mhurhangee/ep-ind-claims huggingface dataset:
An electric power distribution system which is configured to be mounted in a vehicle and to supply electric power from at least one of a DC/DC converter and a battery, the electric power distribution system comprising: a path (B1, B2) configured to supply electric power from the DC/DC converter to a load (61, 62); a switching circuit configured to connect the battery to the load (61, 62) in an ON state and to disconnect the battery from the load (61, 62) in an OFF state; and a control unit configured to switch the switching circuit to any one of the ON state and the OFF state based on travel route information of a navigation system mounted on the vehicle, wherein the control unit is configured to switch the switching circuit to the ON state according to a peak current of a load current of the load (61, 62) derived based on the travel route information during automatic driving of the vehicle. a path (B1, B2) configured to supply electric power from the DC/DC converter to a load (61, 62); a switching circuit configured to connect the battery to the load (61, 62) in an ON state and to disconnect the battery from the load (61, 62) in an OFF state; and a control unit configured to switch the switching circuit to any one of the ON state and the OFF state based on travel route information of a navigation system mounted on the vehicle, wherein the control unit is configured to switch the switching circuit to the ON state according to a peak current of a load current of the load (61, 62) derived based on the travel route information during automatic driving of the vehicle.
A dual-band dual-polarized antenna of a base station for mobile communication, the dual-band dual-polarized antenna comprising: a reflection plate; one or more first radiating element modules formed on the reflection plate to transmit and receive two linear orthogonal polarized waves for a first frequency band, the one or more first radiating element modules comprising a first, a second, a third and a fourth dipole, the first to fourth dipoles forming ends of an X-shaped structure; and one or more second radiating element modules (20, 22, 24) for a second frequency band, which are installed on the reflection plate together with the one or more first radiating element modules and including a second radiating element module entirely within a boundary defined by outermost lateral points of an encompassing first radiating element module, wherein the first frequency band is a lower frequency band than the second frequency band. a reflection plate; one or more first radiating element modules formed on the reflection plate to transmit and receive two linear orthogonal polarized waves for a first frequency band, the one or more first radiating element modules comprising a first, a second, a third and a fourth dipole, the first to fourth dipoles forming ends of an X-shaped structure; and one or more second radiating element modules (20, 22, 24) for a second frequency band, which are installed on the reflection plate together with the one or more first radiating element modules and including a second radiating element module entirely within a boundary defined by outermost lateral points of an encompassing first radiating element module, wherein the first frequency band is a lower frequency band than the second frequency band.
A touch trigger probe interface for interfacing a touch trigger probe to a machine tool, the touch trigger probe interface comprising a probe communication portion for receiving probe event information from a touch trigger probe and a machine tool communication portion for outputting probe event information to a numerical controller of the machine tool, characterised in that the machine tool communication portion outputs the probe event information as digital data packets (T p) J 2. comprising timing information about when a probe event occurred.
A method for activating base station signaling in a wireless network, comprising: determining to activate a transmitter to serve user equipment, UE, in a wireless network; characterized in that the method further comprises: broadcasting a portion of a set of broadcast signals in a radio frame, the portion comprising one or more reference signals or synchronization signals; and broadcasting a remaining portion of the set of broadcast signals along with the portion of the set of broadcast signals, in a subsequent radio frame, the remaining portion comprising one or more system information signals. determining to activate a transmitter to serve user equipment, UE, in a wireless network; characterized in that the method further comprises: broadcasting a portion of a set of broadcast signals in a radio frame, the portion comprising one or more reference signals or synchronization signals; and broadcasting a remaining portion of the set of broadcast signals along with the portion of the set of broadcast signals, in a subsequent radio frame, the remaining portion comprising one or more system information signals. broadcasting a portion of a set of broadcast signals in a radio frame, the portion comprising one or more reference signals or synchronization signals; and broadcasting a remaining portion of the set of broadcast signals along with the portion of the set of broadcast signals, in a subsequent radio frame, the remaining portion comprising one or more system information signals.
Body of a vehicle, such as a motor vehicle, comprising a rear floor, a basket for storing a spare tyre arranged under the rear floor, an exhaust line comprising in particular a silencer fixed under the rear floor, and a thermal protection shield interposed between the exhaust silencer and the spare tyre, characterised in that the thermal protection shield is removably fixed by attachment means to the basket for storing the spare tyre.
