mhurhangee/ep-ind-claims huggingface dataset:
A method for the traffic control of a section of roads with several crossings, wherein at least two of the crossings are assigned signalling systems, wherein - at least one input parameter is transferred to a traffic control device determining first traffic parameters, - first traffic parameters of the current traffic situation are determined depending on the at least one input parameter by the traffic control device on the basis of a machine learning model and/or a pattern recognition model, - at least one evaluation criterion is predetermined, - the first traffic parameters and the at least one evaluation criterion are transferred to an evaluation device, - actuating variables are determined depending on the first traffic parameters and the at least one evaluation criterion by the evaluation device on the basis of a machine learning model and/or a pattern recognition model, and - the signalling assembly is operated with the actuating variables. - at least one input parameter is transferred to a traffic control device determining first traffic parameters, - first traffic parameters of the current traffic situation are determined depending on the at least one input parameter by the traffic control device on the basis of a machine learning model and/or a pattern recognition model, - at least one evaluation criterion is predetermined, - the first traffic parameters and the at least one evaluation criterion are transferred to an evaluation device, - actuating variables are determined depending on the first traffic parameters and the at least one evaluation criterion by the evaluation device on the basis of a machine learning model and/or a pattern recognition model, and - the signalling assembly is operated with the actuating variables.
Process for the manufacture of 3-aminopropane-1,2-diol and N-C 1 -C 5 -alkyl-APD wherein 1-chloro-2,3-propanediol (1-CPD) in the presence of a base under alkaline conditions is converted to form glycidol which is reacted with ammonia or C 1 -C 5 -alkyl-amine characterized in that the process is conducted in a continuous manner in a reactor comprising a tubular reactor wherein at least two reaction zones are established, the temperature in a first reaction zone of said tubular reactor being above ambient temperature and the temperature in a second reaction zone of said tubular reactor being less than 20 °C.
A method performed by a communication apparatus for mitigating interference experienced by a wireless communication device, WCD, and caused by signals transmitted by an interfering node, the method comprising: the communication apparatus determining information related to the interfering node; and characterized by the communication apparatus selecting, based at least in part on the determined information related to the interfering node, a WCD receiver configuration from a set of available WCD receiver configurations that comprises i) a first WCD receiver configuration that mitigates only interference caused by physical signals transmitted by the interfering node and ii) a second WCD receiver configuration that mitigates only interference caused by physical channels transmitted by the interfering node, wherein a physical signal refers to a signal that is generated at a physical layer and that does not carry information from higher layers, and wherein a physical channel refers to a signal that carries information originating from a higher layer. the communication apparatus determining information related to the interfering node; and characterized by the communication apparatus selecting, based at least in part on the determined information related to the interfering node, a WCD receiver configuration from a set of available WCD receiver configurations that comprises i) a first WCD receiver configuration that mitigates only interference caused by physical signals transmitted by the interfering node and ii) a second WCD receiver configuration that mitigates only interference caused by physical channels transmitted by the interfering node, i) a first WCD receiver configuration that mitigates only interference caused by physical signals transmitted by the interfering node and ii) a second WCD receiver configuration that mitigates only interference caused by physical channels transmitted by the interfering node, wherein a physical signal refers to a signal that is generated at a physical layer and that does not carry information from higher layers, and wherein a physical channel refers to a signal that carries information originating from a higher layer.
A wrap film which comprises a laminated film comprising at least three layers including an intermediate layer and both surface layers comprising a plant-derived polyethylene resin, and which has a storage elastic modulus (E') at 20°C of 100 MPa to 4 GPa and an average loss tangent (tanδ) at -40 to 0°C of not less than 0.08 as measured at an oscillation frequency of 10 Hz and a distortion of 0.1% by a dynamic viscoelasticity measuring method described in the Method A of JIS K 7198, wherein the plant-derived polyethylene resin has a biobased content of not less than 80% as measured according to ASTM D 6866 and wherein the plant-derived polyethylene resin is a composition comprising one or more resins selected from the group consisting of a linear low-density polyethylene and a high-density polyethylene which are produced using ethanol extracted from sugar cane, wherein the plant-derived polyethylene resin comprises one or two mixed components and has density of 0.915 to 0.925 g/cm 3, wherein the ratio of the thickness of the intermediate layer to a whole thickness of the wrap film is 10 to 30%, and wherein the intermediate layer comprises any of an aliphatic polyamide polymer, an ethylene-vinyl alcohol copolymer and a polypropylene as a main component.
