mhurhangee/patent-ind-claim-en huggingface dataset:
A media output system , comprising: a plurality of media support members (145; 201) to receive a number of sheets of print media from a printing device ; and a print finishing device to conduct finishing processes on the number of sheets of print media ; wherein moving the plurality of media support members (145; 200) in a direction orthogonal to the direction of a media feed path comprises moving the plurality of media support members (145; 201) from a starting position to transport the number of sheets of print media towards the finishing device with a first media support member (201-1) of the plurality of media support members (145; 201) moving relatively faster than a second media support member (201-2) of the plurality of media support members (145; 201), and after the finishing device conducts a finishing process, the plurality of media support members (145; 201) being returned to the starting position by advancing said first media support member (201-1) relatively slower than said second media support member (201-2). a plurality of media support members (145; 201) to receive a number of sheets of print media from a printing device ; and a print finishing device to conduct finishing processes on the number of sheets of print media ; wherein moving the plurality of media support members (145; 200) in a direction orthogonal to the direction of a media feed path comprises moving the plurality of media support members (145; 201) from a starting position to transport the number of sheets of print media towards the finishing device with a first media support member (201-1) of the plurality of media support members (145; 201) moving relatively faster than a second media support member (201-2) of the plurality of media support members (145; 201), and after the finishing device conducts a finishing process, the plurality of media support members (145; 201) being returned to the starting position by advancing said first media support member (201-1) relatively slower than said second media support member (201-2).
A mower conditioner implement comprising: a cutting system operable to cut crop material; a crop conditioning system operable to receive the cut crop material from the cutting system and condition the cut crop material; an image sensor positioned to sense an image of the crop material, the image having a color spectrum; a computing device having a processor and a memory having a crop analysis algorithm stored thereon, wherein the processor is operable to execute the crop analysis algorithm to: determine at least one of an ash content in the cut crop material or a degree of stem conditioning of the cut crop material; and adjust at least one of the cutting system or the crop conditioning system based on at least one of the determined ash content or the determined degree of stem conditioning characterized in that the determination of at least one of the ash content in the cut crop material or the degree of stem conditioning of the cut crop material is executed by comparing the color spectrum of the image to a calibrated color measurement ; and in that the mower conditioner further comprises a light source associated with the image sensor , wherein the light source is operable to emit light immediately prior to the image sensor sensing the image, such that the color spectrum of the image includes reflected light emitted from the light source . a cutting system operable to cut crop material; a crop conditioning system operable to receive the cut crop material from the cutting system and condition the cut crop material; an image sensor positioned to sense an image of the crop material, the image having a color spectrum; a computing device having a processor and a memory having a crop analysis algorithm stored thereon, wherein the processor is operable to execute the crop analysis algorithm to: determine at least one of an ash content in the cut crop material or a degree of stem conditioning of the cut crop material; and adjust at least one of the cutting system or the crop conditioning system based on at least one of the determined ash content or the determined degree of stem conditioning determine at least one of an ash content in the cut crop material or a degree of stem conditioning of the cut crop material; and adjust at least one of the cutting system or the crop conditioning system based on at least one of the determined ash content or the determined degree of stem conditioning characterized in that the determination of at least one of the ash content in the cut crop material or the degree of stem conditioning of the cut crop material is executed by comparing the color spectrum of the image to a calibrated color measurement ; and in that the mower conditioner further comprises a light source associated with the image sensor , wherein the light source is operable to emit light immediately prior to the image sensor sensing the image, such that the color spectrum of the image includes reflected light emitted from the light source .
