mhurhangee/ep-ind-claims huggingface dataset:
Procedure for monitoring a system used in automation engineering, wherein said system has a fieldbus access unit, particularly a computing unit, a gateway or an edge device, wherein said fieldbus access unit has a communication connection to at least a first wired or wireless communication network, wherein the first communication network has multiple field devices (F1, F2, F3,..., FN) and network nodes (NK1, NK2, NK3,..., NKm), wherein a communication driver - which runs in a first framework application, wherein said first framework application is implemented on a client computer connected directly or indirectly to the fieldbus access unit via at least a second communication network - retrieves structure data of network nodes (NK1, NK2, NK3,..., NKm) and field devices (F1, F2, F3,..., FN) present in at least one network level (NE1, NE2) of the first communication network, wherein the retrieval of the structure data is transmitted to the fieldbus access unit and the latter unit creates said structure data and transmits the data to the client computer; and wherein, within the framework of the data retrieval, the structure data is created by the fieldbus access unit in that the fieldbus access unit scans the address space of the network level (NE1, NE2) and determines the network nodes (NK1, NK2, NK3,..., NKm) and field devices (F1, F2, F3,..., FN) present in the address space, wherein the structure data concerns the infrastructure of the first communication network and contains network addresses and identification data of the determined field devices (F1, F2, F3,..., FN) and network nodes (NK1, NK2, NK3,..., NKm), as well as the network level (NE1, NE2) in which the determined field devices (F1, F2, F3,..., FN) and network nodes (NK1, NK2, NK3,..., NKm) are determined. wherein a communication driver - which runs in a first framework application, wherein said first framework application is implemented on a client computer connected directly or indirectly to the fieldbus access unit via at least a second communication network - retrieves structure data of network nodes (NK1, NK2, NK3,..., NKm) and field devices (F1, F2, F3,..., FN) present in at least one network level (NE1, NE2) of the first communication network, wherein the retrieval of the structure data is transmitted to the fieldbus access unit and the latter unit creates said structure data and transmits the data to the client computer; and wherein, within the framework of the data retrieval, the structure data is created by the fieldbus access unit in that the fieldbus access unit scans the address space of the network level (NE1, NE2) and determines the network nodes (NK1, NK2, NK3,..., NKm) and field devices (F1, F2, F3,..., FN) present in the address space, wherein the structure data concerns the infrastructure of the first communication network and contains network addresses and identification data of the determined field devices (F1, F2, F3,..., FN) and network nodes (NK1, NK2, NK3,..., NKm), as well as the network level (NE1, NE2) in which the determined field devices (F1, F2, F3,..., FN) and network nodes (NK1, NK2, NK3,..., NKm) are determined.
Electrical trimmer for rotary cutting comprising, a rotary cutting equipment comprising cutting line that is rotatable to perform the same cutting function regardless of a direction of rotation of the rotary cutting equipment relative to grass or other vegetation, an electrical motor for driving the rotary cutting equipment, and a trim shield arranged proximate to the rotary cutting equipment, characterized in that the electrical trimmer comprises a switching means for changing the rotational direction of the electrical motor drive, during operation of the rotary cutting equipment, between clockwise and counterclockwise rotation for rotation of the rotary cutting equipment, and wherein the trim shield is symmetrically arranged for protecting an operator from the cutting line and for directing cut grass or other vegetation in a certain direction during both clockwise and counterclockwise rotation of the rotary cutting equipment, the trim shield including two knives (8a, 8b) arranged thereon in opposite directions relative to each other to trim the cutting line for both clockwise and counterclockwise rotation of the rotary cutting equipment.
Identification document for identifying a person, comprising: an image of a first view of the person, and a model information which enables a digital detection of a second view of the person, wherein the image comprises the model information or wherein the model information is superimposed on the image. an image of a first view of the person, and a model information which enables a digital detection of a second view of the person, wherein the image comprises the model information or wherein the model information is superimposed on the image.
