mhurhangee/patent-ind-claim-en huggingface dataset:
A device for determining the spectrum of at least one signal transmitted on a known signal frequency band included in a wide frequency band comprising: - a receiving module configured to receive at least one signal on a wide frequency band having a maximum frequency; - a processing module comprising: ∘ a plurality of analog-to-digital converters in parallel configured to sample the received signal at different sampling frequencies (f 1 , f 2 , f 3 , f 4 ) to obtain a plurality of sampled signals , the sampling frequencies (f 1 , f 2 , f 3 , f 4 ) being less than or equal to twice the maximum frequency and greater than or equal to twice the width of the signal frequency band; ∘ a computing unit configured to determine the spectrum of the received signal from the spectra of the sampled signals ; the device being characterized in that the sampling frequencies (f 1 , f 2 , f 3 , f 4 ) are chosen so as to be spaced apart two-by-two by a value greater than twice the bandwidth of the signal. - a receiving module configured to receive at least one signal on a wide frequency band having a maximum frequency; - a processing module comprising: ∘ a plurality of analog-to-digital converters in parallel configured to sample the received signal at different sampling frequencies (f 1 , f 2 , f 3 , f 4 ) to obtain a plurality of sampled signals , the sampling frequencies (f 1 , f 2 , f 3 , f 4 ) being less than or equal to twice the maximum frequency and greater than or equal to twice the width of the signal frequency band; ∘ a computing unit configured to determine the spectrum of the received signal from the spectra of the sampled signals ; ∘ a plurality of analog-to-digital converters in parallel configured to sample the received signal at different sampling frequencies (f 1 , f 2 , f 3 , f 4 ) to obtain a plurality of sampled signals , the sampling frequencies (f 1 , f 2 , f 3 , f 4 ) being less than or equal to twice the maximum frequency and greater than or equal to twice the width of the signal frequency band; ∘ a computing unit configured to determine the spectrum of the received signal from the spectra of the sampled signals ;
A method for printing with an inkjet head; said method comprising: printing with an inkjet head comprising a plurality n of parallel nozzle rows , wherein n is at least 2; wherein each nozzle row comprises a plurality of nozzles (11, 12, etc.; 21, 22, etc.; 31, 32, etc.; 41, 42, etc.), wherein adjacent nozzle rows of the plurality of nozzle rows are shifted with respect to each other, such that projected on a line perpendicular on a printing direction (P), the plurality of nozzles form a regular pattern; wherein a distance between two nozzle rows, seen in the printing direction, is d; wherein said printing comprises: moving the substrate with respect to the inkjet head in the printing direction at a printing speed v'; characterized in that the printing further comprises: firing each nozzle of said plurality of nozzles with a firing frequency f'; wherein said plurality of nozzle rows are fired at different instants in time (t1′′′, t1", t1',t1, t2′′′, t2", t2', t2, etc.; t11, t11', t11", etc.), such that the distance d' between printed rows of dots printed by said two nozzle rows, seen in the printing direction, is larger or smaller than d; wherein each nozzle is fired with a firing frequency f', wherein the firing frequency f' and/or the printing speed v' are chosen such that f' = k ∗ v'/d'; wherein k is an integer. wherein said printing comprises: moving the substrate with respect to the inkjet head in the printing direction at a printing speed v'; characterized in that the printing further comprises: firing each nozzle of said plurality of nozzles with a firing frequency f'; wherein said plurality of nozzle rows are fired at different instants in time (t1′′′, t1", t1',t1, t2′′′, t2", t2', t2, etc.; t11, t11', t11", etc.), such that the distance d' between printed rows of dots printed by said two nozzle rows, seen in the printing direction, is larger or smaller than d; wherein each nozzle is fired with a firing frequency f', wherein the firing frequency f' and/or the printing speed v' are chosen such that f' = k ∗ v'/d'; wherein k is an integer. firing each nozzle of said plurality of nozzles with a firing frequency f'; wherein said plurality of nozzle rows are fired at different instants in time (t1′′′, t1", t1',t1, t2′′′, t2", t2', t2, etc.; t11, t11', t11", etc.), such that the distance d' between printed rows of dots printed by said two nozzle rows, seen in the printing direction, is larger or smaller than d; wherein each nozzle is fired with a firing frequency f', wherein the firing frequency f' and/or the printing speed v' are chosen such that f' = k ∗ v'/d'; wherein k is an integer.
