mhurhangee/ep-ind-claims huggingface dataset:
A method of determining a material property of an object, the method comprising: obtaining a real light intensity value for each of a first number of light source positions and each of a second number of light sensor positions, the real light intensity value indicating an intensity of light from the light source position that is reflected or diffused by an object to the light sensor position; determining a three-dimensional surface of the object; and for each of a plurality of points on the three-dimensional surface of the object, using a model that has been trained by machine learning, predicting the material property for the object at the point based on the obtained real light intensity values, wherein the material property comprises one or more of: specular reflection; roughness; diffuse light emission; sub-surface scattering; transparency; and index of refraction, and wherein the model is a neural network configured to receive light intensity values, and their associated light source positions and light sensor positions, as an input layer, and to produce a representation of the material property, as an output layer. obtaining a real light intensity value for each of a first number of light source positions and each of a second number of light sensor positions, the real light intensity value indicating an intensity of light from the light source position that is reflected or diffused by an object to the light sensor position; determining a three-dimensional surface of the object; and for each of a plurality of points on the three-dimensional surface of the object, using a model that has been trained by machine learning, predicting the material property for the object at the point based on the obtained real light intensity values, wherein the material property comprises one or more of: specular reflection; roughness; diffuse light emission; sub-surface scattering; transparency; and index of refraction, and wherein the model is a neural network configured to receive light intensity values, and their associated light source positions and light sensor positions, as an input layer, and to produce a representation of the material property, as an output layer.
A defibrillation circuit comprising a gas discharge tube (125,127) and a light source (135,137), wherein the light source is arranged to pre-energize the gas discharge tube in order to provide predictable breakdown conditions of the gas discharge tube, characterized in that the light source is arranged to be permanently lit and to illuminate the gas discharge tube to pre-energize the gas discharge tube.
System for checking a combustion engine coupled with an electric generator of a hybrid terrestrial vehicle having at least a drive line (61, 62) driven by at least one electric motor (51, 52), said combustion engine comprising at least one subsystem to be checked, said system comprising first control means configured to drive the combustion engine at just one or at a few discrete predefined deterministic operation points according to a normal condition of said combustion engine, said system being characterized in that it comprises second control means able to perform at least a diagnostic test on said at least one subsystem and in that said first control means are configured to disregard said predefined deterministic operation points according to a diagnostic condition of said combustion engine and to vary the operation conditions of said combustion engine so as to drive the latter at a specific engine speed or within at least one specific range of speeds along a predefined speed profile in order to allow said second control means to perform said diagnostic test automatically as required by the applicable law, in every drive cycle.
A method for data transmission, characterized by comprising: setting, by the relay node, an attribute of a packet data convergence protocol, PDCP, peer layer to activate integrity protection in response to a control indication set for a first user data bearer established between the relay node and a donor base station, wherein the control indication is transmitted by the donor base station to the relay node through a radio resource control, RRC, message; and in response to the set attribute of the PDCP peer layer, transmitting, by the relay node, the data to be transmitted through the first user data bearer established between the relay node and the donor base station, when it is determined that the data to be transmitted is control plane signaling related to a user equipment that camps on the relay node, wherein the first user data bearer provides integrity protection for the data to be transmitted. setting, by the relay node, an attribute of a packet data convergence protocol, PDCP, peer layer to activate integrity protection in response to a control indication set for a first user data bearer established between the relay node and a donor base station, wherein the control indication is transmitted by the donor base station to the relay node through a radio resource control, RRC, message; and in response to the set attribute of the PDCP peer layer, transmitting, by the relay node, the data to be transmitted through the first user data bearer established between the relay node and the donor base station, when it is determined that the data to be transmitted is control plane signaling related to a user equipment that camps on the relay node, wherein the first user data bearer provides integrity protection for the data to be transmitted.
A method for operating a system having a monitor, a camera, and a processor, so as to display a mirror-mimicking image on the monitor, characterized by performing the non-ordered steps comprising: obtaining a digital image from a camera; flipping the image about a vertical axis so as to reverse right and left sides of the image; applying a transformation mapping to the image to modify tilt, elevation and scale of the image until it appears to mimic a reflection of a mirror, wherein modifying the scale comprises identifying pupils in the image, and scaling the image so as to match the expected inter-pupillary distance; filling missing pixels by interpolation technique; displaying the image on the monitor after performing the flipping, transformation mapping, and filling. obtaining a digital image from a camera; flipping the image about a vertical axis so as to reverse right and left sides of the image; applying a transformation mapping to the image to modify tilt, elevation and scale of the image until it appears to mimic a reflection of a mirror, wherein modifying the scale comprises identifying pupils in the image, and scaling the image so as to match the expected inter-pupillary distance; filling missing pixels by interpolation technique; displaying the image on the monitor after performing the flipping, transformation mapping, and filling.
