mhurhangee/ep-ind-claims huggingface dataset:
An emergency lighting device, comprising a charging stand and a flashlight disposed upon the charging stand charge, wherein the charging stand comprises a base, a circuit controller, and several lights, and a cavity is formed on the front of the base to hold the flashlight, the circuit controller comprises a circuit control board, a positive contact, and a negative contact, the positive and negatives contacts are connected with the circuit control board and whose ends are protruded to the cavity, a positive conductive pin and a negative conductive pin corresponding to the positive and negatives contacts (122, 123) are provided on the flashlight, the flashlight is held in the cavity so that the positive and negatives contacts (122, 123) are electrically connected with the positive and negative conductive pins (223a, 223b), the circuit control board installed in the base, whose input terminal is electrically connected with external power supply and output terminal is electrically connected with the flashlight that is installed on the front of the base; and the circuit control board is arranged to control the external power supply for charging the flashlight and a power source of the flashlight for discharging electricity to the lights; characterized in that: the flashlight comprises an alarm mounted on a tail of the flashlight to alarm, and the alarm comprises a mounting base installed in the flashlight, a buzzer stand installed in the mounting base, a buzzer installed in the buzzer stand, a buzzer drive circuit board installed in the buzzer stand and electrically connected with the buzzer, a switch controller installed at an end of the mounting base and electrically connected with the buzzer drive circuit board, and a conductive assembly installed in the mounting base and fixed on the buzzer, and electrically connected with the power source of the flashlight and the buzzer drive circuit board respectively; wherein the conductive assembly comprises a conductive post, a retainer, a conductive fiber plate, a conductive ring and a conductive spring, the conductive post has an upper end contacting a cathode of the power source of the flashlight, and a lower end electrically connected with a negative contact of the buzzer drive circuit board, and the conductive post is fixed on the retainer which is fixed on the conductive fiber plate, the conductive fiber plate is electrically connected with a positive contact of the buzzer drive circuit board, the retainer is sleeved with the conductive spring which has a lower end electrically contacting the conductive fiber plate and an upper end electrically contacting the conductive ring, and the conductive ring sleeves the retainer an is electrically contacts with an anode of the power source of the flashlight.
A gypsum construction board such as a gypsum cardboard or a gypsum fiber board, comprising a core of a porous gypsum-containing material, a gypsum compound, or of gypsum, as well as cover layers (13, 14) of cardboard or glass-fiber fabric at least on both flat sides of the gypsum construction board, a first one of which defining a visible side and the second side a rear side, for forming a stable and inherently rigid compound structure, wherein the gypsum construction board, on its visible side, has two flattened longitudinal edges (15, 16) mutually extending in parallel while forming a filling section (19, 20), as well as two front edges (17, 18) extending transversely to the longitudinal edges (15, 16), of which at least one front edge (17; 18) is likewise flattened and forms a filling section (21, 22), wherein the gypsum construction board in the area of the filling portion (21, 22) in the cross-section from the rear side to the visible side comprises the following structure: - cover layer of cardboard or glass-fiber fabric, - a remaining core section associated with the core but having a reduced thickness, - a filling, - a cover layer, characterized in that the filling comprises two components, namely a filling material and a bonding, wherein the filling material of the filling consists of a low-shrink, volume-rigid, highly loaded organically and/or minerally bonded filling material such that, after curing, a filling is formed which is substantially free from cavities and withstands to screw fastening. - cover layer of cardboard or glass-fiber fabric, - a remaining core section associated with the core but having a reduced thickness, - a filling, - a cover layer,
A method for video decoding in a decoder, comprising: decoding prediction information for a current block in a current picture that is a part of a coded video sequence, the prediction information indicating a prediction mode for the current block and an access order for an affine history-based motion vector predictor, HMVP, buffer, wherein the access order is included in the prediction information and is signaled at a sequence level, such as in a sequence parameter set, and wherein the access order for an affine merge mode and the access order for an affine advanced motion vector prediction, AMVP, mode are separately included in the prediction information; constructing a motion vector predictor, MVP, list including an affine HMVP candidate from the affine HMVP buffer according to the access order; and reconstructing the current block based on the MVP list. decoding prediction information for a current block in a current picture that is a part of a coded video sequence, the prediction information indicating a prediction mode for the current block and an access order for an affine history-based motion vector predictor, HMVP, buffer, wherein the access order is included in the prediction information and is signaled at a sequence level, such as in a sequence parameter set, and wherein the access order for an affine merge mode and the access order for an affine advanced motion vector prediction, AMVP, mode are separately included in the prediction information; constructing a motion vector predictor, MVP, list including an affine HMVP candidate from the affine HMVP buffer according to the access order; and reconstructing the current block based on the MVP list.
