mhurhangee/ep-ind-claims huggingface dataset:
Structure, in particular a box body, of a utility vehicle, in particular a truck, trailer or semi-trailer, with a door frame, a door and a door locking system for locking the door in the closed position, wherein the at least one door is held in the door frame in the closed position, wherein the door frame has a transverse bar (13, 14) at least substantially below or above the door in the closed position, wherein the door locking system comprises at least one electric motor and at least one locking element movable by the electric motor from a locking position locking the door in the closed position into a release position releasing the opening of the door and back, wherein at least one latch receiver for receiving at least the at least one latch element of the door locking system is associated to the door and wherein the electric motor and the latch element are respectively at least partially received in the transverse bar (13, 14) in the release position, characterized in that the latch receiver of the door engages at least partially in the transverse bar transverse bar(13, 14) when the door is in the closed position.
A method for transitioning a security context from a UTRAN/GERAN-based serving network to an E-UTRAN-based serving network, comprising: the remote station generating first and second session keys (CK S, IK S), in accordance with the security context, using a first information element and a first root key (K ASMEU) associated with the UTRAN/GERAN-based serving network; the remote station receiving a first message from the E-UTRAN-based serving network, wherein the first message signals to the remote station to generate a second root key (K ASME) for use with the E-UTRAN-based network; the remote station generating, in response to the first message, the second root key (K ASME) using the first root key (K ASMEU) and the first and second session keys (CK S, IK S) as inputs; and the remote station protecting wireless communications, on the E-UTRAN-based serving network, based on the second root key (K ASME). the remote station generating first and second session keys (CK S, IK S), in accordance with the security context, using a first information element and a first root key (K ASMEU) associated with the UTRAN/GERAN-based serving network; the remote station receiving a first message from the E-UTRAN-based serving network, wherein the first message signals to the remote station to generate a second root key (K ASME) for use with the E-UTRAN-based network; the remote station generating, in response to the first message, the second root key (K ASME) using the first root key (K ASMEU) and the first and second session keys (CK S, IK S) as inputs; and the remote station protecting wireless communications, on the E-UTRAN-based serving network, based on the second root key (K ASME).
A method for forwarding a packet in service function chaining, SFC, comprising: determining, by a control node, routing entry information of a Service Function Forwarder, SFF, in a service function path, SFP in the SFC, wherein the routing entry information records a mapping relationship between a service path identifier, SPI, a service index, SI, and next hop information, wherein the SPI is used to identify the SFP, the SI is used to identify a location of the service function, SF, node in the SFP, and the next hop information is used to indicate a next hop node of the SFF, wherein the SFF is connected to the SF; generating, by the control node, a Border Gateway Protocol, BGP, update packet, wherein the BGP update packet carries the routing entry information, wherein the BGP update packet comprises a multiprotocol reachable network layer reachability information, MP_REACH_NLRI attribute field, the MP_REACH_NLRI attribute field comprises a network layer reachability information, NLRI, field, and a type field of the NLRI field indicates that the BGP update packet comprises the routing entry information; and sending, by the control node, the BGP update packet to the SFF, wherein the routing entry information is used by the SFF to generate a forwarding entry, and the forwarding entry is used to instruct the SFF to forward a packet received from a classifier to another SFF or SF. determining, by a control node, routing entry information of a Service Function Forwarder, SFF, in a service function path, SFP in the SFC, wherein the routing entry information records a mapping relationship between a service path identifier, SPI, a service index, SI, and next hop information, wherein the SPI is used to identify the SFP, the SI is used to identify a location of the service function, SF, node in the SFP, and the next hop information is used to indicate a next hop node of the SFF, wherein the SFF is connected to the SF; generating, by the control node, a Border Gateway Protocol, BGP, update packet, wherein the BGP update packet carries the routing entry information, wherein the BGP update packet comprises a multiprotocol reachable network layer reachability information, MP_REACH_NLRI attribute field, the MP_REACH_NLRI attribute field comprises a network layer reachability information, NLRI, field, and a type field of the NLRI field indicates that the BGP update packet comprises the routing entry information; and sending, by the control node, the BGP update packet to the SFF, wherein the routing entry information is used by the SFF to generate a forwarding entry, and the forwarding entry is used to instruct the SFF to forward a packet received from a classifier to another SFF or SF.
