mhurhangee/ep-ind-claims huggingface dataset:
Trailer coupling comprising a mounting unit mounted securely on the vehicle, a bearing unit held on the mounting unit and connected to a first end area of a carrier structure of a ball neck, and a coupling element, designed, in particular, as a coupling ball, arranged at a second end area of the carrier structure of the ball neck, wherein in an operative position the carrier structure comprises an upper side facing away from a roadway, an underside facing the roadway and longitudinal sides located between them on both sides thereof, wherein the carrier structure is provided with a casing covering at least one of the sides with a cover (122, 124) in a section located between the first end area and the second end area, characterized in that the carrier structure has free spaces (92, 94, 96, 98, 112, 114, 116) serving to reduce weight or accommodate functional units (142, 202), and that the casing covers at least a portion of the free spaces (92, 94, 96, 98, 112, 114, 116).
A method for railway obstacle identification, the method comprising: receiving infrared images from an IR sensor installed on an engine of a train, the IR sensor facing the direction of travel and adapted to acquire IR images representing the view in front of the engine; obtaining a vibration profile; filtering effects of vibrations from the IR images based on the vibration profile; detecting rails in the IR images based on temperature differences between the rails and their background, and temperature variance along the rails, wherein the variance of temperature of pixels representing rails in the IR images is less than 2 centigrade degrees along one kilometer of the rails and the difference of temperature between pixels representing rails and pixels of the background around the rails is no less than 15 degrees; deciding, based on pre-prepared rules and parameters, whether the IR images contain image of an obstacle and whether that obstacle forms a threat on the train's travel; and providing an alarm signal if the IR images contain an image of an obstacle. receiving infrared images from an IR sensor installed on an engine of a train, the IR sensor facing the direction of travel and adapted to acquire IR images representing the view in front of the engine; obtaining a vibration profile; filtering effects of vibrations from the IR images based on the vibration profile; detecting rails in the IR images based on temperature differences between the rails and their background, and temperature variance along the rails, wherein the variance of temperature of pixels representing rails in the IR images is less than 2 centigrade degrees along one kilometer of the rails and the difference of temperature between pixels representing rails and pixels of the background around the rails is no less than 15 degrees; deciding, based on pre-prepared rules and parameters, whether the IR images contain image of an obstacle and whether that obstacle forms a threat on the train's travel; and providing an alarm signal if the IR images contain an image of an obstacle.
A method comprising: processing a data flow comprising a plurality of packets; identifying static data and dynamic data in packet headers of the plurality of packets; generating a plurality of protocol packets by removing the static data from the packet headers, retaining the dynamic data, and assigning a protocol label to the plurality of protocol packets; generating signaling data based on the static data, a first data field indicating a compression type of the packet headers of the plurality of protocol packets and a second data field identifying the data flow; and transmitting the signaling data over a logical channel different from a channel over which the protocol packets are transmitted, wherein the signaling data is multiplexed with the plurality of protocol packets. processing a data flow comprising a plurality of packets; identifying static data and dynamic data in packet headers of the plurality of packets; generating a plurality of protocol packets by removing the static data from the packet headers, retaining the dynamic data, and assigning a protocol label to the plurality of protocol packets; generating signaling data based on the static data, a first data field indicating a compression type of the packet headers of the plurality of protocol packets and a second data field identifying the data flow; and transmitting the signaling data over a logical channel different from a channel over which the protocol packets are transmitted, wherein the signaling data is multiplexed with the plurality of protocol packets.
A thermoplastic resin composition comprising: 100 parts by weight of a base resin comprising 20 wt% to 70 wt% of a polycarbonate resin, 10 wt% to 70 wt% of a polycarbonate-polysiloxane copolymer, and 5 wt% to 30 wt% of a polyester resin containing an alicyclic group in a main chain; 0.1 to 20 parts by weight of an additive for laser direct structuring; and 1 to 20 parts by weight of an impact modifier. 100 parts by weight of a base resin comprising 20 wt% to 70 wt% of a polycarbonate resin, 10 wt% to 70 wt% of a polycarbonate-polysiloxane copolymer, and 5 wt% to 30 wt% of a polyester resin containing an alicyclic group in a main chain; 0.1 to 20 parts by weight of an additive for laser direct structuring; and 1 to 20 parts by weight of an impact modifier.
