mhurhangee/ep-ind-claims huggingface dataset:
Method for capturing traffic offences by vehicles in a traffic light region by measuring the tails of the vehicles, wherein, while passing through an observation space covered by radar radiation, at a plurality of measurement times (t n), respectively one measurement-time-dependent, specific position variable and the vehicle speed of the vehicle are derived from measurement signals that are caused by a reflection at one of the vehicles and the specific position variable that changes during the passage and the vehicle speed assist in establishing whether the vehicle, outside of a green phase of a traffic light installation, has driven over a stop line that is assigned to the traffic light installation and lies within the observation space in order, where necessary, to trigger a camera at least once for the purposes of producing at least one evidence photo, characterized in that a FMCW radar device having at least one radar sensor, which emits radar radiation with an aperture angle (γ) between two outer marginal rays (16, 17) and which receives a multiplicity of measurement signals at a plurality of measurement times (t n) within a measurement duration, wherein a radial speed and, as specific position variables, a specific radial distance (r n) and a specific object angle (β η) are derivable at each measurement time (t n), is positioned and aligned next to a roadway with a roadway edge in such a way that the observation space completely covers the stop line and the first of the two marginal rays (16, 17) includes a horizontal, obtuse angle (δ) with a portion of the roadway edge extending in the direction of travel, the vehicle length is derived from the specific position variables and said vehicle length is added to the specific radial distance (r n), which, when approaching the stop line, is increasingly only still determined from the position of the vehicle tail of the vehicle, by virtue of the specific position variables being stored as a function over a measurement duration comprising the measurement times (t n), wherein the function has a plurality of portions during which the position variables are derived from measurement signals which during a first portion are caused by reflection only at the vehicle front, during a second portion are caused by reflection at a vehicle front and increasingly at a vehicle flank, during a third portion are caused only at the vehicle flank, during a fourth portion are caused at the vehicle flank and the vehicle tail and during the fifth portion are caused only at the vehicle tail, the transitions between the second portion and third portion and between the third portion and the fourth portion being captured, the length of the third portion being determined and the vehicle length (l) of the vehicle being calculated from the length of third portion with the aid of the established vehicle speed, and a corrected specific radial distance (r corr) formed thus is used to establish the stop line being crossed, by means of which the crossing by the vehicle front of the vehicle is predicted.
A non-volatile memory system comprising: a non-volatile memory; a volatile memory; a decoder configured to output a partially-decoded video stream based at least in part on a raw video stream data to be written into the non-volatile memory; event detection logic to detect operational events from the partially-decoded video stream output from the decoder; and logic responsive to the event detection logic to generate a notification to a host system to notify the host system of operational events; wherein the operational events comprise event coordinates within the raw video stream, the event coordinates comprising a subregion of a video frame and one or more of polar coordinates and Cartesian coordinates; wherein the decoder is configured to use the volatile memory of the non-volatile memory system during the decoding process, and wherein the decoder is configured to use a volatile memory of the host system if the non-volatile memory system lacks sufficient volatile memory. a non-volatile memory; a volatile memory; a decoder configured to output a partially-decoded video stream based at least in part on a raw video stream data to be written into the non-volatile memory; event detection logic to detect operational events from the partially-decoded video stream output from the decoder; and logic responsive to the event detection logic to generate a notification to a host system to notify the host system of operational events; wherein the operational events comprise event coordinates within the raw video stream, the event coordinates comprising a subregion of a video frame and one or more of polar coordinates and Cartesian coordinates; wherein the decoder is configured to use the volatile memory of the non-volatile memory system during the decoding process, and wherein the decoder is configured to use a volatile memory of the host system if the non-volatile memory system lacks sufficient volatile memory.
An electrosurgical instrument, comprising: a jaw (1250, 1290, 1450, 6270) configured to define an electrode, wherein the jaw comprises: an electrically conductive skeleton (1253, 1293, 1453, 6273), comprising: a thermally insulative core; and a thermally conductive outer layer (1294, 1469, 6269) integral with and extending around the thermally insulative core; and an electrically insulative layer (1264, 1464), wherein the electrode is defined by selective application of the electrically insulative layer to an outer surface of the thermally conductive outer layer, such that the electrode is provided on the thermally conductive outer layer. an electrically conductive skeleton (1253, 1293, 1453, 6273), comprising: a thermally insulative core; and a thermally conductive outer layer (1294, 1469, 6269) integral with and extending around the thermally insulative core; and a thermally insulative core; and a thermally conductive outer layer (1294, 1469, 6269) integral with and extending around the thermally insulative core; and an electrically insulative layer (1264, 1464), wherein the electrode is defined by selective application of the electrically insulative layer to an outer surface of the thermally conductive outer layer, such that the electrode is provided on the thermally conductive outer layer.
