mhurhangee/ep-ind-claims huggingface dataset:
Method for determining location information of a motor vehicle comprising a position and/or an orientation relative to an available driving route in travelling direction of the motor vehicle, wherein radar data describing the surrounding area of the motor vehicle are captured by at least one radar sensor, at least one motionless feature describing the boundary of the driving route is identified and located in the radar data and is evaluated for determining driving route information describing the driving route in a vehicle coordinate system, wherein the location information is derived from the driving route information and wherein as a feature a driving route boundary of the road (16, 20) currently being driven by the motor vehicle and/or a feature displaying the position of the road boundary is identified and located, wherein a course of the road is determined as the driving route, characterised in that a radar sensor is used as the at least one radar sensor which comprises a semiconductor chip, in particular a CMOS chip, activating the radar transceiver, and as a feature displaying and/or describing a road boundary a material transition from the road surface to another ground surface is used, which is identified by evaluating the reflection behaviour of the radar radiation.
A benzyl compound represented by Formula: where X 1 represents -CH 2 OR 14, wherein R 14 represents a hydrogen atom, a halogenocarbonyl group, or an active ester-carbonyl group or an active ester-sulfonyl group, -CH 2 NHR 15, wherein R 15 represents a hydrogen atom, a linear or branched alkyl group having 1 to 6 carbon atoms, or an aralkyl group, a halogenomethyl group, a methyl azide group, or an oxime; and at least one of R 1, R 2, R 3, R 4, and R 5 is a group represented by Formula: -O-R 6 -X 2 -A, and the remainders each represent a hydrogen atom, a halogen atom, an alkyl group having 1 to 4 carbon atoms, or an alkoxy group having 1 to 4 carbon atoms, wherein R 6 represents a linear or branched alkylene group having 6 to 16 carbon atoms; X 2 represents O or CONR 16, wherein R 16 represents a hydrogen atom or an alkyl group having 1 to 4 carbon atoms; and A is a group represented by Formula,,,,,,,,,, or:, wherein R 7, R 8, and R 9 are the same or different and each represent a linear or branched alkyl group having 1 to 6 carbon atoms or an optionally substituted aryl group; R 10 represents a single bond or a linear or branched alkylene group having 1 to 3 carbon atoms; and R 11, R 12, and R 13 each represent a linear or branched alkylene group having 1 to 3 carbon atoms. R 6 represents a linear or branched alkylene group having 6 to 16 carbon atoms; X 2 represents O or CONR 16, wherein R 16 represents a hydrogen atom or an alkyl group having 1 to 4 carbon atoms; and A is a group represented by Formula,,,,,,,,,, or:, wherein R 7, R 8, and R 9 are the same or different and each represent a linear or branched alkyl group having 1 to 6 carbon atoms or an optionally substituted aryl group; R 10 represents a single bond or a linear or branched alkylene group having 1 to 3 carbon atoms; and R 11, R 12, and R 13 each represent a linear or branched alkylene group having 1 to 3 carbon atoms.
A switching device comprising: a relay coupled between a first and a second terminal, and controlled by a sequence control circuit, to provide a first current path; and a first IGBT arranged in parallel to the relay, and controlled by the sequence control circuit, to provide a parallel, second current path between the first and the second terminal in response to a switch-off operation of the relay; a second IGBT coupled in series with a current limiting component, and controlled by the sequence control circuit, to provide a third current path between the first and the second terminal during a switch-on operation of the relay. a relay coupled between a first and a second terminal, and controlled by a sequence control circuit, to provide a first current path; and a first IGBT arranged in parallel to the relay, and controlled by the sequence control circuit, to provide a parallel, second current path between the first and the second terminal in response to a switch-off operation of the relay; a second IGBT coupled in series with a current limiting component, and controlled by the sequence control circuit, to provide a third current path between the first and the second terminal during a switch-on operation of the relay.
