mhurhangee/patent-ind-claim-en huggingface dataset:
Orthopaedic device for correcting deformities of a long bone , comprising a longitudinal bar , extended along an axis (Y-Y) and intended to be placed alongside the bone , at least a first clamp for a first group of osseous screws and a second clamp for a second group of osseous screws , said second clamp being mounted onboard a carriage , said carriage being mounted on said bar , wherein the first clamp is placed onboard a support base and angularly movable in relation to the support base around a given rotation axis (X-X) by means of a rotary coupling, said support base being mounted on said bar , wherein said rotary coupling comprises a male element associated with the first clamp and having a surface at least partially cylindrical, and a corresponding female element associated with the support base and having a surface at least partially cylindrical constituting a seat for the loose coupling of the male element , wherein the first clamp comprises a first upper jaw , constituting a removable lid of the first clamp , and a first lower jaw constituting a fixed base of the first clamp , closed between themselves by means of first locking screws , a second screw for blocking an angular movement of said first clamp around the given rotation axis (X-X) therefore setting the angular position of the first group of osseous screws in relation to the support base , said first locking screws being independent from said second screw , wherein the second clamp is translatable in relation to the longitudinal bar , transversally in relation to the axis (Y-Y) of the longitudinal bar , with a reciprocating movement when approaching and moving away from the bone , the second clamp is translatable in relation to the carriage with said reciprocating movement, by means of a driving screw , which has a shank inserted into a hole of the carriage , and connected through screwing to the second clamp , a guiding slot , having the shape of an arc of circle with the centre on the rotation axis (X-X), is made in the lower jaw of the first clamp and receives the second screw screwed into the support base , the rotation axis (X-X) is perpendicular to a plane that passes through the first group of osseous screws .
A thin film transistor , comprising: a gate formed on a substrate ; an insulating laminate formed on the gate ; a semiconductor layer formed on the insulating laminate ; and a source and a drain formed on the semiconductor layer , the source and the drain being located at and connected to opposing lateral edges of the semiconductor layer , characterized in that the insulating laminate comprises a first insulating layer and a second insulating layer , the second insulating layer being located between the first insulating layer and the semiconductor layer , the semiconductor layer being in direct contact with the second insulating layer , wherein the first insulating layer is formed of silicon oxynitride and the second insulating layer is formed of tetraethyl orthosilicate, and wherein each of the first insulating layer and the second insulating layer has a thickness in a range between 2 nm and 4 nm.
A process for manufacturing a shaped container adapted to receive an aerosol valve or a crown closure from a slug in an impact extrusion manufacturing process using recycled scrap materials, comprising: providing a scrap metal comprised of at least one of a 3104, a 3004, a 3003, a 3103, 3013 and a 3105 aluminum alloy; blending said at least one of said 3104, said 3004, said 3003, said 3013, said 3103, and said 3105 aluminum alloy with an aluminum alloy which is comprised of at least about 99.5% of aluminum to create a recycled aluminum alloy; adding a titanium boride material to said recycled aluminum alloy; forming a slug with said recycled aluminum alloy after blending; and deforming said slug comprised of said recycled aluminum alloy into a preferred shape in an impact extrusion process to form a shaped container adapted to receive an aerosol valve or a crown closure. providing a scrap metal comprised of at least one of a 3104, a 3004, a 3003, a 3103, 3013 and a 3105 aluminum alloy; blending said at least one of said 3104, said 3004, said 3003, said 3013, said 3103, and said 3105 aluminum alloy with an aluminum alloy which is comprised of at least about 99.5% of aluminum to create a recycled aluminum alloy; adding a titanium boride material to said recycled aluminum alloy; forming a slug with said recycled aluminum alloy after blending; and deforming said slug comprised of said recycled aluminum alloy into a preferred shape in an impact extrusion process to form a shaped container adapted to receive an aerosol valve or a crown closure.