A double cooled draft beer machine, comprising: a cabinet; a refrigeration circuit inside the cabinet, the refrigeration circuit including a compressor, a condenser, and an evaporator; a cold storage chamber inside the cabinet, the cold storage chamber capable of holding a cask, and the evaporator capable of refrigerating the cold storage chamber; a beer pipe arranged inside the cabinet; a beer tap fixed to an outside of the cabinet; an outer end of the beer pipe is connected to the beer tap; an inner end of the beer pipe capable of connecting to the cask; and the cold storage chamber has a single chamber structure a refrigeration tube inside the cold storage chamber; the refrigeration tube is connected to the refrigeration circuit; characterized in that, the refrigeration tube is connected in parallel with the evaporator; the refrigeration tube and the beer pipe are wound in an abreast and helical manner to form at least one mixing layer of a round or an elliptic cylindrical shape into a quick cooler. a cabinet; a refrigeration circuit inside the cabinet, the refrigeration circuit including a compressor, a condenser, and an evaporator; a cold storage chamber inside the cabinet, the cold storage chamber capable of holding a cask, and the evaporator capable of refrigerating the cold storage chamber; a beer pipe arranged inside the cabinet; a beer tap fixed to an outside of the cabinet; an outer end of the beer pipe is connected to the beer tap; an inner end of the beer pipe capable of connecting to the cask; and the cold storage chamber has a single chamber structure a refrigeration tube inside the cold storage chamber; the refrigeration tube is connected to the refrigeration circuit; characterized in that, the refrigeration tube is connected in parallel with the evaporator; the refrigeration tube and the beer pipe are wound in an abreast and helical manner to form at least one mixing layer of a round or an elliptic cylindrical shape into a quick cooler.
A device for separating and dispensing coins, comprising a rotatably mounted carrier disk and an ejection system for channeling a coin guided on the carrier disk into a discharge shaft, in which a first sensor system is arranged which registers the coin leaving the discharge shaft, wherein the ejection system comprises a movable lever, which is designed, when the coin is channeled away from the carrier disk into the discharge shaft, to be moved out of an idle position and, by being moved back into the idle position, to push the coin into the discharge shaft, a second sensor system (12, 13), which detects the movement of the movable lever out of the idle position, being assigned to the movable lever, and an evaluation unit being provided, which is designed to correlate a movement signal, supplied by the second sensor system (12, 13), with at least one registration signal, supplied by the first sensor system, of the coin leaving the discharge shaft, and to emit an error signal when the two signals do not follow a predefined chronological sequence.
A method by a stand-alone non-public network, SNPN, to which a user equipment, UE, is onboarding in a wireless communication system, the method comprising: receiving, from the UE, a unique identifier of the UE, wherein the unique identifier of the UE takes a form of a network access identifier; selecting a default credential server based on information included in realm part of the unique identifier of the UE; and receiving, from the default credential server, address information of a provisioning server during authentication procedure for the UE. receiving, from the UE, a unique identifier of the UE, wherein the unique identifier of the UE takes a form of a network access identifier; selecting a default credential server based on information included in realm part of the unique identifier of the UE; and receiving, from the default credential server, address information of a provisioning server during authentication procedure for the UE.
Food-cooking surface for a culinary article or a domestic electrical cooking appliance, consisting of a deposit of Zr and/or Nb and/or Ti on a substrate, in the form of carbides, nitrides or carbonitrides for at least one of the elements, characterised in that the cooking surface also includes a deposit of Si so as to produce (Zr/Nb/Ti)-Si-(N/C) coatings.
A contact arrangement for a Pre-Insertion Resistor comprising a control rod and a movable contact arranged to be moved along an axis, against the force of a biasing member, into temporary connection with a PIR, wherein the control rod is able to move the movable contact when mechanically coupled to it, and wherein the movable contact is arranged to decouple from the control rod, and return under the force of the biasing member, once the resistance to movement exceeds a predetermined value, characterised in that the control rod comprises a tulip with a plurality of resilient fingers, and the movable contact comprises a latching ring, the tulip having a first diameter where it is able to engage the latching ring to mechanically couple the control rod to the movable contact, the fingers arranged to be deflected inwards such that the tulip is deformed to a second diameter, wherein the latching ring is able to pass over the tulip to decouple the movable contact from the control rod.