A hair colorant container in the form of a flexible sachet having a laminate structure storing a hair colorant component comprising one of a hair dye component or a developer component or a direct dye, said container comprising: - a reservoir with an internal volume for storing the hair colorant component, - a pouring spout being in fluid communication with the internal volume and having a dispensing end for dispensing the hair colorant component, - the pouring spout being integrally formed with the reservoir and projecting from an upper side of the reservoir and having an elongated shape with a width being smaller than the width of the reservoir, and - a removable tear tab at the dispensing end for sealing the container before the container has been opened, characterized in that said laminate structure comprises at least three layers, and in that the pouring spout has an outer perimeter that expands to an oval shape. - a reservoir with an internal volume for storing the hair colorant component, - a pouring spout being in fluid communication with the internal volume and having a dispensing end for dispensing the hair colorant component, - the pouring spout being integrally formed with the reservoir and projecting from an upper side of the reservoir and having an elongated shape with a width being smaller than the width of the reservoir, and - a removable tear tab at the dispensing end for sealing the container before the container has been opened,
A nozzle having at least one hole on an end portion having a plane with a size capable of holding a sheet-like water-soluble preparation, and having concave-convex portions on a portion of the plane excluding the hole, wherein a peripheral edge of the end portion is surrounded by a convex portion higher than the concave-convex portions, characterized in that a depth of the concave-convex portions is 0.1 to 3.0 mm.
A smoker (10, 110) for cooking and smoking a food product comprising: a. a food smoking enclosure (12, 112) including: i. an access lid (28, 128); ii. at least one grill rack (40, 140) located within the food smoking enclosure (12, 112) for holding the food product to be cooked; and iii. a smoke inlet (90, 190) for introducing smoke and heat into the food smoking enclosure (12, 112); b. a stack (42, 142) external to the food smoking enclosure (12, 112) with a top opening (56, 156) and a bottom (54, 154) and including: i. a fire box (76, 176) located near the bottom (54, 154) of the stack (42, 142) and including: (a) a fire grate (78, 178); and (b) a fire box outlet (82, 182) that connects to the food smoking enclosure (12, 1 12) above the fire grate (78, 178); ii. a fuel hopper (44, 144) positioned above the fire box (76, 176) and connected to the fire box (76, 176) for gravity feeding solid fuel into the fire box (76, 176); and c. a fan (92, 192) comprising a fan outlet (94, 194) connected to the fire box (76, 176) below the fire grate (78, 178) for forcing air into the fire box (76, 176). a. a food smoking enclosure (12, 112) including: i. an access lid (28, 128); ii. at least one grill rack (40, 140) located within the food smoking enclosure (12, 112) for holding the food product to be cooked; and iii. a smoke inlet (90, 190) for introducing smoke and heat into the food smoking enclosure (12, 112); i. an access lid (28, 128); ii. at least one grill rack (40, 140) located within the food smoking enclosure (12, 112) for holding the food product to be cooked; and iii. a smoke inlet (90, 190) for introducing smoke and heat into the food smoking enclosure (12, 112); b. a stack (42, 142) external to the food smoking enclosure (12, 112) with a top opening (56, 156) and a bottom (54, 154) and including: i. a fire box (76, 176) located near the bottom (54, 154) of the stack (42, 142) and including: (a) a fire grate (78, 178); and (b) a fire box outlet (82, 182) that connects to the food smoking enclosure (12, 1 12) above the fire grate (78, 178); ii. a fuel hopper (44, 144) positioned above the fire box (76, 176) and connected to the fire box (76, 176) for gravity feeding solid fuel into the fire box (76, 176); and i. a fire box (76, 176) located near the bottom (54, 154) of the stack (42, 142) and including: (a) a fire grate (78, 178); and (b) a fire box outlet (82, 182) that connects to the food smoking enclosure (12, 1 12) above the fire grate (78, 178); (a) a fire grate (78, 178); and (b) a fire box outlet (82, 182) that connects to the food smoking enclosure (12, 1 12) above the fire grate (78, 178); ii. a fuel hopper (44, 144) positioned above the fire box (76, 176) and connected to the fire box (76, 176) for gravity feeding solid fuel into the fire box (76, 176); and c. a fan (92, 192) comprising a fan outlet (94, 194) connected to the fire box (76, 176) below the fire grate (78, 178) for forcing air into the fire box (76, 176).