A media-playback device , comprising: a media output device that is configured to play media content items ; a cache storing media content items or media content keys; a caching engine configured to curate the storage of media content items or media content keys in the cache according to caching parameters, wherein the caching parameters include at least one of a caching aggression , cache clearing parameters , a quality-size preference , and a fetch aggression ; and at least one non-transitory computer readable data storage device storing instructions that, when executed by a processor, cause the media-playback device to: predict whether the media-playback device will enter a predetermined state within a threshold period of time; and modify at least one of the caching parameters responsive to predicting that the media-playback device will enter the predetermined state within a threshold period of time; wherein a caching aggression reflects a tendency of the caching engine to cache more media content items rather than fewer, and a fetch aggression reflects how aggressively the caching engine will cache media content items that it predicts may be played next or within the threshold period of time. a media output device that is configured to play media content items ; a cache storing media content items or media content keys; a caching engine configured to curate the storage of media content items or media content keys in the cache according to caching parameters, wherein the caching parameters include at least one of a caching aggression , cache clearing parameters , a quality-size preference , and a fetch aggression ; and at least one non-transitory computer readable data storage device storing instructions that, when executed by a processor, cause the media-playback device to: predict whether the media-playback device will enter a predetermined state within a threshold period of time; and modify at least one of the caching parameters responsive to predicting that the media-playback device will enter the predetermined state within a threshold period of time; predict whether the media-playback device will enter a predetermined state within a threshold period of time; and modify at least one of the caching parameters responsive to predicting that the media-playback device will enter the predetermined state within a threshold period of time; wherein a caching aggression reflects a tendency of the caching engine to cache more media content items rather than fewer, and a fetch aggression reflects how aggressively the caching engine will cache media content items that it predicts may be played next or within the threshold period of time.
A semi-trailer axle assembly or centre-axle trailer axle assembly with a steering device , wherein the steering device has a pivotable track lever element comprising an electric drive unit which can be connected to the track lever element for aligning the track lever element , wherein the steering device comprises a sensor device, wherein the sensor device is integrated into the electric drive unit or into the track lever element , wherein the electric drive unit and/or the steering lever element can be connected to an axle body of the axle assembly , wherein the track lever element can be pivoted about a pivot axis (S), wherein the steering lever element is connected to the track lever element at a first pivot point and to the axle body at a second pivot point , wherein a ratio of a first distance (A1) between the first pivot point and the pivot axis (S) to a second distance (A2) between the second pivot point and the pivot axis (S) assumes a value between 0.15 and 0.45.
An apparatus for aircraft anti-icing, the apparatus comprising: a nozzle body ; a first nozzle extending from the nozzle body ; and a first vane disposed in the first nozzle , the first vane configured to impart rotational movement of a hot gas moving through the first nozzle ; characterised by a first beam disposed at an exit plane of the first nozzle , the first beam bifurcating the first nozzle , and the first vane extending from the first beam ; and a second beam disposed at an entrance plane of the first nozzle , the second beam bifurcating the first nozzle , and the first vane extending from the second beam . a nozzle body ; a first nozzle extending from the nozzle body ; and a first vane disposed in the first nozzle , the first vane configured to impart rotational movement of a hot gas moving through the first nozzle ; characterised by a first beam disposed at an exit plane of the first nozzle , the first beam bifurcating the first nozzle , and the first vane extending from the first beam ; and a second beam disposed at an entrance plane of the first nozzle , the second beam bifurcating the first nozzle , and the first vane extending from the second beam .
A discharger , comprising: a pump including a stem that is disposed on a mouth portion of a container body , in which contents are accommodated, so as to be movable downward in an upward force-applied state, and a discharge head mounted on the stem and provided with a discharge hole opening forward; a mounting cap with which the pump is mounted on the mouth portion of the container body ; a support portion erected on a rear portion of the mounting cap ; and a depressing member that is disposed on the support portion so as to be rotatable around a rotation axis (L) and is linked to the discharge head , wherein the discharger is configured to discharge the contents from the discharge hole by rotating the depressing member downward around the rotation axis (L) to move the discharge head downward, characterized in that the discharger comprises a rising restriction portion coming into contact with or approaching a rising locking portion formed in at least one of the discharge head and the depressing member from above the rising locking portion . a pump including a stem that is disposed on a mouth portion of a container body , in which contents are accommodated, so as to be movable downward in an upward force-applied state, and a discharge head mounted on the stem and provided with a discharge hole opening forward; a mounting cap with which the pump is mounted on the mouth portion of the container body ; a support portion erected on a rear portion of the mounting cap ; and a depressing member that is disposed on the support portion so as to be rotatable around a rotation axis (L) and is linked to the discharge head , wherein the discharger is configured to discharge the contents from the discharge hole by rotating the depressing member downward around the rotation axis (L) to move the discharge head downward, characterized in that the discharger comprises a rising restriction portion coming into contact with or approaching a rising locking portion formed in at least one of the discharge head and the depressing member from above the rising locking portion .
