mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving at least one captured raw image depicting one or more objects in an environment of a time of flight camera, for a single frame, by the time of flight camera, the raw image being a plurality of infra-red intensity values; inputting the at least one raw image to a trained region detector and receiving in response one or more regions of interest in the at least one raw image, a region of interest comprising image elements which are predicted, based at least in part on regions of interest in earlier frames, to depict at least part of one of the objects, the trained region detector trained using training data comprising other raw time of flight images, the other raw time of flight images having labeled regions of interest; and computing depth from the one or more regions of interest of the at least one raw image and not computing depth from other regions of the raw image. receiving at least one captured raw image depicting one or more objects in an environment of a time of flight camera, for a single frame, by the time of flight camera, the raw image being a plurality of infra-red intensity values; inputting the at least one raw image to a trained region detector and receiving in response one or more regions of interest in the at least one raw image, a region of interest comprising image elements which are predicted, based at least in part on regions of interest in earlier frames, to depict at least part of one of the objects, the trained region detector trained using training data comprising other raw time of flight images, the other raw time of flight images having labeled regions of interest; and computing depth from the one or more regions of interest of the at least one raw image and not computing depth from other regions of the raw image.
Heating/Air Conditioning installation to feed an interior of a vehicle with at least one home space, that installation consisting of (i) a cold loop with an evaporator and a variablecylinder compressor capable of cooling air to be treated by a first pulsor, (ii) means of control capable of controlling the said cylinder and the said first pulsor, and (iii) a power duct communicating with the said cold loop in downstream of the said evaporator and with the said space of home to fed the latter in refrigerated air, characterized in that it also includes a second pulsor (b) to rate variable air treaty and installed enter two section of the said set duct, and in so far as the said means of are capable of controlling the said cylinder and the said air delivered by the said second pulsor in order to the said refrigerated air having a temperature and an air chosen according to an temperature by a passenger of the said vehicle (), an of the temperature within the said and an air supplied by the said first pulsor.
Trocar for positioning an endosteal guide pin, comprising a first part comprising the guide pin (1, 1a, 1b, 1c), said pin including a head (2, 2b) intended to be provisionally implanted in a bone, and a guide rod (4, 4b), coaxial with and rigidly connected to the head (2, 2b), ending in a free end (5, 5a, 5b), and adapted such that it is at least flush with the skin surface of the patient when the pin (1, 1a, 1b, 1c) is in the implanted position in the bone, the positioning trocar (8, 8b, 8c) further comprising a second hollow part (9, 13a, 13b) to which the first part (1, 1a, 1b, 1c) is coupled in a removable manner by means of a rigid connection system (11, 20) including a first coupling means (21, 21b, 31) provided on said pin (1, 1a, 1b, 1c) and a cooperating coupling means (22; 24) provided on the positioning trocar (8, 8b, 8c), the guide rod (4, 4b) of the guide pin (1, 1a, 1b, 1c) being fitted inside the hollow part (9, 13a, 13b) such that it slides, and the pin (1, 1a, 1b, 1c) comprising a second coupling means (6, 7, 7b,) intended at least to ensure the rigid connection thereof to a removal trocar (8, 12, 12a), characterised in that the first coupling means (21, 21b) and the cooperating coupling means (22, 24) of the bonding system are located at the free end of the hollow part (9, 9a, 29) of the positioning trocar (8, 8b, 8c); and said first coupling means further comprises a rotation locking element produced at the head (2, 2b) of the guide pin.
Lamp base for a high-pressure discharge lamp with a printed circuit board, which is arranged in the interior of the lamp base, is populated with electrical component parts and is provided with conductor tracks for making electrical contact with the component parts, at least one electrical contact for a power supply line of the high-pressure discharge lamp being arranged on the printed circuit board, wherein at least one partition (24, 25) is provided for electrical insulation purposes between the at least one electrical contact or the power supply line and the conductor tracks of the printed circuit board, characterized in that the at least one partition (24, 25) forms a chamber which is open on one side.
An apparatus comprising: an integrated circuit including, an out-of-order, OOO, processor core adapted to execute program code out of program order; and an in-order processor core adapted to execute a hot portion of the program code in program order, wherein the hot portion of code is identified by a recurrence pattern of the portion of code, wherein the integrated circuit further comprises monitor hardware adapted to identify the hot portion of the program code and further includes code storage logic to hold optimization code, which, when executed, optimizes the hot portion of the program code for execution on the in-order processor core, and wherein the optimization code is to be executed to optimize the hot portion of the program code in response to the monitor hardware identifying the hot portion of the program code, wherein the optimization code includes optimization microcode, and wherein the optimization microcode, when executed to optimize the hot portion of the program code for execution on the in-order processor core, comprises: the optimization microcode, when executed, translates the hot portion of the program code from a first Instruction Set Architecture, ISA, recognized by decoders of the OOO processor core to a second ISA recognized by decoders of the in-order processor core.
