mhurhangee/ep-ind-claims huggingface dataset:
A hybrid vehicle comprising: an engine; a first rotary machine configured to drive the hybrid vehicle; a power transmission system configured to transmit drive force from the engine and the first rotary machine via an output unit to driven wheels; a first oil pump configured to be mechanically rotary-driven by the output unit; a second oil pump configured to be rotary-driven by a rotary drive source (20; 102) that is different from the output unit; a first supply passage connected to a discharge side of the first oil pump, and the first supply passage configured to supply lubricating oil at least to the first rotary machine; a second supply passage connected to a discharge side of the second oil pump, and the second supply passage configured to supply lubricating oil at least to the first rotary machine; and characterized by an oil cooler, wherein the oil cooler is provided to only the second supply passage of the first supply passage and the second supply passage, whereby the lubricating oil discharged from the second oil pump is supplied via the oil cooler to the first rotary machine, and the lubricating oil discharged from the first oil pump is supplied to the first rotary machine without being cooled by the oil cooler. an engine; a first rotary machine configured to drive the hybrid vehicle; a power transmission system configured to transmit drive force from the engine and the first rotary machine via an output unit to driven wheels; a first oil pump configured to be mechanically rotary-driven by the output unit; a second oil pump configured to be rotary-driven by a rotary drive source (20; 102) that is different from the output unit; a first supply passage connected to a discharge side of the first oil pump, and the first supply passage configured to supply lubricating oil at least to the first rotary machine; a second supply passage connected to a discharge side of the second oil pump, and the second supply passage configured to supply lubricating oil at least to the first rotary machine; and characterized by an oil cooler, wherein the oil cooler is provided to only the second supply passage of the first supply passage and the second supply passage, whereby the lubricating oil discharged from the second oil pump is supplied via the oil cooler to the first rotary machine, and the lubricating oil discharged from the first oil pump is supplied to the first rotary machine without being cooled by the oil cooler.
A plastic infiltration unit comprising: a top deck, at least one pillar for supporting the top deck, the at least one pillar extending from the top deck, wherein the at least one pillar includes a plurality of compartments (8, 10), wherein at least one of the compartments (8, 10) is laterally enclosed, wherein the at least one pillar has an internal structure comprising a central compartment surrounded, at least in part, by at least one surrounding compartment, characterized in that: the at least one surrounding compartment has a draft angle extending in one direction and the central compartment has a draft angle extending in the opposite direction, wherein the central compartment has a draft angle which is substantially zero so that a vertical force is conducted from one unit to another unit when the units are stacked on one another and wherein the top deck and the at least one pillar are produced in one piece. a top deck, at least one pillar for supporting the top deck, the at least one pillar extending from the top deck, wherein the at least one pillar includes a plurality of compartments (8, 10), wherein at least one of the compartments (8, 10) is laterally enclosed, wherein the at least one pillar has an internal structure comprising a central compartment surrounded, at least in part, by at least one surrounding compartment, characterized in that: the at least one surrounding compartment has a draft angle extending in one direction and the central compartment has a draft angle extending in the opposite direction, wherein the central compartment has a draft angle which is substantially zero so that a vertical force is conducted from one unit to another unit when the units are stacked on one another and wherein the top deck and the at least one pillar are produced in one piece.
Assembly of a food tray and a food container (1,2,3) such as a cup or a plate, wherein the food tray comprises at least one generally flat surface for supporting the food container (1,2,3), wherein the food tray and the food container (1,2,3) comprise an interlocking system for positioning the food container (1,2,3) on the food tray, wherein the interlocking system comprises male and corresponding female parts provided on the food tray and food container (1,2,3), wherein the generally flat surface comprises a field of multiple (female or male) parts of the interlocking system forming a surface for positioning and releasably locking at multiple positions a bottom side (4,5,6) of the food container (1,2,3), characterised in that a female part (20,40,60) comprises side walls (62;111-114) and one or more secondary projections (61;124) in between the side walls, said secondary projections and side walls of said female part being adapted to be inserted into clamping engagement with projections of the male part.
A transport packaging for needle-shedding Christmas trees consisting of a tubular section, which is pulled externally from the bottom up over the needle-shedding tree and which can be closed at the bottom and top, enclosing the tree, wherein the tubular section is configured from three truncated cones (7, 8, 9) which are open on both sides and which are connected to one another as tubular sections, characterized in that the open region of such a tubular section (7, 8, 9) pointing in each case toward the top of the tree has a circumference which is larger in each case.
