mhurhangee/ep-ind-claims huggingface dataset:
Scooter, comprising: - at least one removable scooter accessory, - at least one fastening device for attaching said at least one scooter accessory, intended to be connected to an element of the scooter in an immobile manner, said at least one fastening device comprising: - a fastening body comprising at least one housing for receiving at least one part of said at least one accessory, in particular by at least partially slotting said part into the housing, - fastening means (7a, 7b) for attaching the fastening body to the scooter element in an immobile manner, characterised in that the fastening device is exclusively connected to the central deck of the scooter on which a scooter user's foot is placed, in that the fastening means (7a, 7b) are fastening means for attaching the fastening body exclusively to the central deck of the scooter, in that the fastening body comprises an orifice for the passage of a strap, the fastening device further comprises a fastening strap, capable of being inserted into the strap passage orifice of the fastening body in order to connect the fastening body to the central deck of the scooter, the fastening means (7a, 7b) are at least partially formed on the fastening strap, in that the fastening means (7a, 7b) formed on the fastening strap are of the Velcro® type, i.e. they comprise a male part with hooks or a female part with loops, and in that the fastening means (7a, 7b) comprise a second male or female part formed by a fastening strip, independent of the fastening strap, comprising loops or hooks on the two opposite faces thereof. - at least one removable scooter accessory, - at least one fastening device for attaching said at least one scooter accessory, intended to be connected to an element of the scooter in an immobile manner, said at least one fastening device comprising: - a fastening body comprising at least one housing for receiving at least one part of said at least one accessory, in particular by at least partially slotting said part into the housing, - fastening means (7a, 7b) for attaching the fastening body to the scooter element in an immobile manner,
A method of millimeter-wave wireless communication at a user equipment, UE, comprising: receiving a discovery signal transmitted from a connection point, CP, via a directional beam, wherein the discovery signal comprises first information related to the CP, the first information comprising beam sweep configuration information and a cell identifier, ID, associated with the CP, wherein the beam sweep configuration information comprises a sequence of a plurality of beam directions for an uplink association signal; transmitting the association signal to the CP based on the beam sweep configuration information; and monitoring for a resource grant from the CP based on the transmitted association signal. receiving a discovery signal transmitted from a connection point, CP, via a directional beam, wherein the discovery signal comprises first information related to the CP, the first information comprising beam sweep configuration information and a cell identifier, ID, associated with the CP, wherein the beam sweep configuration information comprises a sequence of a plurality of beam directions for an uplink association signal; transmitting the association signal to the CP based on the beam sweep configuration information; and monitoring for a resource grant from the CP based on the transmitted association signal.
Load carrier coupling for coupling a rear load carrier to a motor vehicle, in particular a car, wherein the load carrier coupling includes a vehicle coupling element provided for attaching to the motor vehicle or fitted to the motor vehicle, and a load carrier coupling element fitted to the load carrier or provided for attaching to the load carrier, wherein the coupling elements (20, 40) include a plug-in part and a plug-in socket which may be plugged together along an insertion axis, wherein the load carrier coupling has an interlocking body assembly with at least one movable interlocking body drivable by an actuating assembly to engage in an interlocking location, wherein the interlocking body assembly on engagement of the interlocking body or bodies in the interlocking location adopts a locked position blocking removal of the coupling elements (20, 40) from one another relative to the insertion axis, and otherwise adopts a release position and allows removal of the coupling elements (20, 40) from one another, wherein the interlocking body or bodies form an integral part of a hook body mounted on one coupling element with the ability to pivot around a swivel axis and in the locked position, for hooking along the insertion axis, engaging in a hook seating on the other coupling element and being supported by at least one support surface (87, 88) on at least one thrust bearing surface of this other coupling element transversely to the insertion axis, characterised in that the hook body or bodies is or are provided on an outer side of the plug-in part or an inner side of the plug-in socket, so that it or they is or are arranged in a sandwich-like manner between the plugged-together coupling elements (20, 40).