A cleaning system for a solar panel, comprising: a frame movable in a transverse direction over the solar panel, the frame having transverse edges oriented in the transverse direction; a brush assembly positioned within the frame and movable in a longitudinal direction, the longitudinal direction being perpendicular to the transverse direction; and a liquid spray arrangement including: a plurality of rows of nozzles (221, 222, 223, 224, 225) positioned within the frame and oriented in the transverse direction, the plurality of rows of nozzles being configured to spray at least one of water and a water detergent mix onto the solar panel; characterized in that the brush assembly includes a plurality of brush holders (182, 184) arranged within the frame, the brush holders being movable in the longitudinal direction within the brush assembly, and each brush holder being adapted to interchangeably receive a brush for cleaning the solar panel; and in that the cleaning system further comprises at least one additional row of nozzles (122, 124; 252, 254) positioned adjacent to at least one of the transverse edges of the frame, the at least one additional row of nozzles (122, 124; 252, 254) being configured such that when a brush reaches the at least one transverse edge of the frame, it is cleaned by being exposed to the spray of the at least one of water and a water detergent mix from said at least one additional row of nozzles (122, 124; 252, 254). a frame movable in a transverse direction over the solar panel, the frame having transverse edges oriented in the transverse direction; a brush assembly positioned within the frame and movable in a longitudinal direction, the longitudinal direction being perpendicular to the transverse direction; and a liquid spray arrangement including: a plurality of rows of nozzles (221, 222, 223, 224, 225) positioned within the frame and oriented in the transverse direction, the plurality of rows of nozzles being configured to spray at least one of water and a water detergent mix onto the solar panel; characterized in that the brush assembly includes a plurality of brush holders (182, 184) arranged within the frame, the brush holders being movable in the longitudinal direction within the brush assembly, and each brush holder being adapted to interchangeably receive a brush for cleaning the solar panel; and in that the cleaning system further comprises at least one additional row of nozzles (122, 124; 252, 254) positioned adjacent to at least one of the transverse edges of the frame, the at least one additional row of nozzles (122, 124; 252, 254) being configured such that when a brush reaches the at least one transverse edge of the frame, it is cleaned by being exposed to the spray of the at least one of water and a water detergent mix from said at least one additional row of nozzles (122, 124; 252, 254).
Portion capsule for producing a beverage, having a capsule body with a capsule base and a filling side, with a cavity for accommodating a pulverulent or liquid beverage base being formed between the capsule base and the filling side, and with a filter element being arranged between the beverage base and the capsule base, with the filter element being arranged in the region of the capsule base characterized in that the filter element comprises a felt structure (7.1, 7.3), preferably a needle felt structure (7.1, 7.3), which is preferably provided on or in a support structure (7.2).
An apparatus for ordering groups of trays upstream of a sealing and cutting station of a tray sealer, of the type comprising at least a conveyor connected to a corresponding supply conveyor which supplies the trays coming from a filling machine, which comprises, in an initial part, sensors and lifting means (9, 9') of the trays coming from said conveyors and a transducer which detects their transit speed, characterised by at least said conveyor being formed of parallel straps or belts and being provided in an end part with a comb lifter having components inserted between the belts, the comb lifter having planar dimensions correlated with those of said group of trays of maximum dimensions to be formed, said comb lifter being connected to lifting and lowering means which operate with suitable acceleration and deceleration ramps, said sensors being provided upstream of said comb lifter and detecting the trays arriving in succession from the supply conveyor, and being provided with a processing and control unit for processing the information coming from said sensors, from the transducer which detects the advance speed of said conveyor and from software to which information relating to at least the dimensions of the trays to be closed is supplied each time and which is such that the trays are progressively ordered one after the other and at the necessary distance from each other on said comb lifter, which cyclically lifts them and deposits them onto said conveyor, which is controlled with variable motion by said control unit, respectively to maintain them ordered one after the other and to group them, with at least the last lifting stroke of the comb lifter being envisaged as an extent such as to allow transversal insertion beneath the group of trays ordered on said comb lifter of horizontal teeth of a comb which, while said lifter returns to the lowered position to repeat a new working cycle, takes over support of the ordered group of trays and then transfers them into the sealing and cutting station of the tray sealer, to supply said station.
