mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for automatically generating metadata for a media document, the computer-implemented method comprising: computing a feature vector of the media document using a convolutional neural network wherein the media document comprises one or more two-dimensional images, wherein the computing the feature vector comprises computing one or more feature vectors of the one or more 2D images; searching a collection of media documents for one or more matching media documents having corresponding feature vectors similar to the feature vector of the media document, each media document of the collection of media documents being associated with metadata, wherein: the collection of media documents comprises a collection of three-dimensional models, the one or more matching media documents comprise one or more matching 3D models of the collection of 3D models, and each of the corresponding feature vectors of the matching 3D models is similar to at least one of the one or more feature vectors of the 3D model; generating metadata for the media document based on the metadata associated with the one or more matching media documents and displaying the media document in association with the generated metadata. computing a feature vector of the media document using a convolutional neural network wherein the media document comprises one or more two-dimensional images, wherein the computing the feature vector comprises computing one or more feature vectors of the one or more 2D images; searching a collection of media documents for one or more matching media documents having corresponding feature vectors similar to the feature vector of the media document, each media document of the collection of media documents being associated with metadata, wherein: the collection of media documents comprises a collection of three-dimensional models, the one or more matching media documents comprise one or more matching 3D models of the collection of 3D models, and each of the corresponding feature vectors of the matching 3D models is similar to at least one of the one or more feature vectors of the 3D model; generating metadata for the media document based on the metadata associated with the one or more matching media documents and displaying the media document in association with the generated metadata. the collection of media documents comprises a collection of three-dimensional models, the one or more matching media documents comprise one or more matching 3D models of the collection of 3D models, and each of the corresponding feature vectors of the matching 3D models is similar to at least one of the one or more feature vectors of the 3D model; generating metadata for the media document based on the metadata associated with the one or more matching media documents and displaying the media document in association with the generated metadata.
A chicken fat wherein the chicken fat having a total saturated fat content of 48 to 72 wt% (based on weight of total fat) comprising the fatty acids C16:0 in the range of 36 to 55 wt% (based on weight of total fat) and C18:0 in the range of 11 to 19 wt% (based on weight of total fat).
A hydrating composition, characterized by comprising a mixture including di-, tri-, tetra-, penta- and hexa-esters of an alkoxylated polyol with more than 120 mols of the alkoxide for each mol of polyol, and which minimum content of tetra- and penta-esters corresponds preferably to 20% by weight of the total amount of esters.
Method for controlling the drive of a roller door, in which at least one sub-region of a door leaf is guided at at least one side by its edge region in a guide slot of a guide unit of the roller door during its movement for opening or closing the roller door and is held in its end position when the roller door is closed, comprising continuous determination of the physical position of at least one section of the guided and/or held sub-region of the door leaf with respect to at least one defined virtual reference plane or with respect to a reference channel by a measuring device and comprising continuous transmission of the respective measurement value, which is generated by the measuring device, or of the generated switching signals to a control device of the roller door for evaluation for the purpose of derivation of a signal for control of the drive of the roller door, characterised in that determination of the inclination and/or rotation of the said section with respect to the virtual reference plane or to at least one reference channel is carried out.
A method for synthesis of fenfluramine or of a pharmaceutically acceptable salt thereof, comprising the transformation of a ketone having the structure: wherein R 1 is CF 3 with ethylamine and with a reducing agent chosen from the group consisting of alkaline cation or ammonium borohydride, alkaline cation or ammonium triacetoxyborohydride and alkaline cation or ammonium cyanoborohydride, in which the alkaline cation is always different from lithium cation and mixtures thereof, optionally followed by the transformation of the obtained fenfluramine into a pharmaceutically acceptable salt.