Method for estimating the passband available at the level of the IP layer for a stream between a sender node and a destination node that are separated by a path composed of one or more links, this stream being transported by a telecommunication network which can comprise at least one radio segment over a part of the path, the network being able to transport other IP streams over the whole or over a part of the path, on the basis of a single train of N frames of IP/UDP packets which is generated at a certain transmission bitrate, the method comprises: - a step of reception by the destination node of the single train of N frames of packets, a frame comprising: a field with the IP address of the sender node, a field with the IP address of the destination node, a field associated with the sending format of the frame, a packet of size L comprising a time-stamping field termed the send date t i n and a field with the index number n of the packet corresponding to the index number n of the frame in the train, n=1 to N, the reception of a frame n triggering the association of a time-stamping value termed the receive date t 0 n with the packet n, - starting from the second packet received, a step of determination by the destination node of values of cumulative received delays on receipt of the packet n, with n=2 to N: T( n - 1) = t 0 n - t 0 1, - a step of identification by the destination node of atypical values of jitter Jitter n between the transmission delays of successive packets, Jitter( n - 1) = (t 0 n+1 - t i n+1) - (t 0 n -t i n) - a step of utilization by the destination node of a regression model applied to the cumulative received delays as a function of a cumulative sending delay taking into account the atypical values of jitter. - a step of reception by the destination node of the single train of N frames of packets, a frame comprising: a field with the IP address of the sender node, a field with the IP address of the destination node, a field associated with the sending format of the frame, a packet of size L comprising a time-stamping field termed the send date t i n and a field with the index number n of the packet corresponding to the index number n of the frame in the train, n=1 to N, the reception of a frame n triggering the association of a time-stamping value termed the receive date t 0 n with the packet n, - starting from the second packet received, a step of determination by the destination node of values of cumulative received delays on receipt of the packet n, with n=2 to N: T( n - 1) = t 0 n - t 0 1, - a step of identification by the destination node of atypical values of jitter Jitter n between the transmission delays of successive packets, Jitter( n - 1) = (t 0 n+1 - t i n+1) - (t 0 n -t i n) - a step of utilization by the destination node of a regression model applied to the cumulative received delays as a function of a cumulative sending delay taking into account the atypical values of jitter.
A silencer duct adapted for the intake duct of a gas turbine system, the duct comprising: a frame forming a working fluid flow path; a silencer panel (104,204); and a plurality of silencer panel mounts positioned within the frame and configured to slidingly receive the silencer panel (104,204); each silencer panel mount including: a pair of grooves (252,254) in opposing relation on the frame, each groove (252,254) including a closed end at a downstream end of the frame to axially position the silencer panel (104,204); and at least one lock positioned upstream and separate from at least one of the pair of grooves (252,254), the lock configured to prevent removal of the silencer panel (104,204) from a respective groove (252,254); wherein the silencer panel (104,204) includes a plurality of silencer panel sections (260A,260B,260C), wherein each silencer panel section (260A,260B,260C) includes: an acoustic absorbing material; a first enclosure surrounding the acoustic absorbing material; and a first coupler configured to couple the first enclosure (112, 212) to a second enclosure of an adjacent silencer panel section (260A,260B,260C). a frame forming a working fluid flow path; a silencer panel (104,204); and a plurality of silencer panel mounts positioned within the frame and configured to slidingly receive the silencer panel (104,204); each silencer panel mount including: a pair of grooves (252,254) in opposing relation on the frame, each groove (252,254) including a closed end at a downstream end of the frame to axially position the silencer panel (104,204); and at least one lock positioned upstream and separate from at least one of the pair of grooves (252,254), the lock configured to prevent removal of the silencer panel (104,204) from a respective groove (252,254); a pair of grooves (252,254) in opposing relation on the frame, each groove (252,254) including a closed end at a downstream end of the frame to axially position the silencer panel (104,204); and at least one lock positioned upstream and separate from at least one of the pair of grooves (252,254), the lock configured to prevent removal of the silencer panel (104,204) from a respective groove (252,254); wherein the silencer panel (104,204) includes a plurality of silencer panel sections (260A,260B,260C), wherein each silencer panel section (260A,260B,260C) includes: an acoustic absorbing material; a first enclosure surrounding the acoustic absorbing material; and a first coupler configured to couple the first enclosure (112, 212) to a second enclosure of an adjacent silencer panel section (260A,260B,260C). an acoustic absorbing material; a first enclosure surrounding the acoustic absorbing material; and a first coupler configured to couple the first enclosure (112, 212) to a second enclosure of an adjacent silencer panel section (260A,260B,260C).
A spare wheel cavity for a vehicle, said spare wheel cavity being configured to store a collision-sensitive object, said spare wheel cavity comprising a bottom wall and a side wall, characterized in that said spare wheel cavity further comprises - a carrier plate directly or indirectly attached to said bottom wall said carrier plate being configured to carry said collision-sensitive object on an object carrying portion of said carrier plate, and - a reinforcement structure located in or at said bottom wall in front of said carrier plate. - a carrier plate directly or indirectly attached to said bottom wall said carrier plate being configured to carry said collision-sensitive object on an object carrying portion of said carrier plate, and - a reinforcement structure located in or at said bottom wall in front of said carrier plate.