A method for operating and/or monitoring a HVAC system, in which a medium circulating in a primary circuit flows through at least one energy consumer (11, 12, 13), which medium enters the energy consumer (11, 12, 13) with a volumetric flow rate (φ) through a supply line at a supply temperature (T V) and exits the energy consumer (11, 12, 13) via a return line at a return temperature (T R), and in so doing releases heat energy or cold energy to the energy consumer (11, 12, 13) in an energy flow, characterized in that in a first step the dependence of the energy flow and/or of the temperature differential ΔT between the supply temperature (T V) and the return temperature (T R) on the volumetric flow rate (φ) is determined empirically for the respective energy consumer (11, 12, 13), and that in a second step the HVAC system is changed and/or operated in accordance with the determined dependence and/or dependences, wherein in order to determine empirically the dependence of the energy flow and/or of the temperature differential ΔT between the supply temperature (T V) and the return temperature (T R) on the volumetric flow rate (φ) the volumetric flow rate (φ) and the temperature differential ΔT between the supply temperature (T V) and the return temperature (T R) are measured simultaneously at different points in time over a sufficiently long period of time while the system is running, and optionally the associated energy flow for each of these points in time is determined from the associated measurement values and assigned to the respective volumetric flow rate (φ).
Open-end spinning device of a spinning machine with a rotor, which is rotatably mounted in a rotor housing of the open-end spinning device and which defines a direction of rotation, with a fiber channel for guiding fibers into the rotor, whereas the fiber channel comprises an input fiber channel, which is arranged in an opening roller housing of the open-end spinning device, and an output fiber channel, which is arranged in a channel plate adapter that is insertable into a cover of the rotor housing and which guides the fibers to the rotor, whereas the fibers enter at an inlet side of the output fiber channel, from which the fibers exit at an outlet side of the output fiber channel to the rotor, the output fiber channel features a bend between the inlet side and the outlet side, whereas the bend splits the output fiber channel into a first section, which is formed between the inlet side and the bend, and a second section, which is formed between the bend and the outlet side, characterized in that the bend bends the second section in respect of the first section against the direction of rotation of the rotor.
An electric bicycle that can be driven by adding an auxiliary driving force generated by an electric motor to a human driving force generated by a pedal force from a pedal, the electric bicycle comprising: a torque sensor that detects a force corresponding to a pedal force with a crankshaft rotatably disposed in a hanger coupled to a lower end of a vertical pipe, characterized in that the crankshaft is divided into a crankshaft body on a periphery of which the torque sensor is disposed, and an auxiliary crankshaft connected to one side of the crankshaft body, a diameter of a joining section between the auxiliary crankshaft and one crank arm and a diameter of a joining section between the crankshaft body and another crank arm are larger than a diameter of a connecting section between the crankshaft body and the auxiliary crankshaft, and in that the hanger contains a metallic inner cylinder having bearings (29 (29A, 29B)) provided in both of left and right ends of the inner cylinder, the bearing (29 (29A, 29B)) rotatably supporting the crankshaft body, and the inner cylinder covers the torque sensor, a torque detection cylinder on a periphery of which a magnetostriction portion of the torque sensor is formed, and a region between the bearings (29 (29A, 29B)) on the crankshaft body, and prevents rainwater having entered the hanger through the vertical pipe from entering locations of the torque sensor and the torque detection cylinder. a torque sensor that detects a force corresponding to a pedal force with a crankshaft rotatably disposed in a hanger coupled to a lower end of a vertical pipe, characterized in that the crankshaft is divided into a crankshaft body on a periphery of which the torque sensor is disposed, and an auxiliary crankshaft connected to one side of the crankshaft body, a diameter of a joining section between the auxiliary crankshaft and one crank arm and a diameter of a joining section between the crankshaft body and another crank arm are larger than a diameter of a connecting section between the crankshaft body and the auxiliary crankshaft, and in that the hanger contains a metallic inner cylinder having bearings (29 (29A, 29B)) provided in both of left and right ends of the inner cylinder, the bearing (29 (29A, 29B)) rotatably supporting the crankshaft body, and the inner cylinder covers the torque sensor, a torque detection cylinder on a periphery of which a magnetostriction portion of the torque sensor is formed, and a region between the bearings (29 (29A, 29B)) on the crankshaft body, and prevents rainwater having entered the hanger through the vertical pipe from entering locations of the torque sensor and the torque detection cylinder.
