mhurhangee/patent-ind-claim-en huggingface dataset:
A method of indicating a spatial characteristic parameter set, performed by a user-side device and comprising: acquiring (S 110) first indication information, wherein the first indication information indirectly indicates a spatial characteristic parameter set scheduled to the user-side device, and the spatial characteristic parameter set is one of a plurality of spatial characteristic parameter sets configured for the user-side device; determining (S120) , according to the first indication information, the spatial characteristic parameter set scheduled to the user-side device, characterized in that , the first indication information is information of a resource location of a physical downlink control channel, PDCCH; acquiring (S110) the first indication information comprises: determining the first indication information according to a resource location of a received PDCCH; determining (S 120), according to the first indication information, the spatial characteristic parameter set scheduled to the user-side device comprises: determining, according to mapping relationship between the resource location of the PDCCH and the spatial characteristic parameter set, the spatial characteristic parameter set scheduled to the user-side device. acquiring (S 110) first indication information, wherein the first indication information indirectly indicates a spatial characteristic parameter set scheduled to the user-side device, and the spatial characteristic parameter set is one of a plurality of spatial characteristic parameter sets configured for the user-side device; determining (S120) , according to the first indication information, the spatial characteristic parameter set scheduled to the user-side device, characterized in that , the first indication information is information of a resource location of a physical downlink control channel, PDCCH; acquiring (S110) the first indication information comprises: determining the first indication information according to a resource location of a received PDCCH; determining (S 120), according to the first indication information, the spatial characteristic parameter set scheduled to the user-side device comprises: determining, according to mapping relationship between the resource location of the PDCCH and the spatial characteristic parameter set, the spatial characteristic parameter set scheduled to the user-side device.
An achromatic scanning device comprising a light source , a scanning unit formed with a rotatable polygon mirror (3.1) having a polygon angle (W p ), prescan optics arranged upstream of the polygon mirror (3.1) for shaping and guiding a light beam (1.1) emitted by the light source onto the polygon mirror (3.1), the light beam (1.1) having a first beam portion (1.1.1) with a first wavelength (λ 1 ) and a second beam portion (1.1.2) having a second wavelength (λ 2 ), and postscan optics arranged downstream of the polygon mirror (3.1) and formed by an F-Theta objective for shaping and guiding the light beam (1.1) deflected by the polygon mirror (3.1) in a scanning direction (R) onto a target surface which, for the two beam portions (1.1.1), (1.1.2), is arranged in an image plane of the postscan optics (BE post ), the postscan optics being monochromatic, i.e. imaging into an ideal image position takes place only for a light beam with one wavelength, and the prescan optics and the postscan optics being designed and arranged with respect to one another in such a way that, for a light beam (1.1) imaged onto the target surface , a first image plane of the prescan optics (BE preλ1 ) in a first image-side cut width (s' preλ1 ) coincides with a first object plane of the postscan optics (OE postλ1 ) for the first beam portion (1.1.1) and a second image plane of the prescan optics (BE preλ2 ) in a second image-side cut width (s' preλ2 ) coincides with a second object plane of the postscan optics (OE postλ1 ) for the second beam portion (1.1.2), the image plane of the postscan optics (BE post ) being assigned to the first object plane of the postscan optics (OE postλ1 ) and the second object plane of the postscan optics (OE postλ2 ), so that the longitudinal chromatic aberration is corrected for the two beam portions (1.1.1), (1.1.2), characterised in that the postscan optics have a first image-side focal length (f' postλ1 ) for the first beam portion (1.1.1) and a second image-side focal length (f' postλ2 ) for the second beam portion (1.1.2), which satisfy the following equation: 2 f ‵ post ⁢ λ 1 W p + f ‵ post ⁢ λ 1 W s 1 W p ; s ‵ pre ⁢ λ 1 = 2 f ‵ post ⁢ λ 2 W p + f ‵ post ⁢ λ 2 W s 2 W p ; s ‵ pre ⁢ λ 2 , where W s1 is an angular portion of the first beam portion (1.1.1) and W s2 is an angular portion of the second beam portion (1.1.2) and tan (W s1 ) ≈ Sw / 2 * sin (W p ) / S' preλ1 and tan (W s2 ) ≈ Sw/2 * sin (W p ) / S' preλ2 , where Sw is the key size of the polygon mirror (3.1), whereby the transverse chromatic aberration is also corrected for the two beam portions (1.1.1), (1.1.2).