A beard trimmer with a suspended cutting unit, comprising: - a handle; - a motorized cutting unit comprising a cutting head and a motor; characterized in that the motorized cutting unit is attached to a cylindrical movable unit that slides in a complementary cylindrical shape located inside the handle or forming the handle and in that a resilient means is positioned behind the movable unit to damp the pressure of the motorized cutting unit on the skin during use and to create a return force allowing the movable unit to return to its equilibrium position after having released the pressure of the motorized cutting unit on the skin. - a handle; - a motorized cutting unit comprising a cutting head and a motor;
A computerized method performed by one or more computer systems, wherein the computer systems are configured to access one or more electronic data sources in response to requests received from an interactive user interface, the method comprising: obtaining checkout system data associated with a plurality of checkout systems associated with a business, wherein the checkout system data identifies processes executing in memory of each checkout system, and user account access information indicating user account access attempts; determining that the checkout system data identifies a first process, executing in memory of one or more checkout systems, that is not known to be valid; determining, using the user account access information, anomalous user behavior of a first user account; generating (306, 406) user interface data describing the first process and the determined anomalous user behavior of the first user account; and providing (310, 408) at least a portion of the generated user interface data for presentation on a user device, wherein determining anomalous user behavior of the first user account comprises determining a speed score for the first user account based on the first user account accessing first and second checkout systems in disparate locations in a period of time, the speed score indicating how likely it is that the user of the first user account could have travelled between the first and second disparate locations in said period of time. obtaining checkout system data associated with a plurality of checkout systems associated with a business, wherein the checkout system data identifies processes executing in memory of each checkout system, and user account access information indicating user account access attempts; determining that the checkout system data identifies a first process, executing in memory of one or more checkout systems, that is not known to be valid; determining, using the user account access information, anomalous user behavior of a first user account; generating (306, 406) user interface data describing the first process and the determined anomalous user behavior of the first user account; and providing (310, 408) at least a portion of the generated user interface data for presentation on a user device, wherein determining anomalous user behavior of the first user account comprises determining a speed score for the first user account based on the first user account accessing first and second checkout systems in disparate locations in a period of time, the speed score indicating how likely it is that the user of the first user account could have travelled between the first and second disparate locations in said period of time.
An engineered clostridial toxin, wherein said engineered clostridial toxin is an engineered botulinum neurotoxin A (BoNT/A) comprising: at least one amino acid modification, wherein said at least one amino acid modification comprises substitution of at least one amino acid selected from: N476, S564, N578, E599, L647, D650, D651, V675, I685, N687, T755, E757, N761, N763, 1831, T847, and I849 with lysine or arginine, wherein said at least one amino acid modification increases the isoelectric point (pI) of the engineered clostridial toxin to a value that is at least 0.2 pI units higher than the pI of an otherwise identical clostridial toxin lacking said at least one amino acid modification, and wherein said at least one amino acid modification is not located in the clostridial toxin binding domain (H C domain); and a pI of at least 6.6; and wherein said engineered clostridial toxin: a. is encoded by a nucleic acid sequence having at least 90% sequence identity to a nucleic acid sequence selected from SEQ ID NO: 2, 4, and 6; and/or b. comprises an amino acid sequence having at least 90% sequence identity to an amino acid sequence selected from SEQ ID NO: 1, 3, and 5. at least one amino acid modification, wherein said at least one amino acid modification comprises substitution of at least one amino acid selected from: N476, S564, N578, E599, L647, D650, D651, V675, I685, N687, T755, E757, N761, N763, 1831, T847, and I849 with lysine or arginine, wherein said at least one amino acid modification increases the isoelectric point (pI) of the engineered clostridial toxin to a value that is at least 0.2 pI units higher than the pI of an otherwise identical clostridial toxin lacking said at least one amino acid modification, and wherein said at least one amino acid modification is not located in the clostridial toxin binding domain (H C domain); and a pI of at least 6.6; and a. is encoded by a nucleic acid sequence having at least 90% sequence identity to a nucleic acid sequence selected from SEQ ID NO: 2, 4, and 6; and/or b. comprises an amino acid sequence having at least 90% sequence identity to an amino acid sequence selected from SEQ ID NO: 1, 3, and 5.