Wear protective element, in particular embedded studs, with a supporting part supporting a hard material element in or on a receptacle, wherein the hard material element is supported indirectly or directly by means of a bottom supporting surface of a fastening section on a mating surface of the supporting part, characterized in that a fastening section is connected directly or indirectly to the tapering section, wherein the outer contour of the hard material element is at least partially tapered in the direction of the end facing away from the supporting surface, the supporting part has a deepened receptacle for the hard material element, which is at least partially surrounded by a sheathing part, and the counter surface of the supporting part is formed by a base part from which the sheathing part rises.
A steam-heated drying cylinder of a paper machine, said drying cylinder having a jacket which on its inside has circumferential grooves for collecting condensate that is formed as a result of heat transfer through the jacket to the outside thereof, the steam-heated drying cylinder further having a device for positioning a drain pipe of a draining system which is arranged in the steam-heated drying cylinder, said draining system comprising an outlet means which discharges on the outside of the drying cylinder, the outlet means comprising a plurality of axially of the cylinder arranged collecting pipes, said draining system further comprising a plurality of drain pipes which are arranged in a plurality of axial groups and connected to the outlet means, each drain pipe having an end portion with an open end with which a space of a groove stands in open communication and an end portion having an open end that opens into a collecting pipe said draining system being adapted to remove the condensate from said grooves of the drying cylinder to the outside thereof via said plurality of drain pipes and outlet means, said device for positioning a drain pipe comprising a first pipe positioner which is disposed within the end portion of the drain pipe located closest to said outlet means, said pipe positioner comprising a mounting device for mounting the drain pipe onto a collecting pipe, and a lockable connection that connects the drain pipe to the mounting device, characterized in that said lockable connection is a joint connection which defines a fulcrum for pivoting of the drain pipe in at least one vertical plane to enable positioning of the drain pipe relative to the bottom surface of the groove.
An apparatus, comprising: means for receiving an access request comprising a signature from at least one user equipment; characterised in that it further comprises means for providing, to the at least one user equipment, multiple at least partially overlapping resource opportunities for a first scheduled transmission; and means for performing blind decoding of the first scheduled transmission for the multiple at least partially overlapping resource opportunities. means for receiving an access request comprising a signature from at least one user equipment; characterised in that it further comprises means for providing, to the at least one user equipment, multiple at least partially overlapping resource opportunities for a first scheduled transmission; and means for performing blind decoding of the first scheduled transmission for the multiple at least partially overlapping resource opportunities.
A printer comprising: - an image forming station; - a first media transport path arranged to convey printed media from the image forming station to an output port; - a second media transport path branching off from the first media transport path and arranged to convey printed media to a reject port (26, 28); - a switch for directing printed media into the second media transport path; - an image inspection device for inspecting images printed onto the media; and - a decision unit arranged to decide, on the basis of an inspection result obtained from the image inspection device, whether a printed image shall be rejected, and arranged to control the switch; - the printer is a roll-to-sheet printer having a roll from which the media are supplied into the first media support path in the form of an endless web, the printer comprising a cutting device for cutting the web; and - the decision unit is arranged to cause a reversal of the transport direction (A, B) of the media in the first media transport path, thereby to move an edge of the printed media to the position of the switch; characterized in that: the image inspection device is arranged downstream of the image forming station and upstream of the output port; and the switch is arranged to deflect media that move in the first media transport path in a reverse direction into the second media transport path. - an image forming station; - a first media transport path arranged to convey printed media from the image forming station to an output port; - a second media transport path branching off from the first media transport path and arranged to convey printed media to a reject port (26, 28); - a switch for directing printed media into the second media transport path; - an image inspection device for inspecting images printed onto the media; and - a decision unit arranged to decide, on the basis of an inspection result obtained from the image inspection device, whether a printed image shall be rejected, and arranged to control the switch; - the printer is a roll-to-sheet printer having a roll from which the media are supplied into the first media support path in the form of an endless web, the printer comprising a cutting device for cutting the web; and - the decision unit is arranged to cause a reversal of the transport direction (A, B) of the media in the first media transport path, thereby to move an edge of the printed media to the position of the switch; the image inspection device is arranged downstream of the image forming station and upstream of the output port; and the switch is arranged to deflect media that move in the first media transport path in a reverse direction into the second media transport path.