A light curtain for the optical detection of shading objects in the monitored area, whereby the area to be monitored is repeatedly swept from a light source by a collimated light beam, which is variable in its direction, whereby the power of the light traversing the area is measured, whereby a determination is made by means of an evaluating control from the time profile of the measured power with knowledge of the time profile of the direction of the light beam on the shadow borders and, thereby, regarding the position and size of a shading object, characterised in that, for the measurement of the power of the light passing through the area at the edge of the monitored area, an optical detector area is arranged, through which the power of the light beam emitted from a light source is able to be measured, wherein the optical detector surface is a planar optical waveguide, in which photoluminescent particles are integrated and to which one or more photoelectric sensors (3.4) are mounted at positions along the longitudinal extension of the planar optical waveguide, which are capable of coupling light from the waveguide mode and, thereby, generating an electrical signal, the strength of which depends on the power of the uncoupled light.
A method for adjusting a receiver timing of a wireless device (230; 330; 720), wherein the receiver timing is the timing of a fast Fourier transform, FFT, window, and wherein the wireless device (230; 330; 720) is in a Coordinated Multipoint, CoMP, system, comprising: receiving a plurality of channel state information reference signals, CSI-RSs, at the wireless device (230; 330; 720) from a plurality of cooperating nodes (310A, 310B; 710A, 710B) in a coordination set of the CoMP system, wherein the coordination set includes at least two cooperating nodes (310A, 310B; 710A, 710B); characterized by further comprising estimating, at the wireless device (230; 330; 720), a composite received CSI-RS timing from a plurality of received CSI-RS timings generated from the plurality of CSI-RSs, wherein the received CSI-RS timings represent delays from the at least two cooperating nodes (310A, 310B; 710A, 710B), wherein the composite received CSI-RS timing is estimated using a sum of received CSI-RS timings in which each CSI-RS timing is weighted by multiplying said each CSI-RS timing by a respective associated reference signal received power, RSRP; and adjusting, at the wireless device (230; 330; 720), the receiver timing using the estimated composite received CSI-RS timing. receiving a plurality of channel state information reference signals, CSI-RSs, at the wireless device (230; 330; 720) from a plurality of cooperating nodes (310A, 310B; 710A, 710B) in a coordination set of the CoMP system, wherein the coordination set includes at least two cooperating nodes (310A, 310B; 710A, 710B); characterized by further comprising estimating, at the wireless device (230; 330; 720), a composite received CSI-RS timing from a plurality of received CSI-RS timings generated from the plurality of CSI-RSs, wherein the received CSI-RS timings represent delays from the at least two cooperating nodes (310A, 310B; 710A, 710B), wherein the composite received CSI-RS timing is estimated using a sum of received CSI-RS timings in which each CSI-RS timing is weighted by multiplying said each CSI-RS timing by a respective associated reference signal received power, RSRP; and adjusting, at the wireless device (230; 330; 720), the receiver timing using the estimated composite received CSI-RS timing.
A fixing device (101,201...601) for fixing a rod (102,202...602) to an osseous structure, the device comprising at least: a main body (103,203...603), a rod (102,202,...602) a socket for receiving the rod (102,202...602) with a rod longitudinal axis oriented in a first direction, the socket being solid with the main body, a flexible member (104,204,....604) a first fastening member (105,205...605), and a second fastening member (106,206...606), wherein the first and second fastening members (105,205...605; 106,206...606) are sized for attachment to the main body (103,203...603), wherein the first fastening member (105,205...605) is accessible from an outer surface of the main body (103, 203...603) and is arranged for fastening a rod (102,202...602) received in the socket to the main body (103,203...603), wherein the main body (103,203...603) comprises a channel for receiving a flexible member (104,204...604), the second fastening member (106,206...606) being accessible from an outer surface of the main body (103, 203...603) and being arranged for fastening the flexible member (104,204...604) received by the channel, wherein the first and second fastening members are operable independently from each other, wherein the first and second fastening members (105,205...605; 106,206...606) are offset with respect to each other in the first direction, and wherein the second fastening member (106, 206...606), the channel for receiving a flexible member (104,204...604) and the socket are arranged such that the flexible member can be fastened adjacent to the rod (102,202...602). a main body (103,203...603), a rod (102,202,...602) a socket for receiving the rod (102,202...602) with a rod longitudinal axis oriented in a first direction, the socket being solid with the main body, a flexible member (104,204,....604) a first fastening member (105,205...605), and a second fastening member (106,206...606), wherein the first and second fastening members (105,205...605; 106,206...606) are sized for attachment to the main body (103,203...603), wherein the first fastening member (105,205...605) is accessible from an outer surface of the main body (103, 203...603) and is arranged for fastening a rod (102,202...602) received in the socket to the main body (103,203...603), wherein the main body (103,203...603) comprises a channel for receiving a flexible member (104,204...604), the second fastening member (106,206...606) being accessible from an outer surface of the main body (103, 203...603) and being arranged for fastening the flexible member (104,204...604) received by the channel, wherein the first and second fastening members are operable independently from each other, wherein the first and second fastening members (105,205...605; 106,206...606) are offset with respect to each other in the first direction, and wherein the second fastening member (106, 206...606), the channel for receiving a flexible member (104,204...604) and the socket are arranged such that the flexible member can be fastened adjacent to the rod (102,202...602).
