mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus, comprising: - a printing unit that is adapted to perform printing on a printing medium; - a drawing data creating circuit that is adapted to create drawing data based on print data, the drawing data causing the printing unit to perform printing; and - a medium supply circuit that is adapted to supply the printing medium to the printing unit; wherein the medium supply circuit is adapted to perform: - a primary supply supplying the printing medium to a specific position; and - a secondary supply supplying the printing medium from the specific position to the printing unit, wherein the medium supply circuit is adapted to start the primary supply prior to completion of creating the drawing data performed by the drawing data creating circuit, characterized in that the image forming apparatus comprises: - a printing amount managing circuit that is adapted to manage a printing amount, wherein, in order to create the drawing data, the drawing data creating circuit determines a color to be used for printing, the printing being performed by the printing unit based on the drawing data, wherein a timing of changing the printing amount can be set to a supply start timing and if the timing of changing the printing amount is set to the supply start timing, the printing amount managing circuit changes the printing amount according to a specified color specified in the print data before the drawing data creating circuit determines the color to be used, and wherein, if the printing amount has been changed according to the specified color, the printing amount managing circuit corrects the printing amount according to the color to be used. - a printing unit that is adapted to perform printing on a printing medium; - a drawing data creating circuit that is adapted to create drawing data based on print data, the drawing data causing the printing unit to perform printing; and - a medium supply circuit that is adapted to supply the printing medium to the printing unit; wherein the medium supply circuit is adapted to perform: - a primary supply supplying the printing medium to a specific position; and - a secondary supply supplying the printing medium from the specific position to the printing unit, - a primary supply supplying the printing medium to a specific position; and - a secondary supply supplying the printing medium from the specific position to the printing unit, - a printing amount managing circuit that is adapted to manage a printing amount,
A wide band gap transistor comprising: a semiconductor structure (2; 15; 102), including at least one wide band gap semiconductor layer (14, 16; 103, 105) of gallium nitride (GaN) or silicon carbide (SiC); an insulating gate structure (8; 17; 110); a gate electrode (7; 18; 100c), separated from the semiconductor structure (2; 15; 102) by the insulating gate structure (8; 17; 110); wherein the insulating gate structure (8; 17; 110) contains a mixture of aluminum, hafnium and oxygen; and wherein the insulating gate structure (8; 17; 110) is completely amorphous. a semiconductor structure (2; 15; 102), including at least one wide band gap semiconductor layer (14, 16; 103, 105) of gallium nitride (GaN) or silicon carbide (SiC); an insulating gate structure (8; 17; 110); a gate electrode (7; 18; 100c), separated from the semiconductor structure (2; 15; 102) by the insulating gate structure (8; 17; 110); wherein the insulating gate structure (8; 17; 110) contains a mixture of aluminum, hafnium and oxygen; and wherein the insulating gate structure (8; 17; 110) is completely amorphous.
A method for distributing brake torque between at least one first and one second brake device on a motor vehicle comprising at least two wheel pairs, a vehicle engine and a transmission, in which the first brake device is a friction brake which acts on at least one wheel pair and in which the second brake device acts on at least one driven wheel pair via the transmission and is disposed before the clutch device of the transmission, characterized in tha t the distribution of brake torque between the first and the second brake device compensates for the loss of brake torque by the steps of: - calculating a brake torque delivered by the second brake device; - disengaging the second brake device with the clutch device of the transmission; and - increasing the brake torque of the friction brake by the calculated brake torque delivered by the second brake device. - calculating a brake torque delivered by the second brake device; - disengaging the second brake device with the clutch device of the transmission; and - increasing the brake torque of the friction brake by the calculated brake torque delivered by the second brake device.
A method for selectively securing records in a Near Field Communication Data Exchange Format, NDEF, message in a Near Field Communication, NFC, device, the method comprising: setting a first URI_present field and a first signature_type field of a first signature record to '0', placing the first signature record after a first set of records (R1-R2) and before a second set of records (R3-R5) in the NDEF message, and placing a second signature record after the second set of records (R3-R5) in the NDEF message, the second signature record including a signature, characterised in that at least one record among the first set of records (R1-R2) is unsecured and the second set of records (R3-R5) are secured by the second signature record, wherein a second URI_present field included in the second signature record indicates whether the signature is present in the second signature record or the signature is present in a URI pointed to by a signature/URI field in the second signature record, and wherein a combination of the first URI_present field and the first signature_type field indicates that the first signature record is a place marker signature record. setting a first URI_present field and a first signature_type field of a first signature record to '0', placing the first signature record after a first set of records (R1-R2) and before a second set of records (R3-R5) in the NDEF message, and placing a second signature record after the second set of records (R3-R5) in the NDEF message, the second signature record including a signature, characterised in that at least one record among the first set of records (R1-R2) is unsecured and the second set of records (R3-R5) are secured by the second signature record, wherein a second URI_present field included in the second signature record indicates whether the signature is present in the second signature record or the signature is present in a URI pointed to by a signature/URI field in the second signature record, and wherein a combination of the first URI_present field and the first signature_type field indicates that the first signature record is a place marker signature record.