A sensor device for sensing pressure or force comprising - a carrier element (24, 38, 43, 57), - at least one light emitting element arranged on the carrier element (24, 38, 43, 57), - at least one light detecting element arranged on the carrier element (24, 38, 43, 57), and - a cover layer (12, 42, 45, 52, 68) reflecting at least one part of the light emitted by the light emitting element to the at least one light detecting element, characterised by further comprising - a first filler element (16, 16') and a second filler element (18, 30', 30") having different refractivities, said filler elements (16, 16', 18, 30', 30") being transparent, filling at least partly the space between the carrier element (24, 38, 43, 57) and the cover layer (12, 42, 45, 52, 68) and being made of a flexible material. - a carrier element (24, 38, 43, 57), - at least one light emitting element arranged on the carrier element (24, 38, 43, 57), - at least one light detecting element arranged on the carrier element (24, 38, 43, 57), and - a cover layer (12, 42, 45, 52, 68) reflecting at least one part of the light emitted by the light emitting element to the at least one light detecting element, - a first filler element (16, 16') and a second filler element (18, 30', 30") having different refractivities, said filler elements (16, 16', 18, 30', 30") being transparent, filling at least partly the space between the carrier element (24, 38, 43, 57) and the cover layer (12, 42, 45, 52, 68) and being made of a flexible material.
An implantable medical device for providing a diagnostic and/or therapeutic cardiac function within a patient, comprising: a sensing arrangement for sensing electrocardiogram signals; a communication circuitry for data communication with a device external to the patient; and a processing circuitry for processing sensed electrocardiogram signals, wherein the processing circuitry is configured to identify the conduction of a threshold test measurement by an implantable pacemaker device and to cause a transmission of information concerning said threshold test measurement to the device external to the patient, wherein the processing circuitry is configured to analyze a multiplicity of stimulation events (Vp) indicative of test pulses output during the threshold test measurement by the implantable pacemaker device and to communicate information relating to an identified stimulation threshold to the device external to the patient. a sensing arrangement for sensing electrocardiogram signals; a communication circuitry for data communication with a device external to the patient; and a processing circuitry for processing sensed electrocardiogram signals, wherein the processing circuitry is configured to identify the conduction of a threshold test measurement by an implantable pacemaker device and to cause a transmission of information concerning said threshold test measurement to the device external to the patient, wherein the processing circuitry is configured to analyze a multiplicity of stimulation events (Vp) indicative of test pulses output during the threshold test measurement by the implantable pacemaker device and to communicate information relating to an identified stimulation threshold to the device external to the patient.
A light illuminating element, comprising: a transparent closed casing, said casing having a first inner side, a second inner side, a first outer side corresponding to the first inner side, and a second outer side corresponding to the second inner side; an exciting illuminating gas, disposed in said transparent closed casing, and suitable for providing an ultraviolet light including a principal wavelength of 253.7 nm; a first exciting coating, disposed over said first inner side or said first outer side, said first exciting coating suitable for absorbing said ultraviolet light including the principal wavelength of 253.7 nm to provide a visible light; and a first dielectric multi-layer long-pass filter, disposed over said second inner side or said second outer side, side, said first dielectric multi-layer long-pass filter suitable for reflecting said ultraviolet light including the principal wavelength of 253.7 nm and allowing the visible light to pass through; said first dielectric multi-layer long-pass filter is characterized in that said ultraviolet light including the principal wavelength of 253.7 nm has an angle of incidence ranging between 30 and 90 degrees, with 30 and 90 degrees included, and a range of a reflecting angle of said ultraviolet light including the principal wavelength of 253.7 nm is between 30 and 90 degrees, with 30 and 90 degrees included, and a reflectance of said ultraviolet light including the principal wavelength of 253.7 nm is greater than or equal to 95% when said angle of incidence ranges between 30 and 90 degrees, with 30 and 90 degrees included. a transparent closed casing, said casing having a first inner side, a second inner side, a first outer side corresponding to the first inner side, and a second outer side corresponding to the second inner side; an exciting illuminating gas, disposed in said transparent closed casing, and suitable for providing an ultraviolet light including a principal wavelength of 253.7 nm; a first exciting coating, disposed over said first inner side or said first outer side, said first exciting coating suitable for absorbing said ultraviolet light including the principal wavelength of 253.7 nm to provide a visible light; and a first dielectric multi-layer long-pass filter, disposed over said second inner side or said second outer side, side, said first dielectric multi-layer long-pass filter suitable for reflecting said ultraviolet light including the principal wavelength of 253.7 nm and allowing the visible light to pass through; said first dielectric multi-layer long-pass filter is characterized in that said ultraviolet light including the principal wavelength of 253.7 nm has an angle of incidence ranging between 30 and 90 degrees, with 30 and 90 degrees included, and a range of a reflecting angle of said ultraviolet light including the principal wavelength of 253.7 nm is between 30 and 90 degrees, with 30 and 90 degrees included, and a reflectance of said ultraviolet light including the principal wavelength of 253.7 nm is greater than or equal to 95% when said angle of incidence ranges between 30 and 90 degrees, with 30 and 90 degrees included.
