mhurhangee/patent-ind-claim-en huggingface dataset:
A method for tilting a graphical user interface displayed on a display of a computing device , the display having a planar arrangement defined by an X-axis and a Y-axis, the method comprising: displaying a first view of the graphical user interface ; receiving an input indicating a tilt of the computing device , the tilt including a component of rotation around at least one of the X-axis or the Y-axis of the display; applying the tilt to the first view to generate a tilted view of the graphical user interface in response to the input; displaying the tilted view of the graphical user interface , the tilted view including at least one graphical element that was not displayed in the first view, wherein the graphical user interface depicts a 3-dimensional environment including a Z-axis orthogonal to the display , wherein the first view includes in the background a first element with a first Z component and in the foreground a second element with a second Z component; the method further comprising depicting parallax between the first element and the second element as the graphical user interface changes between the first view and the tilted view and wherein the at least one graphical element is displayed in the tilted view within a same plane as the second element and in front of the first element. displaying a first view of the graphical user interface ; receiving an input indicating a tilt of the computing device , the tilt including a component of rotation around at least one of the X-axis or the Y-axis of the display; applying the tilt to the first view to generate a tilted view of the graphical user interface in response to the input; displaying the tilted view of the graphical user interface , the tilted view including at least one graphical element that was not displayed in the first view, wherein the graphical user interface depicts a 3-dimensional environment including a Z-axis orthogonal to the display , wherein the first view includes in the background a first element with a first Z component and in the foreground a second element with a second Z component; the method further comprising depicting parallax between the first element and the second element as the graphical user interface changes between the first view and the tilted view and wherein the at least one graphical element is displayed in the tilted view within a same plane as the second element and in front of the first element.
A sealing structure suitable to seal two members which move relatively to each other, the sealing structure comprising: a bearing portion suitable to be placed between the two members and contacting both members so as to coaxially hold the two members to each other; first and second seal portions individually containing a lip-shaped packing; and a first backup ring portion disposed on a rear surface side of the first seal portion to back up the first seal portion , and a second backup ring portion disposed on a rear surface side of the second seal portion to back up the second seal portion , wherein the two backup ring portions are integrally provided to both end portions in the axial direction of the bearing portion and suitable to be placed between the two members , the two backup ring portions and the bearing portion are formed into an integral structure, and the bearing portion has a cylindrical shape, characterized in that the first and second backup ring portions are individually formed into an annular protrusion shape projected in one direction or the other direction in the axial direction from both the end portions in the axial direction of the bearing portion , and an inner diameter dimension (d4) of the bearing portion is smaller than an inner diameter dimension (d3) of each of the first and second backup ring portions . a bearing portion suitable to be placed between the two members and contacting both members so as to coaxially hold the two members to each other; first and second seal portions individually containing a lip-shaped packing; and a first backup ring portion disposed on a rear surface side of the first seal portion to back up the first seal portion , and a second backup ring portion disposed on a rear surface side of the second seal portion to back up the second seal portion , wherein the two backup ring portions are integrally provided to both end portions in the axial direction of the bearing portion and suitable to be placed between the two members , the two backup ring portions and the bearing portion are formed into an integral structure, and the bearing portion has a cylindrical shape, characterized in that the first and second backup ring portions are individually formed into an annular protrusion shape projected in one direction or the other direction in the axial direction from both the end portions in the axial direction of the bearing portion , and an inner diameter dimension (d4) of the bearing portion is smaller than an inner diameter dimension (d3) of each of the first and second backup ring portions .
A method for receiving data via a cell configured in an unlicensed band in a wireless access system supporting the unlicensed band, the method performed by a user equipment, UE, and comprising: receiving (S2510), from a base station, BS, control information; and receiving (S2530; S2630), from the BS , downlink data via an unlicensed band cell, UCell, configured in the unlicensed band based on the control information, wherein the UE decodes a full subframe for receiving the downlink data when cross-carrier scheduling is configured for the UE , wherein the UE decodes a partial subframe, pSF, including first partial symbols empty as a subframe for receiving the downlink data when self-carrier scheduling is configured for the UE , and wherein the pSF is configured in a size smaller than one subframe. receiving (S2510), from a base station, BS, control information; and receiving (S2530; S2630), from the BS , downlink data via an unlicensed band cell, UCell, configured in the unlicensed band based on the control information, wherein the UE decodes a full subframe for receiving the downlink data when cross-carrier scheduling is configured for the UE , wherein the UE decodes a partial subframe, pSF, including first partial symbols empty as a subframe for receiving the downlink data when self-carrier scheduling is configured for the UE , and wherein the pSF is configured in a size smaller than one subframe.
