mhurhangee/ep-ind-claims huggingface dataset:
A vehicle controller, comprising: a control unit configured to control, in accordance with a transportation plan, a vehicle to autonomously move to a position of a checkpoint at an entrance to a target highway port, and interact with a checkpoint controller corresponding to the position of the checkpoint for autonomously passing the checkpoint; and control the vehicle to autonomously move from the position of the checkpoint to a specified loading/unloading position in the target highway port, and interact with a loading/unloading control apparatus for autonomous loading/unloading at the loading/unloading position, characterized in that the vehicle controller is configured to: determine a type and a state of the checkpoint from an image or point cloud data transmitted by the vehicle-mounted sensor, matching the state of the checkpoint with each state of clearance corresponding to the type of the checkpoint in a correspondence between types of checkpoints and their respective states of clearance pre-stored in the vehicle controller, and determining that the checkpoint has given a clearance when the state of the checkpoint is successfully matched with the state of clearance. a control unit configured to control, in accordance with a transportation plan, a vehicle to autonomously move to a position of a checkpoint at an entrance to a target highway port, and interact with a checkpoint controller corresponding to the position of the checkpoint for autonomously passing the checkpoint; and control the vehicle to autonomously move from the position of the checkpoint to a specified loading/unloading position in the target highway port, and interact with a loading/unloading control apparatus for autonomous loading/unloading at the loading/unloading position, characterized in that the vehicle controller is configured to: determine a type and a state of the checkpoint from an image or point cloud data transmitted by the vehicle-mounted sensor, matching the state of the checkpoint with each state of clearance corresponding to the type of the checkpoint in a correspondence between types of checkpoints and their respective states of clearance pre-stored in the vehicle controller, and determining that the checkpoint has given a clearance when the state of the checkpoint is successfully matched with the state of clearance. determine a type and a state of the checkpoint from an image or point cloud data transmitted by the vehicle-mounted sensor, matching the state of the checkpoint with each state of clearance corresponding to the type of the checkpoint in a correspondence between types of checkpoints and their respective states of clearance pre-stored in the vehicle controller, and determining that the checkpoint has given a clearance when the state of the checkpoint is successfully matched with the state of clearance.
Windscreen wiper, notably for a motor vehicle, comprising: • a support element for a wiper blade, • at least one spine-forming elongate element, • at least one heating element in contact with a concave bottom face of the spine-forming elongate element, characterized in that the windscreen wiper comprises a spacing means (3a, 3b, 12, 13, 14a, 14b) arranged to avoid physical contact between the heating element and the support element. • a support element for a wiper blade, • at least one spine-forming elongate element, • at least one heating element in contact with a concave bottom face of the spine-forming elongate element,
Relay valve for a pneumatic valve unit, for example for a valve unit for a brake system of a utility vehicle, comprising a first assembly component and a second assembly component, a hollow cylindrical guide portion of a piston of the relay valve being received or receivable in the first assembly component in an axially guided manner, and the second assembly component comprising further valve components and the ventilation region of the relay valve, characterized in that at least the first assembly component and the second assembly component, when assembled, form a pre-assembly unit, that the first assembly component and the second assembly component are joined together to produce the pre-assembly unit by means of a bayonet connection, and in that the pre-assembly unit is inserted into an interior space of a housing of the valve unit, which interior space is delimited by a pot-shaped inner wall, and is secured therein.
A composition for use in protecting bicycle or motorbike chains from dirt comprising more than 10% by weight of solvent; from 10 to 65% by weight of wax; and from 0.005 to 10% by weight of graphene or graphene oxide, wherein the wax is selected from animal waxes, vegetable waxes, mineral waxes, synthetic waxes, and mixtures thereof, wherein animal waxes are selected from beeswax, spermaceti, lanolin, and shellac wax, wherein vegetable waxes are selected from carnauba, candellila, bayberry, and sugarcane wax, wherein mineral waxes are selected from ozokerite, ceresin, montan, paraffin, microcrystalline wax, petroleum and petrolatum wax, and wherein synthetic waxes are selected from silicone waxes, polyol ether-esters, hydrogenated plant oils, ethylenic polymers, and hydrocarbon type wax.
A method for transporting a non-access stratum, NAS, message of an access and mobility management function, AMF, in a wireless communication system, the method being performed by the AMF and comprising: receiving, from a user equipment, UE, an uplink, UL, NAS message including a session management, SM, message for a request related to a protocol data unit, PDU, session; transporting, to a predetermined second Session Management Function, SMF, the SM message if the AMF determines that it is impossible to route the SM message to a first SMF as a transport target of the SM message by determining that the PDU session is locally released at a request target related to the PDU session through the SM message; receiving, from the second SMF, an SM rejection message for the SM message; and transmitting, to the UE, a downlink, DL, NAS message including the SM rejection message. receiving, from a user equipment, UE, an uplink, UL, NAS message including a session management, SM, message for a request related to a protocol data unit, PDU, session; transporting, to a predetermined second Session Management Function, SMF, the SM message if the AMF determines that it is impossible to route the SM message to a first SMF as a transport target of the SM message by determining that the PDU session is locally released at a request target related to the PDU session through the SM message; receiving, from the second SMF, an SM rejection message for the SM message; and transmitting, to the UE, a downlink, DL, NAS message including the SM rejection message.