An integrated circuit for use in a differential network bus node, the integrated circuit comprising: a transceiver having a first transceiver input-output terminal and a second transceiver input-output terminal; a physical layer high terminal connected to the first transceiver input-output-terminal; a physical layer low terminal connected to the second transceiver input-output terminal; and a physical layer interface circuit comprising: a first low frequency RC matching circuit and a first high frequency RC matching circuit each connected between the first transceiver input-output-terminal and a first reference terminal; and a second low frequency RC matching circuit and a second high frequency RC matching circuit each connected between the second transceiver input-output terminal and a second reference terminal. a transceiver having a first transceiver input-output terminal and a second transceiver input-output terminal; a physical layer high terminal connected to the first transceiver input-output-terminal; a physical layer low terminal connected to the second transceiver input-output terminal; and a physical layer interface circuit comprising: a first low frequency RC matching circuit and a first high frequency RC matching circuit each connected between the first transceiver input-output-terminal and a first reference terminal; and a second low frequency RC matching circuit and a second high frequency RC matching circuit each connected between the second transceiver input-output terminal and a second reference terminal. a first low frequency RC matching circuit and a first high frequency RC matching circuit each connected between the first transceiver input-output-terminal and a first reference terminal; and a second low frequency RC matching circuit and a second high frequency RC matching circuit each connected between the second transceiver input-output terminal and a second reference terminal.
A method for stabilizing at least one frame part of a forest work unit, the forest work unit comprising at least two frame parts (2, 3, 4) rotatable relative to one another about a substantially longitudinal rotation axis of the forest work unit, characterized by determining a component of a moment applied by a payload to a frame part (2, 3, 4) to be supported of the forest work unit, the component acting about the at least substantially longitudinal rotation axis of the forest work unit; determining on the basis of at least the moment applied by the payload to the frame part to be supported a magnitude and direction of at least one support moment (T support) required for stabilizing at least the frame part; and generating a support moment having a magnitude and direction that correspond to the determined required support moment (T support) by at least one actuator (6, 73, 83), wherein a first of the frame parts (2, 3, 4) of the forest work unit comprises said frame part to be supported to which the moment caused by the payload is primarily directed, and a second of the frame parts (2, 3, 4) comprises a supporting frame part to which the load of the moment caused by the payload is distributed and/or transferred by means of stabilization by generating the required support moment (T support) by means of said at least one actuator (6, 73, 83).
Use of a selective gas separation membrane for the recovery of expiration gases from ventilated patents, characterized in that the gas separation membrane is a microporous carbon molecular sieve membrane.
A method for operating an image cognition processing system in a vehicle to assist in vehicle control, the method comprising: receiving global positioning system, GPS, data from a GPS processing system on the vehicle that indicates a present position of the vehicle; locating the present position in map data retrieved from a local knowledge database; identifying an object from the map data in a path from the present position; searching for and detecting (602, 702) the object (402, 502) in a first field of view of a first image sensor on the vehicle, wherein the first image sensor is coupled to a first image cognition processor (410/510) on the vehicle; generating (610, 710) tracking metadata (T402:M, T502:M) for the object, wherein the generating is performed by the first image cognition processor, and the tracking metadata describes movement of the object; determining (614, 714) that the object is moving toward a second field of view of a second image sensor on the vehicle, wherein the second image sensor is located adjacent to the first image sensor; providing (632, 732) the tracking metadata for the object to a second image cognition processor (408, 508) on the vehicle coupled to the second image sensor. receiving global positioning system, GPS, data from a GPS processing system on the vehicle that indicates a present position of the vehicle; locating the present position in map data retrieved from a local knowledge database; identifying an object from the map data in a path from the present position; searching for and detecting (602, 702) the object (402, 502) in a first field of view of a first image sensor on the vehicle, wherein the first image sensor is coupled to a first image cognition processor (410/510) on the vehicle; generating (610, 710) tracking metadata (T402:M, T502:M) for the object, wherein the generating is performed by the first image cognition processor, and the tracking metadata describes movement of the object; determining (614, 714) that the object is moving toward a second field of view of a second image sensor on the vehicle, wherein the second image sensor is located adjacent to the first image sensor; providing (632, 732) the tracking metadata for the object to a second image cognition processor (408, 508) on the vehicle coupled to the second image sensor.
