mhurhangee/ep-ind-claims huggingface dataset:
Device for characterising the size and/or the form of hydrometeors, comprising: - a single camera, having an input surface and a screen, - a first source and a second source of radiation, the emission angle of each of the sources being large, greater than 50°; said sources of radiation (2, 4) being intended to be arranged so as to illuminate the screen arranged facing the camera and to project shadows of hydrometeors falling in the space between the camera and the screen, - electronic processing means (16, 17) programmed to process the data of at least one image of hydrometeors and/or their shadows visualised by the camera, and to estimate at least the size and/or form of the hydrometeors, characterised in that - the camera is placed at a distance of approximately 50 cm from the screen which itself has a size of approximately 40 cm x 40 cm, and - each of the sources and has a larger illumination field than the field that the camera can capture. - a single camera, having an input surface and a screen, - a first source and a second source of radiation, the emission angle of each of the sources being large, greater than 50°; said sources of radiation (2, 4) being intended to be arranged so as to illuminate the screen arranged facing the camera and to project shadows of hydrometeors falling in the space between the camera and the screen, - electronic processing means (16, 17) programmed to process the data of at least one image of hydrometeors and/or their shadows visualised by the camera, and to estimate at least the size and/or form of the hydrometeors, - the camera is placed at a distance of approximately 50 cm from the screen which itself has a size of approximately 40 cm x 40 cm, and - each of the sources and has a larger illumination field than the field that the camera can capture.
Method for producing press-hardened components consisting of steel sheets or steel strips, comprising an aluminium-based coating, wherein an aluminium-based coat is applied as the coating to the steel sheet or steel strip in the hot-dipping process, wherein the steel sheet or steel strip together with the coat is subjected to plasma oxidation and/or a hot water treatment and/or treatment in steam and/or anodic oxidation after the hot-dipping process and before the forming process, wherein (with the formation of oxides or hydroxides) a cover layer containing aluminium oxide and/or aluminium hydroxide is formed on the surface of the coat, wherein the steel sheets or steel strips are heated, with the aim of hardening, to a temperature above Ac3 at least in regions, are subsequently formed at this temperature and thereafter are cooled at a rate which, at least in regions, is above the critical cooling rate.
A motor vehicle pedal, comprising a fixed bearing and a pedal arm disposed on the fixed bearing, wherein the pedal arm comprises: a first pedal arm; and a second pedal arm, sheathed in the first pedal arm and adjustably disposed along an extending direction of the first pedal arm, wherein the motor vehicle pedal further comprises a drive assembly, and the drive assembly is in drive connection with the second pedal arm, wherein the drive assembly comprises a worm assembly and a worm-gear assembly, two ends of the worm assembly are respectively connected to the first pedal arm and the second pedal arm, the worm assembly drives the second pedal arm to move, and the worm-gear assembly is in drive cooperation with the worm assembly, wherein the drive assembly further comprises a drive motor, and a motor shaft of the drive motor is fixedly connected to the worm-gear assembly, so as to drive the worm-gear assembly to rotate, wherein an opening portion is disposed on an outer side wall of the first pedal arm, and the worm-gear assembly extends inward from the opening portion and is in drive connection with the worm assembly, characterised in that an accommodating space used for accommodating the drive motor is placed inside the accommodating space and disposed on an outer side surface of the first pedal arm, and the opening portion and the accommodating space are correspondingly disposed. a first pedal arm; and a second pedal arm, sheathed in the first pedal arm and adjustably disposed along an extending direction of the first pedal arm, wherein the motor vehicle pedal further comprises a drive assembly, and the drive assembly is in drive connection with the second pedal arm, wherein the drive assembly comprises a worm assembly and a worm-gear assembly, two ends of the worm assembly are respectively connected to the first pedal arm and the second pedal arm, the worm assembly drives the second pedal arm to move, and the worm-gear assembly is in drive cooperation with the worm assembly, wherein the drive assembly further comprises a drive motor, and a motor shaft of the drive motor is fixedly connected to the worm-gear assembly, so as to drive the worm-gear assembly to rotate, wherein an opening portion is disposed on an outer side wall of the first pedal arm, and the worm-gear assembly extends inward from the opening portion and is in drive connection with the worm assembly, characterised in that an accommodating space used for accommodating the drive motor is placed inside the accommodating space and disposed on an outer side surface of the first pedal arm, and the opening portion and the accommodating space are correspondingly disposed.