Laser communication system for an aircraft , comprising - a plurality of optical head units , - at least one separate laser transmitting unit , - at least one laser receiving unit , - at least one optical fiber for each optical head unit , - at least one optical switching device for selectively coupling at least one of the optical head units and at least one of the at least one separate laser transmitting unit , and - a central control unit , wherein the optical head units are connected to the at least one optical switching device through the at least one optical fiber , wherein the optical head units each comprise an optical axis , parallel to which light is emitted or received, wherein the optical head units each comprise at least one optical pointing mechanism for adjusting the respective optical axis , wherein the at least one separate laser transmitting unit comprises a laser and an optical amplifier , and wherein the control unit is coupled with the at least one optical switching device , the at least one laser transmitting unit , the at least one laser receiving unit and the optical head units and is adapted to control a laser based data communication through coupling at least one of the optical head units , which is in a free line of sight to at least one target outside the aircraft , to the at least one separate laser transmitting unit and to modulate the operation of the at least one separate laser transmitting unit for emitting a signal. - a plurality of optical head units , - at least one separate laser transmitting unit , - at least one laser receiving unit , - at least one optical fiber for each optical head unit , - at least one optical switching device for selectively coupling at least one of the optical head units and at least one of the at least one separate laser transmitting unit , and - a central control unit , wherein the optical head units are connected to the at least one optical switching device through the at least one optical fiber , wherein the optical head units each comprise an optical axis , parallel to which light is emitted or received, wherein the optical head units each comprise at least one optical pointing mechanism for adjusting the respective optical axis , wherein the at least one separate laser transmitting unit comprises a laser and an optical amplifier , and wherein the control unit is coupled with the at least one optical switching device , the at least one laser transmitting unit , the at least one laser receiving unit and the optical head units and is adapted to control a laser based data communication through coupling at least one of the optical head units , which is in a free line of sight to at least one target outside the aircraft , to the at least one separate laser transmitting unit and to modulate the operation of the at least one separate laser transmitting unit for emitting a signal.
- A handling system for a vehicle (A), the vehicle (A) comprising an interior (B) and two doors (C) pivoting along parallel and vertical pivot axes to close an opening (D) from the interior (B) of the vehicle (A) outwards, the handling system comprising: - a rigid beam , having a first so-called inner end and a second so-called outer end ; - an attachment device connected to the beam for detachable attachment of the beam to a wall (E) of the interior (B) of the vehicle (A); - a lifting device configured to maneuver a load (G) and mounted movably along the beam ; characterised in that the handling system further comprises - a rigid support assembly secured to the beam in the region of the outer end , and extending laterally from the latter, the rigid support assembly being intended, in use, to bear on each of the doors (C) when the latter are open, the beam then passing through the opening (D) of the vehicle (A) and having the region of its outer end outside the vehicle (A). - a rigid beam , having a first so-called inner end and a second so-called outer end ; - an attachment device connected to the beam for detachable attachment of the beam to a wall (E) of the interior (B) of the vehicle (A); - a lifting device configured to maneuver a load (G) and mounted movably along the beam ; characterised in that the handling system further comprises - a rigid support assembly secured to the beam in the region of the outer end , and extending laterally from the latter, the rigid support assembly being intended, in use, to bear on each of the doors (C) when the latter are open, the beam then passing through the opening (D) of the vehicle (A) and having the region of its outer end outside the vehicle (A).
A communication method, comprising: selecting, by a distributed unit, DU, any one of F1 interface user plane, F1-U, tunnels on which packet loss occurs, wherein the F1-U tunnels are established between a user plane entity of a centralized unit, CU-UP, and the DU and that are of a user equipment, UE, sending, by the DU to the CU-UP on the selected F1-U tunnel, a message for feeding back a downlink transmission status, wherein the message comprises packet loss information and an indication, the indication is used to indicate radio link outage or radio link resume between the DU and the UE, and sending, by the DU to the CU-UP, a second message for feeding back a downlink transmission status on another F1-U tunnel on which packet loss occurs, wherein the second message only comprises packet loss information and does not comprise the indication. selecting, by a distributed unit, DU, any one of F1 interface user plane, F1-U, tunnels on which packet loss occurs, wherein the F1-U tunnels are established between a user plane entity of a centralized unit, CU-UP, and the DU and that are of a user equipment, UE, sending, by the DU to the CU-UP on the selected F1-U tunnel, a message for feeding back a downlink transmission status, wherein the message comprises packet loss information and an indication, the indication is used to indicate radio link outage or radio link resume between the DU and the UE, and sending, by the DU to the CU-UP, a second message for feeding back a downlink transmission status on another F1-U tunnel on which packet loss occurs, wherein the second message only comprises packet loss information and does not comprise the indication.
