mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a state of charge of an electrical storage system of a plug-in hybrid electric vehicle, the plug-in hybrid electric vehicle comprising a combustion engine for providing propulsive power, an electrical storage system for providing electrical power to an electrical motor for providing propulsive power, wherein the method comprising the steps of: - determining a minimum state of charge (430, 430'), at end of an available charging period (404, 404') at a next coming charging station (101, 102, 103), required for traveling a planned driving route coming after the next coming charging station (101, 102, 103), the planned driving route requiring travelling a certain distance with at least electrical assistance by the electrical motor; - calculating expected increase in state of charge during the available charging period (404, 404') at the next coming charging station (101, 102, 103); - calculating a target state of charge (420, 420') at arrival at the next coming charging station (101, 102, 103), comprising subtracting the calculated expected increase in state of charge from the determined minimum state of charge (430, 430') at the end of the charging period, and - controlling the state of charge during traveling towards the next coming charging station (101, 102, 103), such that a state of charge corresponding to about target state of charge (420, 420') is attained upon arrival at next coming charging station (101, 102, 103), wherein controlling the state of charge during traveling towards the next coming charging station (101, 102, 103) is realised by controlling a propulsion power contribution ratio between the combustion engine and the electrical motor. - determining a minimum state of charge (430, 430'), at end of an available charging period (404, 404') at a next coming charging station (101, 102, 103), required for traveling a planned driving route coming after the next coming charging station (101, 102, 103), the planned driving route requiring travelling a certain distance with at least electrical assistance by the electrical motor; - calculating expected increase in state of charge during the available charging period (404, 404') at the next coming charging station (101, 102, 103); - calculating a target state of charge (420, 420') at arrival at the next coming charging station (101, 102, 103), comprising subtracting the calculated expected increase in state of charge from the determined minimum state of charge (430, 430') at the end of the charging period, and - controlling the state of charge during traveling towards the next coming charging station (101, 102, 103), such that a state of charge corresponding to about target state of charge (420, 420') is attained upon arrival at next coming charging station (101, 102, 103),
A packaging system, comprising: a packaging line that guides containers in a downstream direction; a sensor that can identify a dimension of a container on the packaging line; a dunnage dispenser on the packaging line downstream of the sensor to dispense dunnage to a void volume in a container; and a container closer downstream of the dunnage dispenser to close containers on the packaging line downstream of the dunnage dispenser; where the container closer includes an adjustable member, the container closer being in communication with the sensor to adjust the adjustable member based on the identified dimension of the container. a packaging line that guides containers in a downstream direction; a sensor that can identify a dimension of a container on the packaging line; a dunnage dispenser on the packaging line downstream of the sensor to dispense dunnage to a void volume in a container; and a container closer downstream of the dunnage dispenser to close containers on the packaging line downstream of the dunnage dispenser; where the container closer includes an adjustable member, the container closer being in communication with the sensor to adjust the adjustable member based on the identified dimension of the container.
An assembly belonging to a movement-transmission mechanism for driving the rotation of a motor vehicle wiper, this assembly comprising a crankpin, of axial orientation, which comprises a ball-joint ball, and a connecting rod which bears a ball-joint housing that houses the ball-joint ball, in which assembly the ball-joint housing and the connecting rod are assembled by bayonet fitting, and wherein: - the connecting rod has a locking hole through which there passes axially, from the bottom up, an axial section of the ball-joint housing; - the connecting rod comprises at least one locking lug; - the ball-joint housing comprises a locking notch which is delimited by two opposite radial faces (43, 64); - the ball-joint housing is locked in axial position with respect to the connecting rod by relative rotation of the ball-joint housing with respect to the connecting rod by engaging said at least one locking lug in the locking notch, characterized in that one of the two opposite radial faces of the locking notch and a face opposite belonging to the locking lug each have inclined (alpha) profiles that complement one another so that, upon said rotation, the locking lug becomes axially clamped inside the locking notch. - the connecting rod has a locking hole through which there passes axially, from the bottom up, an axial section of the ball-joint housing; - the connecting rod comprises at least one locking lug; - the ball-joint housing comprises a locking notch which is delimited by two opposite radial faces (43, 64); - the ball-joint housing is locked in axial position with respect to the connecting rod by relative rotation of the ball-joint housing with respect to the connecting rod by engaging said at least one locking lug in the locking notch,
Acoustic type microelectronic device comprising a support, a set of at least one membrane suspended on a face of the support above a cavity by an anchoring zone, and at least one acoustic insulation trench (62a,b,c,d; 63a,b) arranged adjacently to the membrane, characterised by the fact that it includes at least one bridge connecting portions of two edges opposite the trench (62a,b,c,d; 63a,b) in order to connect the support to the anchoring zone of the membrane (62a,b,c,d; 63a,b), this bridge being situated over at least one zone of the trench (62a,b,c,d; 63a,b) so as to form in said zone of the trench (62a,b,c,d; 63a,b), an acoustic insulation box below the bridge.