A bus device (300, 340, 350) comprising a bus protocol controller with a transmit data output; and a bus transceiver with a transmit data input coupled to the transmit data output of the bus protocol controller, wherein the bus protocol controller is configured to provide a serial bit stream designated for transmission through a bus via the transmit data output of the bus protocol controller and via the transmit data input to the bus transceiver and to provide a switching signal (610, 620) within the serial bit stream, wherein the switching signal comprises at least one of a change of the bit coding scheme and a change of the bit rate of the serial bit stream, and wherein the bus protocol controller is configured to provide at least one of different bit coding schemes and different bit rates of the serial bit stream corresponding with different operating modes, and wherein the bus transceiver is configured to switch between the different operating modes in response to the switching signal. a bus protocol controller with a transmit data output; and a bus transceiver with a transmit data input coupled to the transmit data output of the bus protocol controller, wherein the bus protocol controller is configured to provide a serial bit stream designated for transmission through a bus via the transmit data output of the bus protocol controller and via the transmit data input to the bus transceiver and to provide a switching signal (610, 620) within the serial bit stream, wherein the switching signal comprises at least one of a change of the bit coding scheme and a change of the bit rate of the serial bit stream, and wherein the bus protocol controller is configured to provide at least one of different bit coding schemes and different bit rates of the serial bit stream corresponding with different operating modes, and wherein the bus transceiver is configured to switch between the different operating modes in response to the switching signal.
Object handling system for sorting objects, comprising a loading area, a continuous type conveyor, a plurality of discharge chutes (6, 7) arranged at intervals along the sides of the conveyor, a plurality of carriages, each carriage having at least one pair of adjacent seats (14, 15; 16, 17) for receiving respective objects and movable along the conveyor from a position in correspondence of the loading area, for receiving at least one object arriving in the loading area, to a position in correspondence of a discharge chute (6, 7), for unloading into the discharge chute (6, 7) said at least one object, as well as a control apparatus able to recognize said at least one object arriving from the loading area and cause unloading of said at least one object from said seat (14, 15; 16, 17) into the chute (6, 7) when the carriage is situated in correspondence of the discharge chute (6, 7) towards which said at least one object is to be conveyed, characterized in that the object handling system comprises furthermore a light source emitting a light beam directed towards the visible surface of each seat and forming a corresponding luminous spot (14a-17a) visible to an operator who is standing in the loading area and a control apparatus for selectively activating said light source so as to indicate to the operator the seat of said at least pair of seats (14, 15; 16, 17) on which said at least one object should be manually deposited by the operator, by lighting up said light source when the carriage is located in correspondence of the loading area.
A camera for a motor vehicle, comprising a first part and a second part pivotally arranged on the first part through a ball joint comprising a sphere on the one hand and a socket on the other hand, wherein the second part comprises an electronic circuit for providing a functionality in the motor vehicle, while the electronic circuit comprises an image sensor of the camera, characterized in that the first part comprises an energy supply unit for supplying the electronic circuit with electrical power, wherein at least a surface of the sphere is at least partially formed from an electrically conductive material such that the electronic circuit is supplied with the electrical power through the surface of the sphere and the first part is movable relative to the second part such that a polarity of the electrical connection between the electronic circuit and the energy supply unit is reversible.
An air filter for heavy dust conditions comprising: a housing; a precleaner; a permeable filter; and a scavenger system, said scavenger system disposes of particles collected at said precleaner and on the upstream surface of said permeable filter, characterized by said scavenger system comprising: an air suction source and a three way valve, wherein said three way valve is airflow coupled to said precleaner, said permeable filter and said air suction source, said three way valve enables scavenging of said precleaner and said permeable filter alternately.
Method for operating a motor driven prebeater of a beater wheel mill, wherein the prebeater has at least one rotor with a plurality of prebeater heads (3.2), characterised in that the power consumption of a drive of the prebeater is detected, and that the deterioration of the prebeater heads (3.2) is detected depending on the power consumption of the drive.
