mhurhangee/ep-ind-claims huggingface dataset:
A compound selected from a compound represented by the following Formula (Ia) and acid addition salts thereof wherein Ar represents a pyridyl group which may be substituted with a halogen atom, a hydroxyl group, a C1 to C6 alkyl group which may be substituted with a halogen atom, a C1 to C6 alkyloxy group which may be substituted with a halogen atom, a cyano group, or a nitro group; or a pyrimidyl group which may be substituted with a halogen atom, a C1 to C4 alkyl group which may be substituted with a halogen atom, an alkyloxy group which may be substituted with a halogen atom, a hydroxyl group, a cyano group, or a nitro group, Y represents a hydrogen atom, a halogen atom, a hydroxyl group, a C1 to C6 alkyl group which may be substituted with a halogen atom, a C1 to C6 alkyloxy group which may be substituted with a halogen atom, a cyano group, or a nitro group, and R 1 represents a C1 to C6 alkyl group which is substituted with halogen for use in the treatment of honeybees to control honeybee parasitic pests. wherein Ar represents a pyridyl group which may be substituted with a halogen atom, a hydroxyl group, a C1 to C6 alkyl group which may be substituted with a halogen atom, a C1 to C6 alkyloxy group which may be substituted with a halogen atom, a cyano group, or a nitro group; or a pyrimidyl group which may be substituted with a halogen atom, a C1 to C4 alkyl group which may be substituted with a halogen atom, an alkyloxy group which may be substituted with a halogen atom, a hydroxyl group, a cyano group, or a nitro group, Y represents a hydrogen atom, a halogen atom, a hydroxyl group, a C1 to C6 alkyl group which may be substituted with a halogen atom, a C1 to C6 alkyloxy group which may be substituted with a halogen atom, a cyano group, or a nitro group, and R 1 represents a C1 to C6 alkyl group which is substituted with halogen for use in the treatment of honeybees to control honeybee parasitic pests.
A method for operating a user interface having a graphical user surface by means of a computer which comprises means for having access to a communication network offering communication services, wherein the user interface enables a use of at least one communication service of the communication network via a communication connection to the communication network and generates fields which are selectable via an input means of the computer, - wherein the fields at least partially enable a control of the communication service of the communication network and - the fields will be reproduced by the graphical user surface of the user interface, wherein at least one call number information of a communication partner in a telecommunication network will be reproduced by a field of the graphical user surface, which field has been generated by the user interface and if the field is called via an input means of the computer, a telecommunication connection to the communication partner in the telecommunication network will be established via the communication network using the call number information of the communication partner in the telecommunication network, wherein the user interface with the call of the field sends a request for a telecommunication connection via the communication network to a device of the communication network, which device provides and/or offers connection services into the telecommunication network, wherein the request at least comprises the call number information of the communication partner in the telecommunication network and at least one information item of the communication partner who requests the telecommunication connection to the communication partner in the telecommunication network, characterized in that the device which provides and/or offers connection services into the telecommunication network sends a message via the telecommunication network, in which the terminal of the communication partner who requests the telecommunication connection to the communication partner in the telecommunication network is operable, to the terminal of the communication partner who requests the telecommunication connection to the communication partner in the telecommunication network, which message initiates the establishment of the telecommunication connection to the communication partner in the telecommunication network by means of the terminal of the communication partner who requests the telecommunication connection to the communication partner in the telecommunication network. - wherein the fields at least partially enable a control of the communication service of the communication network and - the fields will be reproduced by the graphical user surface of the user interface,
A method for establishing a peer-to-peer communication link (114,115,116) over a data communications network comprising: generating a token comprising an identifier associated with at least one first user, wherein the token further comprises instructions which, when executed, determine how the communication link is established; distributing the token to at least one second computing device associated with at least one second user; importing the token into a software application installed on the second computing device; activating the imported token to cause the instructions to be executed by the second computing device, thereby to establish a communication link to a first computing device associated with the first user, whereby the first and second users are enabled to communicate with one another via said communication link; characterized in that establishing the communication link between the first and second computing devices comprises establishing the communication link via at least one programmable agent, wherein the programmable agent comprises further instructions which determine how the communication link is routed, and wherein said further instructions are reprogrammed by the instructions of the token. generating a token comprising an identifier associated with at least one first user, wherein the token further comprises instructions which, when executed, determine how the communication link is established; distributing the token to at least one second computing device associated with at least one second user; importing the token into a software application installed on the second computing device; activating the imported token to cause the instructions to be executed by the second computing device, thereby to establish a communication link to a first computing device associated with the first user, whereby the first and second users are enabled to communicate with one another via said communication link; characterized in that establishing the communication link between the first and second computing devices comprises establishing the communication link via at least one programmable agent, wherein the programmable agent comprises further instructions which determine how the communication link is routed, and wherein said further instructions are reprogrammed by the instructions of the token.