System for generating and transmitting harmonic vibrations comprising: - a sound waves source configured to emit an audio signal at a predetermined frequency; - a transducer operatively connected to said sound waves source and configured to convert said audio signal emitted by said sound waves source into harmonic vibrations; - a vibration transmission device configured to transmit said harmonic vibrations produced by said transducer to a body for propagating vibrations in predetermined directions, said vibration transmission device comprising a receiving portion integral to said transducer adapted to receive said harmonic vibrations from said transducer and comprising a first engagement portion and at least a second engagement portion each being an elongated portion having a free end (41a-41d) and another end (42a-42d) opposite to said free end, said opposite end (41a-41d) forming part of the receiving portion ; said system being characterised in that the first engagement portion and the at least second engagement portion configured to removably engage said body for propagating vibrations having an elongated geometry and said body for propagating vibrations being oriented in a vertical or substantially vertical direction , said first engagement portion and said at least a second engagement portion being arranged to make contact from above said vibration transmission device with said body for propagating vibrations at respective contact surfaces , wherein the contact surfaces are configured to ensure that harmonic vibrations propagate from the engagement portions through the vibration-propagating body in said vertical or substantially vertical direction ; and in that at least an anchoring member arranged to fasten said first engagement portion and at least said second engagement portion to said body for propagating vibrations , said or each anchoring member being arranged to embrace and clamp said first engagement portion and at least said second engagement portion in order to guarantee that the transmission device is kept in a correct installation position. - a sound waves source configured to emit an audio signal at a predetermined frequency; - a transducer operatively connected to said sound waves source and configured to convert said audio signal emitted by said sound waves source into harmonic vibrations; - a vibration transmission device configured to transmit said harmonic vibrations produced by said transducer to a body for propagating vibrations in predetermined directions, said vibration transmission device comprising a receiving portion integral to said transducer adapted to receive said harmonic vibrations from said transducer and comprising a first engagement portion and at least a second engagement portion each being an elongated portion having a free end (41a-41d) and another end (42a-42d) opposite to said free end, said opposite end (41a-41d) forming part of the receiving portion ;
Lamination of a rotor of a rotary dynamo-electric machine with a shaft bore with a radius (R1), with at least two pull-through grooves and two intermediate space recesses , wherein the pull-through grooves each have at least one lamination tongue facing radially inwards towards an axis , so that the ends of the lamination tongue facing radially inwards lie on a radius (R2), wherein R2 is smaller than R1, in order to obtain a high level of anti-rotation protection and axial safety against slippage on a shaft , so that a form-fit is achieved with the shaft, wherein the lamination tongue is formed to be trapezoid, conical or with parallel flanks, wherein the pull-through groove is formed on the shaft bore by two pitch circles with a radius (R3), which, in terms of course, pass from a predetermined transition point from the radius (R3) in each case into a straight line and thus form the lamination tongue , which encloses an angle γ with the straight line.
Use of an emergency escape tunnel in a multi-storey building, especially in a building with a centrally situated staircase and useable rooms surrounding it, wherein the tunnel is equipped with a self-acting drive system and load-bearing skeleton with an outline similar in shape to an downturned letter U, its upper wall and side walls being covered with layers of a fire-resistant material, while the tunnel consists of two telescopically overlapping segments , the ends of which are interlocked with cover flanges , and wherein an skeleton of each segment is built of lateral spaced frames with an outline similar in shape to an downturned letter U, the adjacent frames being permanently interconnected by means of slanted ties and on the lower edges of the skeleton there are traction wheels , wherein the tunnel is horizontally shiftable in a space between the staircase and an external wall of the building, the tunnel being located in resting position within the staircase , wherein if smoke detectors detect fire hazard within the building, then signals emitted from them will cause a motor in the drive system to self-activate, and in an operating position an outlet section of the tunnel is introducted within an exit door in the external wall of the building so deep that the exit of the tunnel being situated outside the building and that deployed segments of the tunnel make it possible to safety cross the open space of the building and evacuate people from the fire hazard zone.
