mhurhangee/patent-ind-claim-en huggingface dataset:
A space vehicle comprising: an optical system having a field of view (FOV), the optical system comprising at least two optical elements spaced from one another along an optical axis (O) of the optical system , thereby defining an interior cavity (I) of the optical system (O); at least one control system , the control system comprising at least one physical element configured for performing one or more functions for enabling operation of the vehicle ; characterized in that the space vehicle comprises at least one holding assembly for holding said at least one control system , the holding assembly comprising a folding mechanism configured and operable to move between a folded position corresponding to an inoperative mode of the optical system , and a deployed position corresponding to an operative mode of the optical system , such that in the folded position of the folding mechanism, the control system being held by the holding assembly is at least partially located in said interior cavity (I) of the optical system for stowage, and in the deployed position of the folding mechanism, the control system being held by the holding assembly is located outside said interior cavity (I) and outside said field of view (FOV) of the optical system , thereby allowing operation of the optical system . an optical system having a field of view (FOV), the optical system comprising at least two optical elements spaced from one another along an optical axis (O) of the optical system , thereby defining an interior cavity (I) of the optical system (O); at least one control system , the control system comprising at least one physical element configured for performing one or more functions for enabling operation of the vehicle ; characterized in that the space vehicle comprises at least one holding assembly for holding said at least one control system , the holding assembly comprising a folding mechanism configured and operable to move between a folded position corresponding to an inoperative mode of the optical system , and a deployed position corresponding to an operative mode of the optical system , such that in the folded position of the folding mechanism, the control system being held by the holding assembly is at least partially located in said interior cavity (I) of the optical system for stowage, and in the deployed position of the folding mechanism, the control system being held by the holding assembly is located outside said interior cavity (I) and outside said field of view (FOV) of the optical system , thereby allowing operation of the optical system .
Composition comprising at least one fucosylated oligosaccharide and at least one N-acetylated oligosaccharide(s), for use in preventing and/or treating URT infections in an infant or young child fulfilling at least one of the following criteria: i) the infant or the young child has at least one sibling ii) the infant or the young child was born by C-section. i) the infant or the young child has at least one sibling ii) the infant or the young child was born by C-section.
A method of operating a wireless access point , the method comprising: based at least on a determination that at least one RF, radio frequency, carrier in use by the wireless access point requires reassignment , generating a first information element, IE, the first IE comprising: (i) data relating to a selected new RF carrier, and (ii) data relating to a temporal value; transmitting the first IE to a wireless device associated with the wireless access point , the method being characterized in that the first IE is configured to cause the wireless device to cease operation of one or more functions or applications based on the data relating to the temporal value; and in that the method further comprises causing transition of operation of the wireless access point to the selected new RF carrier ; and subsequent to the transition and after expiration of the temporal value, establishing wireless data communication between the wireless device and the wireless access point using the selected new RF carrier . based at least on a determination that at least one RF, radio frequency, carrier in use by the wireless access point requires reassignment , generating a first information element, IE, the first IE comprising: (i) data relating to a selected new RF carrier, and (ii) data relating to a temporal value; transmitting the first IE to a wireless device associated with the wireless access point , the method being characterized in that the first IE is configured to cause the wireless device to cease operation of one or more functions or applications based on the data relating to the temporal value; and in that the method further comprises causing transition of operation of the wireless access point to the selected new RF carrier ; and subsequent to the transition and after expiration of the temporal value, establishing wireless data communication between the wireless device and the wireless access point using the selected new RF carrier .
Pneumatic vehicle tyre , with a profiled tread , which goes over on each of both sides into a sidewall , the ends of which are each formed by a tyre bead and which is produced in a vulcanizing mould, which consists of multiple profile segments of a segment ring arranged movably in the radial direction, for profiling the tread , and of multiple sidewall shells , for forming the sidewalls , a mould parting plane being defined between the segment ring and the sidewall shells , characterized in that the pneumatic vehicle tyre has on its outer side , defined by the running direction of the pneumatic vehicle tyre , an elevation at least in certain portions, which runs in the circumferential direction, proceeding from the side of the tread is oriented in the direction of the tyre bead and initially rises in a ramp-like manner, and a plateau surface adjoining the elevation goes over into a second elevation , which is higher in relation to the first elevation of the pneumatic vehicle tyre and has a second plateau surface .
