mhurhangee/patent-ind-claim-en huggingface dataset:
Polymeric composition comprising: A) a thermoplastic polyester selected from the group consisting of polyethylene terephthalate, copolymers of polyethylene terephthalate containing up to 15% by moles of units derived from other aromatic acids selected from isophthalic acid and naphthalenedicarboxylic acid and/or with other diols selected from 1.4-butanediol (1.4-BDO) and cyclohexandimethanol (CHDM), polybutylene terephthalate (PBT) and copolymers of polybutylene terephthalate containing up to 10% by moles of units derived from other aromatic acids selected from isophthalic and naphthalenedicarboxylic acid and/or with other diols selected from 1,2-ethanediol and cyclohexanediethanol (CHDM), and mixtures thereof, and polylactic acid (PLA); and B) a barrier additive consisting of a polyalkylene glycol of the formula H-(O-R)n-OH, in which R is a linear or branched alkylene group having 2 to 10 carbon atoms, and n is from 4 to 1000; wherein: i. said polyester A) is present in the polymeric composition in an amount from 80 to 99.5% by weight and said additive B) is present in the polymeric composition in a quantity from 0.5 to 20% by weight, said amounts being referred to the sum of components A) and B ); and ii. said polymeric composition is free from polyamides and additives susceptible to catalytic oxidation by atmospheric oxygen. A) a thermoplastic polyester selected from the group consisting of polyethylene terephthalate, copolymers of polyethylene terephthalate containing up to 15% by moles of units derived from other aromatic acids selected from isophthalic acid and naphthalenedicarboxylic acid and/or with other diols selected from 1.4-butanediol (1.4-BDO) and cyclohexandimethanol (CHDM), polybutylene terephthalate (PBT) and copolymers of polybutylene terephthalate containing up to 10% by moles of units derived from other aromatic acids selected from isophthalic and naphthalenedicarboxylic acid and/or with other diols selected from 1,2-ethanediol and cyclohexanediethanol (CHDM), and mixtures thereof, and polylactic acid (PLA); and B) a barrier additive consisting of a polyalkylene glycol of the formula H-(O-R)n-OH, in which R is a linear or branched alkylene group having 2 to 10 carbon atoms, and n is from 4 to 1000; i. said polyester A) is present in the polymeric composition in an amount from 80 to 99.5% by weight and said additive B) is present in the polymeric composition in a quantity from 0.5 to 20% by weight, said amounts being referred to the sum of components A) and B ); and ii. said polymeric composition is free from polyamides and additives susceptible to catalytic oxidation by atmospheric oxygen.
Drive train for driving a wheel drive shaft or wheel set shaft coupled to at least one drive wheel (R); - having a chassis frame or bogie , on which the at least one drive wheel (R)/the drive wheels (R) are mounted; - having at least one electric drive machine ; - having a transmission unit in the drive power flux between the drive machine and the drive wheels ; - having a grounding device between chassis frame or bogie and the wheel drive shaft or wheel set shaft ; wherein the transmission unit is formed with - a transmission housing ; - an input shaft , which is mounted in the transmission housing via at least one bearing arrangement (L1, L2) and can be coupled to an electrical drive machine , and at least one output ; - a grounding device , which is assigned to the input shaft and is connected at least indirectly to the transmission housing , for transmitting currents between the input shaft and the transmission housing; wherein the grounding device is arranged upstream of the first bearing arrangement (L1) on the input side of the input shaft into the transmission housing in the force flux direction, as viewed from the drive machine to the output of the transmission unit ; wherein means are arranged on the transmission housing for connecting a device for the electrical coupling to a component spaced apart spatially from said transmission housing; and wherein the transmission housing is electrically coupled to the chassis frame or to the bogie to form at least one electrically conductive connection . - having a chassis frame or bogie , on which the at least one drive wheel (R)/the drive wheels (R) are mounted; - having at least one electric drive machine ; - having a transmission unit in the drive power flux between the drive machine and the drive wheels ; - having a grounding device between chassis frame or bogie and the wheel drive shaft or wheel set shaft ; wherein the transmission unit is formed with - a transmission housing ; - an input shaft , which is mounted in the transmission housing via at least one bearing arrangement (L1, L2) and can be coupled to an electrical drive machine , and at least one output ; - a grounding device , which is assigned to the input shaft and is connected at least indirectly to the transmission housing , for transmitting currents between the input shaft and the transmission housing;
A method for simultaneously separating cannabidivarin and cannabigerol, comprising: sufficiently oscillating a solvent system, allowing the solvent system to stand, and separately collecting an upper phase and a lower phase; dissolving a commercially available industrial hemp full-spectrum refined oil into the upper phase, performing separation using high-speed countercurrent chromatography with the upper phase as a stationary phase and the lower phase as a mobile phase to obtain a mixture of cannabidivarin and the mobile phase and a mixture of cannabigerol and the mobile phase, respectively, and removing the mobile phase to obtain cannabidivarin and cannabigerol; wherein the solvent system is obtained by mixing n-hexane or n-heptane, methyl tert-butyl ether, acetonitrile or ethanol, and water in a volume ratio of 5~10: 1∼3: 5∼10: 2∼4. sufficiently oscillating a solvent system, allowing the solvent system to stand, and separately collecting an upper phase and a lower phase; dissolving a commercially available industrial hemp full-spectrum refined oil into the upper phase, performing separation using high-speed countercurrent chromatography with the upper phase as a stationary phase and the lower phase as a mobile phase to obtain a mixture of cannabidivarin and the mobile phase and a mixture of cannabigerol and the mobile phase, respectively, and removing the mobile phase to obtain cannabidivarin and cannabigerol; wherein the solvent system is obtained by mixing n-hexane or n-heptane, methyl tert-butyl ether, acetonitrile or ethanol, and water in a volume ratio of 5~10: 1∼3: 5∼10: 2∼4.