Method for measuring the audience of a television channel streamed over a peer-to-peer network, this method including: a) the connection of at least one peer, called monitored peer, to the peer-to-peer network, b) the sending by the monitored peer of a request to at least one other peer, called neighboring peer, of the peer-to-peer network, an identifier of this neighboring peer being contained in its own list of neighboring peers, c) in reply to this request, the receiving by the monitored peer of a list of neighboring peers receiving the same television channel streamed over the peer-to-peer network and containing for this purpose in their respective buffer memory chunks of the television channel likely to be downloaded by any one of the peers of the peer-to-peer network, d) the updating by the monitored peer of its own list of neighboring peers by adding to this list the identifiers of neighboring peers present in the list received in the step c) and which were not already present in its own list of neighboring peers, characterized in that the method also includes the construction of the audience measurement from the list of neighboring peers of the monitored peer. a) the connection of at least one peer, called monitored peer, to the peer-to-peer network, b) the sending by the monitored peer of a request to at least one other peer, called neighboring peer, of the peer-to-peer network, an identifier of this neighboring peer being contained in its own list of neighboring peers, c) in reply to this request, the receiving by the monitored peer of a list of neighboring peers receiving the same television channel streamed over the peer-to-peer network and containing for this purpose in their respective buffer memory chunks of the television channel likely to be downloaded by any one of the peers of the peer-to-peer network, d) the updating by the monitored peer of its own list of neighboring peers by adding to this list the identifiers of neighboring peers present in the list received in the step c) and which were not already present in its own list of neighboring peers, characterized in that the method also includes the construction of the audience measurement from the list of neighboring peers of the monitored peer.
Spring, to move at least one part of an equipment apparatus of a vehicle interior, wherein the spring has a first end section and a second end section, wherein the end sections (37, 38) have a first distance from each other in a slackened first position of the spring and a second distance from each other in at least one tensioned second position, characterized in that the spring is at least partially made of plastic, whereby the spring is designed with a tubular shape comprising a plurality of filaments extending in the direction of the longitudinal axis.
A pen-type injector comprising a housing (2, 2', 2", 2"') a piston rod (32, 32', 32") having a screw thread; an insert (14, 14', 14"') located in the housing (2, 2', 2", 2"') and through which the piston rod (32, 32', 32") may rotate; a dose dial sleeve (50, 50', 50", 50"') rotatable with respect to the housing and the insert; and a drive sleeve (60, 60', 60") which is axially displaceable with respect to the housing; characterised in that a maximum angular displacement of the dose dial sleeve with respect to the housing is determined by abutment of a radially directed lug on the dose dial sleeve (50, 50', 50", 50"') with a catch means on the insert (14, 14', 14"').
Plant for producing a bag for medical purposes, comprising a tube transfer station with a transfer means for transferring a tube arriving at the tube transfer station to a holder and for cutting off there a tubing piece transferred to the holder from a residual tubing of the feeding tube so as to subsequently make the cut tubing piece connectable with two foil sheets for forming an access at the bag, characterized in that the tube transfer station has, on the holder side, a tube tension holding means and on the other side, a tube drawing means which are adapted to apply tensile forces between the tubing piece to be cut off and the residual tubing of the arriving tube while cutting takes place.
A measuring device comprising: a measured value obtainer (3,7); a display device configured to display a measured value obtained by the measured value obtainer; an illumination device configured to emit a light to the display device; a movement distance measurer configured to measure a movement distance of a mover of the measured value obtainer (3, 7); a measurement state obtainer configured to obtain movement distance history information regarding a state in which a measured value is obtained by the measured value obtainer by evaluating the movement distance history; and an illumination color changer configured to change a color of the light in accordance with the movement distance history information obtained by the measurement state obtainer, so that the illumination color changer changes the color of the light in steps in accordance with a length of a movement distance of the mover. a measured value obtainer (3,7); a display device configured to display a measured value obtained by the measured value obtainer; an illumination device configured to emit a light to the display device; a movement distance measurer configured to measure a movement distance of a mover of the measured value obtainer (3, 7); a measurement state obtainer configured to obtain movement distance history information regarding a state in which a measured value is obtained by the measured value obtainer by evaluating the movement distance history; and an illumination color changer configured to change a color of the light in accordance with the movement distance history information obtained by the measurement state obtainer, so that the illumination color changer changes the color of the light in steps in accordance with a length of a movement distance of the mover.