A winding facility (13, 14) for winding up strip material, in particular aluminium foil strips, for forming one or more strip spools, having a winding shaft, which is disposed on a supporting framework, which is translatorily guided on a guide means and can translatorily be displaced relatively to a strip feeding means (15, 16) which is disposed in a strip guide framework, and which serves to feed the strip material to the winding shaft, and having a transfer device for transferring the winding shaft from the supporting framework to a transport device, characterised in that the transfer device is configured so as to be independent from the supporting framework.
A drive control device for a multi-axle-driving electrified vehicle including a first driving axle that is rotationally driven by a first electric motor and a second driving axle that is rotationally driven by a second electric motor, the drive control device comprising: an axle load distribution change control unit configured to perform axle load distribution change control for changing an axle load distribution for the first driving axle and the second driving axle; and a drive control unit configured to control operations of the first electric motor and the second electric motor, wherein the drive control unit is configured to perform driving force change control for changing driving forces of the first electric motor and the second electric motor when the axle load distribution change control unit performs the axle load distribution change control. an axle load distribution change control unit configured to perform axle load distribution change control for changing an axle load distribution for the first driving axle and the second driving axle; and a drive control unit configured to control operations of the first electric motor and the second electric motor, wherein the drive control unit is configured to perform driving force change control for changing driving forces of the first electric motor and the second electric motor when the axle load distribution change control unit performs the axle load distribution change control.
Communications network node comprising communications equipment; the node further comprising, an inlet region for coolant to flow towards the equipment and an outlet region for the coolant to flow away from the equipment, a pathway (7a, 7b) from the outlet region to the inlet region, the pathway forming part of a closed circuit for the coolant, a heat exchanger in thermal communication with the pathway, and characterised by a thermoelectric generator comprised in the heat exchanger, the thermoelectric generator being arranged to produce electricity from the heated coolant and supply electricity to the communications equipment.
A User Equipment, UE, managed by a core network, the UE comprising: means for receiving, from an Access Management Function, AMF, a first update message which contains Network Slice Selection Assistance Information, NSSAI, said NSSAI comprising a Slice/Service type, SST, and a Slice Differentiator, SD, that complements the SST, the first update message being triggered by reception, at the AMF, of a second update message from a Unified Data Management, UDM function; control means for updating configuration related to the Network Slice based on the received NSSAI; and means for sending, to the AMF, a message in response to the first update message. means for receiving, from an Access Management Function, AMF, a first update message which contains Network Slice Selection Assistance Information, NSSAI, said NSSAI comprising a Slice/Service type, SST, and a Slice Differentiator, SD, that complements the SST, the first update message being triggered by reception, at the AMF, of a second update message from a Unified Data Management, UDM function; control means for updating configuration related to the Network Slice based on the received NSSAI; and means for sending, to the AMF, a message in response to the first update message.
A method for authenticating a user of a car, the method comprising: detecting a proximity of the user to the car using a millimeter-wave radar of the car; after detecting the proximity of the user, transmitting a plurality of radiation pulses through a predetermined portion of a surface of the car towards a portion of a hand of the user using the millimeter-wave radar; receiving a reflected signal from the portion of the hand using the millimeter-wave radar; generating a fingerprint signature based on the reflected signal; comparing the fingerprint signature to a database of authorized fingerprint signatures; and authorizing the user based on whether the fingerprint signature matches an authorized fingerprint signature of the database of authorized fingerprint signatures. detecting a proximity of the user to the car using a millimeter-wave radar of the car; after detecting the proximity of the user, transmitting a plurality of radiation pulses through a predetermined portion of a surface of the car towards a portion of a hand of the user using the millimeter-wave radar; receiving a reflected signal from the portion of the hand using the millimeter-wave radar; generating a fingerprint signature based on the reflected signal; comparing the fingerprint signature to a database of authorized fingerprint signatures; and authorizing the user based on whether the fingerprint signature matches an authorized fingerprint signature of the database of authorized fingerprint signatures.