A vaccine composition comprising an equine herpes virus antigen component and an adjuvant component, wherein the antigen component comprises an EHV-1 antigen and the adjuvant component comprises a P-class CpG oligonucleotide and SP oil, wherein the SP oil is present in the amount of 2-20% v/v and the SP oil comprises about 2.5% w/v polyoxyethylene-polyoxypropylene block copolymer, about 5% w/v squalane, and about 0.2% w/v polyoxyethylene sorbitan monooleate.
A locator device (104, 704) for recording a location of a sonde, comprising: a first locating device configured to sense an electromagnetic field emanating from a sonde associated with a drill head (106, 706), the first locating device including a display, an operator interface, and a communication interface; a second locating device including a global positioning system; characterized by a controller configured to: upon receipt of a first input from a user, record first location data in a memory associated with the first locating device (224, 1002); record second location data associated with the second locating device (222, 1006); and combine the first location data and the second location data to record a current endpoint of the sonde, including refining the second location data (922, 1010) based on known information (914, 1008) associated with the drill head (106, 706) and location data associated with a previously determined sonde endpoint, and further including refining a determination of the previously determined sonde endpoint (912, 918') based on the recorded current location (922, 1012) of the sonde. a first locating device configured to sense an electromagnetic field emanating from a sonde associated with a drill head (106, 706), the first locating device including a display, an operator interface, and a communication interface; a second locating device including a global positioning system; characterized by a controller configured to: upon receipt of a first input from a user, record first location data in a memory associated with the first locating device (224, 1002); record second location data associated with the second locating device (222, 1006); and combine the first location data and the second location data to record a current endpoint of the sonde, including refining the second location data (922, 1010) based on known information (914, 1008) associated with the drill head (106, 706) and location data associated with a previously determined sonde endpoint, and further including refining a determination of the previously determined sonde endpoint (912, 918') based on the recorded current location (922, 1012) of the sonde. upon receipt of a first input from a user, record first location data in a memory associated with the first locating device (224, 1002); record second location data associated with the second locating device (222, 1006); and combine the first location data and the second location data to record a current endpoint of the sonde, including refining the second location data (922, 1010) based on known information (914, 1008) associated with the drill head (106, 706) and location data associated with a previously determined sonde endpoint, and further including refining a determination of the previously determined sonde endpoint (912, 918') based on the recorded current location (922, 1012) of the sonde.
A method for manufacturing a cellular geopolymer product, which method comprises the steps: (a) forming an activated geopolymer premix by addition to a geopolymer premix of an activator compound that initiates a condensation reaction in the geopolymer premix; (b) incorporating a gas generating agent in the activated geopolymer premix, wherein the gas generating agent is aluminum powder having a particle size of 40-80 microns and wherein the surface of the particles of aluminum powder is oxidised (c) casting the activated geopolymer premix in a formwork in a desired configuration; (d) allowing gas bubbles to be generated in the activated geopolymer premix as the condensation reaction proceeds and the activated geopolymer premix stiffens to produce a self-supporting cellular structure; and (e) curing the self-supporting cellular structure to produce the cellular geopolymer product, wherein in step (d) the characteristics of the activated geopolymer premix and the reaction kinetics of the condensation reaction are controlled to achieve formation of the self-supporting cellular structure. (a) forming an activated geopolymer premix by addition to a geopolymer premix of an activator compound that initiates a condensation reaction in the geopolymer premix; (b) incorporating a gas generating agent in the activated geopolymer premix, wherein the gas generating agent is aluminum powder having a particle size of 40-80 microns and wherein the surface of the particles of aluminum powder is oxidised (c) casting the activated geopolymer premix in a formwork in a desired configuration; (d) allowing gas bubbles to be generated in the activated geopolymer premix as the condensation reaction proceeds and the activated geopolymer premix stiffens to produce a self-supporting cellular structure; and (e) curing the self-supporting cellular structure to produce the cellular geopolymer product, wherein in step (d) the characteristics of the activated geopolymer premix and the reaction kinetics of the condensation reaction are controlled to achieve formation of the self-supporting cellular structure.