A lamp for a vehicle, comprising: - a cover lens ; - a housing coupled to the cover lens to form a space; - a light output unit disposed in the space and comprising a plurality of light generation groups that is arranged in a first direction inside the space; and - a light guide formed in a three-dimensional, 3D, shape to guide a light output direction, wherein the light guide comprises: - a first surface defining the 3D shape and facing the light output unit , and - a second surface defining the 3D shape and forming an acute angle relative to the first surface , - an optical pattern unit formed on the second surface , and forming a plurality of optical patterns; and - an optical path changing unit formed on the first surface, and changing an optical path so that a plurality of lights generated by the plurality of light generation groups is respectively incident on the plurality of optical patterns, the plurality of light generation groups is arranged in a direction in which the first surface extends, characterized in that each of the light generation groups is composed of an array module having a plurality of micro Light Emitting Diodes, wherein the array module is formed flexible, and wherein a direction, which at least one of the light generation groups faces, is different from a direction which a rest of the light generation groups face. - a cover lens ; - a housing coupled to the cover lens to form a space; - a light output unit disposed in the space and comprising a plurality of light generation groups that is arranged in a first direction inside the space; and - a light guide formed in a three-dimensional, 3D, shape to guide a light output direction, - a first surface defining the 3D shape and facing the light output unit , and - a second surface defining the 3D shape and forming an acute angle relative to the first surface , - an optical pattern unit formed on the second surface , and forming a plurality of optical patterns; and - an optical path changing unit formed on the first surface, and changing an optical path so that a plurality of lights generated by the plurality of light generation groups is respectively incident on the plurality of optical patterns, each of the light generation groups is composed of an array module having a plurality of micro Light Emitting Diodes, wherein the array module is formed flexible, and wherein a direction, which at least one of the light generation groups faces, is different from a direction which a rest of the light generation groups face.
A room management apparatus comprising: a central controller configured to recognize an operation state of an air conditioner including a plurality of outdoor units and indoor units, and to determine that one or more rooms are assignable to an occupant on the basis of the operation state of the air conditioner, characterized in that the central controller is adapted for: recognizing, from among the plurality of outdoor units, one or more outdoor units in operation or to be operated and indoor unit(s) corresponding thereto; and determining a room corresponding to the recognized indoor unit(s) as said one or more assignable rooms. a central controller configured to recognize an operation state of an air conditioner including a plurality of outdoor units and indoor units, and to determine that one or more rooms are assignable to an occupant on the basis of the operation state of the air conditioner, characterized in that the central controller is adapted for: recognizing, from among the plurality of outdoor units, one or more outdoor units in operation or to be operated and indoor unit(s) corresponding thereto; and determining a room corresponding to the recognized indoor unit(s) as said one or more assignable rooms.
Electric motor unit comprising a casing , a first electric motor and a second electric motor , housed within said casing , wherein said casing comprises a first half-shell , a second half-shell and a spacer element interposed between said first half-shell and said second half-shell , wherein said first half-shell , said second half-shell and said spacer element are removably connected to each other by means of connection means , said electric motor unit comprising a drive shaft , which can be rotatably actuated around a rotational axis , operatively connected to said first electric motor , a drive shaft , which can be rotatably actuated around said rotational axis , operatively connected to said second electric motor , said drive shafts (18, 118; 23, 123) can be rotatably actuated around said rotational axis in an independent way with respect to each other, wherein said first electric motor is housed in a position interposed between said spacer element and said first half-shell , wherein said second electric motor is housed in a position interposed between said spacer element and said second half-shell , said first electric motor comprising a stator with winding and said second electric motor comprising a stator with winding , characterised in that said first half-shell has, at the portion which during use faces said spacer element , an inner annular seat for at least partially housing said stator of said first electric motor and said second half-shell has, at the portion which during use faces said spacer element an inner annular seat for at least partially housing said stator of said second electric motor , said spacer element has at opposite end portions which during use respectively face said first half-shell and said second half-shell a first inner annular seat and a second annular seat for at least partially housing respectively said stator of said first electric motor and said second electric motor , wherein said first half-shell and said second half-shell each have, on the outer part thereof, at least one pair of flanged elements provided with a through opening , and wherein said means for removably connecting said first half-shell with said spacer element and with said second half-shell are configured engageable in said through openings of said flanged elements of said first half-shell and of said second half-shell . wherein said first half-shell and said second half-shell each have, on the outer part thereof, at least one pair of flanged elements provided with a through opening , and wherein said means for removably connecting said first half-shell with said spacer element and with said second half-shell are configured engageable in said through openings of said flanged elements of said first half-shell and of said second half-shell .