A thermal transfer sheet comprising: a dye layer and a protective layer disposed on one surface of a substrate, the dye layer and the protective layer being sequentially arranged in a plane direction on the surface of the substrate, wherein the protective layer contains an invisible light absorbing material and characterized in that the protective layer is provided with an identification mark having at least one of a recessed portion and a protruding portion, and the identification mark is not provided in the dye layer.
A palisade post made of a tape folded about at least one folding line by forming a longitudinal boss, boss on which at least one reception cutout is provided for receiving a load-bearing or a load-lifting wire which includes two longitudinal notches (24, 25) connected to each other by a transverse notch, both longitudinal notches being disposed on either side of the folding line and each including a lower bearing edge (27, 28) of the wire, characterised in that a through port is provided on the longitudinal boss above the wire receiving cutout, and in that a pin made of a rod folded on itself is positioned in the through port by having on the one hand an anchoring head located on the bossed front face of the post and the length of which is lower than the distance between the through port and the transverse notch, and on the other hand a locking rod located on the bossed rear face of the post and which extends longitudinally beyond the transverse notch by sealing said transverse notch on the side of the bossed rear face, the pin being able to be pivotably actuated about an axis which is perpendicular to the main axis of the longitudinal boss and to the wire which is intended to be introduced in the receiving cutout, between a first locking position in which the locking rod seals the transverse notch, and an unlocking position in which the locking rod does not seal the transverse notch by allowing withdrawal of the wire from its position of use bearing on the respective lower edges (27, 28) of both longitudinal notches (24, 25) of the receiving cutout.
Knife sharpening device comprising a horizontal base plate, at least one first sharpening steel unit with at least one first sharpening steel extending along a first sharpening axis and arranged on an upper side (1.1) of the base plate and at least one second sharpening steel unit with at least one second sharpening steel extending along a second sharpening axis and arranged on the upper side (1.1) of the base plate, wherein the first and the second sharpening steels (11, 12) are aligned to cross one another and cross at a crossing point, wherein each sharpening steel unit (6, 9) comprises a holding device (15, 15') for accommodating the sharpening steels (11, 12) in a holding manner, and wherein each holding device (15, 15') respectively comprises at least one socket (13, 13') and a rod holder connected to the socket, characterized in that the two sharpening steel units (6, 9) are slidably mounted on the horizontal base plate and are linearly displaceable in a horizontal movement direction (R1, R2), namely in such a way that during the sharpening of a knife, the sharpening steel units (6, 9) move toward one another in movement directions (R1, R2) due to a pressure acting on the crossing point in the direction toward the base plate, wherein the first and second sharpening steel units (6, 9) are attached to the horizontal base plate by means of a respective slide guide, wherein at least one first linear guide rail and a second linear guide rail oriented parallel to the first guide rail are fixedly connected to the base plate on the upper side (1.1) of the horizontal base plate, and wherein at least one carriage interacting in a sliding manner with the first linear guide rail is provided at the socket of the first sharping steel unit and at least one carriage interacting in a sliding manner with the second linear guide rail is provided at the socket of the second sharping steel unit.
A method for preparing an anion-exchange polymer material having an interpenetrating polymer network or semi-interpenetrating polymer network (semi-IPN) structure, said method comprising the following successive steps: preparing a homogeneous reaction solution comprising, in a suitable organic solvent, (a) at least one organic polymer bearing reactive halogenated groups, (b) at least one tertiary diamine, (c) at least one monomer comprising an ethylenic unsaturation polymerizable by radical polymerization, and (d) optionally, at least one crosslinking agent comprising at least two ethylenic unsaturations polymerizable by radical polymerization, and (e) at least one radical polymerization initiator, heating the solution prepared in step to a temperature and for a duration that are sufficient to allow both a nucleophilic substitution reaction between components (a) and (b) and a radical copolymerization reaction of components (c) and optionally (d), initiated by component (e). preparing a homogeneous reaction solution comprising, in a suitable organic solvent, (a) at least one organic polymer bearing reactive halogenated groups, (b) at least one tertiary diamine, (c) at least one monomer comprising an ethylenic unsaturation polymerizable by radical polymerization, and (d) optionally, at least one crosslinking agent comprising at least two ethylenic unsaturations polymerizable by radical polymerization, and (e) at least one radical polymerization initiator, (a) at least one organic polymer bearing reactive halogenated groups, (b) at least one tertiary diamine, (c) at least one monomer comprising an ethylenic unsaturation polymerizable by radical polymerization, and (d) optionally, at least one crosslinking agent comprising at least two ethylenic unsaturations polymerizable by radical polymerization, and (e) at least one radical polymerization initiator, heating the solution prepared in step to a temperature and for a duration that are sufficient to allow both a nucleophilic substitution reaction between components (a) and (b) and a radical copolymerization reaction of components (c) and optionally (d), initiated by component (e).