A substance detection method comprising: sensing for liquid in a chamber (124, 124a, 124b) of a substance detection device, the substance detection device comprising a detection structure disposed within the chamber (124, 124a, 124b); when liquid is sensed in the chamber (124, 124a, 124b), sensing again for liquid in the chamber (124, 124a, 124b); when no liquid is sensed in the chamber (124, 124a, 124b), initiating a substance detection process so as to identify a substance of interest that was carried into the chamber (124, 124a, 124b) with the liquid. sensing for liquid in a chamber (124, 124a, 124b) of a substance detection device, the substance detection device comprising a detection structure disposed within the chamber (124, 124a, 124b); when liquid is sensed in the chamber (124, 124a, 124b), sensing again for liquid in the chamber (124, 124a, 124b); when no liquid is sensed in the chamber (124, 124a, 124b), initiating a substance detection process so as to identify a substance of interest that was carried into the chamber (124, 124a, 124b) with the liquid.
A nasal loop for ruminants, such as cattle, comprising a loop body comprising an extra-nasal part and intra-nasal parts extending on both sides of this extra-nasal part, each of these intra-nasal parts carrying a plate (4, 5) intended to bear against the nasal partition separating the nasal cavities of a ruminant, said bearing plates (4, 5) thus being placed at the ends of said nasal loop, characterized in that - each bearing plate (4, 5) has an elongate shape and comprises opposite ends, at least one of which is wider than the central region placed between said two ends, - each plate being convex and having a front face intended to come into contact with the nasal wall of the animal whose surface is at least equal to 500 mm 2, and even better still at least equal to 1500 mm 2, and even more preferentially at least equal to 2000 mm 2, each bearing plate thus being able to maximize the contact surface with the nasal partition for different morphologies of the nose to ensure the holding of this loop without injuring the animal. - each bearing plate (4, 5) has an elongate shape and comprises opposite ends, at least one of which is wider than the central region placed between said two ends, - each plate being convex and having a front face intended to come into contact with the nasal wall of the animal whose surface is at least equal to 500 mm 2, and even better still at least equal to 1500 mm 2, and even more preferentially at least equal to 2000 mm 2, each bearing plate thus being able to maximize the contact surface with the nasal partition for different morphologies of the nose to ensure the holding of this loop without injuring the animal.
An electric vehicle comprising: a plurality of batteries each comprising at least one energy storage cell; a multi-phase AC electric motor; a plurality of string cell inverters, wherein each respective string cell inverter comprises a plurality of inverter units arranged to be coupled to control the output of the plurality of batteries to a respective phase of the AC electric motor; characterised by a plurality of separate compartments distributed around the electric vehicle and wherein the units of each string cell inverter are housed in the plurality of separate compartments. a plurality of batteries each comprising at least one energy storage cell; a multi-phase AC electric motor; a plurality of string cell inverters, wherein each respective string cell inverter comprises a plurality of inverter units arranged to be coupled to control the output of the plurality of batteries to a respective phase of the AC electric motor; characterised by a plurality of separate compartments distributed around the electric vehicle and wherein the units of each string cell inverter are housed in the plurality of separate compartments.
A method for facilitating secure communication in a network, comprising: - encrypting, by a source node in the network, a cryptographic key using a device key as an encryption key, wherein said device key is based on a device identifier that identifies a destination node in the network; - transmitting, by said source node, the encrypted cryptographic key to the destination node; - decrypting, by the destination node, the encrypted cryptographic key using the device key as a decryption key; - acknowledging, by the destination node, receipt of the cryptographic key by encrypting the device key using the cryptographic key as an encryption key and transmitting the encrypted device key to the source node; - decrypting, by the source node, the encrypted device key using the cryptographic key as a decryption key, and assuming, by the source node, that the destination node possesses the cryptographic key if the result of the decryption matches the device key. - encrypting, by a source node in the network, a cryptographic key using a device key as an encryption key, wherein said device key is based on a device identifier that identifies a destination node in the network; - transmitting, by said source node, the encrypted cryptographic key to the destination node; - decrypting, by the destination node, the encrypted cryptographic key using the device key as a decryption key; - acknowledging, by the destination node, receipt of the cryptographic key by encrypting the device key using the cryptographic key as an encryption key and transmitting the encrypted device key to the source node; - decrypting, by the source node, the encrypted device key using the cryptographic key as a decryption key, and assuming, by the source node, that the destination node possesses the cryptographic key if the result of the decryption matches the device key.