A method for reducing the dimensional changes of a glass sheet in a display manufacturing cycle comprising changing a base composition of the glass by doping the base composition with at least 0.25 mole percent and with at most 1.0 mole percent alkali metal oxide so as to increase the peak expansion of the glass during the cycle.
A method of predicting the sensitivity of the growth of a tumor cell to an AKT inhibitor, comprising determining the presence of a mutation to AKT, wherein the presence of a mutation to AKT correlates with sensitivity of the cell to the AKT inhibitor, wherein the AKT inhibitor is -2-(4-chlorophenyl)-1-(4-((5R,7R)-7-hydroxy-5-methyl-6,7-dihydro-5H-cyclopenta[d]pyrimidin-4-yl)piperazin-1-yl)-3-(isopropylamino)propan-1-one, or a pharmaceutically acceptable salt thereof, wherein the mutation corresponds to, or aligns with, L52, K189 or D323.
Cooling device for cooling power electronics of a battery system comprising a plurality of battery cells, the cooling device having a cooling channel with a cooling channel base, with a cooling channel top, and with at least one cooling channel wall, wherein the power electronics are connectable in a heat-transferring manner to the cooling channel top on a side of the cooling channel top facing away from the cooling channel, wherein the cooling device has an inlet port for inflow of a cooling liquid into the cooling channel and an outlet port for outflow of the cooling liquid from the cooling channel, characterized in that the cooling channel top has a base surface and at least one elevation on the side facing the cooling channel, wherein the elevation forms a venting space, and wherein the cooling device has a venting interface for venting the venting space.
Method for seismic exploration of an environment of a borehole in a geological formation, comprising the steps of: - providing a source device comprising at least two seismic sources in the borehole, - setting a predetermined radiation characteristic of the source device, when the at least two seismic sources are located in the borehole, - generating seismic waves propagating in the geological formation with the radiation characteristic formed by the at least two seismic sources, and - registrating of the seismic waves with a registration device, wherein - the setting of the radiation characteristic of the source device comprises: - setting a spacing of the at least two seismic sources in longitudinal direction in the borehole, - setting an orientation of the at least two seismic sources in azimuthal direction in the borehole, and - controlling the at least two seismic sources such that the seismic waves are generated with vibration sweeps, and that the vibration sweeps of the seismic waves generated with the at least two seismic sources have the same frequency responses and have different phases and/or amplitudes. - providing a source device comprising at least two seismic sources in the borehole, - setting a predetermined radiation characteristic of the source device, when the at least two seismic sources are located in the borehole, - generating seismic waves propagating in the geological formation with the radiation characteristic formed by the at least two seismic sources, and - registrating of the seismic waves with a registration device, wherein - the setting of the radiation characteristic of the source device comprises: - setting a spacing of the at least two seismic sources in longitudinal direction in the borehole, - setting an orientation of the at least two seismic sources in azimuthal direction in the borehole, and - controlling the at least two seismic sources such that the seismic waves are generated with vibration sweeps, and that the vibration sweeps of the seismic waves generated with the at least two seismic sources have the same frequency responses and have different phases and/or amplitudes. - setting a spacing of the at least two seismic sources in longitudinal direction in the borehole, - setting an orientation of the at least two seismic sources in azimuthal direction in the borehole, and - controlling the at least two seismic sources such that the seismic waves are generated with vibration sweeps, and that the vibration sweeps of the seismic waves generated with the at least two seismic sources have the same frequency responses and have different phases and/or amplitudes.
An apparatus comprising: a reactor for receiving waste material, said reactor having a top portion and a lower portion, wherein said reactor is filled with water up to the top portion of the reactor; a mixer for mixing said material with said water; a skimmer for removing a portion of said waste material having similar or lighter density than said water, wherein said skimmer is situated at the top portion of said reactor; and a settler for removing a portion of said waste material having higher density than said water, wherein said settler is situated at the lower portion of said reactor; and wherein said waste material comprises less than 10%wt of solids. a reactor for receiving waste material, said reactor having a top portion and a lower portion, wherein said reactor is filled with water up to the top portion of the reactor; a mixer for mixing said material with said water; a skimmer for removing a portion of said waste material having similar or lighter density than said water, wherein said skimmer is situated at the top portion of said reactor; and a settler for removing a portion of said waste material having higher density than said water, wherein said settler is situated at the lower portion of said reactor; and wherein said waste material comprises less than 10%wt of solids.