A pharmaceutical composition for use in the treatment of a fibrotic condition, the composition comprising: (a) a peptide consisting of the amino acid sequence FTTFTVT (SEQ ID NO: 1), or a pharmaceutically acceptable salt thereof, or (b) a peptide comprising repeating units of the amino acid sequence FTTFTVT (SEQ ID NO: 1), or a pharmaceutically acceptable salt thereof. (a) a peptide consisting of the amino acid sequence FTTFTVT (SEQ ID NO: 1), or a pharmaceutically acceptable salt thereof, or (b) a peptide comprising repeating units of the amino acid sequence FTTFTVT (SEQ ID NO: 1), or a pharmaceutically acceptable salt thereof.
An image display apparatus for displaying an image of an object, the image display apparatus comprising: - an image providing unit for providing a three-dimensional image data set of the object, - a template providing unit for providing a template defining display parameters, which define a view of the three-dimensional image data set and positions of anatomical features within the defined view, for displaying an image based on anatomical features of the object and further based on significance values assigned to the anatomical features, the significance values defining a degree of consideration of the respective anatomical feature while determining the display parameters, - an anatomical feature detecting unit for detecting several anatomical features in the three-dimensional image data set, - a display parameter determining unit for determining display parameters, which define a view of the three-dimensional image data set and positions of the detected anatomical features within the view, based on the detected anatomical features, the template and the significance values assigned to the anatomical features, wherein the display parameter determining unit is adapted to consider the detected anatomical features in accordance with the respective assigned significance value defining the respective degree of consideration, and - a display unit for displaying the image in accordance with the determined display parameter, wherein the display parameter determining unit is adapted to generate a view, such that a term is minimized, which depends on deviations of current positions of the anatomical features in the generated view from the respective positions defined by the template and which considers the significance value of the respective anatomical feature, wherein the term decreases, if the deviations decrease. - an image providing unit for providing a three-dimensional image data set of the object, - a template providing unit for providing a template defining display parameters, which define a view of the three-dimensional image data set and positions of anatomical features within the defined view, for displaying an image based on anatomical features of the object and further based on significance values assigned to the anatomical features, the significance values defining a degree of consideration of the respective anatomical feature while determining the display parameters, - an anatomical feature detecting unit for detecting several anatomical features in the three-dimensional image data set, - a display parameter determining unit for determining display parameters, which define a view of the three-dimensional image data set and positions of the detected anatomical features within the view, based on the detected anatomical features, the template and the significance values assigned to the anatomical features, wherein the display parameter determining unit is adapted to consider the detected anatomical features in accordance with the respective assigned significance value defining the respective degree of consideration, and - a display unit for displaying the image in accordance with the determined display parameter,
An optical observation system comprising: - an optical fiber that has at least one curved portion as a sensor for inputting light which has occurred at an uncertain position in a test region and propagated in space from an uncertain direction, the optical fiber being adapted for inputting the light from the at least one curved portion and transmitting the light; and - at least one detection system that is adapted to detect the light transmitted by the optical fiber , wherein the optical observation system is adapted to receive light which is spark light; and wherein the at least one detection system comprises a spectrum acquisition part to obtain a wavelength spectrum of the light transmitted by the optical fiber and is adapted to display information for determining whether a spark causing the spark light is explosive, based on the intensity of a light in a specific wavelength band included in the light wavelength spectrum which has been obtained in the spectrum acquisition part. - an optical fiber that has at least one curved portion as a sensor for inputting light which has occurred at an uncertain position in a test region and propagated in space from an uncertain direction, the optical fiber being adapted for inputting the light from the at least one curved portion and transmitting the light; and - at least one detection system that is adapted to detect the light transmitted by the optical fiber , wherein the optical observation system is adapted to receive light which is spark light; and wherein the at least one detection system comprises a spectrum acquisition part to obtain a wavelength spectrum of the light transmitted by the optical fiber and is adapted to display information for determining whether a spark causing the spark light is explosive, based on the intensity of a light in a specific wavelength band included in the light wavelength spectrum which has been obtained in the spectrum acquisition part.