Diving apparatus comprising an air pump having a rigid housing with an interior space, which extends along a longitudinal axis of the housing from an interior-space beginning to an interior-space end and, disposed in a region of the interior-space end, an opening, which is closed by a bag-like flexible part in order to form a variable pump volume, which is bounded by the housing and the flexible part, wherein the air pump is designed in such a way that, in the event of an overpressure caused by surrounding water, the flexible part is pressed into the interior space, with reduction of the pump volume and abuts at least in portions upon an inner wall of the housing in a contact portion of the interior space, in order to compress air in the pump volume and to supply it from a region of the interior-space beginning via a breathing line to a diver, wherein the contact portion extends along the longitudinal axis from the interior-space end in the direction of the interior-space beginning up to a maximum height, wherein the flexible part can be pulled out of the interior space against the overpressure by muscle power of the diver and with increase of the pump volume, in order to suck in air via an air-supply line from above a water level of the water, characterized in that an air duct is provided, which is designed in such a way that, during the suction, the air is able to flow from the region of the interior-space end in the direction of the interior-space beginning at least into a region of the maximum height, preferably into the region of the interior-space beginning, and into the interior space.
A rekey method for a communication device, comprising: configuring a microprocessor to provide a key control mechanism to derive a key array of individual purpose-specific keys from one master key for every application or different uses in an application, where the individual purpose-specific keys in the key array are cryptographically independent of each other; wherein each of said every application or different uses in an application uses a different key array and wherein only one purpose-specific key in a key array is effective at the same time, and when an effective individual purpose-specific key needs to rekey, the key control mechanism is configured to store an array index value corresponding to the effective individual purpose-specific key as used, and to use an unused individual purpose-specific key from the key array as a new effective individual purpose-specific key. configuring a microprocessor to provide a key control mechanism to derive a key array of individual purpose-specific keys from one master key for every application or different uses in an application, where the individual purpose-specific keys in the key array are cryptographically independent of each other; wherein each of said every application or different uses in an application uses a different key array and wherein only one purpose-specific key in a key array is effective at the same time, and when an effective individual purpose-specific key needs to rekey, the key control mechanism is configured to store an array index value corresponding to the effective individual purpose-specific key as used, and to use an unused individual purpose-specific key from the key array as a new effective individual purpose-specific key.
A felbinac-containing transdermally absorbable adhesive patch, comprising felbinac as an active component and lidocaine or a pharmaceutically acceptable salt thereof as an absorption promoter.
A user equipment, in a radio communication system including a base station and the user equipment, comprising: a plurality of channel quality indicator tables, wherein each of the channel quality indicator tables is defined for a predetermined block error rate, wherein each of the channel quality indicator tables indicates correspondence between an index of the channel quality indicator and a modulation method and a coding rate, a reception unit configured to receive an instruction message related to a calculation of a channel quality indicator; and a transmission unit configured to select an index of the channel quality indicator from the channel quality indicator table which has been defined for a block error rate corresponding to the instruction message, and report the index of the channel quality indicator, which is calculated in accordance with the instruction message, to the base station. a plurality of channel quality indicator tables, wherein each of the channel quality indicator tables is defined for a predetermined block error rate, wherein each of the channel quality indicator tables indicates correspondence between an index of the channel quality indicator and a modulation method and a coding rate, a reception unit configured to receive an instruction message related to a calculation of a channel quality indicator; and a transmission unit configured to select an index of the channel quality indicator from the channel quality indicator table which has been defined for a block error rate corresponding to the instruction message, and report the index of the channel quality indicator, which is calculated in accordance with the instruction message, to the base station.
A portion tobacco product by comprising a tobacco filler containing leaf tobacco or a leaf tobacco component, and a first pouch including a wrapping material having a function of controlling the permeation of a compound contained in the tobacco filler, wherein the tobacco filler is contained in the first pouch, and the wrapping material is made from a hydrophobic wrapping material which has a cutoff molecular weight of 350 to 500,000, characterized in that the hydrophobic wrapping material is provided with a hydrophilic property through a treatment with an amphipathic substance to allow the permeation of nicotine through the hydrophobic wrapping material while maintaining a property of preventing the permeation of a colorant compound contained in the tobacco filler.
Device for displaceably connecting a passenger seat to a vehicle structure, having devices for fitting the passenger seat and having a device for engaging in a guide which is connected to the vehicle structure, wherein the device for engaging in the guide has a securing pin which can be moved out of engagement with a recess in the guide by means of a lifting device, wherein the lifting device has a resilient device which pretensions the securing pin against the guide in the state thereof moved out of engagement with the recess in the guide, and wherein the lifting device has a control plate, characterized in that the control plate can be blocked by means of a locking element, and in that the securing pin is at least indirectly connected to the control plate by means of tension springs which belong to the resilient device and control levers which are connected to the tension springs and the control plate.