Work vehicle comprising an undercarriage movable with respect to the ground thanks to ground contact means and a main body carried in a movable manner by said undercarriage, said undercarriage comprising a pair of side members and an intermediate portion connecting said side members, said side members being equally spaced along a width direction with respect to a longitudinal plane of said work vehicle, said work vehicle comprising a screw-ring assembly configured to allow a rotation of said main body with respect to said undercarriage about an axis, said work vehicle comprising a linear guide assembly axially interposed between said screw-ring assembly and said intermediate portion of said undercarriage and actuator means configured to exert a force directed to said screw-ring assembly so that said screw-ring assembly is carried in a linear movable manner with respect to said undercarriage along said width direction in order to vary the location of said axis with respect to said plane along the width direction, wherein said linear guide assembly comprises at least a guide and a corresponding cart, said guide being fixedly carried by said intermediate portion and defining a linear path along said width direction, said cart being fixedly carried by a lower portion of said screw-ring assembly and configured to move along said guide, the work vehicle is characterized in that it further comprises a plurality of guides and corresponding carts, said carts being housed and fixed in corresponding seats realized in said lower portion of said screw-ring assembly. said undercarriage comprising a pair of side members and an intermediate portion connecting said side members, said side members being equally spaced along a width direction with respect to a longitudinal plane of said work vehicle, said work vehicle comprising a screw-ring assembly configured to allow a rotation of said main body with respect to said undercarriage about an axis, said work vehicle comprising a linear guide assembly axially interposed between said screw-ring assembly and said intermediate portion of said undercarriage and actuator means configured to exert a force directed to said screw-ring assembly so that said screw-ring assembly is carried in a linear movable manner with respect to said undercarriage along said width direction in order to vary the location of said axis with respect to said plane along the width direction, wherein said linear guide assembly comprises at least a guide and a corresponding cart, said guide being fixedly carried by said intermediate portion and defining a linear path along said width direction, said cart being fixedly carried by a lower portion of said screw-ring assembly and configured to move along said guide,
A system for monitoring air quality conditions, comprising, a multi-point air monitoring system comprising, a plurality of sensors for collecting air quality data from a plurality of at least partially enclosed areas; one or more data processing units for processing one or more air quality parameters based on said collected air quality data; and one or more means for communicating said data from said sensor to said processing unit; and a signal processing controller that generates one or more blended air quality parameter signals via said multi-point air monitoring system based at least in part on one or more of said processed air quality parameters representative of data from a plurality of said sensors, characterised by the system further comprising a sensor (1033, 1035) configured to measure air quality data of either outside air, or supply air, and wherein the system creates a differential measurement of said air quality data versus either the outside air or the supply air, wherein the differential measurement is created by subtracting the outside or supply air quality data from the at least partially enclosed area air quality data, or by subtracting the at least partially enclosed area air quality data from the outside or supply air quality data.
Pedal unit for a motor vehicle, comprising: - a pedal unit arranged to be fixed to a chassis of the vehicle, and - at least one pedal hinged to the pedal module to be operated by a driver's foot, the bottom bracket comprising at least one damping pad arranged to dampen a contact between a driver's foot and the bottom bracket module in particular in the event of a frontal impact of the vehicle, characterised in that the damping pad being fixed to the bottom bracket module, and in that the damping pad is fixed to fixing interfaces (13a, 13b, 13c) of the bottom bracket module. - a pedal unit arranged to be fixed to a chassis of the vehicle, and - at least one pedal hinged to the pedal module to be operated by a driver's foot, the bottom bracket comprising at least one damping pad arranged to dampen a contact between a driver's foot and the bottom bracket module in particular in the event of a frontal impact of the vehicle, characterised in that the damping pad being fixed to the bottom bracket module, and in that the damping pad is fixed to fixing interfaces (13a, 13b, 13c) of the bottom bracket module.