A handheld vacuum cleaner comprising: a handle by which the vacuum cleaner is supported during use; a cyclonic separating unit having a first end and a second end; and an inlet duct which extends through the first end of the cyclonic separating unit , wherein the cyclonic separating unit is arranged to extend away from the handle such that the first end is further from the handle than the second end, wherein the cyclonic separating unit has a longitudinal axis (X) and the inlet duct extends parallel with and along the longitudinal axis (X) of the cyclonic separating unit , and wherein the cyclonic separating unit comprises an end wall at the first end and the inlet duct extends through the end wall , the end wall defining part of a dirt collector for collecting dirt separated by the cyclonic separating unit , and the end wall being moveable between a closed position in which dirt is retained within the dirt collector and an open position in which dirt can be removed from the dirt collector . a handle by which the vacuum cleaner is supported during use; a cyclonic separating unit having a first end and a second end; and an inlet duct which extends through the first end of the cyclonic separating unit , wherein the cyclonic separating unit is arranged to extend away from the handle such that the first end is further from the handle than the second end, wherein the cyclonic separating unit has a longitudinal axis (X) and the inlet duct extends parallel with and along the longitudinal axis (X) of the cyclonic separating unit , and wherein the cyclonic separating unit comprises an end wall at the first end and the inlet duct extends through the end wall , the end wall defining part of a dirt collector for collecting dirt separated by the cyclonic separating unit , and the end wall being moveable between a closed position in which dirt is retained within the dirt collector and an open position in which dirt can be removed from the dirt collector .
Lightweight aircraft passenger seat assembly , comprising three seat portions each one having a seat shell 40 for aircraft passenger and a supporting portion for supporting the seat portions relative to an aircraft structure, wherein the seat shells and the supporting portion are constructed as lightweight components , wherein the seat shells each comprise a sitting portion a backrest portion , a headrest portion as well as two armrest portions arranged on both longitudinal sides of the backrest portion , wherein each seat shell is a one-piece composite sandwich construction and comprises a first side panel, a second side panel and a core material between the first side panel and the second side panel, wherein for connecting each seat shell to a frame portion the supporting portion , the backrest portion is bonded to a spine portion of the frame portion wherein the spine portion comprises furcated ends and a proximal end, the backrest portion being bonded to the spine portion in three positions including the furcated ends of the spine portion and a part of the spine portion between its proximal end and the furcated ends, wherein the sitting portion is configured to rest on a beam portion and/or closed loop portions of the frame portion , so as to slide thereon in a guided fashion, wherein it can be held by friction in individual positions, and wherein for comfort, the seat portion comprises cushioning pads bonded to the sitting portion , the backrest portion and/or the headrest portion and the armrest portions .
A method for implementing speech control, wherein the method comprises: recording , by a terminal, a correspondence between a first keyword text and a second keyword text, wherein the correspondence is a correspondence with a personalized keyword by recognizing a modification of a user for a standard keyword, and replacing a personalized part that cannot be recognized by a speech cloud; when receiving a speech input by a user inputs, sending , by the terminal to a first server for semantic parsing and logical parsing, the speech input by the user; when receiving a parsing failure from the first server returns, obtaining , by the terminal, a parsed text returned by the first server, replacing the second keyword in the parsed text with the first keyword based on the correspondence, and sending, to the first server, the text obtained after the replacement; and receiving , by the terminal, a control command structure returned by the first server after the logical parsing succeeds, and executing a function based on the control command structure, to play a notification speech. recording , by a terminal, a correspondence between a first keyword text and a second keyword text, wherein the correspondence is a correspondence with a personalized keyword by recognizing a modification of a user for a standard keyword, and replacing a personalized part that cannot be recognized by a speech cloud; when receiving a speech input by a user inputs, sending , by the terminal to a first server for semantic parsing and logical parsing, the speech input by the user; when receiving a parsing failure from the first server returns, obtaining , by the terminal, a parsed text returned by the first server, replacing the second keyword in the parsed text with the first keyword based on the correspondence, and sending, to the first server, the text obtained after the replacement; and receiving , by the terminal, a control command structure returned by the first server after the logical parsing succeeds, and executing a function based on the control command structure, to play a notification speech.
A reflector assembly usable with a nuclear reactor comprising a reactor core , wherein the reflector assembly is configured to surround the reactor core , characterized in that the reflector assembly comprises: a graphite support structure comprising a plurality of channels defined therein; and a plurality of beryllium-oxide inclusions positioned in the channels. a graphite support structure comprising a plurality of channels defined therein; and a plurality of beryllium-oxide inclusions positioned in the channels.