A steam-using facility simulation system, comprising input means, simulating means and output means, characterized in that a facility improving approach information (Js) of a steam-using facility is input to the input means; the output means are configured to output the predicted steam usage state information (Jy) of the steam-using facility computed by the simulating means; and the steam-using facility simulation system further comprises storage means configured to store information for vapor amounts passing through components of a steam piping system as steam usage state information (Jb) of a steam-using facility, wherein the simulating means is configured to compute information for vapor amounts passing through the components of a steam piping system after implementation of the improving approach as predicted steam usage state information (Jy) of the steam-using facility after implementation of an improving approach based on the steam usage state information (Jb) of the steam-using facility stored in the storage means and the facility improving approach information (Js) input to the input means; and wherein the output means is configured to output an image in the vicinity of each of display bodies in the entire configuration diagram of the steam-using facility indicating the components of the steam piping system with the display bodies, the image including information for vapor amount passing through a location corresponding to each display body of the steam usage state information (Jb) stored in the storage means, and information for vapor amount passing through a location corresponding to each display body of the predicted steam usage state information (Jy) computed by the simulating means.
An earpiece configured to be worn in an ear canal of a user, wherein the earpiece comprises an adaptor having an interface configured to receive and attach to at least a part of a speaker unit, said speaker unit having a sound outlet channel, wherein the adaptor furthermore comprises a sound outlet channel and at least one vent (15, 15'); an adaptable part, comprising a part made of a foam material or a gel material shapeable to fit the ear canal of the user, wherein the adaptable part at least partly surrounds the adaptor, wherein the vent (15, 15') comprises a first section and a second section connected to the first section by one or more additional sections, wherein the first section is connected to the end of the earpiece that is intended to face the eardrum when inserted into the ear canal, and the second section is connected to the opposite end of the earpiece, wherein at least a portion of the second section has a larger cross-sectional area than the first section and wherein further said additional section comprises a smaller cross-sectional area than the first section.
A mount for attaching a projection device to an overhead structure, the mount comprising: - a device interface operably attachable to the projection device; and - a device orientation adjustment structure operably coupled with the device interface, the device orientation adjustment structure including at least one upright (44, 46) extending from the device interface and a support structure interface extending from and operably coupled with the at least one upright (44, 46), the support structure interface adapted to be operably coupled with the overhead structure, the at least one upright (44, 46) and the support structure interface having cooperating guide structures (132, 180, 165, 202) defining a first axis of rotation (X-X), the support structure interface including a first portion and a second portion, the first and second portions (168, 170) of the support structure interface operably coupled so as to define a second axis of rotation (Y-Y) generally transverse to the first axis of rotation (X-X), wherein the device interface is separately selectively shiftable about both the first and second axes of rotation (X-X, Y-Y) when the support structure interface is fixedly coupled with the overhead structure, and characterised in that at least one of the first and second portions (168, 170) of the support structure interface defines a first plurality of gear teeth (198, 248) engagable with a manually rotatable drive element (334, 348) to enable a user to selectively shift the device interface about either the first or second axis of rotation (X-X, Y-Y). - a device interface operably attachable to the projection device; and - a device orientation adjustment structure operably coupled with the device interface, the device orientation adjustment structure including at least one upright (44, 46) extending from the device interface and a support structure interface extending from and operably coupled with the at least one upright (44, 46), the support structure interface adapted to be operably coupled with the overhead structure, the at least one upright (44, 46) and the support structure interface having cooperating guide structures (132, 180, 165, 202) defining a first axis of rotation (X-X), the support structure interface including a first portion and a second portion, the first and second portions (168, 170) of the support structure interface operably coupled so as to define a second axis of rotation (Y-Y) generally transverse to the first axis of rotation (X-X), wherein the device interface is separately selectively shiftable about both the first and second axes of rotation (X-X, Y-Y) when the support structure interface is fixedly coupled with the overhead structure, and characterised in that at least one of the first and second portions (168, 170) of the support structure interface defines a first plurality of gear teeth (198, 248) engagable with a manually rotatable drive element (334, 348) to enable a user to selectively shift the device interface about either the first or second axis of rotation (X-X, Y-Y).