A recording medium, in which is recorded data including a digital stream obtained by encoding video information, wherein a recording region of the recording medium has a first recording region where reading can be performed at a first read rate, and a second recording region where reading can be performed at a second read rate that is faster than the first read rate, wherein the values for the maximum recording rate in the LRR zone and the maximum recording rate in the HRR zone are recorded in a lead-in/inner zone as minimum read rates necessary for a drive to read the streams recorded in the LRR zone and HRR zone, respectively, wherein the data includes a digital stream having real-time attributes and a data file having non-real-time attributes, and wherein the data file to be read in during playback of the digital stream is recorded in, of the first recording region and the second recording region, the same recording region as the recording region where the digital stream to be played is recorded.
A network device for enhanced multimedia broadcast/multicast services, MBMS, service provisioning and content ingestion, the network device comprising: a transceiver, and one or more processors configured to: receive, from a content provider device, a payload for MBMS service and signaling information; characterized in that the one or more processors are further configured to: perform consumption reporting for the payload based on the signaling information, wherein the signaling information includes consumption reporting related information for the MBMS service, wherein the consumption reporting related information includes: information related to a start time and an end time of the consumption reporting; information for indicating an interval for the consumption reporting; and information for indicating percentage of users to collect reports for the consumption reporting. a transceiver, and one or more processors configured to: receive, from a content provider device, a payload for MBMS service and signaling information; characterized in that the one or more processors are further configured to: perform consumption reporting for the payload based on the signaling information, wherein the signaling information includes consumption reporting related information for the MBMS service, wherein the consumption reporting related information includes: information related to a start time and an end time of the consumption reporting; information for indicating an interval for the consumption reporting; and information for indicating percentage of users to collect reports for the consumption reporting. receive, from a content provider device, a payload for MBMS service and signaling information; characterized in that the one or more processors are further configured to: perform consumption reporting for the payload based on the signaling information, wherein the signaling information includes consumption reporting related information for the MBMS service, wherein the consumption reporting related information includes: information related to a start time and an end time of the consumption reporting; information for indicating an interval for the consumption reporting; and information for indicating percentage of users to collect reports for the consumption reporting. perform consumption reporting for the payload based on the signaling information, wherein the signaling information includes consumption reporting related information for the MBMS service, wherein the consumption reporting related information includes: information related to a start time and an end time of the consumption reporting; information for indicating an interval for the consumption reporting; and information for indicating percentage of users to collect reports for the consumption reporting. information related to a start time and an end time of the consumption reporting; information for indicating an interval for the consumption reporting; and information for indicating percentage of users to collect reports for the consumption reporting.
Method of operation of a device for determining a feature of a battery from among the state of charge of the battery, the state of health of the battery and the capacity (Cref) of the battery, the device comprising a man-machine interface, the method comprising the following steps: - Receiving a request to determine an actual value of the said feature of a battery, - Determining, by interrogating a user via the man-machine interface, the next date at which a consuming device will need energy from the battery, wherein the method comprises the following steps: - Verifying that it is possible to determine the actual value of the feature of the battery by the next date, - If such is the case, determining the actual value of the feature of the battery by carrying out a phase of charging of the battery or by carrying out a phase of discharging of the battery, the step of verifying that it is possible to determine the actual value of the feature of the battery by the next date at which a consuming device will need energy from the battery comprising a validation confirming that the device is not forecast to use energy from the battery for a duration at least equal to the duration of the step of determining the actual value of the feature of the battery. - Receiving a request to determine an actual value of the said feature of a battery, - Determining, by interrogating a user via the man-machine interface, the next date at which a consuming device will need energy from the battery, - Verifying that it is possible to determine the actual value of the feature of the battery by the next date, - If such is the case, determining the actual value of the feature of the battery by carrying out a phase of charging of the battery or by carrying out a phase of discharging of the battery,
Blind rivet nut having a rivet sleeve that comprises a set head, a deformation region for forming a closing head, and a threaded section having a female thread, comprising maximally four complete thread turns, characterized in that the set head and/or the deformation region transformed into the closing head have a relative strength that is greater than a thread pull-out force of the female thread.
A filling process for superabsorbent polymer particles, wherein the superabsorbent polymer particles are discharged out of a silo into n bulk container, n is an integer, the sum of the filled volumes of the n bulk container correspondents to more than 80% of the effective volume of the silo and the filling level of the silo during the total time of filling of the n bulk container is not less than 20%, wherein the filling level of the silo is the filled volume in the silo divided by the effective volume of the silo, and wherein the effective volume is the maximum volume of the silo that can be used for storing superabsorbent polymer particles.