A method in a network exposure node comprising: obtaining associations between multiple non-Internet protocol, IP, connections between a terminal device and the network exposure node and multiple reliable data service, RDS, port configurations configured to the network exposure node by an application related node for multiple applications; receiving , from the application related node, a message that is destined to the terminal device and includes non-IP data and one of the multiple RDS port configurations; and transferring the non-IP data to the terminal device through one of the multiple non-IP connections that is associated with the one of the multiple RDS port configurations according to the obtained associations. obtaining associations between multiple non-Internet protocol, IP, connections between a terminal device and the network exposure node and multiple reliable data service, RDS, port configurations configured to the network exposure node by an application related node for multiple applications; receiving , from the application related node, a message that is destined to the terminal device and includes non-IP data and one of the multiple RDS port configurations; and transferring the non-IP data to the terminal device through one of the multiple non-IP connections that is associated with the one of the multiple RDS port configurations according to the obtained associations.
A combination of an elbow sheath and an elbow assembly, wherein a first end of the elbow sheath has a receiving portion configured to receive an elbow assembly; a second end of the elbow sheath is opposite to the first end ; wherein a snap-fitting joint is provided inside the receiving portion and configured to fix the elbow assembly; characterized in that the second end has an inwardly recessed portion ; and the inwardly recessed portion is provided with a through hole.
A membrane puncturing mechanism comprising: a first element and a second element arranged with opposing surfaces , at least one opposing surface comprising a sloping region inclined relative to the other opposing surface , the first element being moveable towards and away from the second element ; a pin for puncturing a membrane , the pin being coupled to the first element such that movement of one of the pin and first element causes movement of both; a spring operable to bias the first element towards the second element ; and an actuator removably positioned between the opposing surfaces , the actuator being withdrawable from between and moveable along the opposing surfaces , such that, as the actuator is withdrawn, the actuator progressively moves the first and second elements apart against the bias of the spring so as to load the spring , and the actuator being fully withdrawn from between the opposing surfaces allows the first element to move towards the second element under the load of the spring thereby moving the pin for puncturing the membrane , characterised in that : the membrane puncturing mechanism further comprises a locking element moveable between a locked position to prevent removal of the actuator from between the opposing surfaces and an unlocked position to allow removal of the actuator from between the opposing surfaces . a first element and a second element arranged with opposing surfaces , at least one opposing surface comprising a sloping region inclined relative to the other opposing surface , the first element being moveable towards and away from the second element ; a pin for puncturing a membrane , the pin being coupled to the first element such that movement of one of the pin and first element causes movement of both; a spring operable to bias the first element towards the second element ; and an actuator removably positioned between the opposing surfaces , the actuator being withdrawable from between and moveable along the opposing surfaces , such that, as the actuator is withdrawn, the actuator progressively moves the first and second elements apart against the bias of the spring so as to load the spring , and the actuator being fully withdrawn from between the opposing surfaces allows the first element to move towards the second element under the load of the spring thereby moving the pin for puncturing the membrane , characterised in that : the membrane puncturing mechanism further comprises a locking element moveable between a locked position to prevent removal of the actuator from between the opposing surfaces and an unlocked position to allow removal of the actuator from between the opposing surfaces .