A method for processing information by a terminal device (110, 400), comprising: performing a wireless fidelity, Wi-Fi, scanning operation through a Wi-Fi scanning unit to obtain N feedback durations corresponding to N access points, APs,, wherein the feedback duration refers to a time period from the terminal device transmitting a probe request to a first AP to the terminal device (110, 400) receiving a probe response fed back by the first AP according to the probe request, the first AP is any one of the N APs, and N is an integer greater than one; determining first power of information transmission according to a feedback duration corresponding to a second AP when an access instruction for the second AP is detected, wherein the first power is equal to second power plus a first power variable, a value of the first power variable is greater than zero when the feedback duration corresponding to the second AP is within a preset duration range, and the second AP is one of the N APs; and transmitting an access request to the second AP at the first power, wherein the access request to the second AP is transmitted at the second power based on a determination that the feedback duration corresponding to the second AP is not within the preset duration range. performing a wireless fidelity, Wi-Fi, scanning operation through a Wi-Fi scanning unit to obtain N feedback durations corresponding to N access points, APs,, wherein the feedback duration refers to a time period from the terminal device transmitting a probe request to a first AP to the terminal device (110, 400) receiving a probe response fed back by the first AP according to the probe request, the first AP is any one of the N APs, and N is an integer greater than one; determining first power of information transmission according to a feedback duration corresponding to a second AP when an access instruction for the second AP is detected, wherein the first power is equal to second power plus a first power variable, a value of the first power variable is greater than zero when the feedback duration corresponding to the second AP is within a preset duration range, and the second AP is one of the N APs; and transmitting an access request to the second AP at the first power, wherein the access request to the second AP is transmitted at the second power based on a determination that the feedback duration corresponding to the second AP is not within the preset duration range.
A hydrogenated block copolymer comprising polymer blocks and each mainly containing an aromatic vinyl compound-derived structural unit and polymer blocks and each mainly containing a conjugated diene compound-derived structural unit, at least one of the polymer blocks and being present between the polymer blocks and, the hydrogenated block copolymer having a total content of the polymer blocks and of 5 to 30% by mass, a 3,4-bond and 1,2-bond content in the polymer block of 1 to 40% by mole, a 3,4-bond and 1,2-bond content in the polymer block of 50 to 100% by mole, and a mass ratio [ /{ +}] of the polymer block to the sum of the polymer blocks and of 26/100 to 63/100. at least one of the polymer blocks and being present between the polymer blocks and, the hydrogenated block copolymer having a total content of the polymer blocks and of 5 to 30% by mass, a 3,4-bond and 1,2-bond content in the polymer block of 1 to 40% by mole, a 3,4-bond and 1,2-bond content in the polymer block of 50 to 100% by mole, and a mass ratio [ /{ +}] of the polymer block to the sum of the polymer blocks and of 26/100 to 63/100.
A method for accessing a local network of an enterprise, wherein the method is applied to a mobile communications network system, the local network comprises service areas which are covered by a wireless communications network and in which service areas the local network is accessable, and the method comprises the steps of: receiving, by user equipment connected to a public network, a system message broadcast by a base station; determining, based on the system message, that a service area of the local network is changed; and notifying a network device, wherein the network device is a mobility management entity, MME, an access and mobility management function, AMF, or a session management function, SMF, that the service area of the local network is changed, so that the network device performs policy control for accessing or leaving, by the user equipment the local network corresponding to the service area. receiving, by user equipment connected to a public network, a system message broadcast by a base station; determining, based on the system message, that a service area of the local network is changed; and notifying a network device, wherein the network device is a mobility management entity, MME, an access and mobility management function, AMF, or a session management function, SMF, that the service area of the local network is changed, so that the network device performs policy control for accessing or leaving, by the user equipment the local network corresponding to the service area.
An uploading method for an electronic apparatus, comprising: generating a group of files by a processor of the electronic apparatus; determining whether or not a total file size of the group of files is larger than a first threshold, or whether or not a total file number of the group of files is larger than a second threshold, by the processor of the electronic apparatus; if at least one of the total file size or the total file number of the group of files is larger than the first threshold or the second threshold, (S205-S219) selectively uploading the group of files according to a current status of the electronic apparatus, by a network component of the electronic apparatus. generating a group of files by a processor of the electronic apparatus; determining whether or not a total file size of the group of files is larger than a first threshold, or whether or not a total file number of the group of files is larger than a second threshold, by the processor of the electronic apparatus; if at least one of the total file size or the total file number of the group of files is larger than the first threshold or the second threshold, (S205-S219) selectively uploading the group of files according to a current status of the electronic apparatus, by a network component of the electronic apparatus.