Stackable module comprising a housing provided to receive an electric/electronic component and comprising a clamping device for attachment to a support rail , wherein the clamping device has two latching/gripping hooks , which are displaceable in mutually opposite directions between an open position and a fastening position, and a force deflection mechanism for adjusting the latching/gripping hooks between the open and the fastening position, which is actuable by means of an actuating element , which can be subjected to an actuating force (SF) from an outer side, wherein the latching/gripping hooks delimit a free opening distance (fO) which, for releasable fastening to the support rail , is greater in the open position and smaller in the fastening position than a support rail extension (LT) which is provided, wherein the force deflection mechanism comprises a deflection profile on the deflection element side and a displacement part on the hook side, characterised in that the hook-side displacement part comprises a deformation portion , which is deformable by a displacement force (VF), wherein a sliding contact (GK) can be formed between the deflection profile and the deformation portion , at which the deformation portion can be subjected to the displacement force (VF) via the deflection profile .
Filter module comprising a filter membrane having a porous edge structure arranged thereon which covers an edge region of the filter membrane in such a way, that the membrane is not completely covered, and further at least one anchoring element, wherein the filter membrane that has the porous edge structure arranged thereon is embedded in the at least one anchoring element, the filter membrane and the porous edge structure arranged thereon are present as a composite and the porous edge structure arranged on the membrane has a pore size of at least 0.1 μm.
An electric compressor comprising: a compressing mechanism and an electric motor configured to drive the compressing mechanism in a housing , wherein the electric motor includes: a stator formed by winding coils on a stator core fixed in the housing ; and a rotor fixedly mounted on a drive shaft and rotatably arranged inside the stator , so that compressible fluid is introduced to the compressing mechanism through an electric motor storage space that houses the electric motor , wherein a fluid introducing passage extending along an axial direction of the drive shaft between the housing and the stator core is formed, and an intake port configured to introduce the compressible fluid is provided at a position of the housing opposed to an outer peripheral surface of the stator core and is connected to the fluid introducing passage , a first restraining mechanism configured to restrain a flow of the compressible fluid flowing in the fluid introducing passage from the intake port toward a compressing mechanism side being provided between the intake port and the compressing mechanism in the axial direction of the drive shaft , characterised in that a clearance extending along an axial direction of the drive shaft is formed between the housing and the stator core at a position different from the fluid introducing passage , and a second restraining mechanism configured to restrain the flow of the compressible fluid is provided in part of the clearance .
A propeller blade comprising a root; a tip , distal from the root; a trailing edge extending from the root to the tip ; a structural spar a trailing edge insert positioned adjacent the trailing edge and arranged between the structural spar and the trailing edge of the propeller blade ; and a shell forming an outer surface of the propeller blade and surrounding the trailing edge insert and the structural spar ; characterised by further comprising a plurality of stitches of yarn extending through two opposing parts of the shell adjacent the trailing edge , wherein the yarns do not extend through the trailing edge insert ; a row of the plurality of stitches of yarn extending along a portion of the span (S) of the blade from the tip thereof.
A ship steering device comprising: an engine ; a propulsion unit that is configured to exert propulsive power on a ship hull by power from the engine ; detection means configured to detect a current position and an orientation of the ship hull ; a control device that is configured to control an output of the engine and propulsive power of the propulsion unit ; and manipulation means configured to start calibration of a ship , characterized in that the control device is configured to, when the control device detects that the manipulation means is turned on, control the engine and the propulsion unit to cause the ship hull to move in a predetermined direction or to turn, and to correct control values of the engine and the propulsion unit if a difference between a traveling amount and a travelling speed or a turning amount and a turning speed in the predetermined direction and an intended traveling amount and an intended traveling speed or an intended turning amount and an intended turning speed exceeds a predetermined value. an engine ; a propulsion unit that is configured to exert propulsive power on a ship hull by power from the engine ; detection means configured to detect a current position and an orientation of the ship hull ; a control device that is configured to control an output of the engine and propulsive power of the propulsion unit ; and manipulation means configured to start calibration of a ship , characterized in that the control device is configured to, when the control device detects that the manipulation means is turned on, control the engine and the propulsion unit to cause the ship hull to move in a predetermined direction or to turn, and to correct control values of the engine and the propulsion unit if a difference between a traveling amount and a travelling speed or a turning amount and a turning speed in the predetermined direction and an intended traveling amount and an intended traveling speed or an intended turning amount and an intended turning speed exceeds a predetermined value. when the control device detects that the manipulation means is turned on, control the engine and the propulsion unit to cause the ship hull to move in a predetermined direction or to turn, and to correct control values of the engine and the propulsion unit if a difference between a traveling amount and a travelling speed or a turning amount and a turning speed in the predetermined direction and an intended traveling amount and an intended traveling speed or an intended turning amount and an intended turning speed exceeds a predetermined value.
