mhurhangee/ep-ind-claims huggingface dataset:
Composite profile produced from a metal profile (1, 1.1 1.2) and a second metal profile (2, 2.1, 2.2) connected by cold-joining on a longitudinal side to the first metal profile (1, 1.1, 1.2), both of these profiles carrying complementing clamping structures on their longitudinal sides facing one another for the cold-joining of the two profiles (1, 2; 1.1, 2.1, 2.2), wherein the first profile (1, 1.1, 1.2) comprises as a clamping structure a clamping head (5, 5.1, 5.2, 5.3), formed at a web and forming in each case an undercut, by way of a larger extension in the profile transverse direction in relation to that of the web, on both sides of the web, and the clamping structure complementary to this of the second profile (2, 2.1, 2.2) is configured to receive a clamping head receiver (12, 12.1) to receive a section of the clamping head (5, 5.1, 5.2, 5.3) of the first profile (1, 1.1, 1.2) and a clasping limb (16, 16.1, 16.2) formed at a limb of the clamping head receiver (12, 12.1), with a first profile arm (18, 18.1) projecting before the cold joining, and with a second profile arm (20, 20.1) formed at an angle to this, of which the free end is provided for engaging behind the clamping head (5, 5.1, 5.2, 5.3) and before the cold joining points towards a clamping pocket of the first profile (1, 1.1, 1.2) delimited by the web, characterised in that the clasping limb (16, 16.1, 16.2) is formed at the profile outer limb of the clamping head receiver (12, 12.1) and that the clamping head receiver (12, 12.1) tapers in respect of the arrangement of its clear width and/or the clamping head (5, 5.1, 5.2, 5.3) tapers in respect of the material thickness of the section to be inserted into the clamping head receiver (12, 12.1) in the direction towards the base of the clamping head receiver (12, 12.1), wherein, by means of the second profile arm (20, 20.1,) following the cold joining, the section of the clamping head (5, 5.1, 5.2, 5.3) pressed into the clamping head receiver (12, 12.1) is metallically connected at least in sections to the clamping head receiver (12, 12.1) with sealing effect in the profile transverse direction.
A hydraulic tensioner, comprising: • a base; • a piston mounted for sliding motion relative to the base, the base and the piston defining a pressure space therebetween and being arranged to be urged apart along an axis upon introduction of a fluid into the pressure space, the tensioner having an internal bore along the axis having first and second ends along the axis and comprising a threaded component having an internally threaded portion at the first end and coupled to the piston; the tensioner further comprising: • a threaded stud having an exterior thread which engages the internally threaded portion of the threaded component; and • a drive mechanism (12, 13) arranged to transmit rotational motion from the second end of the internal bore to the threaded stud; the tensioner being arranged such that rotational motion applied to the drive mechanism (12, 13) at the second end causes rotation of the stud relative to the threaded component, with the engagement of the exterior thread of the stud and the internal thread of the threaded component causing the stud to move along the axis as it rotates. • a base; • a piston mounted for sliding motion relative to the base, the base and the piston defining a pressure space therebetween and being arranged to be urged apart along an axis upon introduction of a fluid into the pressure space, the tensioner having an internal bore along the axis having first and second ends along the axis and comprising a threaded component having an internally threaded portion at the first end and coupled to the piston; the tensioner further comprising: the base and the piston defining a pressure space therebetween and being arranged to be urged apart along an axis upon introduction of a fluid into the pressure space, the tensioner having an internal bore along the axis having first and second ends along the axis and comprising a threaded component having an internally threaded portion at the first end and coupled to the piston; the tensioner further comprising: • a threaded stud having an exterior thread which engages the internally threaded portion of the threaded component; and • a drive mechanism (12, 13) arranged to transmit rotational motion from the second end of the internal bore to the threaded stud; the tensioner being arranged such that rotational motion applied to the drive mechanism (12, 13) at the second end causes rotation of the stud relative to the threaded component, with the engagement of the exterior thread of the stud and the internal thread of the threaded component causing the stud to move along the axis as it rotates.
An apparatus, comprising: a gaseous packet generator to generate a gaseous packet adjacent an aircraft; a sensor array adapted to be disposed on the aircraft to acquire information related to the gaseous packet; and characterized in that the sensor array is arranged to detect the size of the gaseous packet after the packet has moved along the aircraft; and in that the apparatus comprises: a processor to determine a temperature of the air flowing along the aircraft based on the size of the gaseous packet. a gaseous packet generator to generate a gaseous packet adjacent an aircraft; a sensor array adapted to be disposed on the aircraft to acquire information related to the gaseous packet; and characterized in that the sensor array is arranged to detect the size of the gaseous packet after the packet has moved along the aircraft; and in that the apparatus comprises: a processor to determine a temperature of the air flowing along the aircraft based on the size of the gaseous packet.