Self-climbing scaffold system for construction works comprising at least one rail, shoes (10,11,12) fixed through anchoring means to a concrete section (13,14,15) of the building and adapted for guiding the rail in a climbing direction, a work platform supported by the rail and comprising at least one substantially horizontal guide and an outer formwork movable along the guide, and a guide element coupled to the rail in a pivotable manner about an axis of rotation, characterized in that the guide element comprises at least a first guide surface (31,32) which, in a prior position before a threading position for threading the rail in a free shoe, projects with respect to the rail towards the anchoring of the free shoe, said first guide surface (31,32) contacting with the free shoe in said prior position and straightening the rail with respect to the shoe as said first guide surface (31,32) moves in a guided manner in the shoe pivoting with respect to the rail, the scaffold system further comprising guide means adapted for guiding the rotation of the guide element with respect to the corresponding rail while climbing, between the prior position before the threading position and the threading position to allow the threading of the rail with the shoe, the guide means comprising a curved slot in the guide element and a coupling going through the curve slot and through which the guide element is arranged coupled to the rail.
A method of manufacturing a capacitive pressure sensor out of a silicon wafer element, the method comprising: masking a oriented silicon wafer for wet etching; anisotropically wet etching pressure sensor structures into the silicon wafer; removing the etching mask from the silicon wafer; attaching the silicon wafer to a support structure; cutting the silicon wafer into separate pressure sensor elements; characterized by: attaching an etching mask over pressure sensor structures to be etched, said etching mask having diamond shaped openings with slot openings projecting from the corners of the diamond shaped openings, ends of the slot openings of the diamond shaped openings in the etching mask coinciding with corners of the pressure sensor structures to be etched; positioning the etching mask such that the slot openings in the diamond shaped openings are oriented in <110> direction of the silicon wafer; cutting the pressure sensor elements with cutting lines in the <100> direction of the silicon wafer. masking a oriented silicon wafer for wet etching; anisotropically wet etching pressure sensor structures into the silicon wafer; removing the etching mask from the silicon wafer; attaching the silicon wafer to a support structure; cutting the silicon wafer into separate pressure sensor elements; attaching an etching mask over pressure sensor structures to be etched, said etching mask having diamond shaped openings with slot openings projecting from the corners of the diamond shaped openings, ends of the slot openings of the diamond shaped openings in the etching mask coinciding with corners of the pressure sensor structures to be etched; positioning the etching mask such that the slot openings in the diamond shaped openings are oriented in <110> direction of the silicon wafer; cutting the pressure sensor elements with cutting lines in the <100> direction of the silicon wafer.
A computer-implemented method for controlling components associated with a meeting room, using a mobile phone, the method comprising: receiving at a meeting controller including a room controller and a presentation controller, from a mobile phone, a command for controlling at least one component associated with a meeting room; determining if the mobile phone is authorized to send a command; upon determining that the mobile phone is not authorized to send a command, returning a response to the mobile phone that the mobile phone is not authorized to send a command; upon determining that the mobile phone is authorized to send a command, determining if the command is a room command for controlling a room component associated with the meeting room; upon determining that the command is a room command for controlling the room component associated with the meeting room, causing the room component to respond to the room command by the room controller; upon determining that the command is not a room command, determining if the command is a presentation command for controlling a presentation component associated with a presentation; and upon determining that the command is a presentation command for controlling a presentation component associated with a presentation, causing the presentation component to respond to the presentation command by the presentation controller. receiving at a meeting controller including a room controller and a presentation controller, from a mobile phone, a command for controlling at least one component associated with a meeting room; determining if the mobile phone is authorized to send a command; upon determining that the mobile phone is not authorized to send a command, returning a response to the mobile phone that the mobile phone is not authorized to send a command; upon determining that the mobile phone is authorized to send a command, determining if the command is a room command for controlling a room component associated with the meeting room; upon determining that the command is a room command for controlling the room component associated with the meeting room, causing the room component to respond to the room command by the room controller; upon determining that the command is not a room command, determining if the command is a presentation command for controlling a presentation component associated with a presentation; and upon determining that the command is a presentation command for controlling a presentation component associated with a presentation, causing the presentation component to respond to the presentation command by the presentation controller.