A steering column control module comprising: a housing having at least two receptacles (34, 58) adapted for receiving respective first and second switch modules (30, 32); a printed circuit board mounted in said housing, said printed circuit board being adapted to connect to electrical components upstream from said steering column control module; said printed circuit board being further adapted to connect to electrical components downstream of said steering column control module, and said printed circuit board further comprising the following components mounted thereon: a first module connector adapted to receive and mate with a matching electrical connector on the first switch module; a ribbon connector; an upstream connector for connecting to upstream electrical components, and a downstream connector for connecting to downstream electrical components; the steering column control module further comprising: a second module connector mounted in said housing remote from said printed circuit board and being adapted to receive and mate with a matching electrical connector on the second switch module; and, a ribbon cable connected between said ribbon connector and said second module connector; wherein said first and second module connectors (68, 74) are positioned in said steering column control module such that, when the first and second switch modules (30, 32) are inserted into said respective receptacles (34, 58), said first and second switch modules (30, 32) connect to the respective module connector of said first and second module connectors (68, 74). a housing having at least two receptacles (34, 58) adapted for receiving respective first and second switch modules (30, 32); a printed circuit board mounted in said housing, said printed circuit board being adapted to connect to electrical components upstream from said steering column control module; said printed circuit board being further adapted to connect to electrical components downstream of said steering column control module, and said printed circuit board further comprising the following components mounted thereon: a first module connector adapted to receive and mate with a matching electrical connector on the first switch module; a ribbon connector; an upstream connector for connecting to upstream electrical components, and a downstream connector for connecting to downstream electrical components; the steering column control module further comprising: a second module connector mounted in said housing remote from said printed circuit board and being adapted to receive and mate with a matching electrical connector on the second switch module; and, a ribbon cable connected between said ribbon connector and said second module connector; a second module connector mounted in said housing remote from said printed circuit board and being adapted to receive and mate with a matching electrical connector on the second switch module; and, a ribbon cable connected between said ribbon connector and said second module connector;
Audio data processor for processing packetized audio data, the audio data processor comprising: a receiver interface for receiving encoded audio data comprising audio objects (11, 12) and metadata related to the audio objects (11, 12); a metadata parser for parsing the metadata to determine an audio data manipulation possibility of the audio objects (11, 12); an interaction interface for receiving an interaction input and for generating, from the interaction input, interaction control data related to the audio data manipulation possibility for manipulating the audio objects (11, 12) externally from a decoder; and a data stream generator for obtaining the interaction control data and the encoded audio data and the metadata and for generating an output data stream by adding an additional data portion containing the interaction control data to the output data stream, whereby the original metadata and the encoded audio data are not modified, such that the output data stream being again a valid encoded audio stream comprising the still encoded audio data, the metadata, and the added interaction control data. a receiver interface for receiving encoded audio data comprising audio objects (11, 12) and metadata related to the audio objects (11, 12); a metadata parser for parsing the metadata to determine an audio data manipulation possibility of the audio objects (11, 12); an interaction interface for receiving an interaction input and for generating, from the interaction input, interaction control data related to the audio data manipulation possibility for manipulating the audio objects (11, 12) externally from a decoder; and a data stream generator for obtaining the interaction control data and the encoded audio data and the metadata and for generating an output data stream by adding an additional data portion containing the interaction control data to the output data stream, whereby the original metadata and the encoded audio data are not modified, such that the output data stream being again a valid encoded audio stream comprising the still encoded audio data, the metadata, and the added interaction control data.
A printing apparatus comprising: printing means arranged to print an image on a sheet; a first exit path from which the sheet with the image printed thereon by the printing means is discharged while being reversed; a second exit path from which the sheet with the image printed thereon by the printing means is discharged without being reversed; an openable and closable member configured to be pivotably arranged so as to open and close the first exit path or the second exit path, and a switch member configured to be pivotably arranged so as to switch the first exit path and the second exit path, wherein the first exit path passes above a pivot center of the switch member, and the second exit path passes below the pivot center, characterized in that the switch member and the openable and closable member are arranged so as to be pivotable coaxially. printing means arranged to print an image on a sheet; a first exit path from which the sheet with the image printed thereon by the printing means is discharged while being reversed; a second exit path from which the sheet with the image printed thereon by the printing means is discharged without being reversed; an openable and closable member configured to be pivotably arranged so as to open and close the first exit path or the second exit path, and a switch member configured to be pivotably arranged so as to switch the first exit path and the second exit path, wherein the first exit path passes above a pivot center of the switch member, and the second exit path passes below the pivot center, characterized in that the switch member and the openable and closable member are arranged so as to be pivotable coaxially.
A drawing device for drawing a drawable material, the drawing device comprising at least a pair of tapered rollers each having a taper ratio in a range of 0.035 to 0.50, wherein the taper ratio is represented by (β - α)/2L, where β denotes a maximum diameter of the roller, α denotes a minimum diameter of the roller, and L denotes a length of a tapered portion of the roller; and wherein each of the tapered rollers has a ratio β/α in a range of 1.2 to 5.0 between the maximum diameter β and the minimum diameter α; and the pair of tapered rollers are arranged such that an angle θ formed between center axes of rotation shafts of the pair of rollers is in a range of 0.001° ≤ θ ≤ 10°.