Communication device for carrying out a control interaction between an operating electronics and an actuator, for example a control valve, a pump or the like, for setting a process fluid flow of a process plant, such as a chemical plant, in particular a petrochemical plant, a food-processing plant, a power plant or the like, which has control and/or regulating electronics for actuating the actuator in accordance with an actuator command, the control and/or regulating electronics being configured to carry out a predetermined function, in particular for actuating the actuator, in dependence on a predefined actuator command, such as an actuating setpoint value, the communication device comprising: a first communication interface for receiving electrical signals, such as actuator commands (a, b), from the operating electronics, a second communication interface for sending electrical actuator commands (b) to the actuator, an electronic permissibility checker having a data memory in which a series of permissible actuator commands (b) is stored, the permissibility checker being configured to, depending on an electrical signal received by means of the first communication interface, cause the second communication interface to either send no actuator command or one of the permissible actuator commands (b) to the actuator, wherein the communication device is set up to receive operating data (d), such as valve position, control difference, control signal, actuator signature, actuator hysteresis or the like, from the actuator, wherein the permissibility checker is furthermore set up to permit and/or prevent the transmission of permissible actuator commands (b) in dependence on the operating data (d), and/or the second communication interface is set up to take account of the operating data (d) when an actuator command (b) is transmitted. a first communication interface for receiving electrical signals, such as actuator commands (a, b), from the operating electronics, a second communication interface for sending electrical actuator commands (b) to the actuator, an electronic permissibility checker having a data memory in which a series of permissible actuator commands (b) is stored, the permissibility checker being configured to, depending on an electrical signal received by means of the first communication interface, cause the second communication interface to either send no actuator command or one of the permissible actuator commands (b) to the actuator, wherein the communication device is set up to receive operating data (d), such as valve position, control difference, control signal, actuator signature, actuator hysteresis or the like, from the actuator, wherein the permissibility checker is furthermore set up to permit and/or prevent the transmission of permissible actuator commands (b) in dependence on the operating data (d), and/or the second communication interface is set up to take account of the operating data (d) when an actuator command (b) is transmitted.
A device comprising first and second hosts (EPA, EPB) and a NFC controller, said first and second hosts (EPA, EPB), each host corresponding to a logical Proximity Integrated Circuit Card, and being intended to communicate with a reader device via a first communication protocol and a second communication protocol respectively, said first and second hosts (EPA, EPB) being intended to be identified by the reader device during an anti-collision phase through a first identifier and a second identifier respectively, characterized in that said first identifier comprises a variable part, said variable part and the second identifier comprising a common pattern and in that the device comprises a means able to generate said first identifier when the device is placed in a magnetic field of the reader device.
A method of fabricating In-Plane Switching, IPS, screen electrodes having a common Indium Tin Oxide, ITO, electrode and a pixel ITO electrode in the same plane, characterized in that, the method comprises: etching a first ITO layer using oxalic acid; annealing the etched first ITO layer for a first preset length of time at a preset temperature; etching a second ITO layer using oxalic acid; and annealing the etched first ITO layer and the etched second ITO layer for a second preset length of time at the preset temperature. etching a first ITO layer using oxalic acid; annealing the etched first ITO layer for a first preset length of time at a preset temperature; etching a second ITO layer using oxalic acid; and annealing the etched first ITO layer and the etched second ITO layer for a second preset length of time at the preset temperature.
A surgical cutting and fastening instrument comprising: an end effector; a shaft connected to the end effector, the shaft comprising a drive train for powering the end effector; an electric, DC motor connected to the drive train for powering the drive train; and a removable power pack that comprises: at least one charge-accumulating device connected to the DC motor for powering the DC motor; and a charge management circuit comprising a memory for storing data and a processor connected to the memory to control the memory, wherein the processor is configured to store parameters of the instrument in the memory, the parameters comprising ID values of replaceable components of the instrument, the charge management circuit configured to prevent power from the removable power pack being delivered to the motor in response to the processor determining that the ID value of a replaceable component is not authentic. an end effector; a shaft connected to the end effector, the shaft comprising a drive train for powering the end effector; an electric, DC motor connected to the drive train for powering the drive train; and a removable power pack that comprises: at least one charge-accumulating device connected to the DC motor for powering the DC motor; and a charge management circuit comprising a memory for storing data and a processor connected to the memory to control the memory, wherein the processor is configured to store parameters of the instrument in the memory, the parameters comprising ID values of replaceable components of the instrument, the charge management circuit configured to prevent power from the removable power pack being delivered to the motor in response to the processor determining that the ID value of a replaceable component is not authentic. at least one charge-accumulating device connected to the DC motor for powering the DC motor; and a charge management circuit comprising a memory for storing data and a processor connected to the memory to control the memory, wherein the processor is configured to store parameters of the instrument in the memory, the parameters comprising ID values of replaceable components of the instrument, the charge management circuit configured to prevent power from the removable power pack being delivered to the motor in response to the processor determining that the ID value of a replaceable component is not authentic.