A peptide consisting of the amino acid sequence of any one of SEQ ID NOS: 1, 3 and 5, wherein the peptide forms a complex with a Major Histocompatibility Complex (MHC) molecule.
A composite fiber comprising (a) a thermoplastic matrix polymer; and (b) a plurality of fibrillated reinforcement material regions disposed within the thermoplastic matrix polymer; wherein the melting temperature of the thermoplastic matrix polymer is lower than the melting temperature of the fibrillated reinforcement material, the melting temperature being determined as the peak melt temperature in accordance with ISO 11357-1 , first heating run; wherein the fibrillated reinforcement material comprises a thermoplastic material selected from an ultra-high molecular weight polyethylene (UHMWPE) or a polytetrafluorethylene (PTFE), wherein the thermoplastic material is encapsulated with a further thermoplastic material having a melting temperature of < 20°C above the melting temperature of the thermoplastic matrix polymer. (a) a thermoplastic matrix polymer; and (b) a plurality of fibrillated reinforcement material regions disposed within the thermoplastic matrix polymer; wherein the melting temperature of the thermoplastic matrix polymer is lower than the melting temperature of the fibrillated reinforcement material, the melting temperature being determined as the peak melt temperature in accordance with ISO 11357-1 , first heating run; wherein the fibrillated reinforcement material comprises a thermoplastic material selected from an ultra-high molecular weight polyethylene (UHMWPE) or a polytetrafluorethylene (PTFE), wherein the thermoplastic material is encapsulated with a further thermoplastic material having a melting temperature of < 20°C above the melting temperature of the thermoplastic matrix polymer.
A solid-liquid separator comprising: a screw including a rotary shaft and configured to feed a supplied object to be processed with rotation of the rotary shaft; a main object-to-be-processed supply port for the object to be processed disposed in the vicinity of one end of the screw; a discharge port for the object to be processed provided in the vicinity of the other end of the screw; a drive configured to rotate the rotary shaft; and a layered filter body including a plurality of fixed plates configured to surround the screw and a plurality of movable plates each of which is disposed between adjacent ones of the plurality of fixed plates, the layered filter body including a filtration groove (S) between the adjacent fixed plates; characterized by a tubular first pipe member including a sub object-to-be-processed supply port for the object to be processed and disposed in the middle of the layered filter body; and a pair of flanges configured to sandwich the first pipe member from both sides in an axial direction of the rotary shaft in a contact state. a screw including a rotary shaft and configured to feed a supplied object to be processed with rotation of the rotary shaft; a main object-to-be-processed supply port for the object to be processed disposed in the vicinity of one end of the screw; a discharge port for the object to be processed provided in the vicinity of the other end of the screw; a drive configured to rotate the rotary shaft; and a layered filter body including a plurality of fixed plates configured to surround the screw and a plurality of movable plates each of which is disposed between adjacent ones of the plurality of fixed plates, the layered filter body including a filtration groove (S) between the adjacent fixed plates; characterized by a tubular first pipe member including a sub object-to-be-processed supply port for the object to be processed and disposed in the middle of the layered filter body; and a pair of flanges configured to sandwich the first pipe member from both sides in an axial direction of the rotary shaft in a contact state.