A computer-implemented method for preparing a subject in medical imaging, comprising: obtaining a series of images of a region of interest comprising at least a part of the subject (S10), wherein the series of images comprises at least a first image and at least a subsequent, second image; determining a position of at least one landmark from the series of images (S20), wherein the at least one landmark is anatomically related to a target anatomy; determining a confidence level assigned to the position of the at least one landmark (S30); determining the position of the target anatomy based on the position of the at least one landmark in the series of images (S40), and the confidence level over the series of images; providing the position of the target anatomy (S50) for preparing the subject in medical imaging obtaining a series of images of a region of interest comprising at least a part of the subject (S10), wherein the series of images comprises at least a first image and at least a subsequent, second image; determining a position of at least one landmark from the series of images (S20), wherein the at least one landmark is anatomically related to a target anatomy; determining a confidence level assigned to the position of the at least one landmark (S30); determining the position of the target anatomy based on the position of the at least one landmark in the series of images (S40), and the confidence level over the series of images; providing the position of the target anatomy (S50) for preparing the subject in medical imaging
Rubber composition which comprises at least one reinforcing inorganic filler and a highly saturated elastomer comprising 1,3-diene units and ethylene units and bearing, at the chain end, a functional group F 1 which is a silanol or alkoxysilane function, the ethylene units representing more than 50 mol% of all the monomer units of the elastomer.
An autonomous floor cleaner , comprising: an autonomously moveable housing ; a controller ; a drive system adapted to autonomously move the housing over a surface to be cleaned; a tank adapted to hold liquid; and characterized by having a speaker ; a tilt sensor configured to detect a tilt angle of the autonomous floor cleaner and provide this information as an input to the controller; and wherein the controller is configured to: operate the drive system to control autonomous movement of the housing over the surface to be cleaned; and issue an audible warning from the speaker in response to the detected tilt angle meeting or exceeding a predetermined tilt angle. an autonomously moveable housing ; a controller ; a drive system adapted to autonomously move the housing over a surface to be cleaned; a tank adapted to hold liquid; and characterized by having a speaker ; a tilt sensor configured to detect a tilt angle of the autonomous floor cleaner and provide this information as an input to the controller; and wherein the controller is configured to: operate the drive system to control autonomous movement of the housing over the surface to be cleaned; and issue an audible warning from the speaker in response to the detected tilt angle meeting or exceeding a predetermined tilt angle. operate the drive system to control autonomous movement of the housing over the surface to be cleaned; and issue an audible warning from the speaker in response to the detected tilt angle meeting or exceeding a predetermined tilt angle.
A seat for a transport vehicle, including a backrest defining a first surface intended to receive the back of a passenger and a second surface opposite the first surface , the second surface comprising an opening for access to at least one cavity arranged between the first surface and the second surface , the backrest comprising a table movable between a folded position in which the table closes off the opening for access to the cavity , and a deployed position in which the opening for access to the cavity is clear, the backrest comprising a locking device operable between a locked configuration and an unlocked configuration, the locking device being configured, in the locked configuration, to keep the table in its folded position while preventing any movement of the table toward its deployed position, and, in the unlocked configuration, to allow a movement of the table toward its deployed position, the locking device comprising a lock that can be actuated in order to operate the locking device between the locked configuration and the unlocked configuration, characterized in that the lock is a digital lock , able to be actuated by a digital code assigned to a corresponding passenger, the second surface comprising a frame arranged below the opening , the digital lock being arranged on the frame . the backrest comprising a table movable between a folded position in which the table closes off the opening for access to the cavity , and a deployed position in which the opening for access to the cavity is clear, the backrest comprising a locking device operable between a locked configuration and an unlocked configuration, the locking device being configured, in the locked configuration, to keep the table in its folded position while preventing any movement of the table toward its deployed position, and, in the unlocked configuration, to allow a movement of the table toward its deployed position, the locking device comprising a lock that can be actuated in order to operate the locking device between the locked configuration and the unlocked configuration, characterized in that the lock is a digital lock , able to be actuated by a digital code assigned to a corresponding passenger, the second surface comprising a frame arranged below the opening , the digital lock being arranged on the frame .