A display unit with a display field for the visualisation of vehicle information for use in agricultural working vehicles, wherein the working vehicle comprises a pivotable adaptation device, wherein the display unit is designed to visualise a current pivot angle of the adaptation device in the display field, characterized in that the working vehicle is equipped with a crab steering system, wherein the display unit is designed to visualise a possible pivot range of the adaptation device in the display field as a function of the current crab steering angle of the crab steering system. wherein the working vehicle comprises a pivotable adaptation device, wherein the display unit is designed to visualise a current pivot angle of the adaptation device in the display field, characterized in that the working vehicle is equipped with a crab steering system, wherein the display unit is designed to visualise a possible pivot range of the adaptation device in the display field as a function of the current crab steering angle of the crab steering system.
Pipette having a pipetting button, having a pipette shaft, a pipette tip being capable of being plug-fitted or being plug-fitted to the free shaft end of said pipette shaft, and having an ejection mechanism comprising an activation element for ejecting a pipette tip that is plug-fitted to the free shaft end, characterized in that the activation element forms a conduit for the pipetting button such that an activation face of the activation element at least partially encloses a longitudinal axis of the pipetting button.
A method performed within a communication system comprising a 5G core network and an IP Multimedia Subsystem, IMS, network, where the 5G core network can be configured to implement a plurality of virtual core network slices each having a slice identifier, the method comprising: assigning one of said virtual core network slices to a User Equipment, UE, at or following registration of said UE with the IMS network; sending from the 5G core network, to the IMS network, the slice identifier of the network slice assigned to the UE; receiving the slice identifier within the IMS network; storing in the IMS network a mapping between the UE and the received network slice identifier; and using the slice identifier within the IMS network to provision services to the UE. assigning one of said virtual core network slices to a User Equipment, UE, at or following registration of said UE with the IMS network; sending from the 5G core network, to the IMS network, the slice identifier of the network slice assigned to the UE; receiving the slice identifier within the IMS network; storing in the IMS network a mapping between the UE and the received network slice identifier; and using the slice identifier within the IMS network to provision services to the UE.
A spacer assembly extending along a longitudinal axis, the assembly comprising: - a spacer having: a body having a first lateral side extending on one side of the longitudinal axis and a second lateral side extending on an opposing side of the longitudinal axis, with an inner space formed between the first and second lateral sides; - a prong receiver extending into the first lateral side; and a rod receiver extending into the second lateral side; - a plate having: a plate body having a first finger adapted to engage the first lateral side and a second finger adapted to engage the second lateral side; a prong opening located on the one side of the longitudinal axis, the prong opening extending through the plate body; - and a rod opening extending through the plate body on the opposing side of the longitudinal axis; - a holder comprising: a holder body having a proximal end, a distal end adapted to engage the plate, a mid portion disposed between the proximal end and the distal end, and a channel extending between the proximal end and the distal end; - and a prong extending distally from the distal end, the prong sized to extend through the prong opening and into the prong receiver; and a rod having a distal end, the rod being sized to be inserted into the proximal end of the holder, through the channel in the holder body, through the rod opening in the plate and into the spacer such that the distal end of the rod releasably engages the rod receiver, characterized in that: - the channel has an arcuate portion. - a spacer having: a body having a first lateral side extending on one side of the longitudinal axis and a second lateral side extending on an opposing side of the longitudinal axis, with an inner space formed between the first and second lateral sides; - a prong receiver extending into the first lateral side; and a rod receiver extending into the second lateral side; - a plate having: a plate body having a first finger adapted to engage the first lateral side and a second finger adapted to engage the second lateral side; a prong opening located on the one side of the longitudinal axis, the prong opening extending through the plate body; - and a rod opening extending through the plate body on the opposing side of the longitudinal axis; - a holder comprising: a holder body having a proximal end, a distal end adapted to engage the plate, a mid portion disposed between the proximal end and the distal end, and a channel extending between the proximal end and the distal end; - and a prong extending distally from the distal end, the prong sized to extend through the prong opening and into the prong receiver; and a rod having a distal end, the rod being sized to be inserted into the proximal end of the holder, through the channel in the holder body, through the rod opening in the plate and into the spacer such that the distal end of the rod releasably engages the rod receiver, - the channel has an arcuate portion.