A method performed by at least one apparatus, said method comprising: obtaining measurement data on a location-specific quantity of a signal transmitted by a transmitter (4-1, 4-2, 4-3); obtaining location information associated with said measurement data on said location-specific quantity, said location information comprising or being representative of a location, at which the measurement data was measured, or an estimate thereof; characterized in that said method further comprises: determining, based on said obtained measurement data and said obtained location information, one or more model parameters of a model describing said location-specific quantity in dependence of location, wherein said model assumes a location dependence of said location-specific quantity in form of a combination of a first location-specific function and a second location-specific function. obtaining measurement data on a location-specific quantity of a signal transmitted by a transmitter (4-1, 4-2, 4-3); obtaining location information associated with said measurement data on said location-specific quantity, said location information comprising or being representative of a location, at which the measurement data was measured, or an estimate thereof; characterized in that said method further comprises: determining, based on said obtained measurement data and said obtained location information, one or more model parameters of a model describing said location-specific quantity in dependence of location, wherein said model assumes a location dependence of said location-specific quantity in form of a combination of a first location-specific function and a second location-specific function.
A wireless communication device (100; 500), comprising: a receiver (110; 510) configured to receive an orthogonal frequency-division multiplexing, OFDM, signal, wherein the OFDM signal includes a greenfield preamble ; an interval select logic (120; 520) configured to determine a type of guard intervals in the OFDM signal based, at least in part, on the greenfield preamble, and further configured to determine whether a SIG field is a last field of the greenfield preamble to determine that the type of the guard intervals in the OFDM signal is short; and a signal processor (130; 530) configured to process the OFDM signal based, at least in part, on the type of the guard intervals as determined by the interval select logic, wherein: the OFDM signal further comprises a plurality of data symbols following the greenfield preamble; and the signal processor is configured to process the OFDM signal by processing a first data symbol of the plurality of data symbols as a data symbol with a long guard interval, and processing subsequent data symbols of the plurality of data symbols based on the determined type of the guard intervals. a receiver (110; 510) configured to receive an orthogonal frequency-division multiplexing, OFDM, signal, wherein the OFDM signal includes a greenfield preamble ; an interval select logic (120; 520) configured to determine a type of guard intervals in the OFDM signal based, at least in part, on the greenfield preamble, and further configured to determine whether a SIG field is a last field of the greenfield preamble to determine that the type of the guard intervals in the OFDM signal is short; and a signal processor (130; 530) configured to process the OFDM signal based, at least in part, on the type of the guard intervals as determined by the interval select logic, wherein: the OFDM signal further comprises a plurality of data symbols following the greenfield preamble; and the signal processor is configured to process the OFDM signal by processing a first data symbol of the plurality of data symbols as a data symbol with a long guard interval, and processing subsequent data symbols of the plurality of data symbols based on the determined type of the guard intervals. the OFDM signal further comprises a plurality of data symbols following the greenfield preamble; and the signal processor is configured to process the OFDM signal by processing a first data symbol of the plurality of data symbols as a data symbol with a long guard interval, and processing subsequent data symbols of the plurality of data symbols based on the determined type of the guard intervals. processing a first data symbol of the plurality of data symbols as a data symbol with a long guard interval, and processing subsequent data symbols of the plurality of data symbols based on the determined type of the guard intervals.
An information processing apparatus comprising: image acquisition means configured to acquire data of a stereo image, said stereo image comprising a first image and a second image of a same space taken by cameras that are separated by a known distance from each other; and positional information generation means configured to detect corresponding points by executing block matching on a reference block in said first image by detecting an area having a high similarity degree within a search range in said second image , to generate positional information including a distance of a target from the cameras on the basis of an obtained parallax, and to output the generated positional information, wherein said positional information generation means is configured to determine first, by a distance approximate value acquisition means , an estimated distance range of the target from the cameras by using a first search range, and to restrictively set then a second search range based on the determined estimated distance range in order to execute the block matching; characterized in that the second search range is located farther away than the first search range from a block in the second image corresponding to the reference block in the first image . image acquisition means configured to acquire data of a stereo image, said stereo image comprising a first image and a second image of a same space taken by cameras that are separated by a known distance from each other; and positional information generation means configured to detect corresponding points by executing block matching on a reference block in said first image by detecting an area having a high similarity degree within a search range in said second image , to generate positional information including a distance of a target from the cameras on the basis of an obtained parallax, and to output the generated positional information, wherein said positional information generation means is configured to determine first, by a distance approximate value acquisition means , an estimated distance range of the target from the cameras by using a first search range, and to restrictively set then a second search range based on the determined estimated distance range in order to execute the block matching; characterized in that the second search range is located farther away than the first search range from a block in the second image corresponding to the reference block in the first image .