Bearing for a rudder stock or a rudder blade, comprising a first bearing element and a second bearing element, wherein the first bearing element has a sliding surface for sliding contact with the second bearing element, and at least one transducer having a wear surface for sliding contact with the second bearing element, characterized in that the at least one transducer is not formed pin-shaped, that the transducer has an electrically conductive material, that the electrically conductive material is arranged for measuring the wear of the transducer in the region of the wear surface, that the electrically conductive material is formed as at least one layer or conductor layer and / or at least one conductor circuit and / or at least one conductor track (33, 34), that the transducer comprises a control unit, wherein the control unit is configured to detect wear of the transducer by measuring the change in electrical resistance and / or by measuring a short circuit between two layers and / or conductor circuits and / or conductor tracks (33, 34) that are electrically isolated from each other in the unworn state of the transducer.
A copolymer comprising one or more units of pyrene and one or more units of pyrrole, wherein the copolymer has a structure of Structure 1: wherein: -Pyrene-Pyrrole- is selected from the group consisting of Structure PP1 and Structure PP2: each A is independently selected from the group consisting of: nothing, Structure PN1, Structure PY1, Structure PP1, Structure PP2, Structure PP3, Structure PP4, Structure PP5, and Structure PP6: each B is independently selected from the group consisting of: nothing, Structure PN1, Structure PY1, Structure PP1, Structure PP2, Structure PP3, Structure PP4, Structure PP5, and Structure PP6: n is any integer from 1 to 40; R 1 is selected from the group consisting of: H, Structure PN2, Structure PY2, Structure PP7, Structure PP8, Structure PP9, Structure PP10, Structure PP11, Structure PP12, Structure PP13, Structure PP14, Structure PP15, and Structure PP16: R 2 is selected from the group consisting of: H, Structure PN2, Structure PY2, Structure PP7, Structure PP8, Structure PP9, Structure PP10, Structure PP 11, Structure PP12, Structure PP13, Structure PP 14, Structure PP15, and Structure PP16: -Pyrene-Pyrrole- is selected from the group consisting of Structure PP1 and Structure PP2: each A is independently selected from the group consisting of: nothing, Structure PN1, Structure PY1, Structure PP1, Structure PP2, Structure PP3, Structure PP4, Structure PP5, and Structure PP6: each B is independently selected from the group consisting of: nothing, Structure PN1, Structure PY1, Structure PP1, Structure PP2, Structure PP3, Structure PP4, Structure PP5, and Structure PP6: n is any integer from 1 to 40; R 1 is selected from the group consisting of: H, Structure PN2, Structure PY2, Structure PP7, Structure PP8, Structure PP9, Structure PP10, Structure PP11, Structure PP12, Structure PP13, Structure PP14, Structure PP15, and Structure PP16: R 2 is selected from the group consisting of: H, Structure PN2, Structure PY2, Structure PP7, Structure PP8, Structure PP9, Structure PP10, Structure PP 11, Structure PP12, Structure PP13, Structure PP 14, Structure PP15, and Structure PP16:
A steering lock device for a vehicle, comprising at least one electric motor, a moving element and an actuating element, wherein the electric motor and the actuating element cooperate with each other mechanically indirectly via moving element in such manner that the actuating element is movable between a first end position in which steering of the vehicle is enabled, and a second end position in which steering of the vehicle is blocked, and a detection unit, by means of which it can be detected whether the actuating element is located in one of the end positions (P1, P3), - wherein the detection unit is switchable between two states and a position of the actuating element is dependent on which of the states the detection unit is in, and - wherein the detection unit has a detection range, and the detection unit can be transferred through the detection range into another state by means of a movement of the moving element, characterized in that the detection unit is arranged within an area of an inner radius of the moving element. - wherein the detection unit is switchable between two states and a position of the actuating element is dependent on which of the states the detection unit is in, and - wherein the detection unit has a detection range, and the detection unit can be transferred through the detection range into another state by means of a movement of the moving element,
Wearable support structure for at least partly relieving a human body during leaning forward or bending over, comprising a frame having at least one upper stay part for support against a torso of a human body and at least one lower stay part for support against an upper leg of a human body, wherein the upper stay part and the lower stay part are pivotably connected to each other, wherein between the upper and lower stay parts (1A, 1B) at least one pivoting arrangement is provided, comprising a biasing means, such as a resilient element connected to the upper and lower stay parts (1A, 1B), characterised in that at least one of the upper stay part and the lower stay part is relatively flexible, such that during use when worn by a person, upon pivoting of the upper stay part relative to the lower stay part, at least one of said stay parts (1A, 1B) deforms resiliently, said biasing means being spaced apart from a pivot axis between the upper stay part and the lower stay part, the pivot arrangement being arranged such that when the upper stay part and the lower stay part are pivoted around the pivot axis from a stretched position to a position including a first angle, the biasing means provide for an increasing biasing moment biasing the stay (1, 1A, 1B) back to the stretched position and when pivoting further around said pivot axis from the said angle the biasing moment is substantially maintained or decreases.