Internal gear pump, having an internal gear and a gearwheel which mesh with one another, and the gearwheel is received about an axis on a drive shaft which runs at an eccentricity with respect to the axis of the internal gear, and are received in a housing, characterized in that the housing is configured in two pieces and comprises a pump housing which is mounted without play in a support housing.
A method of wireless communication at a wireless communication device (115, 505, 705) in a 3GPP communication system operable according to a first radio access technology, RAT, and a second RAT, wherein transmissions based on the first RAT take place in several transmission time intervals, TTI, wherein each TTI is a subframe, a slot of a subframe, or a symbol period of a subframe, and wherein each TTI includes a downlink transmission time interval as well as a default feedback transmission time interval configured for acknowledging the data received in the downlink transmission time interval, the method comprising: receiving a first transmission according to the first RAT, during a first TTI; determining that the transmitter (530, 730) of the wireless communication device (115, 505, 705) is tuned to a second RAT during the default feedback transmission time interval within the first TTI for the first transmission; receiving a further transmission according to the first RAT, during a further TTI; and transmitting combined feedback for the first transmission and the further transmission at the later default feedback transmission time interval for the further transmission received during the further TTI. receiving a first transmission according to the first RAT, during a first TTI; determining that the transmitter (530, 730) of the wireless communication device (115, 505, 705) is tuned to a second RAT during the default feedback transmission time interval within the first TTI for the first transmission; receiving a further transmission according to the first RAT, during a further TTI; and transmitting combined feedback for the first transmission and the further transmission at the later default feedback transmission time interval for the further transmission received during the further TTI.
A method comprising: using, by a network apparatus, a time division multiple access technique with a fixed slot structure on an air interface, the fixed slot structure having a fixed starting time of a transmission of an uplink burst in relation to a time slot allocated for the transmission and defining a fixed guard period between two uplink bursts in two consecutive slots; providing at least one cell controlled by the network apparatus with a minimum path delay value for the cell or information with which the minimum path delay value may for the cell be determined by the network apparatus; if the minimum path delay value is zero, scheduling, by the network apparatus, sending of synchronization burst using the fixed starting time; and if the minimum path delay value is bigger than zero, calculating, by the network apparatus, a shifting time, in the at least one cell based on the minimum path delay value and scheduling sending of synchronization bursts using a time obtained by adding to the fixed starting time the shifting time. using, by a network apparatus, a time division multiple access technique with a fixed slot structure on an air interface, the fixed slot structure having a fixed starting time of a transmission of an uplink burst in relation to a time slot allocated for the transmission and defining a fixed guard period between two uplink bursts in two consecutive slots; providing at least one cell controlled by the network apparatus with a minimum path delay value for the cell or information with which the minimum path delay value may for the cell be determined by the network apparatus; if the minimum path delay value is zero, scheduling, by the network apparatus, sending of synchronization burst using the fixed starting time; and if the minimum path delay value is bigger than zero, calculating, by the network apparatus, a shifting time, in the at least one cell based on the minimum path delay value and scheduling sending of synchronization bursts using a time obtained by adding to the fixed starting time the shifting time.
A cooking appliance comprising: - a first structure including a heating plate for cooking a food; and, - a second structure movable relative to the first structure to produce a separation movement, wherein the separation movement of the second structure results in the pivoting of a pivotable shaft relative to the first structure, characterized in that it comprises: a measuring device for measuring the thickness of the food thus disposed, the measuring device comprising: ▪ a rocker able to pivot in the appliance, the rocker including a first end and an opposite second end along its length, the rocker being connected by the first end to said shaft; and, ▪ a means for measuring the pivoting angle of the rocker to estimate the thickness of the food; the measuring means interacting with the rocker toward the second end of the rocker said separation movement of the second structure relative to the first structure resulting in the pivoting of the rocker. - a first structure including a heating plate for cooking a food; and, - a second structure movable relative to the first structure to produce a separation movement, wherein the separation movement of the second structure results in the pivoting of a pivotable shaft relative to the first structure, a measuring device for measuring the thickness of the food thus disposed, the measuring device comprising: ▪ a rocker able to pivot in the appliance, the rocker including a first end and an opposite second end along its length, the rocker being connected by the first end to said shaft; and, ▪ a means for measuring the pivoting angle of the rocker to estimate the thickness of the food; the measuring means interacting with the rocker toward the second end of the rocker ▪ a rocker able to pivot in the appliance, the rocker including a first end and an opposite second end along its length, the rocker being connected by the first end to said shaft; and, ▪ a means for measuring the pivoting angle of the rocker to estimate the thickness of the food; the measuring means interacting with the rocker toward the second end of the rocker said separation movement of the second structure relative to the first structure resulting in the pivoting of the rocker.
