence for forward estimation and a second training feature vector sequence for backward estimation, from input data being training data including words, wherein the generating comprises converting the input data into a word vector sequence, wherein the first training feature vector sequence starts in a forward direction of the word vector sequence of input data and the second training feature vector sequence starts in a backward direction of the word vector sequence; performing forward estimation of a neural network based on the first training feature vector sequence and performing backward estimation of the neural network based on the second training feature vector sequence; and training a language model based on a result of the forward estimation and a result of the backward estimation, characterized in that the neural network comprises first hidden layers in a first hierarchical structure for the forward estimation and second hidden layers in a second hierarchical structure for the backward estimation, the first hidden layers in the first hierarchical structure and the second hidden layers in the second hierarchical structure being functionally separate from each other, with the forward estimation result and the backward estimation result being integrated in a convolution layer of the neural network to generate a final estimation result. generating a first training feature vector sequence for forward estimation and a second training feature vector sequence for backward estimation, from input data being training data including words, wherein the generating comprises converting the input data into a word vector sequence, wherein the first training feature vector sequence starts in a forward direction of the word vector sequence of input data and the second training feature vector sequence starts in a backward direction of the word vector sequence; performing forward estimation of a neural network based on the first training feature vector sequence and performing backward estimation of the neural network based on the second training feature vector sequence; and training a language model based on a result of the forward estimation and a result of the backward estimation, characterized in that the neural network comprises first hidden layers in a first hierarchical structure for the forward estimation and second hidden layers in a second hierarchical structure for the backward estimation, the first hidden layers in the first hierarchical structure and the second hidden layers in the second hierarchical structure being functionally separate from each other, with the forward estimation result and the backward estimation result being integrated in a convolution layer of the neural network to generate a final estimation result.
A p+np+ type silicon avalanche light emitting device comprising a first p+n junction and a second np+ junction, said first p+n junction including a reverse biased excitation zone for injecting high energy carriers in a first direction and said second np+ junction being forward biased so as to inject high density low energy carriers opposite to said first direction, wherein an interaction zone is formed as a weakly doped n-region between said first junction and said second junction so as to enhance emission of 650nm photons through interactions between said high energy carriers and said low energy carriers characterized in that a thin p+n+ overlap region is added adjacent the p+ region of the first p+n junction providing a scattering zone for excited carriers, and in that the device comprises a terminal contacting the interaction zone and adapted to apply a bias voltage to said interaction zone.
A base station apparatus configured to perform communication with a mobile station apparatus that is configured to transmit data using two or more access schemes that are different respectively, the base station apparatus comprising: a mobile station control data generation section configured to generate control information including information specifying an access scheme and Transmit Power Control, TPC, control data; and a transmission apparatus configured to notify the mobile station apparatus of the control information at least at a timing when the transmission apparatus performs instruction that the mobile station apparatus changes the access scheme, wherein the two or more access schemes comprise a Discrete Fourier Transform - Spread - Orthogonal Frequency Division Multiple Access, DFT-S-OFDMA, also called Single Carrier - Frequency Division Multiple Access, SC-FDMA, and a Clustered DFT-S-OFDMA. a mobile station control data generation section configured to generate control information including information specifying an access scheme and Transmit Power Control, TPC, control data; and a transmission apparatus configured to notify the mobile station apparatus of the control information at least at a timing when the transmission apparatus performs instruction that the mobile station apparatus changes the access scheme, wherein the two or more access schemes comprise a Discrete Fourier Transform - Spread - Orthogonal Frequency Division Multiple Access, DFT-S-OFDMA, also called Single Carrier - Frequency Division Multiple Access, SC-FDMA, and a Clustered DFT-S-OFDMA.
An end panel for a patient-support apparatus, the end panel comprising a first portion configured to engage a portion of the patient-support apparatus (10, 610) to form a barrier; a second portion (18, 20) coupled to the first portion and movable relative thereto about a generally vertical axis between a first position adjacent the first portion and a second position wherein the second portion (18, 20) is positioned adjacent a patient-support surface and configured to extend vertically above the patient-support surface to form a barrier, and a detent assembly configured to maintain the second portion (18, 20) in the second position, wherein the end panel further comprises a slider, characterized in that the first portion comprises a generally horizontal slot positioned on an outwardly facing surface, the slider engaged in the slot of the first portion and movable within the slot relative to the first portion, the slilder including a retainer (78, 80) for retaining the slide member in the slot, the detent assembly being interposed between the second portion (18, 20) and the slider and including a pivot shaft defining a generally vertical pivot axis, and the second portion (18, 20) being supported on the pivot shaft and pivotable about the pivot axis between a first position wherein a first surface of the second portion (18, 20) is generally parallel to the outwardly facing surface of the first portion and a second position wherein the first surface is generally perpendicular to the outwardly facing surface of the first portion, the first surface positioned to engage a patient-support surface of the patient-support apparatus.