A permanent magnet, comprising: a composition represented by a composition formula: R(Fe p M q Cu r Co r1-p-q-r) z where R is at least one element selected from the group consisting of rare-earth elements, M is at least one element selected from the group consisting of Zr, Ti, and Hf, p is a number satisfying 0.3 ≤ p ≤ 0.4 (atomic ratio), q is a number satisfying 0.01 ≤ q ≤ 0.05 (atomic ratio), r is a number satisfying 0.01 ≤ r ≤ 0.1 (atomic ratio), and z is a number satisfying 7 ≤ z ≤ 8.5 (atomic ratio); and a structure including a cell phase having a Th 2 Zn 17 crystal phase, and a cell wall phase existing to surround the cell phase, characterized in that the cell wall phase has a region in which a Cu concentration is 40 atomic% or more and which is formed in the vicinity of the center of the cell wall phase, the vicinity being a region separated from the center by ± 0.5 nm, and an average magnetization of the cell wall phase is 0.2 T or less. a composition represented by a composition formula: R(Fe p M q Cu r Co r1-p-q-r) z where R is at least one element selected from the group consisting of rare-earth elements, M is at least one element selected from the group consisting of Zr, Ti, and Hf, p is a number satisfying 0.3 ≤ p ≤ 0.4 (atomic ratio), q is a number satisfying 0.01 ≤ q ≤ 0.05 (atomic ratio), r is a number satisfying 0.01 ≤ r ≤ 0.1 (atomic ratio), and z is a number satisfying 7 ≤ z ≤ 8.5 (atomic ratio); and a structure including a cell phase having a Th 2 Zn 17 crystal phase, and a cell wall phase existing to surround the cell phase, characterized in that the cell wall phase has a region in which a Cu concentration is 40 atomic% or more and which is formed in the vicinity of the center of the cell wall phase, the vicinity being a region separated from the center by ± 0.5 nm, and an average magnetization of the cell wall phase is 0.2 T or less.
A display device, the surface of the device being rendered touch-sensitive, the device comprising a first dedicated part comprising two insulating plates (1, 2), a layer of material exhibiting electro-optical properties suitable for rendering all or part of its surface visible under the effect of an electrical control signal, the layer being disposed between the two plates (1, 2), at least one first electrode (4, 5) having the shape of a pictogram, the first electrode (4, 5) being disposed on a face of one of the insulating plates, a second electrode disposed on a face of the other insulating plate opposite at least one first electrode (4, 5), characterised in that the second electrode is used as responsive element of the touch-sensitive surface of the device by capacitive effect obtained by placing a finger of a user on the device opposite the second electrode, the capacity being created between the finger and the second electrode, in that the surface area of the second electrode is at least 9 mm 2, and in that the surface area of the second electrode is greater than or equal to the surface area or the sum of the surface areas of the first electrode or electrodes (4, 5) opposite.
A method for producing, on an SiC substrate, SiC homoepitaxial layers (2, 3) of the same polytype as said substrate, wherein the method comprises the steps: - growing said layers (2, 3) on a surface of the SiC substrate, wherein said surface is inclined relative to the basal plane at an angle higher than 0.1 degree but less than 1 degree, characterized by - starting an homoepitaxial growth by forming a boundary layer with a thickness up to 1 um, and - arranging, for forming said boundary layer, an atmosphere of lower supersaturation than with a following homoepitaxial layer. - growing said layers (2, 3) on a surface of the SiC substrate, wherein said surface is inclined relative to the basal plane at an angle higher than 0.1 degree but less than 1 degree, - starting an homoepitaxial growth by forming a boundary layer with a thickness up to 1 um, and - arranging, for forming said boundary layer, an atmosphere of lower supersaturation than with a following homoepitaxial layer.
Syringe having a syringe body (1, 101, 201) and a syringe cone (3, 103, 203), which comprises a distal opening and a connection (10, 100, 200), in particular a thread (12, 112, 212), arranged in the region of the syringe cone, wherein the syringe body (1, 101, 201) consists of a first material and the connection (10, 100, 200), in particular the thread, consists at least in sections, in particular completely, of a second material, wherein the first material is different from the second material and the second material is a softer material than the first material, wherein the first material is a cycloolefin copolymer or a cycloolefin polymer, characterized in that the syringe body (1, 101, 201) forms a first component of the syringe and the connection (10, 100, 200), in particular the thread (12, 112, 212), is a second component and the first and second components are joined to one another in a materially bonded manner. a connection (10, 100, 200), in particular a thread (12, 112, 212), arranged in the region of the syringe cone, wherein the syringe body (1, 101, 201) consists of a first material and the connection (10, 100, 200), in particular the thread, consists at least in sections, in particular completely, of a second material, wherein the first material is different from the second material and the second material is a softer material than the first material, wherein the first material is a cycloolefin copolymer or a cycloolefin polymer, characterized in that the syringe body (1, 101, 201) forms a first component of the syringe and the connection (10, 100, 200), in particular the thread (12, 112, 212), is a second component and the first and second components are joined to one another in a materially bonded manner.