A brewing substance packaging structure , which is used to place a brewing substance inside for brewing and suitable to be hanged on a plate body with a through hole , the brewing substance packaging structure includes: a covered part provided for water flowing through, and the brewing substance is placed inside; a positioning body , which is a structure being switched to a passing mode or a stop mode, the positioning body is provided to pass through the through hole from a side of the plate body to another side of the plate body when the positioning body is switched to the passing mode, the positioning body is not adapted to pass through the through hole of the plate body when the positioning body is switched to the stop mode; and a rope body having a firstend fixed to the covered part and a second end fixed to the positioning body , the positioning body is used to pass through the through hole of the plate body and be adjusted between a first position and a second position, so that the rope body is movably set inside the through hole of the plate body ; wherein, when the positioning body is located in the first position, the positioning body is driven by gravity of the covered part , so that the plate body touches the positioning body with the through hole part; when the positioning body is located in the second position, the positioning body is adjusted with a specific distance to the through hole , and the covered part is pulled by the rope body and press the plate body to form a compression shape; characterized by the fact that the first end of the rope body is passed through one side of the covered part and fixed to another side of the covered part , and the covered part includes: a folded body , which is hollow and may be stretched along a stretching direction (C), a section of the folded body vertical to the stretching direction (C) is ring shape, and a fold line unit is formed on the folded body ; and an upper lid body and a lower lid body , which are respectively set on a top and a bottom of the folded body , a positioning hole is formed on the upper lid body , the rope body is passed through the positioning hole of the upper lid body and fixed to the bottom of the covered part ; wherein, when the positioning body is adjusted between the first position and the second position, the relative position of the upper lid body and the lower lid body is simultaneously adjusted by moving the rope body , and the folded body is provided to be stretched or folded along the stretching direction (C) through the fold line unit .
A foldable and expandable pet carrier bag comprising a pet carrier bag body , wherein the pet carrier bag body is provided with a first pet door and a backside , wherein the backside is provided with a foldable expanding part ; wherein, when the expanding part is expanded, the expanding part forms a cuboid or a substantially cuboid structure; wherein the expanding part comprises a top wall , a bottom wall , a left side wall , a right side wall and a front side wall ; wherein both the left side wall and the right side wall are made of a foldable material; wherein the front side wall defines a first circumference and the top wall defines a second circumference, wherein the first circumference is provided by a first support ring of the front side wall , and the second circumference is provided by a second support ring of the top wall ; and wherein a connecting piece detachably fixed on the pet carrier bag body is provided in the bottom wall in order to fix the bottom wall on the pet carrier bag body ; characterized in that in order to fold the pet carrier bag, the front side wall and the top wall are rotated downward and overlapped on the bottom wall and the backside respectively; the left side wall and the right side wall are folded towards an inner portion of the expanding part respectively; the bottom wall and the front side wall that overlapped on a surface of the bottom wall are swung upward and overlap on the top wall on a surface of the backside and when the foldable expanding part is folded, the surface of the backside and the front side wall are symmetrically arranged and the pet carrier bag is suitable for carrying a pet. wherein the front side wall defines a first circumference and the top wall defines a second circumference, wherein the first circumference is provided by a first support ring of the front side wall , and the second circumference is provided by a second support ring of the top wall ; and wherein a connecting piece detachably fixed on the pet carrier bag body is provided in the bottom wall in order to fix the bottom wall on the pet carrier bag body ; characterized in that in order to fold the pet carrier bag, the front side wall and the top wall are rotated downward and overlapped on the bottom wall and the backside respectively; the left side wall and the right side wall are folded towards an inner portion of the expanding part respectively; the bottom wall and the front side wall that overlapped on a surface of the bottom wall are swung upward and overlap on the top wall on a surface of the backside and when the foldable expanding part is folded, the surface of the backside and the front side wall are symmetrically arranged and the pet carrier bag is suitable for carrying a pet.