A method comprising: obtaining context information for a location based service, in response to a request for the location based service from a user; and initiating, based at least in part on the context information, a presentation of the location based service through a user interface in at least one of a first mode and a second mode for the location based service, wherein a control of the location based service in one of the first mode and the second mode causes, at least in part, an adaptive control of the location based service in other of the first mode and the second mode, wherein a change of a searching scope, determined by at least a viewing angle of a camera, for one or more points of interest in one of the first mode and the second mode causes, at least in part, an adaptive change in visualizations in other of the first mode and the second mode, and wherein the change of the searching scope involves variations of the searching radius of the searching scope and/or one or more parameters regarding the camera. obtaining context information for a location based service, in response to a request for the location based service from a user; and initiating, based at least in part on the context information, a presentation of the location based service through a user interface in at least one of a first mode and a second mode for the location based service, wherein a control of the location based service in one of the first mode and the second mode causes, at least in part, an adaptive control of the location based service in other of the first mode and the second mode, wherein a change of a searching scope, determined by at least a viewing angle of a camera, for one or more points of interest in one of the first mode and the second mode causes, at least in part, an adaptive change in visualizations in other of the first mode and the second mode, and wherein the change of the searching scope involves variations of the searching radius of the searching scope and/or one or more parameters regarding the camera.
A system , comprising: a turbomachine having a plurality of turbomachine blades coupled to a rotor , wherein each turbomachine blade comprises an unflared blade base portion extending a first radial length of the blade and a flared blade tip portion , wherein the flared blade tip portion extends a second radial length of the blade from the blade base portion and is flared relative to the unflared blade base portion , wherein a trailing edge of each blade extends entirely along a common plane that is tangent to a mean camber line at the trailing edge, the flared blade tip portion being flared at least partially along an axial direction from the trailing edge toward a leading edge relative to a rotational axis of the turbomachine, wherein the trailing edge of the unflared blade base portion meets the common plane along a straight line.
Microbial lysozyme or a composition comprising microbial lysozyme for use in a method of preventing, alleviating or treating Irritable Bowel Syndrome (IBS) or Inflammatory Bowel Disease (IBD).
A data unit reuse method , wherein data is stored in a data unit in a form of a data block and the data block has a block ID, and the method comprises: successively reading each data block in a current data unit to search for a first specific data block whose block ID does not conform to a predetermined order; determining whether at least one data block whose block ID conforms to the predetermined order exists after the specific data block in the current data unit; when at least one data block whose block ID conforms to the predetermined order exists after the specific data block in the current data unit, determining that the current data unit has been damaged, and when no data block whose block ID conforms to the predetermined order exists after the specific data block in the current data unit, determining that a data block immediately previous to the specific data block is a data end. successively reading each data block in a current data unit to search for a first specific data block whose block ID does not conform to a predetermined order; determining whether at least one data block whose block ID conforms to the predetermined order exists after the specific data block in the current data unit; when at least one data block whose block ID conforms to the predetermined order exists after the specific data block in the current data unit, determining that the current data unit has been damaged, and when no data block whose block ID conforms to the predetermined order exists after the specific data block in the current data unit, determining that a data block immediately previous to the specific data block is a data end.
A metal foam production method comprising the steps of: using a mold that transmits light and a precursor made by mixing a metal with a foaming agent; and irradiating the precursor with a light transmitted through the mold to thereby heat and foam the precursor to obtain a metal foam, and controlling the shape of the metal foam by the mold, wherein the mold is made of a material with openings, and wherein the mold is made of a net made of metal. using a mold that transmits light and a precursor made by mixing a metal with a foaming agent; and irradiating the precursor with a light transmitted through the mold to thereby heat and foam the precursor to obtain a metal foam, and controlling the shape of the metal foam by the mold, wherein the mold is made of a material with openings, and wherein the mold is made of a net made of metal.