A support strap having features to aid in positioning and rotating a horizontally laying subject on a support surface , the support strap comprising: a body comprising a first end and a second end , the first end spaced a distance apart from the second end ; at least one first loop extending from the first end of the body ; at least one second loop extending from the second end of the body ; and indicia on one or more of the body , the at least one first loop , and the at least one second loop , the indicia indicating an arrangement of the support strap with respect to the subject such that a centerline of the subject is not aligned with a true line of symmetry of the support strap when the at least one first loop is coupled to a first end of a sling bar and the at least one second loop is coupled to a second end of the sling bar . a body comprising a first end and a second end , the first end spaced a distance apart from the second end ; at least one first loop extending from the first end of the body ; at least one second loop extending from the second end of the body ; and indicia on one or more of the body , the at least one first loop , and the at least one second loop , the indicia indicating an arrangement of the support strap with respect to the subject such that a centerline of the subject is not aligned with a true line of symmetry of the support strap when the at least one first loop is coupled to a first end of a sling bar and the at least one second loop is coupled to a second end of the sling bar .
A method of performing a channel access procedure on a shared spectrum by a user equipment, UE, in a wireless communication system, the method comprising: receiving (B05) configuration information for channel access based on UE-initiated channel occupancy; determining (B10) whether an uplink, UL, transmission associated with the UE-initiated channel occupancy is allowed during a first period that is based on the configuration information; and accessing (B15) a channel based on a result of the determination, characterized in that based on that resources for the UL transmission associated with the UE-initiated channel occupancy in the first period are related to a random access procedure, and that the random access procedure is a contention-based random access procedure, the UE determines that the UL transmission associated with the UE-initiated channel occupancy is not allowed in the first period. receiving (B05) configuration information for channel access based on UE-initiated channel occupancy; determining (B10) whether an uplink, UL, transmission associated with the UE-initiated channel occupancy is allowed during a first period that is based on the configuration information; and accessing (B15) a channel based on a result of the determination, characterized in that based on that resources for the UL transmission associated with the UE-initiated channel occupancy in the first period are related to a random access procedure, and that the random access procedure is a contention-based random access procedure, the UE determines that the UL transmission associated with the UE-initiated channel occupancy is not allowed in the first period.
A tape application device for helical application a tape from a roll of superimposed tape windings on a tube , comprising a tube holder , a roll retainer and displacement means for rotating around an imaginary axis and translating in the direction of the imaginary axis the tube holder and roll retainer relative to each other such that the tape is taken from the inside of the roll and is helically wound on the outside of the tube, wherein the roll retainer only comprises support means which support the roll only on the outside.
A journal cross of a universal joint comprising four journals projecting from a base , at least one temperature sensor , which is fastened to the journal cross, characterized in that the temperature sensor includes at least one sensor element disposed on the outer circumference of one of the journals .
A power tool, comprising: a motor configured to receive electric power from a power supply to rotate a tip tool ; a trigger movably held by a tool body ; a pressure sensing unit which includes a pressure receiving unit for receiving pressure according to a pull-in amount of the trigger and is configured to measure a magnitude of the pressure received with the pressure receiving unit ; and a control circuit configured to control a rotational speed of the motor based on measured pressure measured by the pressure sensing unit , the control circuit being configured to determine whether the measured pressure increases or decreases with time and perform hysteresis control of the rotational speed of the motor such that the rotational speed of the motor with respect to the measured pressure differs between a case where the measured pressure increases with time and a case where the measured pressure decreases with time, the control circuit performs the hysteresis control of the rotational speed of the motor such that the rotational speed of the motor with respect to the measured pressure is higher in a case where the measured pressure decreases with time than in the case where the measured pressure increases with time. a motor configured to receive electric power from a power supply to rotate a tip tool ; a trigger movably held by a tool body ; a pressure sensing unit which includes a pressure receiving unit for receiving pressure according to a pull-in amount of the trigger and is configured to measure a magnitude of the pressure received with the pressure receiving unit ; and a control circuit configured to control a rotational speed of the motor based on measured pressure measured by the pressure sensing unit , the control circuit being configured to determine whether the measured pressure increases or decreases with time and perform hysteresis control of the rotational speed of the motor such that the rotational speed of the motor with respect to the measured pressure differs between a case where the measured pressure increases with time and a case where the measured pressure decreases with time, the control circuit performs the hysteresis control of the rotational speed of the motor such that the rotational speed of the motor with respect to the measured pressure is higher in a case where the measured pressure decreases with time than in the case where the measured pressure increases with time.