A reversible chelator construct comprising one or more structural moieties attached to two or more chelation components, wherein, under high temperature conditions, said one or more structural moieties adopt a first conformation that positions and/or orients said two or more chelation components such that said two or more chelation components less efficiently chelate metal ions, and wherein under low temperature conditions said one or more structural moieties adopt a second conformation that positions and/or orients said two or more chelation components such that said two or more chelation components more efficiently chelate metal ions, wherein the said one or more structural moieties are nucleic acids comprising a nucleic acid strand not attached to a chelation component and two or more nucleic acid strands attached to chelation components, wherein hybridization of the two or more nucleic acid strands attached to chelation components to nucleic acid strand not attached to a chelation component brings the chelation components into appropriate proximity and orientation to efficiently chelate metal ions, and wherein melting of the nucleic acid strands separates the chelation components such that said chelation components are unable to efficiently chelate metal ions.
Adjusting device for a drawer having a front panel which is held on at least one front panel support which has a carriage with at least one latching element, and a holder which can be fixed on or in a side frame and on which an eccentric with a latching structure is rotatably mounted, in order to adjust the carriage in the height direction during a rotary movement, characterized in that the at least one latching element is in engagement with the latching structure on the eccentric in an upper region so that the at least one latching element presses on the eccentric from above and prevents an adjustment and a weight force of the front panel has a self-locking effect as the weight force of the front panel acts at least in part on the latching element.
A vehicle-related arrangement for overload restriction, said arrangement is to be associated with an arm-shaped contact means related to an arrangement or system ("S") for propelling an electrically, i.a. by one or several batteries or a set of batteries ("II", B), propellable vehicle along a stretch of a roadway and its associated roadway sections or portions (2a, 2b), said arrangement comprising " a " a plurality of roadway portions (2a1, 2a2) for subdividing the stretch of the roadway, wherein each one of these road portions is allotted one or more elongated tracks or slits (51, 52) having introduced therein current supplyable and under voltage placeable conductors (4a, 4b), connectable over a switch to one or more power sources ("III") external to the vehicle, such as electric stations ("s1"), for thereby i.a. enabling a charging of said set of batteries ("II", B) related to the vehicle, whereby said set of batteries is able to propel said vehicle along the stretch of roadway and its roadway portion (2a1, 2a2), and " b " one or more by means of an electric motor or motors powerable vehicles, with each of the respective vehicles comprising a control circuit (100, "R1") adapted for necessary distribution of power, adapted for creating a required power and/or speed control, wherein said vehicle is on its underneath side provided with an up and down and sideways, counting across the direction of transportation of the vehicle, displaceable contact means (), and with said elongated track or tracks and its conductors (4a, 4b) extending along the stretch of the road and its roadway and in which said contact means () are coordinated with a vehicle-related control equipment (100, 10) for creating an adaptation of the contact means () so as at least to offer a mechanical and electrical contact with said conductors (4a, 4b), wherein coordination between the conductors (4a, 4b) placed under voltage allotted to the roadway portion (2a1) and the contact means () of the vehicle occurs via coordinated current connectors, such as in the form of contact springs (4', 4"), adapted for mechanical and electrical cooperation with respective ones of the conductors (4a, 4b) placed under voltage, characterized in that to said power source ("III") external to the vehicle, is connected a circuit limiting the momentary power outlet and being adapted, over said switch, to supply power to said conductor (4a, 4b) within its roadway section when the vehicle passes, that said vehicle, over a transmitter belonging to the vehicle, is adapted to transfer to an electric station ("s1") and its receiver in a roadway section in front, informatory information corresponding to the requirement of power and/or energy of the vehicle while the vehicle passes over the roadway section located in front, and that a transmitter allotted to the electric station ("s1") is adapted to transfer, to a receiver allotted to the vehicle, informatory information corresponding to a supply of allotted power and/or energy which will be available when the vehicle passes over one or more of the roadway sections located in front of it.