A sonotrode for an ultrasonic surgical instrument being suitable for punching out tissue areas from bone, wherein the sonotrode has a head and a distal end piece , the distal end piece being equipped as a stamp for penetration of bones using mechanical vibration, wherein the distal end piece or the blade is designed as a hollow body being open at its distal end, characterized in that the sonotrode comprises a suction port (30.1, 30.2) for applying a vacuum in an interior of the sonotrode , the sonotrode further being encompassed by a tube , wherein the tube is equipped to supply a liquid to the distal end of the sonotrode . wherein the distal end piece or the blade is designed as a hollow body being open at its distal end, characterized in that the sonotrode comprises a suction port (30.1, 30.2) for applying a vacuum in an interior of the sonotrode , the sonotrode further being encompassed by a tube , wherein the tube is equipped to supply a liquid to the distal end of the sonotrode .
A semiconductor apparatus comprising: one or more substrates ; and logic coupled to the one or more substrates , wherein the logic is implemented at least partly in one or more of configurable logic or fixed-functionality hardware logic, the logic coupled to the one or more substrates to: detect a misalignment condition, wherein the misalignment condition includes a memory map being misaligned with a granularity of a register ; append a protected range to the memory map, wherein the protected range eliminates the misalignment condition; and define an operational characteristic of the memory map via the register . one or more substrates ; and logic coupled to the one or more substrates , wherein the logic is implemented at least partly in one or more of configurable logic or fixed-functionality hardware logic, the logic coupled to the one or more substrates to: detect a misalignment condition, wherein the misalignment condition includes a memory map being misaligned with a granularity of a register ; append a protected range to the memory map, wherein the protected range eliminates the misalignment condition; and define an operational characteristic of the memory map via the register . detect a misalignment condition, wherein the misalignment condition includes a memory map being misaligned with a granularity of a register ; append a protected range to the memory map, wherein the protected range eliminates the misalignment condition; and define an operational characteristic of the memory map via the register .
Dishwasher, in particular a domestic dishwasher, comprising a washing container which provides a washing compartment and is used to accommodate washware to be cleaned, comprising a spray arm which can be rotated within the washing container in order to apply washing solution to the washware, comprising a collecting pot into which the washing container fluidically leads, and comprising a screening device which can be inserted into the collecting pot and through which, in the final assembled state, a standpipe passes which is used to supply washing solution to the spray arm , the spray arm being detachably arranged at the end of the standpipe , and comprising a locking element for detachably arranging the spray arm on the standpipe , it being possible for the spray arm and the screening device to be commonly locked and/or unlocked by actuating the locking element , and the screening device having a coarse screen which interacts with the locking element, characterised in that the locking element and the coarse screen bear corresponding position markings .
Apparatus comprising: a first camera ; at least one second camera ; means for generating a preview of a scene by the first camera in a first mode of the apparatus, wherein the preview is generated at a first frame rate by the first camera; means for generating plural image frames of the scene by the at least one second camera in the first mode and storing the plural image frames, wherein the plural image frames of the scene are generated by the second camera at a second frame rate that is less than the first frame rate; and means for selecting, in response to detection of a capture event, at least one image frame from the plural stored image frames of the scene as at least one capture image in a second mode of the apparatus. a first camera ; at least one second camera ; means for generating a preview of a scene by the first camera in a first mode of the apparatus, wherein the preview is generated at a first frame rate by the first camera; means for generating plural image frames of the scene by the at least one second camera in the first mode and storing the plural image frames, wherein the plural image frames of the scene are generated by the second camera at a second frame rate that is less than the first frame rate; and means for selecting, in response to detection of a capture event, at least one image frame from the plural stored image frames of the scene as at least one capture image in a second mode of the apparatus.