A method for processing a message, applicable to a Data Synchronization, DS, session, comprising: receiving, by a terminal, a notification message for requesting to establish a session sent by a server, wherein the notification message carries session management information related to the session; acquiring, by the terminal, the session management information related to the session in the notification message; and acknowledging, by the terminal, the notification message according to the session management information, generating a reply message carrying error information of the notification message according to an acknowledgement result, and sending the reply message to the server in form of DS session message to instruct the server to modify the notification message correspondingly according to an error type of the error information and resends a modified notification message, wherein the session management information comprises identifier information of the server, authentication information, and indication information of the session, wherein the indication information of the session comprises at least one of: user interface indication information, purpose information, importance information, time-out information, operation information, and reply policy information of the session. receiving, by a terminal, a notification message for requesting to establish a session sent by a server, wherein the notification message carries session management information related to the session; acquiring, by the terminal, the session management information related to the session in the notification message; and acknowledging, by the terminal, the notification message according to the session management information, generating a reply message carrying error information of the notification message according to an acknowledgement result, and sending the reply message to the server in form of DS session message to instruct the server to modify the notification message correspondingly according to an error type of the error information and resends a modified notification message, wherein the session management information comprises identifier information of the server, authentication information, and indication information of the session, wherein the indication information of the session comprises at least one of: user interface indication information, purpose information, importance information, time-out information, operation information, and reply policy information of the session.
A method performed by an access point, AP, for setting a packet transmission mode, wherein the method comprises: when a packet amount in a packet cache queue of the AP exceeds a first threshold, changing, by the AP, the state of a first multicast group to multicast transmission, wherein the state of the first multicast group that is before the change is multicast-to-unicast transmission, wherein after the changing, by the AP, the state of the first multicast group in a first set to multicast transmission, the method further comprises: receiving, by the AP, a first multicast packet, wherein a multicast group of the first multicast packet is the first multicast group; adding, by the AP, the first multicast packet to the packet cache queue; sending, by the AP, the first multicast packet in the packet cache queue, wherein the method further comprises: when the packet amount in the packet cache queue is less than a second threshold, changing, by the AP, the state of a second multicast group to multicast-to-unicast transmission, wherein the state of the second multicast group that is before the change is multicast transmission. when a packet amount in a packet cache queue of the AP exceeds a first threshold, changing, by the AP, the state of a first multicast group to multicast transmission, wherein the state of the first multicast group that is before the change is multicast-to-unicast transmission, wherein after the changing, by the AP, the state of the first multicast group in a first set to multicast transmission, the method further comprises: receiving, by the AP, a first multicast packet, wherein a multicast group of the first multicast packet is the first multicast group; adding, by the AP, the first multicast packet to the packet cache queue; sending, by the AP, the first multicast packet in the packet cache queue, wherein the method further comprises: when the packet amount in the packet cache queue is less than a second threshold, changing, by the AP, the state of a second multicast group to multicast-to-unicast transmission, wherein the state of the second multicast group that is before the change is multicast transmission. receiving, by the AP, a first multicast packet, wherein a multicast group of the first multicast packet is the first multicast group; adding, by the AP, the first multicast packet to the packet cache queue; sending, by the AP, the first multicast packet in the packet cache queue, wherein the method further comprises: when the packet amount in the packet cache queue is less than a second threshold, changing, by the AP, the state of a second multicast group to multicast-to-unicast transmission, wherein the state of the second multicast group that is before the change is multicast transmission.