Centrifugal distribution device for granulated products, in particular fertilizers or molluscicides, associated with an agricultural vehicle moving in a direction F, including: - an upper disc (12, 112) comprising at least one vane (18, 118), and; - a lower disc (14, 114) comprising at least one vane (36, 136), the upper disc (12, 112) and lower disc (14, 114) being superimposed and secured to each other; - distribution means (16, 116) for distributing granules comprising two supply inlets (42, 142) feeding the upper disc (12, 112) and one supply inlet (44, 144) feeding the lower disc (14, 114), and; - at least one supply inlet shutter (48, 148): characterised in that: -- in a first position, named full field position, of said at least one shutter (48, 148), the two supply inlets (42, 142) feeding the upper disc (12, 112) are active and allow for the formation of a right full field spreading layer Nd and for a left full field spreading layer Ng in relation to the forwards direction of the agricultural vehicle and the supply inlet (44, 144) feeding the lower disc (14, 114) is inactive, the lower disc (14, 114) not distributing granules, and; -- in a second position, named half-field and edge position, of said at least one shutter (48, 148), only one of the two supply inlets (42, 142) feeding the upper disc is active and allows for the formation of a right full field spreading layer Nd or a left full field spreading layer Ng and the supply inlet (44, 144) feeding the lower disc is active and allows for the formation of a left edge layer Nbg or a right edge layer Nbd respectively. - an upper disc (12, 112) comprising at least one vane (18, 118), and; - a lower disc (14, 114) comprising at least one vane (36, 136), the upper disc (12, 112) and lower disc (14, 114) being superimposed and secured to each other; - distribution means (16, 116) for distributing granules comprising two supply inlets (42, 142) feeding the upper disc (12, 112) and one supply inlet (44, 144) feeding the lower disc (14, 114), and; - at least one supply inlet shutter (48, 148): -- in a first position, named full field position, of said at least one shutter (48, 148), the two supply inlets (42, 142) feeding the upper disc (12, 112) are active and allow for the formation of a right full field spreading layer Nd and for a left full field spreading layer Ng in relation to the forwards direction of the agricultural vehicle and the supply inlet (44, 144) feeding the lower disc (14, 114) is inactive, the lower disc (14, 114) not distributing granules, and; -- in a second position, named half-field and edge position, of said at least one shutter (48, 148), only one of the two supply inlets (42, 142) feeding the upper disc is active and allows for the formation of a right full field spreading layer Nd or a left full field spreading layer Ng and the supply inlet (44, 144) feeding the lower disc is active and allows for the formation of a left edge layer Nbg or a right edge layer Nbd respectively.
A lithium battery, comprising: an anode comprising lithium as the active anode species; a cathode comprising an active cathode species supported by a cathode current collector; and a heterogeneous electrolyte between the anode and the cathode current collector, comprising a first electrolyte solvent and a second electrolyte solvent, wherein, in use, the first electrolyte solvent is present disproportionately at the anode at a molar or weight ratio of at least 2:1 relative to the second electrolyte solvent, and the second electrolyte solvent is present disproportionately at the cathode at a molar or weight ratio of at least 2:1 relative to the first electrolyte solvent, wherein the second electrolyte solvent includes at least one species which reacts adversely with the anode. an anode comprising lithium as the active anode species; a cathode comprising an active cathode species supported by a cathode current collector; and a heterogeneous electrolyte between the anode and the cathode current collector, comprising a first electrolyte solvent and a second electrolyte solvent, wherein, in use, the first electrolyte solvent is present disproportionately at the anode at a molar or weight ratio of at least 2:1 relative to the second electrolyte solvent, and the second electrolyte solvent is present disproportionately at the cathode at a molar or weight ratio of at least 2:1 relative to the first electrolyte solvent, wherein the second electrolyte solvent includes at least one species which reacts adversely with the anode.
Housing for a hearing instrument, characterized in that a mounting insert is arranged in the housing, the said mounting insert having a receiver compartment and a bushing, wherein a receiver can be inserted into the receiver compartment, and wherein the bushing has a circumferential recess or raised portion and is formed in such a way that a sound tube for conducting acoustic output signals of a receiver from the housing into an auditory canal of a user, said sound tube having a plug with a raised portion or recess which corresponds to the circumferential recess or raised portion of the bushing, can be reversibly inserted into and withdrawn from the bushing.