A system for changing a pressure in a tyre (92A, 92B), the system including a first component having a first fluid passage and a first sealing surface arrangement (60, 62), and a second component having a second fluid passage (80, 80A) and a second sealing surface arrangement (81, 82), the second component being rotatable relative to the first component and, in use, being rotatably fast with a wheel, the first sealing surface arrangement (60, 62) being selectively engageable with the second sealing surface arrangement (81, 82) to fluidly connect the first fluid passage to the second fluid passage (80, 80A), the first sealing surface arrangement (60, 62) being selectively disengageable from the second sealing surface arrangement (81, 82); characterised in that the first sealing surface arrangement (60, 62) includes a first outer sealing surface spaced radially outwardly from a first inner sealing surface and the second sealing surface arrangement (81, 82) includes a second outer sealing surface spaced radially outwardly from a second inner sealing surface; and wherein the first outer sealing surface is engageable with the second outer sealing surface at a first axial location and the first inner sealing surface is engageable with the second inner sealing surface at a second axial location to selectively engage the first sealing surface arrangement (60, 62) with the second sealing surface arrangement (81, 82).
A dual-system electronic apparatus, having an open operating system and an encryption operating system and comprising: a first processor, configured to process data of the open operating system correspondingly, wherein the data of the open operating system comprises data of routine applications of the dual-system electronic apparatus set by a user, the open operating system corresponding to a first storage device connected to the first processor; a second processor, configured to process data of the encryption operating system correspondingly, wherein the second processor is configured to encrypt data of the encryption operating system and the data of the encryption operating system comprises data of encryption applications of the dual-system electronic apparatus set by the user, the encryption operating system corresponding to a second storage device connected to the second processor; a communication module, coupled to the first processor and the second processor and configured to conduct data interaction with the exterior; a third storage device configured to store shared data of the open operating system and the encryption operating system, wherein the shared data is set by a user and/or set by default; and wherein the dual-system electronic apparatus is configured to either set the open operating system as a running system while the encryption operating system runs in background, or set the encryption operating system as a running system while the open operating system runs in background, when an instruction is received by the dual system electronic apparatus. a first processor, configured to process data of the open operating system correspondingly, wherein the data of the open operating system comprises data of routine applications of the dual-system electronic apparatus set by a user, the open operating system corresponding to a first storage device connected to the first processor; a second processor, configured to process data of the encryption operating system correspondingly, wherein the second processor is configured to encrypt data of the encryption operating system and the data of the encryption operating system comprises data of encryption applications of the dual-system electronic apparatus set by the user, the encryption operating system corresponding to a second storage device connected to the second processor; a communication module, coupled to the first processor and the second processor and configured to conduct data interaction with the exterior; a third storage device configured to store shared data of the open operating system and the encryption operating system, wherein the shared data is set by a user and/or set by default; and wherein the dual-system electronic apparatus is configured to either set the open operating system as a running system while the encryption operating system runs in background, or set the encryption operating system as a running system while the open operating system runs in background, when an instruction is received by the dual system electronic apparatus.
A cross-link for a track of a tracked vehicle, in particular a snow groomer, for advancing along delicate ground, the cross-link (3; 14; 23; 33; 34) extending parallel to a given plane and comprising a mounting member (4; 15; 24; 35) comprising a wall (7; 18; 27; 37) configured for being arranged in contact with the delicate ground; a blade (5; 16; 25; 36), which protrudes from the wall (7; 18; 27; 37), is fixed to the wall (7; 18; 27; 37) and has a free edge (12; 21; 30; 39), wherein the wall (7; 18; 27; 37) and the blade (5; 16; 25; 36) are configured so as to define two support surfaces (11; 20; 29; 38) extending on opposite sides of the blade (5; 16; 25; 36) to allow the sinking of the blade (5; 16; 25; 36) into the delicate ground and prevent the sinking of the mounting member (4; 15; 24; 35), characterised in that the two support surfaces (11; 20; 29; 38) have the same area, the same width and the blade (5; 16; 25; 36) protrudes for a distance from the wall (7; 18; 27; 37), said distance being less than twice said width.