A system to configure a subscriber identification module having a reading and writing device that permits reading access and writing access to the subscriber identification module, and having a configuration device in which read-out data from the subscriber identification module can be evaluated, and data that is to be stored in the subscriber identification module can be made available, whereby the reading and writing device is contained in a client that can be connected to the configuration device via a network, characterized in that, reading access and writing access by the configuration device to the subscriber identification module can be carried out via the network on the basis of a program logic that is contained in the configuration device and that serves to configure the subscriber identification module, and whereby the reading access and/or writing access can be influenced using the client so that the configuration of the subscriber identification module can be influenced by means of the client, but whereby an adaptation of the program logic that serves to configure the subscriber identification module can only be made in the configuration device.
An interspinous spacer, comprising: a body having a distal portion and a proximal portion, wherein the body comprises a cup and a casing attached to the cup; an actuator at least partially disposed in the body, wherein the actuator comprises a head disposed in the cup and a shaft attached to the head and extending through the casing; and a first arm and a second arm, wherein the first and second arms are rotatably coupled to a distal portion of the body and coupled to the actuator, wherein the actuator, first arm, and second arm are configured, upon rotation of the actuator in a first direction, to move the first and second arms from an undeployed position, in which the first and second arms extend from the distal portion of the body back toward the proximal portion of the body, to a deployed position, in which the first and second arms extend away from the body. a body having a distal portion and a proximal portion, wherein the body comprises a cup and a casing attached to the cup; an actuator at least partially disposed in the body, wherein the actuator comprises a head disposed in the cup and a shaft attached to the head and extending through the casing; and a first arm and a second arm, wherein the first and second arms are rotatably coupled to a distal portion of the body and coupled to the actuator, wherein the actuator, first arm, and second arm are configured, upon rotation of the actuator in a first direction, to move the first and second arms from an undeployed position, in which the first and second arms extend from the distal portion of the body back toward the proximal portion of the body, to a deployed position, in which the first and second arms extend away from the body.
A method of determining suitable communication paths between a first device and a second device, said first device being connected to a plurality of third devices (A-F) to which said second device is also connected, comprising at said first device: for each of said third devices obtaining first information indicating a characteristic of communications between said first device and said second device via said third device (A-F); obtaining second information associated with first data to be transmitted from said first device to said second device; determining based upon said first and second information whether any of said third devices (A-F) should receive said first data for communication of said first data to said second device; wherein if it is determined that none of said third devices (A-F) should receive said first data, the method comprises ceasing communication of second data between said first device and one of said third devices (A-F) and selecting said one of said third devices (A-F) to communicate said first data. for each of said third devices obtaining first information indicating a characteristic of communications between said first device and said second device via said third device (A-F); obtaining second information associated with first data to be transmitted from said first device to said second device; determining based upon said first and second information whether any of said third devices (A-F) should receive said first data for communication of said first data to said second device; wherein if it is determined that none of said third devices (A-F) should receive said first data, the method comprises ceasing communication of second data between said first device and one of said third devices (A-F) and selecting said one of said third devices (A-F) to communicate said first data.
A method for self-election of a role, performed in a multi-access point, AP, network, comprising, transmitting an AP automatic configuration search message, by an AP in the multi-AP network, after the AP is initiated; and configuring a role of the AP as an agent, by the AP, in response to a response message for the AP automatic configuration search message being received by the AP within a predetermined period, wherein the AP automatic configuration search message comprises an AP autoconfig search message in 1905 protocol, and the AP autoconfig search message is a layer 2 multicast message, characterized in that, the method further comprises, configuring a role of the AP as a controller, by the AP, in response to the response message for the AP automatic configuration search message being not received by the AP within the predetermined period. transmitting an AP automatic configuration search message, by an AP in the multi-AP network, after the AP is initiated; and configuring a role of the AP as an agent, by the AP, in response to a response message for the AP automatic configuration search message being received by the AP within a predetermined period, wherein the AP automatic configuration search message comprises an AP autoconfig search message in 1905 protocol, and the AP autoconfig search message is a layer 2 multicast message, characterized in that, the method further comprises, configuring a role of the AP as a controller, by the AP, in response to the response message for the AP automatic configuration search message being not received by the AP within the predetermined period.