A glass-ceramic article comprising: Li 2 O; SiO 2 ; Al 2 O 3 ; a petalite crystalline phase comprising 20 to 70 wt% of the glass-ceramic article, and a lithium silicate crystalline phase, characterised in that the article is transparent and has a transmittance of at least 85% for light in a wavelength range from 400 nm to 1,000 nm at a thickness of 1 mm; and in that the article comprises grains having a longest dimension of 100 nm or less as measured by a scanning electron microscope. a petalite crystalline phase comprising 20 to 70 wt% of the glass-ceramic article, and a lithium silicate crystalline phase, characterised in that the article is transparent and has a transmittance of at least 85% for light in a wavelength range from 400 nm to 1,000 nm at a thickness of 1 mm; and in that the article comprises grains having a longest dimension of 100 nm or less as measured by a scanning electron microscope.
A method of playing back content by a playback device, the method comprising: - downloading at least a portion of a media file having content data, the content data having a plurality of frames of encoded video that include headers, using the playback device, wherein at least one of the headers comprises a series of flags and a plurality of data fields, wherein the series of flags comprises: an extension sub-flag that indicates that additional bytes of flags are included in the header, and additional flags that are indicated as being a part of the header by the extension flag, wherein the additional flags comprise a frame metadata flag that indicates the presence of frame metadata within the plurality of data fields of the header; - decoding the at least one header to identify the series of flags, the additional flags that include the frame metadata flag that indicates the presence of frame metadata, and the content of the plurality of data fields; - decoding a frame from the plurality of frames of encoded video based upon a set of pre-defined presentation rules that define the behaviour of the playback device based upon the frame metadata; and - displaying the decoded frame of encoded video on a display using the playback device. - downloading at least a portion of a media file having content data, the content data having a plurality of frames of encoded video that include headers, using the playback device, wherein at least one of the headers comprises a series of flags and a plurality of data fields, wherein the series of flags comprises: an extension sub-flag that indicates that additional bytes of flags are included in the header, and additional flags that are indicated as being a part of the header by the extension flag, wherein the additional flags comprise a frame metadata flag that indicates the presence of frame metadata within the plurality of data fields of the header; - decoding the at least one header to identify the series of flags, the additional flags that include the frame metadata flag that indicates the presence of frame metadata, and the content of the plurality of data fields; - decoding a frame from the plurality of frames of encoded video based upon a set of pre-defined presentation rules that define the behaviour of the playback device based upon the frame metadata; and - displaying the decoded frame of encoded video on a display using the playback device.
Bracket element (1; 101; 201; 301; 401; 1001) which is mountable on an inner side of an associated rear bracket portion (9; 109; 209; 309; 409) of a bicycle frame (104; 204; 304; 404) and which is configured to connect the bicycle frame (104; 204; 304; 404) to a rear gearshift mechanism (5; 105) of a derailleur system, comprising: - a first portion, which has an opening or aperture (6; 1006) for receiving a portion of a bicycle rear-wheel axle, and - a second portion, which has a mounting opening to which a base element of the rear gearshift mechanism (5; 105) is fixable, characterized in that the bracket element (1; 101; 201; 301; 401; 1001) is formed with at least a region made from plastic and a region made from metal, and the region made from plastic is connected fixedly to the region made from metal, wherein the bracket element (1; 101; 201; 301; 401; 1001), preferably the region thereof made from plastic, forms a deflecting-surface region , with an oblique deflecting surface, on which a chain can slip transversely to its longitudinal direction in the direction of a pinion assembly of the derailleur system. - a first portion, which has an opening or aperture (6; 1006) for receiving a portion of a bicycle rear-wheel axle, and - a second portion, which has a mounting opening to which a base element of the rear gearshift mechanism (5; 105) is fixable, the bracket element (1; 101; 201; 301; 401; 1001) is formed with at least a region made from plastic and a region made from metal, and the region made from plastic is connected fixedly to the region made from metal, wherein the bracket element (1; 101; 201; 301; 401; 1001), preferably the region thereof made from plastic, forms a deflecting-surface region , with an oblique deflecting surface, on which a chain can slip transversely to its longitudinal direction in the direction of a pinion assembly of the derailleur system.