A personal care device drive unit, comprising a main body; a motor arranged in the main body; a connection interface arranged on the main body, adapted to enable connection of any selected one of a set of different functional units (12, 30, 32, 34) to the main body so as to enable driving of a movable functional component of the selected one of the set of different functional units by the motor; a current sensor for measuring at least one current parameter relating to an electric current driving the motor; and a controller adapted to generate an output signal associated with the selected one of the set of different functional units; characterized in that: the personal care device drive unit further comprises a vibration sensor arranged in the main body for measuring at least one vibration parameter relating to a vibration of the main body during driving of the selected one of the set of different functional units when connected to the main body; and the controller is adapted to generate the output signal associated with the selected one of the set of different functional units in dependence on a value of the at least one current parameter measured by the current sensor and a value of the at least one vibration parameter measured by the vibration sensor. a main body; a motor arranged in the main body; a connection interface arranged on the main body, adapted to enable connection of any selected one of a set of different functional units (12, 30, 32, 34) to the main body so as to enable driving of a movable functional component of the selected one of the set of different functional units by the motor; a current sensor for measuring at least one current parameter relating to an electric current driving the motor; and a controller adapted to generate an output signal associated with the selected one of the set of different functional units; characterized in that: the personal care device drive unit further comprises a vibration sensor arranged in the main body for measuring at least one vibration parameter relating to a vibration of the main body during driving of the selected one of the set of different functional units when connected to the main body; and the controller is adapted to generate the output signal associated with the selected one of the set of different functional units in dependence on a value of the at least one current parameter measured by the current sensor and a value of the at least one vibration parameter measured by the vibration sensor. the personal care device drive unit further comprises a vibration sensor arranged in the main body for measuring at least one vibration parameter relating to a vibration of the main body during driving of the selected one of the set of different functional units when connected to the main body; and the controller is adapted to generate the output signal associated with the selected one of the set of different functional units in dependence on a value of the at least one current parameter measured by the current sensor and a value of the at least one vibration parameter measured by the vibration sensor.
A processed meat product comprising: one or more basic pH control agents selected from the group consisting of sodium hydroxide, sodium carbonate, quick lime and slaked lime in an amount from 0.1 to 1.0 wt% based on a weight of raw meat, wherein a hydrocolloid is included in an amount from 0.1 to 1.0 wt% based on the weight of the raw meat, characterized in that the hydrocolloid is a hydroxypropyl methyl cellulose having a methoxy substituent content from 1 to 40 wt% and a hydroxypropoxy substituent content from 1 to 30 wt%. one or more basic pH control agents selected from the group consisting of sodium hydroxide, sodium carbonate, quick lime and slaked lime in an amount from 0.1 to 1.0 wt% based on a weight of raw meat, wherein a hydrocolloid is included in an amount from 0.1 to 1.0 wt% based on the weight of the raw meat,
A method comprising: encoding information bits to produce redundancy bits; for an initial transmission, mapping the information bits and a first part of the redundancy bits to symbols in accordance with a first mapping scheme; receiving a negative acknowledgement of the initial transmission requesting a retransmission in accordance with a hybrid automatic repeat request, HARQ; and for the retransmission, mapping a second part of the redundancy bits to symbols in accordance with the first mapping scheme and mapping the information bits to symbols in accordance with a second mapping scheme, the second mapping scheme being different from the first mapping scheme,wherein different bits of one symbol have different reliabilities, and the reliability of the bit to which an information bit is mapped in accordance with the first mapping scheme is different from the reliability of the bit to which the same information bit is mapped in accordance with the second mapping scheme. encoding information bits to produce redundancy bits; for an initial transmission, mapping the information bits and a first part of the redundancy bits to symbols in accordance with a first mapping scheme; receiving a negative acknowledgement of the initial transmission requesting a retransmission in accordance with a hybrid automatic repeat request, HARQ; and for the retransmission, mapping a second part of the redundancy bits to symbols in accordance with the first mapping scheme and mapping the information bits to symbols in accordance with a second mapping scheme, the second mapping scheme being different from the first mapping scheme,wherein different bits of one symbol have different reliabilities, and the reliability of the bit to which an information bit is mapped in accordance with the first mapping scheme is different from the reliability of the bit to which the same information bit is mapped in accordance with the second mapping scheme.
A method for collecting and combining data from a plurality of medical devices, the method comprising: receiving, by a processor, sensor data from a sensor of a first medical device of the plurality of medical devices; filtering, by the processor, the sensor data over a period of time; converting, by the processor, the sensor data to digital sensor data (506, 514); receiving, by the processor, context data from a second medical device of the plurality of medical devices over said period of time; generating identification codes, by the processor, to identify the context data; generating start/stop code bits, by the processor, to identify a state of the second medical device; converting, by the processor, the context data into digital context data, the digital context data further comprising the identification codes and the start/stop code bits; generating sensor identification codes, by a processor, to identify the digital sensor data; combining, by the processor, the digital sensor data and the digital context data into a fused data stream, the fused data stream further comprising the sensor identification codes; and, storing the fused data stream in a database. receiving, by a processor, sensor data from a sensor of a first medical device of the plurality of medical devices; filtering, by the processor, the sensor data over a period of time; converting, by the processor, the sensor data to digital sensor data (506, 514); receiving, by the processor, context data from a second medical device of the plurality of medical devices over said period of time; generating identification codes, by the processor, to identify the context data; generating start/stop code bits, by the processor, to identify a state of the second medical device; converting, by the processor, the context data into digital context data, the digital context data further comprising the identification codes and the start/stop code bits; generating sensor identification codes, by a processor, to identify the digital sensor data; combining, by the processor, the digital sensor data and the digital context data into a fused data stream, the fused data stream further comprising the sensor identification codes; and, storing the fused data stream in a database.