A station for a urinalysis device, the station comprising: - a housing, intended to be positioned within a toilet bowl, - an annular housing, about an axis of rotation, in the housing, the annular housing being configured to at least partially receive a cartridge mounted for rotation about the axis of rotation in the station and comprising a plurality of test holders, - an injector, positioned in the housing, and configured to inject a controlled volume of urine onto a test support of interest, when the test support of interest is positioned in an injection zone of the annular housing, - a position sensor, configured to obtain the position of a marker associated with a test support of the cartridge when said marker is positioned in the injection zone or in a zone close to the injection zone, and configured to deduce therefrom that said support of interest is positioned in the injection zone. - a housing, intended to be positioned within a toilet bowl, - an annular housing, about an axis of rotation, in the housing, the annular housing being configured to at least partially receive a cartridge mounted for rotation about the axis of rotation in the station and comprising a plurality of test holders, - an injector, positioned in the housing, and configured to inject a controlled volume of urine onto a test support of interest, when the test support of interest is positioned in an injection zone of the annular housing, - a position sensor, configured to obtain the position of a marker associated with a test support of the cartridge when said marker is positioned in the injection zone or in a zone close to the injection zone, and configured to deduce therefrom that said support of interest is positioned in the injection zone.
A special-shaped wheel having a water passing structure positively correlated with a full grinding surface, comprising: a base, wherein a grinding layer is attached to an outer wall of the base, an outer circumferential surface of the grinding layer is a grinding surface, a water inlet is formed in a top surface of the base, and a connection hole for connecting an external device is formed in a bottom surface of the base; and the special-shaped wheel further comprises a plurality of water passing grooves, wherein the plurality of water passing grooves is densely formed around the base by taking a central axis of the base as an axis, communicates an inner side of the base with the grinding surface, and axially covers the entire grinding surface; and the total length of accumulated circumferences of the corresponding water passing grooves at respective axial grinding points of the grinding surface is set in positive correlation with the grinding area of the grinding point.
Tubular target composed of refractory metal or a refractory metal alloy have a refractory metal content of ≥ 50 atom%, which comprises at least one tubular section X (200, 201) having at least in regions a relative density RDx and at least one tubular section Y having at least in regions a relative density RDy, where at least one tubular section X (200, 201) has at least in regions a greater external diameter than at least in regions a tubular section Y, characterized in that RDy - RDx RDy is ≥ 0.001.
An audio transmission method between at least two audio communication systems including a transmitting audio communication system and a receiving audio communication system (20, 30, 40), wherein the transmitting audio communication system comprises a first audio transmitting device and a second audio transmitting device, and the receiving audio communication system comprises at least one audio receiving device (22, 24), wherein the method comprises: transmitting a first wireless audio stream, via a first wireless audio link, by the first audio transmitting device and a second wireless audio stream, via a second wireless audio link, by the second audio transmitting device; and selecting, by the at least one audio receiving device (22, 24), at least one of the first wireless audio stream and the second wireless audio stream based on quality parameters of the first wireless audio link and/or the second wireless audio link, characterized in that the first audio transmitting device and the second audio transmitting device are configured to be respectively worn at one of each ear of a user, wherein the first wireless audio stream and the second wireless audio stream contains a voice of a user by having each audio transmitting device pickup and transmit its own user's voice as an own voice pickup signal. transmitting a first wireless audio stream, via a first wireless audio link, by the first audio transmitting device and a second wireless audio stream, via a second wireless audio link, by the second audio transmitting device; and selecting, by the at least one audio receiving device (22, 24), at least one of the first wireless audio stream and the second wireless audio stream based on quality parameters of the first wireless audio link and/or the second wireless audio link, characterized in that the first audio transmitting device and the second audio transmitting device are configured to be respectively worn at one of each ear of a user, wherein the first wireless audio stream and the second wireless audio stream contains a voice of a user by having each audio transmitting device pickup and transmit its own user's voice as an own voice pickup signal.