A terminal device comprising: a higher layer processing unit configured to receive first information and second information; a reception unit configured to receive downlink control information, DCI, carried by a physical downlink control channel, PDCCH; and a controller configured to compute a power headroom, wherein the first information includes information on a plurality of sounding reference signal, SRS, resources, the second information is information to configure a plurality of parameters to determine transmission power, the DCI includes information to indicate one of the plurality of the SRS resources, and information on scheduling of a physical uplink shared channel, PUSCH, wherein the controller is configured to compute the power headroom according to: a first parameter included in the plurality of parameters to determine transmission power in a case of an actual transmission of the PUSCH, and a second parameter included in the plurality of parameters to determine transmission power in a case of a reference format, and the first parameter is associated with the information to indicate the one of the plurality of the SRS resources in the DCI. a higher layer processing unit configured to receive first information and second information; a reception unit configured to receive downlink control information, DCI, carried by a physical downlink control channel, PDCCH; and a controller configured to compute a power headroom, wherein the first information includes information on a plurality of sounding reference signal, SRS, resources, the second information is information to configure a plurality of parameters to determine transmission power, the DCI includes information to indicate one of the plurality of the SRS resources, and information on scheduling of a physical uplink shared channel, PUSCH, wherein the controller is configured to compute the power headroom according to: a first parameter included in the plurality of parameters to determine transmission power in a case of an actual transmission of the PUSCH, and a second parameter included in the plurality of parameters to determine transmission power in a case of a reference format, and the first parameter is associated with the information to indicate the one of the plurality of the SRS resources in the DCI. a first parameter included in the plurality of parameters to determine transmission power in a case of an actual transmission of the PUSCH, and a second parameter included in the plurality of parameters to determine transmission power in a case of a reference format, and the first parameter is associated with the information to indicate the one of the plurality of the SRS resources in the DCI.
Orthopaedic system with a) at least one stimulation electrode for activating at least one muscle, b) an orthotic or prosthetic device which can be placed on a patient's body and secured there, with at least one joint by which a proximal and a distal component (21, 22; 22, 23) of the orthotic or prosthetic device are connected to each other in swivelling fashion, c) at least one adjustable resistance device which is arranged between the distal component and the proximal component and with which a motion resistance against a swivelling of the proximal component relative to the distal component is adjustable, d) sensors for detecting of forces, positions, accelerations and/or torques, e) a control device which is coupled to the sensors and the resistance device , processes sensor values of the sensors and adjusts the resistance device in dependence on the sensor values f) characterized in that the orthotic or prosthetic device is associated with an energy accumulator , by which kinetic energy of the orthotic or prosthetic device is storable and returnable to it in a controlled manner. a) at least one stimulation electrode for activating at least one muscle, b) an orthotic or prosthetic device which can be placed on a patient's body and secured there, with at least one joint by which a proximal and a distal component (21, 22; 22, 23) of the orthotic or prosthetic device are connected to each other in swivelling fashion, c) at least one adjustable resistance device which is arranged between the distal component and the proximal component and with which a motion resistance against a swivelling of the proximal component relative to the distal component is adjustable, d) sensors for detecting of forces, positions, accelerations and/or torques, e) a control device which is coupled to the sensors and the resistance device , processes sensor values of the sensors and adjusts the resistance device in dependence on the sensor values f) characterized in that the orthotic or prosthetic device is associated with an energy accumulator , by which kinetic energy of the orthotic or prosthetic device is storable and returnable to it in a controlled manner.
A method of displaying an image comprising providing a substrate with an irregular surface; and applying an adhesive article to the substrate, wherein the adhesive article comprises a film layer, the film layer comprising a polymer blend comprising a thermoplastic polyurethane and a cellulose ester; and an adhesive layer adjacent the film layer, wherein the adhesive layer adheres the adhesive article to the substrate; and wherein the film layer is hot melt processed.