Method for identifying an item of luggage that is devoid of an identifier that is representative of a recipient of said item of luggage, referred to as an unidentified item of luggage, comprising: - obtaining at least two images of the unidentified item of luggage of different types, the type of an image of an item of luggage depending on a view point on said item of luggage that is represented by said image and/or on a kind of the data that are representative of said item of luggage in said image which is selected from among a plurality of different kinds of data comprising data that are representative of the visible range and/or data that are representative of the infrared range and/or data that are representative of pieces of three-dimensional information; for each obtained image of the unidentified item of luggage: - applying to said image a convolutional neural network that is trained on images of items of luggage of the same type as said image in order to obtain, for each class of a plurality of luggage classes that are defined for the type of the image, a probability that said unidentified item of luggage belongs to said class; and - identifying the luggage class having the highest probability; - applying a luggage search procedure comprising: searching for items of luggage corresponding to each class that is identified in a luggage database in order to obtain at least one candidate item of luggage, each item of luggage from said database being associated with an identifier that is representative of a recipient of the item of luggage; - comparing the unidentified item of luggage with each candidate item of luggage in order to identify the recipient of the unidentified item of luggage. - obtaining at least two images of the unidentified item of luggage of different types, the type of an image of an item of luggage depending on a view point on said item of luggage that is represented by said image and/or on a kind of the data that are representative of said item of luggage in said image which is selected from among a plurality of different kinds of data comprising data that are representative of the visible range and/or data that are representative of the infrared range and/or data that are representative of pieces of three-dimensional information; - applying to said image a convolutional neural network that is trained on images of items of luggage of the same type as said image in order to obtain, for each class of a plurality of luggage classes that are defined for the type of the image, a probability that said unidentified item of luggage belongs to said class; and - identifying the luggage class having the highest probability; - applying a luggage search procedure comprising: searching for items of luggage corresponding to each class that is identified in a luggage database in order to obtain at least one candidate item of luggage, each item of luggage from said database being associated with an identifier that is representative of a recipient of the item of luggage; - comparing the unidentified item of luggage with each candidate item of luggage in order to identify the recipient of the unidentified item of luggage.
A fiber connector, comprising: a housing having a region extending in a lengthwise direction; an optical fiber disposed in the region; a first portion of said optical fiber comprising an inner core, a cladding layer surrounding said inner core, and a first outer polymer layer surrounding said cladding layer; and a second portion of said optical fiber comprising said inner core, said cladding layer surrounding said inner core and a second outer polymer or glass layer surrounding said cladding layer, wherein a first index of refraction of said first outer polymer layer is lower than a second index of refraction of said second outer polymer or glass layer; characterized in that said cladding layer has a third index of refraction that is higher than said second index of refraction and wherein said cladding layer in said first portion has a first numerical aperture and said cladding layer in said second portion has a second numerical aperture, wherein said first numerical aperture is higher than said second numerical aperture so as to restrict an acceptance angle of light in said cladding of said second portion. a housing having a region extending in a lengthwise direction; an optical fiber disposed in the region; a first portion of said optical fiber comprising an inner core, a cladding layer surrounding said inner core, and a first outer polymer layer surrounding said cladding layer; and a second portion of said optical fiber comprising said inner core, said cladding layer surrounding said inner core and a second outer polymer or glass layer surrounding said cladding layer, wherein a first index of refraction of said first outer polymer layer is lower than a second index of refraction of said second outer polymer or glass layer; characterized in that said cladding layer has a third index of refraction that is higher than said second index of refraction and wherein said cladding layer in said first portion has a first numerical aperture and said cladding layer in said second portion has a second numerical aperture, wherein said first numerical aperture is higher than said second numerical aperture so as to restrict an acceptance angle of light in said cladding of said second portion.