Safety switch having two electronic switches (4, 7) each connected between an input contact (2, 5) for an enable signal and an output contact (3, 6), a sensor for an actuator, a controller for activating the electronic switches (4, 7) in response to actuation of the sensor, which controller is coupled to the output contacts (3, 6) for the purpose of detecting signals which are incompatible with the switching state at the output contacts (3, 6), and safety logic for switching off the electronic switches (4, 7) in the event of a malfunction, the electronic components of the safety switch being supplied with energy via looped-through connections (11, 12) for an operating voltage or earth, and each safety switch being subjected to a start-up self-test after the operating voltage has been applied to the connections (11, 12), in which case, for the start-up self-test, the controller is designed to detect the voltage at the output contacts (3, 6) when the electronic switches (4, 7) are open and, for dynamic self-tests which are carried out during operation of the safety switches, the controller detects the current flowing through the electronic switches (4, 7) using a respective monitoring circuit, for which purpose the controller is designed to cyclically briefly open the electronic switches (4, 7), characterized in that, during the start-up self-test, the voltage is also detected when the electronic switches are closed; the enable signal can be switched through to the output contacts, and, in order to be able to connect the output contacts (3, 6) to input contacts of a second safety switch in a safety circuit, the controller checks the voltages at the output contacts (3, 6) for the presence of the enable signal; and in that, during the dynamic self-tests, the opening times of the electronic switches (4, 7) should be selected to be so short that the further safety switches connected to the output contacts (3, 6) are not impaired by the interruption in the operating voltage.
A terminal device, characterized in comprising a first processor and a second processor, and the first processor having a first communication interface and a second communication interface, wherein the first processor has firmware stored therein and is configured to read a control instruction stored in the firmware when the terminal device is connected to an adapter configured to charge the terminal device via a fast charging mode, to control the adapter to charge terminal device; wherein the first communication interface is in a turned-off state when the first processor has the firmware stored therein, and the second communication interface remains in a turned-on state; the first processor is further configured to receive trigger information via the second communication interface when the first communication interface is in the turned-off state, and configured to turn on the first communication interface according to the trigger information, and receive a firmware update file of the stored firmware transmitted by the second processor via the first communication interface, wherein the trigger information is generated by an insertion of the adapter configured to charge the terminal device via the fast charging mode and the firmware update file is configured to update the stored firmware in the first processor only; the second processor is configured to acquire the firmware update file of the firmware stored in the first processor and transmit the firmware update file to the first processor via the first communication interface.
A compound of following formula I: or a salt thereof, a solvate, a tautomer, a stereoisomer or a mixture of stereoisomers in any proportions, in particular a mixture of enantiomers, and particularly a racemate mixture, in which: - n represents an integer from 1 to 6, - m represents 0 or 1, - p represents 0 or 1 - R represents H, F, CH 3, CH 2 F, or CH 2 OH, - R 1, R 2 and R 3 represent, independently from one another, H, F, or OH, - R 4 represents a hydrogen, a halogen, or OH, - R 6 and R 7 represent, independently from each other, a hydrogen, a (C 1 -C 6)alkyl, an aryl, or an aryl-(C 1 -C 6)alkyl, for use in the treatment and/or prevention and/or attenuation of fibrosis diseases. - n represents an integer from 1 to 6, - m represents 0 or 1, - p represents 0 or 1 - R represents H, F, CH 3, CH 2 F, or CH 2 OH, - R 1, R 2 and R 3 represent, independently from one another, H, F, or OH, - R 4 represents a hydrogen, a halogen, or OH, - R 6 and R 7 represent, independently from each other, a hydrogen, a (C 1 -C 6)alkyl, an aryl, or an aryl-(C 1 -C 6)alkyl,
A covering system, including a. a cover with b. a first mounting geometry (2.1) at least partially extending around the cover; and c. a carrier plate formed for mounting the cover; d. an elastic mounting geometry (4.2) at least partially extending around the carrier plate; wherein the first mounting geometry (2.1) and the elastic mounting geometry (4.2) are formed and arranged to be in positive engagement with one another, and wherein the first mounting geometry (2.1) is more rigid than the elastic mounting geometry (4.2), characterized in that the elastic mounting geometry (4.2) is formed from an elastomer, that the first mounting geometry (2.1) is formed from a material which is so strong that it is suitable for pressing in the elastomer without itself being pressed in or otherwise deformed, that the carrier plate has a seal (4.3) at least partially extending around the carrier plate, wherein the seal (4.3) is capable to seal the carrier plate against the wall of a hole in a wall in the