A no-back brake mechanism or a torque limiter mechanism, comprising a plurality of rollers each mounted within a respective roller cage, the roller cages being articulated about an axis such that rotation of the rollers in a first direction causes no movement of the cages about their axis and rotation of the rollers in a second direction opposite the first direction causes the cages to rotate with respect to their axis characterised in that each roller is mounted within its own cage each mounted rotatable on its own axis, the axes of the plurality of cages being arranged in a ring, the rollers are in surface contact with an input shaft plate, the diameter of the ring being greater than that of the input shaft plate such that the cage axes are radially outwards from the edge of the input shaft plate.
An automated station for finishing brake pads comprising at least one rotary finishing tool for finishing a friction layer of brake pad, characterised in that it further comprises a workhead to pick, retain and release the brake pad, a handling unit to move the workhead along a programmable path comprising a pass over the rotary finishing tool and a guide having a mouth which is passed through by the workhead in order to start the finishing pass along the length of the programmable route, the guide contacting the workhead to define, in at least one direction (A; C), the relative position between the workhead and the brake pad during the finishing operated by the rotary finishing tool.
A method for managing mapping information in network routing, comprising: signing, by a device of an edge network, a mapping information pair by using a private key of a certificate corresponding to a prefix of the edge network in the mapping information pair to generate a signed mapping pair; submitting, by the device of the edge network, the signed mapping pair to a registration agent, RA, in a transit network; and sharing, by the RA, the signed mapping pair with other RAs through data synchronization; wherein the mapping information pair comprises at least the following information: the prefix, an Internet Protocol, IP, address of the device, wherein the IP address is in the transit network, and mapping control information; and the signed mapping pair comprises at least the following information: the prefix, the IP address, the mapping control information, signature control information, and signature, wherein: the signature control information comprises: certificate information used for the signature, revocation point of the signed mapping pair, expiration date, and signature algorithm information. signing, by a device of an edge network, a mapping information pair by using a private key of a certificate corresponding to a prefix of the edge network in the mapping information pair to generate a signed mapping pair; submitting, by the device of the edge network, the signed mapping pair to a registration agent, RA, in a transit network; and sharing, by the RA, the signed mapping pair with other RAs through data synchronization; wherein the mapping information pair comprises at least the following information: the prefix, an Internet Protocol, IP, address of the device, wherein the IP address is in the transit network, and mapping control information; and the signed mapping pair comprises at least the following information: the prefix, the IP address, the mapping control information, signature control information, and signature, wherein: the signature control information comprises: certificate information used for the signature, revocation point of the signed mapping pair, expiration date, and signature algorithm information. the signature control information comprises: certificate information used for the signature, revocation point of the signed mapping pair, expiration date, and signature algorithm information.
A polypeptide comprising the polypeptide with the amino acid sequence of SEQ ID NO: 190; or any functional variant of said amino acid sequence - with a sequence identity of at least 80%, more preferably at least 85%, even more preferably at least 90%, most preferably at least 95% to the sequence of SEQ ID NO: 190, and - with a difference in protective capacity (Δpc) between the functional variant and the placebo (negative) control of at least 50%, especially at least 60%, preferably at least 70%, more preferably at least 80%, even more preferably 90%, even more preferably 95%, most preferably at least 95%. - with a sequence identity of at least 80%, more preferably at least 85%, even more preferably at least 90%, most preferably at least 95% to the sequence of SEQ ID NO: 190, and - with a difference in protective capacity (Δpc) between the functional variant and the placebo (negative) control of at least 50%, especially at least 60%, preferably at least 70%, more preferably at least 80%, even more preferably 90%, even more preferably 95%, most preferably at least 95%.
Band saw cutting equipment which has a pulley system in which the band saw cutting system is installed, wherein the cutting equipment contains at least one cutting system made up of two band saws (11,11') located in the same cutting plane contiguously without touching each other, with a separation between them, each of the two band saws having a single side with cutting serrated edges located on the farthest edges between the two band saws, that is in their opposite edges to allow cutting in both directions of passage through the cutting system, where the cutting system has at least one guide and separation piece of both band saws fixed in a position that guides each of the band saws in the cutting plane, preventing it from bending and exiting from that plane by means of guiding elements and keeping both band saws separated in the cutting plane by means of a minimum separation element; characterized in that the guiding element of the guide piece and separation of each band saw is based on a body with a groove slightly wider than the band saw, through which the band saw passes.