Data storage device for protected data exchange between different security zones (16, 17) comprising a storage unit (11, 111), a validation unit (12, 112) and an access control unit (13, 113), wherein the storage unit (11, 111) has a first interface (14, 214) to a first security zone, via which data elements (18, 118, 118') are only writable to the storage unit (11, 111), and the storage unit (11, 111) has a second interface (15, 215) to a second security zone via which data elements (18, 118, 118') are only readable from the storage unit (11, 111), the validation unit (12, 112) is designed to check the data elements (18, 118, 118') written to the storage unit (11, 111) for correspondence with a predetermined pattern (22, 22', 22", 122, 122') and the access control unit (13, 113) is designed to enable the data elements (18, 118, 118') to be read out from the storage unit (11, 111) only if the data elements (18, 118, 118') are found to be corresponding and thus validly validated wherein the storage unit has a multiplicity of memory cells and a validation identifier is assignable to each memory cell, wherein a validation identifier is assigned only to a memory cell with a validly validated data element and the memory cell is enabled for a reading access only in the case of an assigned validation identifier.
A force-measuring cell including an elastically deformable measuring body and a force-measuring device which includes multiple strain-gauge sensors interconnected such that a deformation of the measuring body is converted into a signal corresponding to a force causing the deformation; wherein the measuring body comprises a cylindrical main body including a central axis, wherein the main body comprises: an axially outer first side comprising an axial projection for introduction of the force such that the measuring body protrudes in a region of the central axis; an axially inner second side axially opposite to the first side; and a radially outer circumferential surface; wherein the second side comprises a first coaxial radially-outer recess zone and a second coaxial radially-inner recess zone; wherein the first side comprises a third coaxial recess zone arranged radially between the first and second recess zones (30, 32); characterized in that each of the strain-gauge sensors required for the determination of the acting force is attached to the second side of the main body, wherein the strain-gauge sensors are provided between the first and second recess zones (30, 32) on a contact surface, wherein the recess zones are formed axially such deep in the main body, are formed radially such wide and are positioned radially relative to each other such that the force acting along the central axis on the first side results in a flow of force guided along the contact surface and being closer to the contact surface than to an imaginary plane defined by a base of the first recess zone, and wherein the depth of the first recess zone is greater than the depth of the second recess zone. an axially outer first side comprising an axial projection for introduction of the force such that the measuring body protrudes in a region of the central axis; an axially inner second side axially opposite to the first side; and a radially outer circumferential surface;
A battery diagnosis device, comprising: a memory configured to store an observation matrix including a plurality of observation voltage vectors (X 1.... X n) indicating a time-series of cell voltage of each of a plurality of battery cells (BC 1.... BC n); and a control unit; characterised in that the control unit is configured to determine a plurality of principal component vectors (A 1... A n), a plurality of singular values (b 11..... b nn) and a plurality of coefficient vectors (C 1 T..... C n T) from the observation matrix, wherein each coefficient vector includes a plurality of coefficients corresponding to the plurality of observation voltage vectors in a one-to-one relationship, and wherein the control unit is configured to, for each coefficient vector, determine an invalid coefficient among the plurality of coefficients by comparing the plurality of coefficients included in the corresponding coefficient vector, and detect abnormality of the battery cell corresponding to the invalid coefficient among the plurality of battery cells based on the principal component vector corresponding to the corresponding coefficient vector among the plurality of principal component vectors, the singular value corresponding to the corresponding coefficient vector among the plurality of singular values and the invalid coefficient. a memory configured to store an observation matrix including a plurality of observation voltage vectors (X 1.... X n) indicating a time-series of cell voltage of each of a plurality of battery cells (BC 1.... BC n); and a control unit; characterised in that the control unit is configured to determine a plurality of principal component vectors (A 1... A n), a plurality of singular values (b 11..... b nn) and a plurality of coefficient vectors (C 1 T..... C n T) from the observation matrix, wherein each coefficient vector includes a plurality of coefficients corresponding to the plurality of observation voltage vectors in a one-to-one relationship, and wherein the control unit is configured to, for each coefficient vector, determine an invalid coefficient among the plurality of coefficients by comparing the plurality of coefficients included in the corresponding coefficient vector, and detect abnormality of the battery cell corresponding to the invalid coefficient among the plurality of battery cells based on the principal component vector corresponding to the corresponding coefficient vector among the plurality of principal component vectors, the singular value corresponding to the corresponding coefficient vector among the plurality of singular values and the invalid coefficient.