A cosmetic method for reducing the appearance of scars or wrinkles in a patient, said method comprising injecting a composition at the site of the scars or wrinkles, said composition consisting of placental tissue components and an excipient, wherein the placental tissue components are particles, said particles comprising decellularized placental disc and at least one of amniotic membrane, chorionic membrane, and umbilical cord; and wherein said particles have a size of 50-500 μm.
Internal combustion engine for a motor vehicle, having a crankcase, having at least two oil separation devices (8, 9), by means of which oil can be separated from blow-by gas discharged from the crankcase and fed to the oil separation devices (8, 9), and having a return device through which the oil separated by means of the oil separation devices (8, 9) can flow and via which the oil separated from the blow-by gas by means of the oil separation devices (8, 9) can be guided from the oil separation devices (8, 9) into a reservoir, wherein the return device has at least one first return channel which can be flowed through by a first portion of the oil separated from the blow-by gas by means of a first of the oil separation devices and via which the first portion of the separated oil can be guided from the first oil separation device into the reservoir, and at least one second return channel which is at least partially spaced apart from the first return channel, which can be flowed through by a second portion of the oil separated from the blow-by gas by means of the second oil separation device and via which the second portion of the separated oil can be guided from the second oil separation device into the reservoir, and wherein the return channels (14, 16) each have at least one length region (20, 21) through which the oil can flow, which runs within a housing wall of the crankcase and which is delimited in its circumferential direction (22, 23) at least partially by the housing wall, and wherein respective opening points (30, 31) are provided at which the return channels (14, 16) open into a receiving region which is delimited by the reservoir and in which the oil can be received, characterized in that at least one of the opening points (30, 31) is arranged below an oil level of the oil located in the reservoir in the vertical direction of the vehicle, wherein the return channels (14, 16) each have at least one length region through which the oil can flow, which is arranged downstream of the respective length region (20, 21) in the flow direction of the oil flowing through the return channels (14, 16), which runs within a reservoir wall of the reservoir and which is delimited in its circumferential direction at least partially by the reservoir wall.
A cooking sheet comprising: a fabric comprising a plurality of yarns, each yarn of the plurality of yarns comprising a plurality of filaments, each filament of the plurality of filaments comprising an individual fluoropolymer size coat; and a fluoropolymer coating layer on the fabric, wherein the filaments are not twisted together. a fabric comprising a plurality of yarns, each yarn of the plurality of yarns comprising a plurality of filaments, each filament of the plurality of filaments comprising an individual fluoropolymer size coat; and a fluoropolymer coating layer on the fabric, wherein the filaments are not twisted together.
A roof-top tent comprising: a base plate detachably fixed to a roof of a vehicle, an expansion plate rotatably connected to the base plate to overlap with the base plate, a cover rotatably connected to the base plate and opening and closing an upper surface of the base plate, a tent unit connected to the base plate and spreading out when the cover is rotated from the base plate to allow the upper surface of the base plate to be opened, and a folding assistance unit for assisting the tent unit to prevent the tent unit from being exposed to an outside of the cover when the tent unit is folded back after it is spread out, wherein the tent unit includes a side tent member constituting a side surface thereof, and the folding assistance unit includes a side folding strap connected to at least one of the base plate and the cover, characterized in that the folding assistance unit further comprises an expansion hook provided on one surface of the expansion plate, and the side folding strap is configured to extend through the expansion hook, wherein the one surface of the expansion plate is a surface facing upward when the expansion plate overlaps with the base plate. a base plate detachably fixed to a roof of a vehicle, an expansion plate rotatably connected to the base plate to overlap with the base plate, a cover rotatably connected to the base plate and opening and closing an upper surface of the base plate, a tent unit connected to the base plate and spreading out when the cover is rotated from the base plate to allow the upper surface of the base plate to be opened, and a folding assistance unit for assisting the tent unit to prevent the tent unit from being exposed to an outside of the cover when the tent unit is folded back after it is spread out, wherein the tent unit includes a side tent member constituting a side surface thereof, and the folding assistance unit includes a side folding strap connected to at least one of the base plate and the cover, characterized in that the folding assistance unit further comprises an expansion hook provided on one surface of the expansion plate, and the side folding strap is configured to extend through the expansion hook, wherein the one surface of the expansion plate is a surface facing upward when the expansion plate overlaps with the base plate.