A method for non-destructive testing of the heating of a specific zone to be tested of a part made of polymer material, the method including the following steps: a) taking at least one colorimetry measurement on said determined zone to be tested and obtaining the value a p of the parameter a of the colorimetric space CIELAB, b) taking at least one colorimetry measurement on a reference zone of said part and obtaining the value a p / ref of the parameter a of the colorimetric space CIELAB, c) calculating Δ a p = a p - a p / ref , d) establishing a risk of heating of said predetermined zone to be tested if Δ a p is higher than a threshold value Al. a) taking at least one colorimetry measurement on said determined zone to be tested and obtaining the value a p of the parameter a of the colorimetric space CIELAB, b) taking at least one colorimetry measurement on a reference zone of said part and obtaining the value a p / ref of the parameter a of the colorimetric space CIELAB, c) calculating Δ a p = a p - a p / ref , d) establishing a risk of heating of said predetermined zone to be tested if Δ a p is higher than a threshold value Al.
A wearable electronic apparatus comprising - an inner ring configured to be in direct contact with a user, the inner ring being split to define a first inner ring end and a second inner ring end ; - a link element being configured to connect the first inner ring end and a second inner ring end ; - an outer ring arranged around and in contact with the inner ring , the outer ring being adjustable in diameter between a plurality of size settings; and - a housing structure for housing electronic components, the housing structure arranged to at least partially surround the inner ring and the outer ring . - an inner ring configured to be in direct contact with a user, the inner ring being split to define a first inner ring end and a second inner ring end ; - a link element being configured to connect the first inner ring end and a second inner ring end ; - an outer ring arranged around and in contact with the inner ring , the outer ring being adjustable in diameter between a plurality of size settings; and - a housing structure for housing electronic components, the housing structure arranged to at least partially surround the inner ring and the outer ring .
A method for random access by a mobile station in a wireless network, the method comprising: receiving, from a base station , first information regarding a configuration of at least one receive beam of the base station to receive a random access signal and second information regarding a configuration of at least one transmit beam of the mobile station to transmit the random access signal; configuring the at least one transmit beam for transmitting the random access signal based on the first information and the second information; and transmitting, to the base station , the random access signal via the at least one transmit beam of the mobile station , wherein the first information comprises timing information of the at least one receive beam of the base station , and characterized in that the second information indicates a maximum number of the at least one transmit beam that are formed by steering at each RF chain. receiving, from a base station , first information regarding a configuration of at least one receive beam of the base station to receive a random access signal and second information regarding a configuration of at least one transmit beam of the mobile station to transmit the random access signal; configuring the at least one transmit beam for transmitting the random access signal based on the first information and the second information; and transmitting, to the base station , the random access signal via the at least one transmit beam of the mobile station , wherein the first information comprises timing information of the at least one receive beam of the base station , and characterized in that the second information indicates a maximum number of the at least one transmit beam that are formed by steering at each RF chain.
Locking system for a seat arrangement of a motor vehicle , which seat arrangement has an adjustment component which is adjustable manually into at least one locking position and which is designed as an adjustable backrest, wherein the locking system has a locking mechanism , and wherein the adjustment component is lockable and releasable in the locking position by means of the locking mechanism , wherein the locking mechanism has an actuation drive by means of which the locking mechanism is releasable in a motorized manner, characterized in that the locking system has a proximity sensor which is triggerable by a predefined operator control event, in that, by means of the triggering of the proximity sensor , the adjustment component is releasable in a motorized manner via the actuation drive , and in that the proximity sensor is suitable to be arranged on an end region of the adjustment component designed as an adjustable backrest, said end region facing away from the seat part of the seat arrangement .
Carrier structure for a teeth cleaning device for the simultaneous cleaning of multiple, preferably all of a user's teeth, comprising: a mouth insert for the user's upper jaw and a mouth insert for the user's lower jaw; and a coupling section having two arms and a connecting section for the drive device wherein the mouth inserts are each connected to an arm of the coupling section and the connecting section for the drive device is adapted so that it can be connected to a drive device via a fastener thereof, wherein at least one of the mouth inserts comprises a first mouth insert section and a second mouth insert section, which are connected to a pivot spring section which is less rigid in the plane of the dentition extending substantially parallel to and between the mouth inserts than the first and second mouth insert sections in order to facilitate a deformation of the respective mouth insert in the plane of the dentition. a mouth insert for the user's upper jaw and a mouth insert for the user's lower jaw; and a coupling section having two arms and a connecting section for the drive device wherein the mouth inserts are each connected to an arm of the coupling section and the connecting section for the drive device is adapted so that it can be connected to a drive device via a fastener thereof, wherein at least one of the mouth inserts comprises a first mouth insert section and a second mouth insert section, which are connected to a pivot spring section which is less rigid in the plane of the dentition extending substantially parallel to and between the mouth inserts than the first and second mouth insert sections in order to facilitate a deformation of the respective mouth insert in the plane of the dentition.