An apparatus for use with a helicopter including a rotor system having a main rotor with an adjustable pitch that is controlled at least in part by a pilot using a collective control and the collective control pivotally supports a friction control lever as part of a friction control that is engageable by the pilot to selectively increase a control force that is required as a minimum to move the collective control, the apparatus comprising: an actuator including a motor having an output shaft for rotation to change the adjustable pitch by exerting an actuation force; an actuator linkage that engages the friction control lever to apply the actuation force directly to the friction control lever such that the actuation force initially disengages the friction control to decrease the control force and, thereafter, reduces the adjustable pitch toward a minimum collective pitch position; and a control arrangement that is configured to receive a signal that is indicative of a low rotor RPM condition and to respond to said signal by activating the actuator arrangement to exert the actuation force.
A method for providing data streams to a plurality of customer premises equipment, CPE, devices communicatively coupled to a network, the method comprising the steps of: generating downstream network plant with a digital controller, the digital controller having access to a database including at least one of CPE control information, subscriber management information, security and access information, provisioning information, billing information, application traffic information, and configuration information; providing a plurality of data streams as Protocol Independent Multicasts, PIM, streams to the plurality of CPE devices; and providing each of the CPE devices with Multicast Address information relative to the plurality of PIM streams to permit auto-discovery by each of the CPE devices of appropriate PIM streams wherein providing each of the CPE devices with Multicast Address information step includes transmitting the Multicast Address information to the plurality of CPE devices on one or more dedicated out-of-band, OOB, messaging channels. generating downstream network plant with a digital controller, the digital controller having access to a database including at least one of CPE control information, subscriber management information, security and access information, provisioning information, billing information, application traffic information, and configuration information; providing a plurality of data streams as Protocol Independent Multicasts, PIM, streams to the plurality of CPE devices; and providing each of the CPE devices with Multicast Address information relative to the plurality of PIM streams to permit auto-discovery by each of the CPE devices of appropriate PIM streams wherein providing each of the CPE devices with Multicast Address information step includes transmitting the Multicast Address information to the plurality of CPE devices on one or more dedicated out-of-band, OOB, messaging channels.
A method of Dynamic Adaptive Streaming over HyperText Transport Protocol, DASH, performed by a wireless transmit/receive unit, WTRU, the method comprising: receiving a DASH multimedia presentation description, MPD, manifest file, wherein the DASH MPD manifest file comprises a description of a plurality of segments of a media content, wherein each segment represents a time-based portion of the media content, wherein the DASH MPD manifest file specifies a bitrate for each of the plurality of segments, wherein the DASH MPD manifest file also specifies a quality value for each of the plurality of segments, wherein the quality value is a quality measure for each of the plurality of segments that are encoded, and wherein the quality value comprises at least one of peak signal-to-noise ratio, PSNR, structural similarity, SSIM, video quality metric, VQM, visual information fidelity, VIF, J.341, or mean opinion score, MOS; selecting a first segment from the plurality of segments based on a first bitrate and a first-quality value, wherein the first bitrate and the first quality value are associated with the first segment; selecting a second segment from the plurality of segments based on a second bitrate and a second quality value, wherein the second bitrate and the second quality value are associated with the second segment, wherein the second bitrate is lower than the first bitrate, wherein the second segment is selected based on the second quality value being the same as or greater than a quality threshold level; transmitting a request for the selected second segment; and receiving the requested second segment. receiving a DASH multimedia presentation description, MPD, manifest file, wherein the DASH MPD manifest file comprises a description of a plurality of segments of a media content, wherein each segment represents a time-based portion of the media content, wherein the DASH MPD manifest file specifies a bitrate for each of the plurality of segments, wherein the DASH MPD manifest file also specifies a quality value for each of the plurality of segments, wherein the quality value is a quality measure for each of the plurality of segments that are encoded, and wherein the quality value comprises at least one of peak signal-to-noise ratio, PSNR, structural similarity, SSIM, video quality metric, VQM, visual information fidelity, VIF, J.341, or mean opinion score, MOS; selecting a first segment from the plurality of segments based on a first bitrate and a first-quality value, wherein the first bitrate and the first quality value are associated with the first segment; selecting a second segment from the plurality of segments based on a second bitrate and a second quality value, wherein the second bitrate and the second quality value are associated with the second segment, wherein the second bitrate is lower than the first bitrate, wherein the second segment is selected based on the second quality value being the same as or greater than a quality threshold level; transmitting a request for the selected second segment; and receiving the requested second segment.