Profile assembly, comprising: - a window profile assembly for holding glazing, wherein said window profile assembly comprises an openable window part and a fixedly arranged, adjacent window part which is arranged adjacent to the openable window part so that the two window parts (3, 4) extend substantially in a same plane; - a grating profile coupled to the window profile assembly for holding slats for shielding the openable window part; and - an awning profile assembly for holding a lateral side of an awning for shielding the fixedly arranged window part; characterized in that the grating profile comprises a laterally protruding flange and that the awning profile assembly comprises a flange-receiving cavity for receiving said flange therein. - a window profile assembly for holding glazing, wherein said window profile assembly comprises an openable window part and a fixedly arranged, adjacent window part which is arranged adjacent to the openable window part so that the two window parts (3, 4) extend substantially in a same plane; - a grating profile coupled to the window profile assembly for holding slats for shielding the openable window part; and - an awning profile assembly for holding a lateral side of an awning for shielding the fixedly arranged window part;
A method for controlling an adaptive speed control system, referred to as an ACC system, of a first vehicle, said method comprising the following steps: - detection of a second vehicle travelling in front of said first vehicle according to a circulation direction of said first vehicle; - determining a first relevance indicator associated with said second vehicle, said first relevance indicator being representative of a probability that said second vehicle is on a first trajectory of said first vehicle, said first trajectory of the first vehicle being determined from first data representative of a taxiway on which said first vehicle is travelling, said first data being obtained from a camera on board said first vehicle, said first relevance indicator being determined as a function of a first piece of information representative of a surface quantity of said second vehicle covering said taxiway as a function of time and of a second piece of information representative of distance between the first vehicle and said second vehicle; - determining a second relevance indicator associated with said second vehicle, said second relevance indicator being representative of a probability that said second vehicle is on a second trajectory of said first vehicle, said second trajectory of the first vehicle being determined from second dynamic data of said first vehicle, said second relevance indicator being determined as a function of third information representative of positions of said second vehicle by report to said first vehicle as a function of time and of a fifth information representative of a lateral speed of said second vehicle; - determination of a third relevance indicator associated with said second vehicle according to said first relevance indicator and said second relevance indicator; - selecting said second vehicle as a target object of said ACC system according to a first function of said third relevance indicator. - detection of a second vehicle travelling in front of said first vehicle according to a circulation direction of said first vehicle; - determining a first relevance indicator associated with said second vehicle, said first relevance indicator being representative of a probability that said second vehicle is on a first trajectory of said first vehicle, said first trajectory of the first vehicle being determined from first data representative of a taxiway on which said first vehicle is travelling, said first data being obtained from a camera on board said first vehicle, - determining a second relevance indicator associated with said second vehicle, said second relevance indicator being representative of a probability that said second vehicle is on a second trajectory of said first vehicle, said second trajectory of the first vehicle being determined from second dynamic data of said first vehicle, - determination of a third relevance indicator associated with said second vehicle according to said first relevance indicator and said second relevance indicator; - selecting said second vehicle as a target object of said ACC system according to a first function of said third relevance indicator.
An oil scraper piston ring for an internal combustion engine, comprising two webs (3, 4) which are axially placed one above the other in the area of its bearing surface (5, 6), wherein both webs (3, 4) are in contact with a counter-bearing surface and thus form the bearing surface (5, 6) and the webs (3, 4) are provided with a profile (11, 13, 14) on the side of the counter-bearing surface, which profile comprises, in case of need, an at least partial coating (13, 15), wherein both webs (3, 4) are provided with different web geometries such that the lower web assumes the main part of the scraping effect during the upwards stroke and the upper web essentially swims up on a residual oil film on the counter-bearing surface during the upwards stroke, characterized in that the upper web extends approximately parallel to the counter-bearing surface starting from its upper flank, conically into the direction of the counter-bearing surface and afterwards over a partial area of the web height, and it is subsequently provided with an asymmetrically crowned bearing surface profile at least over a partial area of the web height.