A method of producing a metal colloid solution, comprising adding an aqueous solution of a hydroxylamine salt to an aqueous solution of an alkali, and then adding an aqueous solution of the metal ions, characterised by selecting hydroxylamine phosphate as the hydroxylamine salt and introducing the solution of metal ions by rapid injection via a high velocity jet such that the metal ions are dispersed throughout the mixture within one second.
Device head of a hydraulically actuatable tool, with a counter holder formed integrally in one piece on the device head and which has a receptacle for a first tool, and with a second tool, which can be moved towards the counter holder by means of a hydraulic piston, wherein a cylindrical formation likewise integrally in one piece with the device head with respect to the hydraulic piston is provided, wherein further the second tool can be moved between an initial position and an operating end position by means of the hydraulic piston, wherein the hydraulic piston can act on a piston shaft, which is provided one piece to a receptacle for the second tool, and the piston shaft can be received completely in the cylindrical formation in the initial position, wherein furthermore the counter holder forms a first tool carrier, and a second tool carrier, which is formed in one piece and of uniform material with the piston shaft extending in the cylindrical formation, can be moved towards the first tool carrier, wherein the tool carrier forms a receptacle for the second tool, which is preferably retained in a replaceable manner, characterized in that the second tool carrier is formed in an essentially elongated rectangular manner with respect to a cross section transversely to a hydraulic piston axis (x), that longitudinal outer edges, which in the use state run perpendicular, are formed in an elongated rectilinear manner, while shorter outer edges viewed transversely thereto are in each case guided along a curved line, and that this curved line has a common radius, which refers to the axis (x), wherein a radius dimension is adapted to a diameter dimension of a surrounding jacket wall of the cylindrical formation.
A shock-absorber body for pivoting a horological oscillator comprising a balance mounted on its shaft and a spiral spring, the shock-absorber body comprising a guiding portion (11a; 21a; 31a; 41a; 51a) for the shock-absorber body for its mounting on a bridge (2; 22; 32; 42; 52) and a fastening element (13; 23; 33; 43; 53) for an outer end of a spiral spring of the oscillator, the shock-absorber body comprising a first shock-absorber body part (11; 21; 31; 41) including a portion (11b; 21b; 31b; 41b; 51b) for receiving the fastening element (13; 23; 33; 43; 53) for an outer end of the spiral spring of the oscillator, the fastening element forming a second body part (13; 23; 33; 43): - mounted, notably driven, onto the first shock-absorber body part, or - made of a piece with the first shock-absorber body part, so that the first and second parts are at least immobilized in rotation relative to one another, so that it is not possible to displace the first shock-absorber body part rotationally about the axis of the balance without equally displacing the second shock-absorber body about the axis of the balance. - mounted, notably driven, onto the first shock-absorber body part, or - made of a piece with the first shock-absorber body part,
A method of transmitting control information in a wireless communication system, the method comprising: configuring downlink control information, DCI, comprising a plurality of information fields according to a format of scheduling for a multi user- multiple input multiple output, MU-MIMO, mode, wherein the plurality of information fields comprise a transmitted precoding matrix indicator, TPMI, information field for indicating a codebook index and a downlink power offset of power for downlink data transmission, wherein the downlink power offset of power for downlink data transmission is 1 bit information, which is set to a first offset value indicating '0 db' or a second offset value indicating '-10log 10 2 dB' wherein a precoding matrix indicator, PMI, confirmation field for indicating whether precoding is performed on downlink data by using a PMI reported by a user equipment (10, 50) is used as said 1 bit information for downlink power offset in the DCI, wherein the plurality of information fields further comprise a virtual resource block, VRB, assignment flag field for identifying whether a resource block is assigned in a consecutive manner or a distributed manner; and transmitting the downlink control information. configuring downlink control information, DCI, comprising a plurality of information fields according to a format of scheduling for a multi user- multiple input multiple output, MU-MIMO, mode, wherein the plurality of information fields comprise a transmitted precoding matrix indicator, TPMI, information field for indicating a codebook index and a downlink power offset of power for downlink data transmission, wherein the downlink power offset of power for downlink data transmission is 1 bit information, which is set to a first offset value indicating '0 db' or a second offset value indicating '-10log 10 2 dB' wherein a precoding matrix indicator, PMI, confirmation field for indicating whether precoding is performed on downlink data by using a PMI reported by a user equipment (10, 50) is used as said 1 bit information for downlink power offset in the DCI, wherein the plurality of information fields further comprise a virtual resource block, VRB, assignment flag field for identifying whether a resource block is assigned in a consecutive manner or a distributed manner; and transmitting the downlink control information.