Assembly for injecting water containing a neutron-absorbing element in order to cool a nuclear reactor core in a crisis situation, characterised in that it comprises a mobile structure containing a main pipe, a first end of which is intended to be connected to a water supply, and a second end of which is intended to be connected to a circuit connected to the primary circuit of the nuclear reactor, and comprising, between the first and second ends with regard to the direction of circulation of water: - a pump, - means of continuous injection of the neutron-absorbing element in powder form into the water of the main pipe; - a first system for mixing and dissolution of the powdered form of the neutron-absorbing element in the water, and - means of control of the flow rate of the water and that of the powder injected. - a pump, - means of continuous injection of the neutron-absorbing element in powder form into the water of the main pipe; - a first system for mixing and dissolution of the powdered form of the neutron-absorbing element in the water, and - means of control of the flow rate of the water and that of the powder injected.
Digital microscope system, comprising - several objective lenses (5, 6), a tube lens system, a digital image-acquisition device, a stand, a holder for a sample and an illumination device, wherein several objective lenses (5, 6), the tube lens system, the digital image-acquisition device and the illumination device are combined in a compact optical unit, and - means for connecting the optical unit to the stand in several connection variants which differ with respect to the spatial position and alignment of the optical unit relative to the stand and to the sample, wherein - in a first connection variant the spatial position and alignment of the optical unit relative to the stand and to the sample corresponds to that of an upright microscope, and in a second connection variant the spatial position and alignment of the optical unit relative to the stand and to the sample corresponds to that of an inverted microscope, characterized in that the optical unit is equipped with two objective lenses (5, 6), which both have the same optical design, wherein - a first objective lens is assigned an operating position in which its optical axis forms an angle of 90 degrees with the optical axis of the tube lens system, - a second objective lens is assigned an operating position in which its optical axis lies in a straight line with the optical axis of the tube lens system, and - a beam splitter/beam combiner is provided in the common intersection point of the optical axes of the objective lenses (5, 6) and the tube lens system. - several objective lenses (5, 6), a tube lens system, a digital image-acquisition device, a stand, a holder for a sample and an illumination device, wherein several objective lenses (5, 6), the tube lens system, the digital image-acquisition device and the illumination device are combined in a compact optical unit, and - means for connecting the optical unit to the stand in several connection variants which differ with respect to the spatial position and alignment of the optical unit relative to the stand and to the sample, wherein - in a first connection variant the spatial position and alignment of the optical unit relative to the stand and to the sample corresponds to that of an upright microscope, and - a first objective lens is assigned an operating position in which its optical axis forms an angle of 90 degrees with the optical axis of the tube lens system, - a second objective lens is assigned an operating position in which its optical axis lies in a straight line with the optical axis of the tube lens system, and - a beam splitter/beam combiner is provided in the common intersection point of the optical axes of the objective lenses (5, 6) and the tube lens system.
A pushbutton assembly employed in an electronic device, comprising: a housing front, a pushbutton circuit board configured to be fixedly disposed on the housing front of the electronic device, a pushbutton body disposed on the side of the pushbutton circuit board facing away from the housing from, a pushbutton holder disposed on a side of the pushbutton body facing away from the pushbutton circuit board, characterized in that the pushbutton holder comprises a bounding frame and a first fastening portion and a second fastening portion located on the bounding frame, wherein the first fastening portion extends from the bounding frame towards a side facing the pushbutton circuit board, while the second fastening portion extends outwardly from the bounding frame, wherein the extending direction of the second fastening portion is perpendicular to the extending direction of the first fastening portion, wherein the first fastening portion and the second fastening portion are each adapted to be inserted into one of the snap-in slots on the housing front of the electronic device, respectively, so that the pushbutton holder is detachably coupled to the housing front of the electronic device, and wherein the bounding frame is designed to bound the pushbutton body on a side of the pushbutton circuit board facing away from the housing front. a housing front, a pushbutton circuit board configured to be fixedly disposed on the housing front of the electronic device, a pushbutton body disposed on the side of the pushbutton circuit board facing away from the housing from, a pushbutton holder disposed on a side of the pushbutton body facing away from the pushbutton circuit board, characterized in that the pushbutton holder comprises a bounding frame and a first fastening portion and a second fastening portion located on the bounding frame, wherein the first fastening portion extends from the bounding frame towards a side facing the pushbutton circuit board, while the second fastening portion extends outwardly from the bounding frame, wherein the extending direction of the second fastening portion is perpendicular to the extending direction of the first fastening portion, wherein the first fastening portion and the second fastening portion are each adapted to be inserted into one of the snap-in slots on the housing front of the electronic device, respectively, so that the pushbutton holder is detachably coupled to the housing front of the electronic device, and wherein the bounding frame is designed to bound the pushbutton body on a side of the pushbutton circuit board facing away from the housing front.