A load lock for a substrate container having a housing that has a bottom, a ceiling as well as side walls and being intended for receiving flat substrates, wherein the load lock has a load chamber for receiving the substrate container that has a bottom, a ceiling, a rear wall, a front wall, a first side wall and a second side wall that connect the rear wall to the front wall, and wherein a carrier unit for receiving the substrate container is arranged in the load chamber, wherein the load chamber can be divided into a first part and a second part along a dividing plane (A, B, C, D) to open the load chamber, characterized in that the dividing plane (A, B, C, D) extends toward the rear wall offset from the front wall through the first side wall, the second side wall, the bottom and the ceiling of the load chamber.
A log collection device comprising: a log receiver that receives a text log from a log generation device; a dictionary generator that generates a compressed dictionary for performing text compression based on the received text log; a dictionary transmitter that transmits the generated compressed dictionary to the log generation device and instructs performing of the compression process using the compressed dictionary on the text log transmitted after the transmission of the compressed dictionary; a decompression processor that performs a decompression process using the compressed dictionary on the text log received after transmission of the compressed dictionary; and characterized in that the dictionary transmitter is configured, each time the compressed dictionary is updated, to transmit the compressed dictionary or information indicating the update content after update to the log generation device, to replace the compressed dictionary before the update and to instruct to use the compressed dictionary after the update. a log receiver that receives a text log from a log generation device; a dictionary generator that generates a compressed dictionary for performing text compression based on the received text log; a dictionary transmitter that transmits the generated compressed dictionary to the log generation device and instructs performing of the compression process using the compressed dictionary on the text log transmitted after the transmission of the compressed dictionary; a decompression processor that performs a decompression process using the compressed dictionary on the text log received after transmission of the compressed dictionary; and characterized in that the dictionary transmitter is configured, each time the compressed dictionary is updated, to transmit the compressed dictionary or information indicating the update content after update to the log generation device, to replace the compressed dictionary before the update and to instruct to use the compressed dictionary after the update.
A method for the production of a wide polymeric sheet comprising: A) placing a series of elongated strips of ultra high molecular weight polyethylene in overlapping or abutting longitudinal relationship to form an array of polymeric strips; B) applying tension to the array of polymeric strips; and C) calendering the array of polymeric strips at a temperature below the melting point of the polymer, wherein a tension of between about 0.3 grams/denier (0.265 cN/dtex) and about 5 grams/denier (4.415 cN/dtex) is applied to the array of strips and calendering is performed at a temperature of between about 120°C and about 155°C and a pressure above about 300 pli (525.4 N/cm). A) placing a series of elongated strips of ultra high molecular weight polyethylene in overlapping or abutting longitudinal relationship to form an array of polymeric strips; B) applying tension to the array of polymeric strips; and C) calendering the array of polymeric strips at a temperature below the melting point of the polymer,
Use of a pressure-sensitive adhesive comprising at least 60 wt% of a polymer blend, where the polymer blend consists of a first polymer component A, a second polymer component B, and optionally one or more further polymer components, where the first polymer component A is present at not less than x wt% in the polymer blend, where 90 ≤ x ≤ 99, and where the second polymer component B and any further polymer components present are present in total at y wt% in the polymer blend, where y = 100 - x, where each polymer component derives to an extent of at least 60 wt% from (meth)acrylic monomers, characterized in that none of the polymer components is homogeneously miscible at room temperature with any of the other polymer components, and so a multiphase system is present, for bonding printing plates to surfaces, more particularly to curved surfaces.
An injection moulded thermoplastic preform for blow moulding to form a container, the preform comprising a lower closed base portion, a hollow body portion, a hollow transition portion between the lower closed base portion and the hollow body portion, and an upper open end portion adjacent to an upper part of the hollow body portion, wherein the closed base portion comprises a central part which extends over at least 50% of an internal radius of a lower end of the hollow body portion, the central part having an external surface which comprises an outwardly raised gate part surrounding a central longitudinal axis of the preform and a first peripheral part surrounding the gate part, the first peripheral part being convex and an internal surface which is concave and comprises a middle part opposite the gate part and a second peripheral part surrounding the middle part, wherein the first and second peripheral parts define a first, downwardly and radially inwardly tapering portion therebetween which increases in thickness from a radially outer end of the first tapering portion adjacent to the hollow transition portion to a radially inner end of the first tapering portion adjacent to the gate part and the middle part opposite the gate part, wherein the first peripheral part is curved and has a first radius of curvature and the second peripheral part is curved and has a second radius of curvature, wherein the first radius of curvature is greater than the second radius of curvature, wherein the central part has a radius R CP, measured at the internal surface of the preform at the radially outer end of the first tapering portion and along a direction which is orthogonal to the longitudinal axis of the preform, of from 6 to 8 mm and the first tapering portion increases in thickness δT by from 0.075 to 0.25 mm from the radially outer end of the first tapering portion to the radially inner end of the first tapering portion, wherein the ratio of R CP / δT is from 30 to 70, and the transition portion comprises a second, upwardly and radially outwardly tapering portion extending away from the central part to connect to the hollow body portion, the second tapering portion increasing in thickness from the central part to the hollow body portion.