A vehicle with a roof and at least one vortex generator in the region of the trailing edge of the roof, wherein the vortex generator has an air guiding body, the longitudinal axis of which runs at an angle of between 0° and 45° to the longitudinal direction (x) of the vehicle, wherein the vortex generator has a curved longitudinal axis and the connecting line of the leading edge and trailing edge (12 or 16) of the vortex generator includes an angle (φ) of between 0° and 45° with the longitudinal direction (x) of the vehicle, characterised in that the angle (α) which is included by the tangent on the longitudinal axis of the vortex generator in the front region thereof with the longitudinal direction (x) of the vehicle, is greater than the angle (β) which is included by the tangent on the longitudinal axis of the vortex generator in the rear region thereof with the longitudinal direction (x) of the vehicle.
Use of an auxiliary adhesive tape as detachment aid for detaching an extensible, double-sidedly adhesive film which is redetachable without residue or destruction by extensive stretching in the bond plane, having at least one end designed as a grip tab, and used to affix an article, by pulling on the grip tab at a detachment angle > 45° around one edge of the affixed article, the auxiliary adhesive tape being bonded around this edge, and the auxiliary adhesive tape being a single-sided adhesive tape with a carrier, the carrier fulfilling at least one of the two following properties: a) the carrier consists of a low-energy polymer, b) the carrier has a structured surface. a) the carrier consists of a low-energy polymer, b) the carrier has a structured surface.
A load transferring quick release mechanism for attaching an electric motor wheel assembly to a vehicle wheel attachment frame member, comprising: a center shaft about which the wheel assembly can rotate; a lever arm pivotably connected to an end of the center shaft to allow movement between a first position for securing the wheel assembly and a second position for releasing the wheel assembly from the vehicle wheel attachment frame member; an end nut operably connected to an opposite end of the center shaft opposite the lever arm for adjusting a distance between the end nut and lever arm and securing the wheel assembly to the vehicle wheel attachment frame member; a motor shaft sharing a same axis as the center shaft; a load carrying member coupled to a first end of the motor shaft and substantially perpendicular thereto; a stop arm pivotably connected to the load carrying member, the stop arm having a terminal end adapted to contact the vehicle wheel attachment frame member and thus allowing rapid release therefrom; and an adjustment mechanism coupled to the load carrying member, adjusting an angle of the stop arm, wherein the stop arm and the load carrying member operate to translate torque generated by the motor to a non-axis portion of the vehicle wheel attachment frame member. a center shaft about which the wheel assembly can rotate; a lever arm pivotably connected to an end of the center shaft to allow movement between a first position for securing the wheel assembly and a second position for releasing the wheel assembly from the vehicle wheel attachment frame member; an end nut operably connected to an opposite end of the center shaft opposite the lever arm for adjusting a distance between the end nut and lever arm and securing the wheel assembly to the vehicle wheel attachment frame member; a motor shaft sharing a same axis as the center shaft; a load carrying member coupled to a first end of the motor shaft and substantially perpendicular thereto; a stop arm pivotably connected to the load carrying member, the stop arm having a terminal end adapted to contact the vehicle wheel attachment frame member and thus allowing rapid release therefrom; and an adjustment mechanism coupled to the load carrying member, adjusting an angle of the stop arm, wherein the stop arm and the load carrying member operate to translate torque generated by the motor to a non-axis portion of the vehicle wheel attachment frame member.