A method of establishing, by a first display device , a communication link with a second display device , wherein the first display device and the second display device each comprise a flexible display, the method comprising: detecting a first bending motion of the first display device (S710; S820; S920; S2015; S2115); obtaining, via a communication with the second display device, information about a second bending motion of the second display device detected by the second display device (S720; S825; S925; S2030; S2130) which comprises a start time of the second bending motion and an elapsed-time of the second bending motion; comparing the first bending motion and the second bending motion (S740; S850; S940, S945; S2060; S2160, S2165); and if the first bending motion occurs while the second bending motion is detected by the second device, a difference between the start time of the first bending motion and the start time of the second bending motion is less than a predetermined threshold value and a difference between the geometry of the first bending motion and the geometry of the second bending motion is within a predetermined range, establishing a communication link for a data exchange with the second display device or not establishing a communication link otherwise. detecting a first bending motion of the first display device (S710; S820; S920; S2015; S2115); obtaining, via a communication with the second display device, information about a second bending motion of the second display device detected by the second display device (S720; S825; S925; S2030; S2130) which comprises a start time of the second bending motion and an elapsed-time of the second bending motion; comparing the first bending motion and the second bending motion (S740; S850; S940, S945; S2060; S2160, S2165); and if the first bending motion occurs while the second bending motion is detected by the second device, a difference between the start time of the first bending motion and the start time of the second bending motion is less than a predetermined threshold value and a difference between the geometry of the first bending motion and the geometry of the second bending motion is within a predetermined range, establishing a communication link for a data exchange with the second display device or not establishing a communication link otherwise.
An anchored blade for use with a surgical retractor , the blade comprising: an elongate blade portion having a proximal end , a distal end , a front face configured to face a surgical corridor, a rear face opposite the front face, and at least one channel extending from the proximal end toward the distal end along the front face; a retractor engagement portion positioned at the proximal end of the elongate blade portion; a first jaw and second jaw positioned at the distal end of the elongate blade portion and configured to engage a bone implant, the first jaw configured to pivot about a first axis and the second jaw configured to pivot about a second axis , the first and second jaws configured to occupy a closed configuration and an open configuration, wherein, when in the open configuration, a portion of the bone implant is able to pass through the first and second jaws; a control assembly configured to transition the first and second jaws between the open configuration and the closed configuration. an elongate blade portion having a proximal end , a distal end , a front face configured to face a surgical corridor, a rear face opposite the front face, and at least one channel extending from the proximal end toward the distal end along the front face; a retractor engagement portion positioned at the proximal end of the elongate blade portion; a first jaw and second jaw positioned at the distal end of the elongate blade portion and configured to engage a bone implant, the first jaw configured to pivot about a first axis and the second jaw configured to pivot about a second axis , the first and second jaws configured to occupy a closed configuration and an open configuration, wherein, when in the open configuration, a portion of the bone implant is able to pass through the first and second jaws; a control assembly configured to transition the first and second jaws between the open configuration and the closed configuration.
An apparatus for separating solids from solids laden drilling fluid and sizing the solids, the apparatus comprising a basket , a vibratory mechanism , a first screen deck and a second screen deck mounted below said first screen deck and a directing device for selecting a parallel or series mode of operation, wherein in a parallel mode of operation flow of solids laden drilling fluid is divided between the first deck and the second deck, and wherein in a series mode of operation in which solids laden drilling fluid is directed on to the first screen deck and then drilling fluid screened thereby is directed on to said second screen deck, wherein the apparatus further comprises a moveable diverter tray for selecting parallel or series mode of operation, characterized in that said moveable diverter tray is slideably arranged in rails having an expandable element to selectively fix said moveable diverter tray in said rails wherein said diverter tray comprises a handle accessible at a discharge end of said basket .
A wireless headset , comprising: a headband that is constructed and arranged to fit over a user's head, wherein the headband comprises a metal support structure (13; 90) and an antenna (20; 72; 100; 102) comprising a slotted loop structure , wherein the antenna is an integral part of the metal support structure that follows a curve of the headband and wherein the antenna is adapted to transmit and receive wireless signals, and electronic signal processing hardware that is electrically matched to the antenna; and first and second earcups (14; 16) carried by the headband , each earcup arranged to sit on, over or near one ear of the user, each earcup comprising an audio transducer (15; 17). a headband that is constructed and arranged to fit over a user's head, wherein the headband comprises a metal support structure (13; 90) and an antenna (20; 72; 100; 102) comprising a slotted loop structure , wherein the antenna is an integral part of the metal support structure that follows a curve of the headband and wherein the antenna is adapted to transmit and receive wireless signals, and electronic signal processing hardware that is electrically matched to the antenna; and first and second earcups (14; 16) carried by the headband , each earcup arranged to sit on, over or near one ear of the user, each earcup comprising an audio transducer (15; 17).