radial direction. a. a cover with b. a first mounting geometry (2.1) at least partially extending around the cover; and c. a carrier plate formed for mounting the cover; d. an elastic mounting geometry (4.2) at least partially extending around the carrier plate; wherein the first mounting geometry (2.1) and the elastic mounting geometry (4.2) are formed and arranged to be in positive engagement with one another, and wherein the first mounting geometry (2.1) is more rigid than the elastic mounting geometry (4.2), characterized in that the elastic mounting geometry (4.2) is formed from an elastomer, that the first mounting geometry (2.1) is formed from a material which is so strong that it is suitable for pressing in the elastomer without itself being pressed in or otherwise deformed, that the carrier plate has a seal (4.3) at least partially extending around the carrier plate, wherein the seal (4.3) is capable to seal the carrier plate against the wall of a hole in a wall in the radial direction. wherein the first mounting geometry (2.1) and the elastic mounting geometry (4.2) are formed and arranged to be in positive engagement with one another, and wherein the first mounting geometry (2.1) is more rigid than the elastic mounting geometry (4.2), characterized in that the elastic mounting geometry (4.2) is formed from an elastomer, that the first mounting geometry (2.1) is formed from a material which is so strong that it is suitable for pressing in the elastomer without itself being pressed in or otherwise deformed, that the carrier plate has a seal (4.3) at least partially extending around the carrier plate, wherein the seal (4.3) is capable to seal the carrier plate against the wall of a hole in a wall in the radial direction.
A method of operating an agricultural system having a tractor and an implement, the method comprising - providing a driveline between a driving device (11.3) of a tractor and a first functional element (12.3) of an implement operatively attached to the tractor, the driveline comprising a tractor driveline and an implement driveline connected through a power take-off connection connecting a drive output shaft of the tractor power take-off and a drive input shaft of the implement driveline; - providing a driving force to the first functional element (12.3) of the implement through the driveline in a first mode of operation, thereby, a working tool rotatable received in the first functional implement (12.3) rotating in a first direction in response to the driving force; - detecting an operation problem for the first functional element (12.3) by a sensor provided in a tractor-implement control system configured to provide one or more control functions for both the tractor and the implement; - providing reverse control signals in a tractor controller provided in the tractor-implement control system in response to the detecting of the operation problem for the first functional element (12.3); and - reversing a direction of rotation of the drive output shaft of the tractor power take-off in response to the providing of the reverse control signals in the tractor controller in a second mode of operation, thereby, rotating the working tool of the first functional element (12.3) in a second direction which is opposite to the first direction. - providing a driveline between a driving device (11.3) of a tractor and a first functional element (12.3) of an implement operatively attached to the tractor, the driveline comprising a tractor driveline and an implement driveline connected through a power take-off connection connecting a drive output shaft of the tractor power take-off and a drive input shaft of the implement driveline; - providing a driving force to the first functional element (12.3) of the implement through the driveline in a first mode of operation, thereby, a working tool rotatable received in the first functional implement (12.3) rotating in a first direction in response to the driving force; - detecting an operation problem for the first functional element (12.3) by a sensor provided in a tractor-implement control system configured to provide one or more control functions for both the tractor and the implement; - providing reverse control signals in a tractor controller provided in the tractor-implement control system in response to the detecting of the operation problem for the first functional element (12.3); and - reversing a direction of rotation of the drive output shaft of the tractor power take-off in response to the providing of the reverse control signals in the tractor controller in a second mode of operation, thereby, rotating the working tool of the first functional element (12.3) in a second direction which is opposite to the first direction.
An arrangement which is worn on the heads of members of a group, said arrangement comprising a) at least one banner with two side edges (B1a, B1b), and b) at least two items of headgear (K11, K12) each with at least one holding means (K11c, K12c) on an outside (K11b, K12b), to which the banner can be fixed via the side edges (B1a, B1b) in such a way that the items of headgear (K11, K12) worn by the individuals are connected to each other by the fabric (B1c) of the banner. a) at least one banner with two side edges (B1a, B1b), and b) at least two items of headgear (K11, K12) each with at least one holding means (K11c, K12c) on an outside (K11b, K12b), to which the banner can be fixed via the side edges (B1a, B1b) in such a way that the items of headgear (K11, K12) worn by the individuals are connected to each other by the fabric (B1c) of the banner.