Fuselage skin for an aircraft fuselage, which fuselage skin is formed by a lightweight structure consisting of thin metal sheet layers, at least one continuous metal sheet (2, 3; 2') and at least one grille-like sheet metal layer (5, 6) which forms a framework structure (4, 4') being connected to one another by way of adhesive bonding, and reinforcing elements (18, 19), such as stringers and ribs, being fastened on a fuselage inner side of the fuselage skin, between which reinforcing elements (18, 19) free skin panels extend, characterized in that the framework structure has framework struts which delimit free skin panels and run at least partially below the reinforcing elements (18, 19).
A service process control method in a network device comprising a plurality of data processing modules, the method comprising: obtaining characteristic information of a packet received by the network device; generating, according to the characteristic information of the packet and a policy set, a first module list; wherein first module list indicates a set of data processing modules selected from the plurality of data processing modules, and an execution sequence of the selected data processing modules; invoking the selected data processing modules indicated by the first module list to perform a processing procedure to the packet according to the determined execution sequence. obtaining characteristic information of a packet received by the network device; generating, according to the characteristic information of the packet and a policy set, a first module list; wherein first module list indicates a set of data processing modules selected from the plurality of data processing modules, and an execution sequence of the selected data processing modules; invoking the selected data processing modules indicated by the first module list to perform a processing procedure to the packet according to the determined execution sequence.
Coil assembly comprising an electric coiling included in an overmold, the coiling being suitable to drive the control valve of a fuel injector, the coil assembly having a generally elongated revolution-generated cylindrical shape extending along a longitudinal axis from a transverse lower face, suitable for cooperating with a magnetic core, as far as an upper end from which electric connection wires for the coiling extend, the coil assembly being provided with a longitudinal bore opening into the lower face thereof and extending in the middle of the coiling as far as a distant bottom, the bore being suitable for receiving a spring compressed between said bottom and said magnetic core, the coil assembly further comprising an adjusting member for the setting of the spring, said member being suitable to be moved from outside the injector, said movement being transformed into a compression of the spring along the longitudinal axis and wherein the adjusting member extends along an adjusting axis and comprises a fixed part fixed in the middle of the overmold, and a deformable part arranged such as to block the bottom of the longitudinal bore and cooperate with said spring in order to adjust the setting thereof, wherein said deformable part can be deformed along the longitudinal axis through an action produced from outside the coil assembly, characterized in that the adjusting member is arranged in an adjusting bore extending radially into the overmold along an adjusting axis substantially perpendicular to the longitudinal axis, the radial adjusting bore opening into the external side face of the overmold such that an adjusting tool can be engaged therein in order to act upon the deformable part of the adjusting member and thus adjust the setting of the spring.
Tailgate comprising a plurality of functional elements which are integrally formed or incorporated in the tailgate, wherein the tailgate is in one piece and seamless and seamless means that the external surface of the component has no seams or transitions having a depth of greater than 0.20 mm, and comprises at least one continuous carrier made of a thermoplastic, wherein the tailgate has at least one transparent region (12, 13, 14, 15, 16), characterized in that at least one layer which forms black edges and/or reinforcing frame elements is applied to the carrier, and the linear coefficient of thermal expansion of the material in the black edge and/or the reinforcing frame element in the longitudinal direction is lower by 1 × 10 -5 to 3 × 10 -5 (mm/mm K) than that of the carrier material.
A replaceable liquid supply to connect to a liquid dispenser, comprising: multiple compartments separated by single internal walls each compartment to hold a distinct liquid, and multiple liquid outlets, each fluidically connected to one of the compartments, to supply respective liquids to corresponding dispenser inlets of distinct receiving slots (31, 33, 35, 37) of a dispenser, multiple clearance cut outs disposed at a pitch equal to a pitch of the outlets to accommodate protrusions (45, 47, 49) of a dispenser, and at least one latch (13; 113) protruding outwards from a back face of the supply, characterised in that it comprises also: multiple vents each communicating with one compartment, one seal covering all vents, wherein the seal comprises tear lines across the seal that are interrupted near each vent. multiple compartments separated by single internal walls each compartment to hold a distinct liquid, and multiple liquid outlets, each fluidically connected to one of the compartments, to supply respective liquids to corresponding dispenser inlets of distinct receiving slots (31, 33, 35, 37) of a dispenser, multiple clearance cut outs disposed at a pitch equal to a pitch of the outlets to accommodate protrusions (45, 47, 49) of a dispenser, and at least one latch (13; 113) protruding outwards from a back face of the supply, characterised in that it comprises also: multiple vents each communicating with one compartment, one seal covering all vents, wherein the seal comprises tear lines across the seal that are interrupted near each vent. multiple vents each communicating with one compartment, one seal covering all vents, wherein the seal comprises tear lines across the seal that are interrupted near each vent.