A washbasin drain, with a first outer magnet provided for transmitting actuating forces, which is arranged outside of a drain pipe and which cooperates with a second magnet, which is arranged within the drain pipe and which is rigidly connected to a cover element, whereby the central axis of the cover element, in the completely open as well as in the closed state of the washbasin, is spaced apart in parallel from the central axis of the drain pipe at least in a lower section of the drain pipe when in the installed state, whereby a middle section of the drain pipe, which merges into a tubular, upper section of the drain pipe when in the installed state, adjoins the lower section of the drain pipe, whereby, in the middle section an inclined section is formed, which separates the two mutually attracting magnets (19, 25) from one another and which is arranged between the magnets, whereby the first outer magnet can be displaced by means of a pivotable actuating element, characterized in that the outer magnet cooperates with the second magnet, which can be shifted linearly along the inclined section, which provides a sliding surface and, as a result of the cooperation of the first outer magnet with the second magnet, the second magnet is shifted linearly along the inclined section in response to a displacement of the first outer magnet.
A method of communicating in a wireless network performed by a station, the method comprising: wirelessly receiving a first acknowledgement from an access point; wirelessly transmitting a communication to the access point; wirelessly receiving a second acknowledgement from the access point, the second acknowledgement comprising a plurality of indicators signifying whether the access point received a communication from each of a plurality of stations since the access point transmitted the first acknowledgment, wherein the plurality of indicators are included in a bitmap, each of the plurality of indicators comprises a bit in the bitmap; and determining whether the communication was received by the access point based on at least one indicator of the plurality of indicators, characterized in that the second acknowledgement is included in a beacon. wirelessly receiving a first acknowledgement from an access point; wirelessly transmitting a communication to the access point; wirelessly receiving a second acknowledgement from the access point, the second acknowledgement comprising a plurality of indicators signifying whether the access point received a communication from each of a plurality of stations since the access point transmitted the first acknowledgment, wherein the plurality of indicators are included in a bitmap, each of the plurality of indicators comprises a bit in the bitmap; and determining whether the communication was received by the access point based on at least one indicator of the plurality of indicators, characterized in that the second acknowledgement is included in a beacon.
A method for controlling an electrical power flow from a power source to a powered device comprising the steps of: receiving, at a processor, via a user interface,, an indication of an amperage rating, selected from a plurality of ratings presented in the form of images of electrical outlets,, of a circuit breaker through which the powered device is connected to the power source; receiving, at the processor, a signal from a sensor indicating a level of power flow from the power source to the powered device; altering, via the processor, the power flow to the powered device based upon the received signal and the amperage rating of the circuit breaker such that the power flow does not cause the circuit breaker to interrupt the power flow to the powered device. receiving, at a processor, via a user interface,, an indication of an amperage rating, selected from a plurality of ratings presented in the form of images of electrical outlets,, of a circuit breaker through which the powered device is connected to the power source; receiving, at the processor, a signal from a sensor indicating a level of power flow from the power source to the powered device; altering, via the processor, the power flow to the powered device based upon the received signal and the amperage rating of the circuit breaker such that the power flow does not cause the circuit breaker to interrupt the power flow to the powered device.
A method of operating an injection molding machine, the method comprising: providing an injection molding machine having a controller adapted to control operation thereof; entering a learning mode of the controller to obtain a reference load curve; upon obtaining the reference load curve, entering an operational mode of the controller; and using the controller, selectively operating the injection molding machine such that an average operational load value of the injection molding machine remains at or below the reference load curve.