Nanoparticles corresponding to formula: in which: represents a porous silicon nanoparticle, x represents an integer chosen from: 0 and 1, M represents a metal atom chosen from the transition metals, X represents a group chosen from: a halide, an anion of a pharmaceutically acceptable carboxylic acid, R represents a group chosen from: a urea (-NH-CO-NH-), a thiourea (-NH-CS-NH-), W represents a C1-C12 alkanediyl group, R' represents a group chosen from: Z + represents a pharmaceutically acceptable organic or mineral cation. Y - represents a group which can be chosen from: -COO -, -SO 3 - A - represents an anion which can be chosen from: a halide, an anion of a pharmaceutically acceptable carboxylic acid, R1 represents a C1 to C10 alkyl. x represents an integer chosen from: 0 and 1, M represents a metal atom chosen from the transition metals, X represents a group chosen from: a halide, an anion of a pharmaceutically acceptable carboxylic acid, R represents a group chosen from: a urea (-NH-CO-NH-), a thiourea (-NH-CS-NH-), W represents a C1-C12 alkanediyl group, R' represents a group chosen from: Z + represents a pharmaceutically acceptable organic or mineral cation. Y - represents a group which can be chosen from: -COO -, -SO 3 - A - represents an anion which can be chosen from: a halide, an anion of a pharmaceutically acceptable carboxylic acid, R1 represents a C1 to C10 alkyl.
An image processing and control apparatus, comprising: an image capture apparatus (112, 212) configured to capture an image (501A, 501B, 501C) of one or more tops of one or more respective sample tubes; a robot configured to move the one or more respective sample tubes; and a system controller (102, 202) comprising a processor (214, 220) and a memory, wherein the system controller is configured via programming instructions stored in the memory to process the image of the one or more tops of the one or more respective sample tubes by applying the image to a convolutional neural network to: generate an edge map (615A, 615B, 615C) of the image of the one or more tops of the one or more respective sample tubes; thereby effectively intensify sample tube top edges appearing in the image (501A, 501B, 501C); while suppressing edge responses from other objects appearing in the image; and control the robot to move one or more sample tubes based on the generated edge map. generate an edge map (615A, 615B, 615C) of the image of the one or more tops of the one or more respective sample tubes; thereby effectively intensify sample tube top edges appearing in the image (501A, 501B, 501C); while suppressing edge responses from other objects appearing in the image; and control the robot to move one or more sample tubes based on the generated edge map.
A method in a video apparatus connected to a database system of visual entities associated with metadata, wherein said method comprises: - receiving (12, 32) a selection of a first visual entity in a video content; - sending at least one request to link, in said database system, said first visual entity with a second visual entity in said video content so that any metadata associated with one of said first and second visual entities is further associated with the other one of said first and second entities in said database system, said request being triggered by receiving a selection of said second visual entity; - later on, receiving metadata associated to the first and the second visual entity upon transmission of a selection command of the first or the second visual entity. - receiving (12, 32) a selection of a first visual entity in a video content; - sending at least one request to link, in said database system, said first visual entity with a second visual entity in said video content so that any metadata associated with one of said first and second visual entities is further associated with the other one of said first and second entities in said database system, said request being triggered by receiving a selection of said second visual entity; - later on, receiving metadata associated to the first and the second visual entity upon transmission of a selection command of the first or the second visual entity.
A display system for a crane, comprising: an information-obtaining device which obtains information regarding a condition of the crane; and a controller which displays a screen on a display by using the information regarding the condition of the crane obtained by the information-obtaining device, characterized in that, when the screen is not operated for a certain amount of time, the controller adds a mark (101 - 105, 110 - 113) for identifying a screen and/or an image on the screen to at least one of the screen and the image on the screen, and the display shows the screen and/or the image with the mark (101 - 105, 110 - 113). an information-obtaining device which obtains information regarding a condition of the crane; and a controller which displays a screen on a display by using the information regarding the condition of the crane obtained by the information-obtaining device,