An externally visible duct for a boiler of an infusion machine, said duct including - a portion arranged to show the level of the liquid in the boiler; - one or more bendings located between first and second ends of said portion and first and second coupling members (45a, 45b, 53a, 53b), respectively, of said duct; said first and second coupling members (45a, 45b, 53a, 53b) of said duct respectively including - first and second ends (53a, 53b) of said duct; - first and second fitting members (45a, 45b) arranged to be rigidly coupled directly with said boiler at corresponding connection points (47a, 47b) thereof; characterised in that the duct is made in a single piece and said first and second fitting members (45a, 45b) are fastened to said first and second ends (53a, 53b) of the duct, respectively. - a portion arranged to show the level of the liquid in the boiler; - one or more bendings located between first and second ends of said portion and first and second coupling members (45a, 45b, 53a, 53b), respectively, of said duct; said first and second coupling members (45a, 45b, 53a, 53b) of said duct respectively including - first and second ends (53a, 53b) of said duct; - first and second fitting members (45a, 45b) arranged to be rigidly coupled directly with said boiler at corresponding connection points (47a, 47b) thereof; characterised in that the duct is made in a single piece and said first and second fitting members (45a, 45b) are fastened to said first and second ends (53a, 53b) of the duct, respectively.
A closing device, in particular for bottles, jars, pots or similar packaging containers for pharmaceutical or cosmetic products, having a rotationally drivable screw head which is intended to screw a fastening, for example a screw cap, onto the container and has on a carrier a gripping part which is intended to grasp a fastening and is actuable between a release position and a clamping position, characterized in that the gripping part is embraced by a sliding cage for actuating the same by relative movement, wherein the gripping part and the sliding cage are configured as a monolithic component and the two are intertwined in such a way that parts of the sliding cage reach through openings (16, 19) in the gripping part into the interior thereof and as far as a lifting apparatus in the carrier.
A method for implementing indication of uplink transmission Timing Advance TA in a Time Division Duplex TDD system, comprising: receiving, by a User Equipment UE, a TA command, searching, by the UE, a TA adjustment indicating table for a TA value corresponding to the TA command; wherein the TA adjustment indicating table is pre-configured in the UE, and the TA adjustment indicating table comprises a relationship between the TA command and the TA value; each item in the TA adjusting indicating table is configured the same as a timing advance adjusting indicating table in a Frequency Division Duplex FDD system; adding (302, 306), by the UE, the TA value corresponding to the TA command and a TA adjusting offset to obtain a practical uplink transmission timing advance TA', wherein the TA adjusting offset is transmitted to the UE by an eNodeB; and transmitting, by the UE, uplink data according to the TA'. receiving, by a User Equipment UE, a TA command, searching, by the UE, a TA adjustment indicating table for a TA value corresponding to the TA command; wherein the TA adjustment indicating table is pre-configured in the UE, and the TA adjustment indicating table comprises a relationship between the TA command and the TA value; each item in the TA adjusting indicating table is configured the same as a timing advance adjusting indicating table in a Frequency Division Duplex FDD system; adding (302, 306), by the UE, the TA value corresponding to the TA command and a TA adjusting offset to obtain a practical uplink transmission timing advance TA', wherein the TA adjusting offset is transmitted to the UE by an eNodeB; and transmitting, by the UE, uplink data according to the TA'.
An implantable energy storage system for a medical implant, comprising a rechargeable storage for electric energy and a unit (20, 22, 26, 28, 30, 32) for controlling the charging process, characterized in that a monitoring unit which is independent of the control unit (20, 22, 26, 28, 30, 32) is provided for sensing storage voltage independently of the control unit and is configured such that it assumes control of a charging path when the storage voltage sensed by it lies outside a predetermined range.