An optical system, comprising: a third lens, a second lens and a first lens arranged successively along a propagation direction of incident light; an effective focal length f1 of the first lens is 20mm ≤ f1 ≤ 40mm, an effective focal length f2 of the second lens is 20mm ≤ f2 ≤ 40mm, and an effective focal length f3 of the third lens is -75mm ≤ f3 ≤ -35mm, the first lens comprises a first surface and a second surface, and the second lens comprises a third surface and a fourth surface; the second surface and the third surface are arranged adjacent to each other and are both set as Fresnel surfaces and at least one of the Fresnel surfaces has a curved base; and the first surface and the fourth surface are both aspherical surfaces, the absolute value of the radius R1 of the first surface of the first lens satisfies 45mm ≤ Abs ≤ 65mm; the absolute value of the radius R0 of the curved base on the second surface of the first lens satisfies 40mm ≤ Abs ≤ 200mm, and the absolute value of the radius R2 of the second surface satisfies 20mm ≤ Abs ≤ 40mm; the absolute value of the conic constant K1 of the first surface and the second surface of the first lens satisfies Abs ≤ 10, the absolute value of the radius R0' of the curved base on the third surface satisfies 60mm ≤ Abs (R0') ≤ 170mm, and the absolute value of the radius R3 of the third surface satisfies 20mm ≤ Abs ≤ 40mm; the absolute value of the radius R4 of the fourth surface satisfies 60mm ≤ Abs ≤ 80mm; the absolute value of the conic constant K2 of the third surface and the fourth surface 22 of the second lens 2 satisfies Abs ≤ 10. a third lens, a second lens and a first lens arranged successively along a propagation direction of incident light; an effective focal length f1 of the first lens is 20mm ≤ f1 ≤ 40mm, an effective focal length f2 of the second lens is 20mm ≤ f2 ≤ 40mm, and an effective focal length f3 of the third lens is -75mm ≤ f3 ≤ -35mm, the first lens comprises a first surface and a second surface, and the second lens comprises a third surface and a fourth surface; the second surface and the third surface are arranged adjacent to each other and are both set as Fresnel surfaces and at least one of the Fresnel surfaces has a curved base; and the first surface and the fourth surface are both aspherical surfaces, the absolute value of the radius R1 of the first surface of the first lens satisfies 45mm ≤ Abs ≤ 65mm; the absolute value of the radius R0 of the curved base on the second surface of the first lens satisfies 40mm ≤ Abs ≤ 200mm, and the absolute value of the radius R2 of the second surface satisfies 20mm ≤ Abs ≤ 40mm; the absolute value of the conic constant K1 of the first surface and the second surface of the first lens satisfies Abs ≤ 10, the absolute value of the radius R0' of the curved base on the third surface satisfies 60mm ≤ Abs (R0') ≤ 170mm, and the absolute value of the radius R3 of the third surface satisfies 20mm ≤ Abs ≤ 40mm; the absolute value of the radius R4 of the fourth surface satisfies 60mm ≤ Abs ≤ 80mm; the absolute value of the conic constant K2 of the third surface and the fourth surface 22 of the second lens 2 satisfies Abs ≤ 10.
Storage for a vehicle comprising a receptacle delimited by a wall, and a closing flap for said receptacle which is held in a closed position against the wall delimiting the receptacle by means of a holding mechanism, said flap being able to open when said mechanism is deactivated by means of a control member, said control member and said folding mechanism being secured to an outer surface of the wall delimiting the receptacle, characterized in that the holding mechanism comprises a support plate secured to said outer surface, a bellcrank pivotably mounted on said support plate, and a first bolt in contact with a first latch of the flap slidably mounted on said support plate, and in that the control member is a pushbutton having an actuation stem, where pressure of said control member causes the actuation stem to move, which will then rotate the bellcrank, the movement of the bellcrank causing the first bolt to slide, moving it away from the first latch so as to be no longer in contact there with, the mechanism comprising a second bolt in contact with a second latch of the flap and slidably mounted on the support plate, where pressure on the pushbutton causes said second bolt to slide on the support plate owing to the bellcrank being rotated by the movement of the actuation stem, said second bolt moving away from said second batch so as to be no longer in contact therewith, the sliding of the first bolt and sliding of the second bolt being brought about by means of direct contact between said two bolts (11, 12) and said bellcrank, the bellcrank having a circular central body from which there emerges radially an actuation tab that is intended to come into contact with the actuation stem, a first tab intended contact with the first bolt and a second tab intended it contact with the second bolt.
A LAS-degrading and N-removing bacterium, taxonomically classified as Pseudomonas sp., deposited in China General Microbiological Culture Collection Center on September 18 th, 2018, with the accession number of CGMCC 16502.