Lithium for use in a method of inhibiting and/or reducing the likelihood of peripheral neuropathy in a subject undergoing anti-cancer treatment with paclitaxel, the method comprising co-administering lithium with paclitaxel.
A tubular body, in particular for use in the automotive sector, with a cylindrical basic tube and a support tube that is connected to the basic tube and extends over a section within the basic tube and has a polygonal, quadrangular or elliptical shape, wherein a guide element is arranged on the basic tube, and a coupling element that can engage in the guide element is arranged on the support tube, characterized in that the entire length of the support tube extends over the section within the basic tube, and that the guide element is formed by a bar projecting from a surface of the basic tube, and the coupling element is formed by a correspondingly configured groove.
A glazing system (300, 600) for a passenger service vehicle, comprising: a glazing frame (310, 610) configured to attach to a passenger service vehicle, the glazing frame (310, 610) comprising a glazing mount (340, 640) extending inwardly along some or all of the frame (310, 610), and configured to associate a glazing panel with the frame (310, 610); a removable retainer (360, 660) configured to engage with the frame (310, 610), and to retain a glazing panel against the glazing mount (340, 640), and one or more secondary retainers (380, 680), being configured to additionally retain a glazing panel against the mount/frame (340/310, 640/610), characterised in that the or each secondary retainer (380, 680) is essentially concealed from passengers by the removable retainer (360, 660) when in use. a glazing frame (310, 610) configured to attach to a passenger service vehicle, the glazing frame (310, 610) comprising a glazing mount (340, 640) extending inwardly along some or all of the frame (310, 610), and configured to associate a glazing panel with the frame (310, 610); a removable retainer (360, 660) configured to engage with the frame (310, 610), and to retain a glazing panel against the glazing mount (340, 640), and one or more secondary retainers (380, 680), being configured to additionally retain a glazing panel against the mount/frame (340/310, 640/610), characterised in that the or each secondary retainer (380, 680) is essentially concealed from passengers by the removable retainer (360, 660) when in use.
An optoelectronic sensor for detecting and determining the distance of objects in a monitored area, the sensor having a light transmitter for repeatedly transmitting light pulses, a light receiver for generating a reception signal from a remitted light pulse that has been remitted by objects in the monitored area, and a control and evaluation unit configured to determine a light time of flight of a transmitted and received light pulse on the basis of the reception signal, 20) and to determine a distance value from that, as well as to trigger the transmission of a further light pulse by receiving a light pulse, characterized in that the control and evaluation unit is further configured to additionally delay the transmission of the further light pulse (16, 16a) beyond unavoidable system delays by a random or pseudo-random delay or a fraction of a previous light time of flight measurement.
A combination of a micro-robot and a guidewire, the micro-robot capable of being mounted on the guidewire, the micro-robot comprising: a first magnetic body; and a second magnetic body positioned in one direction from the first magnetic body, wherein the first magnetic body is more flexible than the second magnetic body, and the first magnetic body is capable of bending at an angle that changes according to a change in a direction of an external magnetic field; the combination being characterized in that: when the micro-robot is mounted on the guidewire, a portion of the guidewire is positioned inside the micro-robot and the remaining portion of the guidewire is positioned in the one direction from the first magnetic body. a first magnetic body; and a second magnetic body positioned in one direction from the first magnetic body, wherein the first magnetic body is more flexible than the second magnetic body, and the first magnetic body is capable of bending at an angle that changes according to a change in a direction of an external magnetic field; the first magnetic body is more flexible than the second magnetic body, and the first magnetic body is capable of bending at an angle that changes according to a change in a direction of an external magnetic field; the combination being characterized in that: when the micro-robot is mounted on the guidewire, a portion of the guidewire is positioned inside the micro-robot and the remaining portion of the guidewire is positioned in the one direction from the first magnetic body. when the micro-robot is mounted on the guidewire, a portion of the guidewire is positioned inside the micro-robot and the remaining portion of the guidewire is positioned in the one direction from the first magnetic body.