A light deactivated adhesive drape system configured to be coupled to tissue, the system comprising: a drape comprising: a photosensitive adhesive layer having at least one release agent disposed within the adhesive layer, wherein the at least one release agent is configured to weaken a bond of the adhesive layer to the tissue upon exposure to at least one of a plurality of light wavelengths, and a flexible film layer; and a photochromic layer configured to darken upon exposure to at least one of a plurality of light wavelengths and change between a plurality of transmittance states, wherein the plurality of transmittance states includes: a blocking transmittance state configured to block the at least one of the plurality of light wavelengths from passing through the photochromic layer; and a non-blocking transmittance state configured to allow at least some visible light wavelengths to pass through the photochromic layer. a drape comprising: a photosensitive adhesive layer having at least one release agent disposed within the adhesive layer, wherein the at least one release agent is configured to weaken a bond of the adhesive layer to the tissue upon exposure to at least one of a plurality of light wavelengths, and a flexible film layer; and a photosensitive adhesive layer having at least one release agent disposed within the adhesive layer, wherein the at least one release agent is configured to weaken a bond of the adhesive layer to the tissue upon exposure to at least one of a plurality of light wavelengths, and a flexible film layer; and a photochromic layer configured to darken upon exposure to at least one of a plurality of light wavelengths and change between a plurality of transmittance states, wherein the plurality of transmittance states includes: a blocking transmittance state configured to block the at least one of the plurality of light wavelengths from passing through the photochromic layer; and a non-blocking transmittance state configured to allow at least some visible light wavelengths to pass through the photochromic layer. a blocking transmittance state configured to block the at least one of the plurality of light wavelengths from passing through the photochromic layer; and a non-blocking transmittance state configured to allow at least some visible light wavelengths to pass through the photochromic layer.
A method for decoding a received message by a first wireless device, the method comprising: determining one or more non-reserved group IDs associated with the first wireless device; participating in a communication session based on a first group ID of the one or more non-reserved group IDs associated with the first wireless device; receiving a first message from a second wireless device, the first message comprising a second group ID, the second group ID not among the one or more non-reserved group IDs associated with the first wireless device; determining the second group ID is a reserved group ID; and decoding the first message based on the second group ID, characterized in that the method further comprises: upon determining the second group ID is a reserved group ID, stopping further transmission by the first wireless device for a certain period of time and prioritizing communications related to the second group ID, then resume participation in the communication session based on the first group ID after the certain period of time. determining one or more non-reserved group IDs associated with the first wireless device; participating in a communication session based on a first group ID of the one or more non-reserved group IDs associated with the first wireless device; receiving a first message from a second wireless device, the first message comprising a second group ID, the second group ID not among the one or more non-reserved group IDs associated with the first wireless device; determining the second group ID is a reserved group ID; and decoding the first message based on the second group ID, characterized in that the method further comprises: upon determining the second group ID is a reserved group ID, stopping further transmission by the first wireless device for a certain period of time and prioritizing communications related to the second group ID, then resume participation in the communication session based on the first group ID after the certain period of time.
A method for producing meat-based dried food that is to be reconstituted by pouring hot or cold water thereto before eating, comprising; a step of processing a meat raw material or meat-based food with superheated steam; a step of freezing the meat raw material or meat-based food processed with superheated steam; a step of drying the frozen meat raw material or meat-based food under reduced pressure; and a step of adding moisture to the meat raw material or meat-based food followed by performing the superheated steam processing, after the superheated steam processing step and before the freezing step.
A screening method for a compound capable of suppressing receptor tyrosine kinase-mediated pro-survival signaling in a cancer cell, the method comprising: (a) a step of bringing a test compound into contact with a system capable of detecting a function of ROR1, wherein the function of ROR1 is any of a binding between ROR1 and c-Src, a phosphorylation of c-Src due to ROR1, a binding between ROR1 and EGFR, a binding between EGFR and ErbB3 due to ROR1, and a phosphorylation of ErbB3 due to ROR1; and (b) a step of selecting a compound having an activity of suppressing a function of ROR1 wherein the compound having an activity of suppressing a function of ROR1 is selected based on any of a suppression of a binding between ROR1 and c-Src, a suppression of phosphorylation of c-Src due to ROR1, a suppression of a binding between ROR1 and EGFR, a suppression of a binding between EGFR and ErbB3 due to ROR1, and a suppression of phosphorylation of ErbB3 due to ROR1. (a) a step of bringing a test compound into contact with a system capable of detecting a function of ROR1, wherein the function of ROR1 is any of a binding between ROR1 and c-Src, a phosphorylation of c-Src due to ROR1, a binding between ROR1 and EGFR, a binding between EGFR and ErbB3 due to ROR1, and a phosphorylation of ErbB3 due to ROR1; and (b) a step of selecting a compound having an activity of suppressing a function of ROR1 wherein the compound having an activity of suppressing a function of ROR1 is selected based on any of a suppression of a binding between ROR1 and c-Src, a suppression of phosphorylation of c-Src due to ROR1, a suppression of a binding between ROR1 and EGFR, a suppression of a binding between EGFR and ErbB3 due to ROR1, and a suppression of phosphorylation of ErbB3 due to ROR1.