Apparatus for simultaneous in-phase neuromusculoskeletal treatment comprising: an end effector, a housing, a source of electromagnetic radiation and a source of energy; the end effector consisting of a patient contact element comprised of a material transparent to electromagnetic radiation with frequencies of interest for treatment of neuromusculoskeletal complaints, said contact element is mounted in the housing with the source of said electromagnetic radiation mounted behind the patient contact element and the source of energy for the operation of the source of electromagnetic radiation, said housing having an end opposite the patient contact element configured to provide both mechanical and electrical coupling to a single or multiple impulse therapy instrument designed to provide mechanical impulses to the patient for the relief of neuromuscular complaints such as musculoskeletal pain due to joint subluxation, restricted joint mobility, myofacial spasm and ligamentous strain, a controller to synchronize the radiation therapy with the mechanical impulse comprising: a microprocessor; a switch to establish the initiation of the mechanical impulse coupled with the microprocessor to initiate and control the length of single or multiple radiant pulses at any point within the mechanical impulse or a sensor such as an accelerometer or force sensor which monitors the mechanical impulse and is coupled to the microprocessor which is programmed to control the initiation and length of single or multiple radiant pulses at any point within the mechanical impulse. an end effector, a housing, a source of electromagnetic radiation and a source of energy; the end effector consisting of a patient contact element comprised of a material transparent to electromagnetic radiation with frequencies of interest for treatment of neuromusculoskeletal complaints, said contact element is mounted in the housing with the source of said electromagnetic radiation mounted behind the patient contact element and the source of energy for the operation of the source of electromagnetic radiation, said housing having an end opposite the patient contact element configured to provide both mechanical and electrical coupling to a single or multiple impulse therapy instrument designed to provide mechanical impulses to the patient for the relief of neuromuscular complaints such as musculoskeletal pain due to joint subluxation, restricted joint mobility, myofacial spasm and ligamentous strain, a controller to synchronize the radiation therapy with the mechanical impulse comprising: a microprocessor; a switch to establish the initiation of the mechanical impulse coupled with the microprocessor to initiate and control the length of single or multiple radiant pulses at any point within the mechanical impulse or a sensor such as an accelerometer or force sensor which monitors the mechanical impulse and is coupled to the microprocessor which is programmed to control the initiation and length of single or multiple radiant pulses at any point within the mechanical impulse.
A method, comprising: at a client having one or more processors and memory storing one or more programs to be executed by the one or more processors: obtaining a video stream, the video stream including closed captions ; determining a set of information from the closed captions; sending a request including the set of information to a server remotely located from the client for processing; receiving from the server a set of instructions, wherein the set of instructions includes instructions to display content information relating to the set of information ; and in response to receiving the set of instructions, executing one or more applications in accordance with the set of instructions and characterized in that : the determining includes determining one or more special characters and a predefined amount of text following the one or more special characters in the closed captions and wherein the set of information includes the determined one or more special characters and the predefined amount of text, and the predefined amount of text includes the set of instructions or information from which the set of instructions is derived by the server. at a client having one or more processors and memory storing one or more programs to be executed by the one or more processors: obtaining a video stream, the video stream including closed captions ; determining a set of information from the closed captions; sending a request including the set of information to a server remotely located from the client for processing; receiving from the server a set of instructions, wherein the set of instructions includes instructions to display content information relating to the set of information ; and in response to receiving the set of instructions, executing one or more applications in accordance with the set of instructions obtaining a video stream, the video stream including closed captions ; determining a set of information from the closed captions; sending a request including the set of information to a server remotely located from the client for processing; receiving from the server a set of instructions, wherein the set of instructions includes instructions to display content information relating to the set of information ; and in response to receiving the set of instructions, executing one or more applications in accordance with the set of instructions and characterized in that : the determining includes determining one or more special characters and a predefined amount of text following the one or more special characters in the closed captions and wherein the set of information includes the determined one or more special characters and the predefined amount of text, and the predefined amount of text includes the set of instructions or information from which the set of instructions is derived by the server.
A mobile terminal comprising: a display ; a communication unit configured to communicate with a server storing an image; a processor configured to: control to display, on the display , meta information corresponding to the image stored in the server ; receive a user selection of a wallpaper setting function corresponding to the meta information; and based on the user selection of the wallpaper setting function: download the image from the server through the communication unit ; and set the downloaded image as a wallpaper according to the selected wallpaper setting function. a display ; a communication unit configured to communicate with a server storing an image; a processor configured to: control to display, on the display , meta information corresponding to the image stored in the server ; receive a user selection of a wallpaper setting function corresponding to the meta information; and based on the user selection of the wallpaper setting function: download the image from the server through the communication unit ; and set the downloaded image as a wallpaper according to the selected wallpaper setting function. control to display, on the display , meta information corresponding to the image stored in the server ; receive a user selection of a wallpaper setting function corresponding to the meta information; and based on the user selection of the wallpaper setting function: download the image from the server through the communication unit ; and set the downloaded image as a wallpaper according to the selected wallpaper setting function. download the image from the server through the communication unit ; and set the downloaded image as a wallpaper according to the selected wallpaper setting function.