A method by a base station in a wireless communication system, the method comprising: receiving, from a source base station, a first message to request handover of a terminal, the first message including information indicating whether the terminal is authorized for a proximity service; transmitting a second message to respond to the handover of the terminal; receiving a third message for configuring radio resource from the terminal; transmitting, to a core network node, a fourth message to request path switch of the terminal; receiving, from the core network node, a fifth message to respond to the path switch of the terminal, the fifth message including information indicating whether the terminal is authorized for the proximity service; and performing access control of the terminal for the proximity service based on the information included in at least one of the first message or the fifth message. receiving, from a source base station, a first message to request handover of a terminal, the first message including information indicating whether the terminal is authorized for a proximity service; transmitting a second message to respond to the handover of the terminal; receiving a third message for configuring radio resource from the terminal; transmitting, to a core network node, a fourth message to request path switch of the terminal; receiving, from the core network node, a fifth message to respond to the path switch of the terminal, the fifth message including information indicating whether the terminal is authorized for the proximity service; and performing access control of the terminal for the proximity service based on the information included in at least one of the first message or the fifth message.
A door handle, in particular for indoor and/or outdoor doors in public facilities and/or companies, having an actuation element for sanitizing a handle surface of the door handle, the actuation element being disposed at least partially in the door handle and delimiting a hollow in the interior of the door handle in a first non-actuated position, the door handle being pierced by a channel which opens into the hollow on one end and has a connector on another end for a connection to a container to guide a liquid, in particular a sanitizer, from the container to the hollow via the channel and the connector, the actuation element being manually displaceable against at least one return element, characterized in that the hollow is sealed by means of at least one sealant between a first sealing surface of the actuation element and a second sealing surface of the door handle, a cutout being formed in at least one of the sealing surfaces (20, 22) in order to release the sealant from at least one sealing surface (20, 22) in a second position of the actuating element decreasing the volume of the hollow with respect to the first position, a blocking section of the first sealing surface being disposed and oriented such at a transition between the hollow and the channel that the blocking section of the actuation element at least partially closes or blocks the channel when displacing the actuation element from the first to the second position, the actuation element displacing the liquid from the hollow towards the handle surface and the sealant abutting against both sealing surfaces (20, 22) in a third position of the actuation element further reducing the volume of the hollow with respect to the second position in order to entirely close the channel and/or the hollow.
An apparatus for changing a blade of a rotary die cutter, particularly for flexographic printing machines, comprising: - a magnetic cylinder, configured to receive and support a blade (5, 5'); - a station for inserting said blade (5, 5'), comprising retention means configured to retain said blade in said insertion station, and guiding means configured to guide said blade (5, 5') toward said magnetic cylinder; said apparatus being characterised in that it comprises a station for extracting said blade (5, 5'), comprising extraction means configured to remove said blade (5, 5') from said magnetic cylinder, wherein said extraction means comprise an oscillating body which comprises an end adapted to detach said blade (5, 5') from said magnetic cylinder, said oscillating body oscillating between an inactive configuration, in which said end is spaced from said magnetic cylinder, and a configuration for removing said blade (5, 5'), in which said end is adapted to engage said blade (5, 5') and to detach said blade (5, 5') from said magnetic cylinder.
A fiber producing device for use in a microfiber and/or nanofiber producing system, the device comprising a body, an internal cavity disposed in the body, wherein the internal cavity is configured to receive material to be produced into a fiber; one or more material outlets (2110, 2112) that allow material to be passed from the internal cavity to the exterior of the body passing through sidewalls of the body; a coupling member, wherein the body is couplable to a driver through the coupling member; the body comprising one or more gas outlets (2114, 2120) positioned proximate to the one or more material outlets (2110, 2112); wherein, during use, rotation of the body causes material in the internal body cavity to be passed through the one or more material outlets (2110, 2112) to produce microfibers and/or nanofibers, and wherein during rotation of the body gas is passed through the gas outlets (2114, 2120). an internal cavity disposed in the body, wherein the internal cavity is configured to receive material to be produced into a fiber; one or more material outlets (2110, 2112) that allow material to be passed from the internal cavity to the exterior of the body passing through sidewalls of the body; a coupling member, wherein the body is couplable to a driver through the coupling member; the body comprising one or more gas outlets (2114, 2120) positioned proximate to the one or more material outlets (2110, 2112); wherein, during use, rotation of the body causes material in the internal body cavity to be passed through the one or more material outlets (2110, 2112) to produce microfibers and/or nanofibers, and wherein during rotation of the body gas is passed through the gas outlets (2114, 2120).