Roof module for a vehicle comprising: a roof panel for closing an opening in the roof module , a frame for mounting the roof module onto the vehicle, a sealing which is fixedly mounted to the frame for sealing engagement with the panel, and adjusting elements for adjusting the roof panel relative to the frame and / or to the vehicle; characterized in that the sealing comprises a cover lip for covering the adjusting elements, wherein the cover lip can be bent away in a resilient manner for accessing the adjusting elements with an adjusting tool, wherein the adjusting elements comprise adjusting screws, and the sealing comprises a sealing foot extending in a direction towards the vehicle interior and adapted to be inserted into a corresponding notch of the frame when mounting the sealing to the frame , wherein the adjusting screws are oriented in a horizontal direction and are crossing the sealing through cut-outs or openings in the sealing foot . a roof panel for closing an opening in the roof module , a frame for mounting the roof module onto the vehicle, a sealing which is fixedly mounted to the frame for sealing engagement with the panel, and adjusting elements for adjusting the roof panel relative to the frame and / or to the vehicle; characterized in that the sealing comprises a cover lip for covering the adjusting elements, wherein the cover lip can be bent away in a resilient manner for accessing the adjusting elements with an adjusting tool, wherein the adjusting elements comprise adjusting screws, and the sealing comprises a sealing foot extending in a direction towards the vehicle interior and adapted to be inserted into a corresponding notch of the frame when mounting the sealing to the frame , wherein the adjusting screws are oriented in a horizontal direction and are crossing the sealing through cut-outs or openings in the sealing foot .
An automatic guided system , characterised in that it comprises: a first magnetic tape ; an apparatus for secondary positioning of a vehicle , comprising: a first magnetic sensor disposed on the vehicle and configured to measure a first misalignment between the first magnetic sensor and the first magnetic tape after the vehicle changes from travelling to stop and to generate a first offset signal representing the first misalignment, wherein the first magnetic tape extends in a direction intersecting with a travelling path (P) of the vehicle ; and a controller configured to control the vehicle based at least in part on the first offset signal to thereby adjust a positioning of the vehicle and/or a peripheral equipment associated with the vehicle ; wherein the first magnetic tape extends in the direction perpendicular to the travelling path (P); wherein the system comprises a second magnetic tape that is disposed along the travelling path (P) for navigating the vehicle , and wherein a polarity of the first magnetic tape is opposite to a polarity of the second magnetic tape . a first magnetic tape ; an apparatus for secondary positioning of a vehicle , comprising: a first magnetic sensor disposed on the vehicle and configured to measure a first misalignment between the first magnetic sensor and the first magnetic tape after the vehicle changes from travelling to stop and to generate a first offset signal representing the first misalignment, wherein the first magnetic tape extends in a direction intersecting with a travelling path (P) of the vehicle ; and a controller configured to control the vehicle based at least in part on the first offset signal to thereby adjust a positioning of the vehicle and/or a peripheral equipment associated with the vehicle ; wherein the first magnetic tape extends in the direction perpendicular to the travelling path (P); wherein the system comprises a second magnetic tape that is disposed along the travelling path (P) for navigating the vehicle , and wherein a polarity of the first magnetic tape is opposite to a polarity of the second magnetic tape . a first magnetic sensor disposed on the vehicle and configured to measure a first misalignment between the first magnetic sensor and the first magnetic tape after the vehicle changes from travelling to stop and to generate a first offset signal representing the first misalignment, wherein the first magnetic tape extends in a direction intersecting with a travelling path (P) of the vehicle ; and a controller configured to control the vehicle based at least in part on the first offset signal to thereby adjust a positioning of the vehicle and/or a peripheral equipment associated with the vehicle ; wherein the first magnetic tape extends in the direction perpendicular to the travelling path (P); wherein the system comprises a second magnetic tape that is disposed along the travelling path (P) for navigating the vehicle , and wherein a polarity of the first magnetic tape is opposite to a polarity of the second magnetic tape .
A vane cluster for a gas turbine engine comprising: an inner diameter platform ; an outer diameter platform ; a plurality of vanes spanning from the inner diameter platform to the outer diameter platform ; an inbound region defined between a first vane and a second vane of the plurality of vanes ; a plenum defined in the inner diameter platform at the inbound region , the plenum including a plurality of film cooling holes fluidly connecting the plenum to a primary flowpath; and a feed hole connecting the plenum to a core cooling cavity of the first vane or the second vane , wherein the core cooling cavity is a trailing edge core cooling cavity . an inner diameter platform ; an outer diameter platform ; a plurality of vanes spanning from the inner diameter platform to the outer diameter platform ; an inbound region defined between a first vane and a second vane of the plurality of vanes ; a plenum defined in the inner diameter platform at the inbound region , the plenum including a plurality of film cooling holes fluidly connecting the plenum to a primary flowpath; and a feed hole connecting the plenum to a core cooling cavity of the first vane or the second vane , wherein the core cooling cavity is a trailing edge core cooling cavity .