A disposable absorbent article comprising a) a chassis having a front waist region, a rear waist region, a crotch region between the front waist region and the rear waist region, and a pair of longitudinal edges, said chassis comprising i) an absorbent core having a garment-facing surface and a body-facing surface, ii) a liquid permeable topsheet positioned adjacent said body-facing surface of said absorbent core, iii) a backsheet positioned adjacent said garment-facing surface of said absorbent core; and b) a pair of back ears each having a perimeter, a distal edge, and a proximal edge; said back ears comprising i) an elastomeric film and ii) a first substrate joined to the elastomeric film wherein said disposable absorbent article is characterized in that said elastomeric film as a shortened perimeter such that a first void region is formed adjacent the proximal edge of the back ear wherein a void region is an area of the back ear 42 where the elastomeric material is absent that said back ear extends laterally outwardly from the longitudinal edge of the chassis in the rear waist region and that the back ear is joined to the chassis by at least one mechanical bond that engages the elastomeric film. a) a chassis having a front waist region, a rear waist region, a crotch region between the front waist region and the rear waist region, and a pair of longitudinal edges, said chassis comprising i) an absorbent core having a garment-facing surface and a body-facing surface, ii) a liquid permeable topsheet positioned adjacent said body-facing surface of said absorbent core, iii) a backsheet positioned adjacent said garment-facing surface of said absorbent core; and i) an absorbent core having a garment-facing surface and a body-facing surface, ii) a liquid permeable topsheet positioned adjacent said body-facing surface of said absorbent core, iii) a backsheet positioned adjacent said garment-facing surface of said absorbent core; and b) a pair of back ears each having a perimeter, a distal edge, and a proximal edge; said back ears comprising i) an elastomeric film and ii) a first substrate joined to the elastomeric film wherein said disposable absorbent article is characterized in that said elastomeric film as a shortened perimeter such that a first void region is formed adjacent the proximal edge of the back ear wherein a void region is an area of the back ear 42 where the elastomeric material is absent that said back ear extends laterally outwardly from the longitudinal edge of the chassis in the rear waist region and that the back ear is joined to the chassis by at least one mechanical bond that engages the elastomeric film. i) an elastomeric film and ii) a first substrate joined to the elastomeric film
Powertrain for a pedal vehicle and comprising: • a crank axle arranged so as to rotate around a first rotation axis, • an output sprocket arranged so as to rotate around the first rotation axis, • a first motor, • a second motor, • an epicyclic gearset including a first gearing element, a second gearing element and a sun gear, the crank axle and the second motor being connected to the epicyclic gearset via the first gearing element so as to form a first input of the epicyclic gearset, the first motor being connected to the epicyclic gearset via the sun gear so as to form a second input of the epicyclic gearset, the second gearing element connecting le epicyclic gearset to the output sprocket so as to form an output of the epicyclic gearset, wherein the first gearing element, the second gearing element and the sun gear are arranged so as to rotate around a same second rotation axis different from the first rotation axis, further comprising a first one-way clutch arranged to allow a mechanical power transmission from the crank axle to the output sprocket, and wherein the first one-way clutch is located between the crank axle and the output sprocket, in such a way to prevent the output sprocket from rotating slower than the crank axle. • a crank axle arranged so as to rotate around a first rotation axis, • an output sprocket arranged so as to rotate around the first rotation axis, • a first motor, • a second motor, • an epicyclic gearset including a first gearing element, a second gearing element and a sun gear, the first motor being connected to the epicyclic gearset via the sun gear so as to form a second input of the epicyclic gearset, the second gearing element connecting le epicyclic gearset to the output sprocket so as to form an output of the epicyclic gearset, wherein the first gearing element, the second gearing element and the sun gear are arranged so as to rotate around a same second rotation axis different from the first rotation axis, further comprising a first one-way clutch arranged to allow a mechanical power transmission from the crank axle to the output sprocket, and wherein the first one-way clutch is located between the crank axle and the output sprocket, in such a way to prevent the output sprocket from rotating slower than the crank axle.