A computer-implemented method for creating a computer-generated three-dimensional model in a broken state, the method comprising: removing an area of the computer-generated 3D model in an unbroken state to create the computer-generated 3D model in the broken state; and implementing a mapping between the computer-generated 3D model in the unbroken state and the computer-generated 3D model in the broken state to enable operations performed on the computer-generated 3D model in the broken state to utilize data defining the computer-generated 3D model in the unbroken state, wherein the mapping maintains a relationship between data defining the computer-generated 3D model in the unbroken state and data defining the computer-generated 3D model in the broken state. removing an area of the computer-generated 3D model in an unbroken state to create the computer-generated 3D model in the broken state; and implementing a mapping between the computer-generated 3D model in the unbroken state and the computer-generated 3D model in the broken state to enable operations performed on the computer-generated 3D model in the broken state to utilize data defining the computer-generated 3D model in the unbroken state, wherein the mapping maintains a relationship between data defining the computer-generated 3D model in the unbroken state and data defining the computer-generated 3D model in the broken state.
A coupler comprising at least a first gimbal defining a pivot that is secured to a mounting for securing to a frame member of a vehicle, the pivot also being secured to a buffer column that protrudes on an opposite side of the pivot to the mounting such that the buffer column is moveable relative to the mounting with at least one degree of freedom, the buffer column defining a free end that is remote from the mounting and that is securable to a further member and the buffer column including both a reversible buffer (76, 53) that attenuates buff and draft forces acting between the free end and the mounting and also a non-reversible buffer that attenuates buff forces acting between the free end and the mounting and attaining or exceeding a predetermined energy threshold, the reversible and non-reversible buffers overlapping over at least part of their lengths in the buffer column that also overlaps at least one of the pivots.
A calibration method for at least one gap sensor, comprising constructing a transformation formula for transforming an output signal of a gap sensor (31;32) into a gap detection value for each of at least one gap sensor (31, 32), the at least one gap sensor (31, 32) being provided on a magnetic bearing (21, 22) supporting a floating body in a non-contact manner by an electromagnetic force, the at least one gap sensor (31, 32) being configured to detect a gap detection value (g) between the floating body and a reference object that serves as a positional reference for position control of the floating body, the method comprising: constructing a transformation formula for transforming an output signal (v) of the at least one gap sensor (31, 32) into the gap detection value (g), using three or more constraints that are set as conditions for associating the gap detection value (g) with the output signal (v) of the at least one gap sensor (31, 32), wherein the constructing includes: moving the floating body along a predetermined trajectory; reading output signals from the at least one gap sensor (31, 32) at a plurality of different positions on the trajectory; and setting, so as to construct the transformation formula of the at least one gap sensor (31,32), the three or more constraints by assigning the output signals read from the at least one gap sensor (31, 32) to a geometric relational expression between the gap detection value (g) and the trajectory, the geometric relational expression constraining the output signals of the radial gap sensors (31, 32). constructing a transformation formula for transforming an output signal (v) of the at least one gap sensor (31, 32) into the gap detection value (g), using three or more constraints that are set as conditions for associating the gap detection value (g) with the output signal (v) of the at least one gap sensor (31, 32), wherein the constructing includes: moving the floating body along a predetermined trajectory; reading output signals from the at least one gap sensor (31, 32) at a plurality of different positions on the trajectory; and setting, so as to construct the transformation formula of the at least one gap sensor (31,32), the three or more constraints by assigning the output signals read from the at least one gap sensor (31, 32) to a geometric relational expression between the gap detection value (g) and the trajectory, the geometric relational expression constraining the output signals of the radial gap sensors (31, 32). moving the floating body along a predetermined trajectory; reading output signals from the at least one gap sensor (31, 32) at a plurality of different positions on the trajectory; and setting, so as to construct the transformation formula of the at least one gap sensor (31,32), the three or more constraints by assigning the output signals read from the at least one gap sensor (31, 32) to a geometric relational expression between the gap detection value (g) and the trajectory, the geometric relational expression constraining the output signals of the radial gap sensors (31, 32).