A method of transmitting an uplink, UL, signal by a user equipment (10, 20), UE, configured for simultaneous physical uplink shared channel, PUSCH, and physical uplink control channel, PUCCH, transmission, the method comprising: receiving downlink control information, DCI, for semi-persistent scheduling of a subslot-PUSCH; and transmitting, based on the DCI, the semi-persistently scheduled subslot-PUSCH, SPS sPUSCH, in a plurality of subslots, characterized in that the DCI includes UL demodulation reference signal, DMRS, pattern-related information for the SPS sPUSCH, and transmitting the SPS sPUSCH includes: performing uplink control information, UCI, transmission through the SPS sPUSCH without simultaneous PUCCH transmission in a corresponding sublsot, based on the UL DMRS pattern-related information being a first value, the first value indicating that an UL DMRS is mapped to only a part of the plurality of subslots in which the SPS sPUSCH is transmitted. receiving downlink control information, DCI, for semi-persistent scheduling of a subslot-PUSCH; and transmitting, based on the DCI, the semi-persistently scheduled subslot-PUSCH, SPS sPUSCH, in a plurality of subslots, characterized in that the DCI includes UL demodulation reference signal, DMRS, pattern-related information for the SPS sPUSCH, and transmitting the SPS sPUSCH includes: performing uplink control information, UCI, transmission through the SPS sPUSCH without simultaneous PUCCH transmission in a corresponding sublsot, based on the UL DMRS pattern-related information being a first value, the first value indicating that an UL DMRS is mapped to only a part of the plurality of subslots in which the SPS sPUSCH is transmitted.
A transdermal microneedles continuous monitoring system, comprising: a substrate; a microneedle unit comprising at least a first microneedle set used as working electrode and a second microneedle set used as reference electrode, each of the microneedle set comprising at least one microneedle; a signal processing unit arranged on the substrate and electrically connecting to the first microneedle set and the second microneedle set; and a power supply unit providing working power to the transdermal microneedles continuous monitoring system, characterized in that said first microneedle set comprises a plurality of 2, 3, or 4 sheets (222, 224, 226, 228) stacked with each other, each of the sheets (222, 224, 226, 228) having at least one through hole (2222, 2242, 2262, 2282) defined thereon and a barbule (2224, 2244, 2264, 2284) arranged at the peripheral of the through hole (2222, 2242, 2262, 2282), wherein the through hole on one sheet is penetrated by the barbules (2244, 2264, 2284) of other sheets (224, 226, 228) and the barbules (2224, 2244, 2264, 2284) are being disposed separately. a substrate; a microneedle unit comprising at least a first microneedle set used as working electrode and a second microneedle set used as reference electrode, each of the microneedle set comprising at least one microneedle; a signal processing unit arranged on the substrate and electrically connecting to the first microneedle set and the second microneedle set; and a power supply unit providing working power to the transdermal microneedles continuous monitoring system,
Method for operating a manual control device, - wherein an image is detected by means of a sensor system disposed on the manual control device and RFID signals are detected by an RFID sensor system disposed on the manual control device, - wherein the detected image is compared with machine environments (B') to be recognised and the detected RFID signals are compared with the RFID signals (S') to be recognised assigned to the machine environments (B') to be recognised, - characterised in that, in the event of the detected image matching one of the machine environments (B') to be recognised and the detected RFID signals matching the RFID signals (S') to be recognised assigned to the machine environments (B') to be recognised, actuation elements and display elements of the manual control device are assigned a menu (M') assigned to the machine environment (B') recognised and - wherein, in the cases, -- in which the detected image does not match any of the machine environments (B') to be recognised, -- in which no RFID signals are detected and -- in which the detected RFID signals do not match the RFID signals to be recognised (S') assigned to the recognised machine environment (B'), no menu is assigned to the actuation elements and display elements of the manual control device. - wherein an image is detected by means of a sensor system disposed on the manual control device and RFID signals are detected by an RFID sensor system disposed on the manual control device, - wherein the detected image is compared with machine environments (B') to be recognised and the detected RFID signals are compared with the RFID signals (S') to be recognised assigned to the machine environments (B') to be recognised, - characterised in that, in the event of the detected image matching one of the machine environments (B') to be recognised and the detected RFID signals matching the RFID signals (S') to be recognised assigned to the machine environments (B') to be recognised, actuation elements and display elements of the manual control device are assigned a menu (M') assigned to the machine environment (B') recognised and - wherein, in the cases, -- in which the detected image does not match any of the machine environments (B') to be recognised, -- in which no RFID signals are detected and -- in which the detected RFID signals do not match the RFID signals to be recognised (S') assigned to the recognised machine environment (B'), no menu is assigned to the actuation elements and display elements of the manual control device. -- in which the detected image does not match any of the machine environments (B') to be recognised, -- in which no RFID signals are detected and -- in which the detected RFID signals do not match the RFID signals to be recognised (S') assigned to the recognised machine environment (B'),