mhurhangee/ep-ind-claims huggingface dataset:
An electronic terminal device comprising a radio communication module configured to perform a bidirectional wireless data exchange with a mobile communication device over a direct wireless communication link between the radio communication module and the mobile communication device, and a controller connected to the wireless radio communication module, wherein the controller is configured to generate a terminal report message, and to transmit the terminal report message via the direct wireless communication link to the mobile communication device, characterized in that the terminal report message includes a message content part and a message addressing part, the message addressing part comprising at least a message center identifier which determines a message center of a remote message processing system responsible for processing the terminal message and a back-end-system identifier which determines a back-end-system (6,6') assigned to the electronic terminal device, said message addressing part enables the mobile communication device to use the message addressing part for forwarding the message content part of the terminal report message via a mobile radio network to the back-end system (6, 6') assigned to the electronic terminal device.
A method of wireless communication at a user equipment, comprising: determining whether a transmission is received from a base station within a time window from a current point in time, wherein the user equipment determines that the transmission is received from the base station when a signal quality of the transmission from the base station meets a threshold; skipping measurement of a reference signal, when the transmission is determined to be received from the base station within the time window and when the transmission has a signal quality above the threshold; and mapping a signal quality from a second reference signal to the reference signal based on a reference signal based offset; and transmitting an indication to the base station of a skipped measurement of the reference signal. determining whether a transmission is received from a base station within a time window from a current point in time, wherein the user equipment determines that the transmission is received from the base station when a signal quality of the transmission from the base station meets a threshold; skipping measurement of a reference signal, when the transmission is determined to be received from the base station within the time window and when the transmission has a signal quality above the threshold; and mapping a signal quality from a second reference signal to the reference signal based on a reference signal based offset; and
Shank for a flexible endoscope or for a flexible endoscopic instrument, which comprises a first shank portion and, arranged in the distal direction from the first shank portion, a second shank portion, wherein the second shank portion can be angled relative to a distal end area of the first shank portion by a longitudinal adjustment of at least one tensioning means extending inside the second shank portion, and wherein at least one cord drive is provided for the longitudinal adjustment of the at least one tensioning means, which cord drive comprises at least one twisting cord (15, 15'), characterized in that, to control the longitudinal adjustment of the at least one tensioning means, actuating means are provided which are arranged proximally to the first shank portion, and wherein furthermore to control the angle of the second shank portion relative to the distal end area of the first shank portion, at least one torsion shaft (10, 30, 31) is arranged inside the first shank portion, by means of which an actuating movement generated by the actuating means can be transmitted to the second shank portion or to an end area of the first shank portion, in order to drive the at least one cord drive.
A vehicular battery pack comprising a parallelepiped-shaped container, wherein cells are grouped in layers one above the other in the container, wherein each of said layers is connected to a face of a substantially planar-shaped tray through relative terminals (C+, C-) of the same cells; wherein said tray comprises a housing (H, HH) and a support (B, HB1, HB2) of insulating material suitable to complementarily engage in said housing, wherein said support (B, HB1, HB2) comprises a first band of metal material attached to a face of the support and appropriately insulated from said tray, so that, in operating conditions, a terminal (C+, C-) of at least one cell is welded to said band of metal material, so that said at least one cell is attached to a relative tray by means of said relative support (B, HB1, HB2); wherein said housing comprises a through opening wherein said support is substantially flat with two opposite faces, wherein the first metal band is attached to a first face and a second metal band is attached to a second face, insulated from said first metal band and from said tray. wherein said tray comprises a housing (H, HH) and a support (B, HB1, HB2) of insulating material suitable to complementarily engage in said housing, wherein said support (B, HB1, HB2) comprises a first band of metal material attached to a face of the support and appropriately insulated from said tray, so that, in operating conditions, a terminal (C+, C-) of at least one cell is welded to said band of metal material, so that said at least one cell is attached to a relative tray by means of said relative support (B, HB1, HB2); wherein said housing comprises a through opening wherein said support is substantially flat with two opposite faces, wherein the first metal band is attached to a first face and a second metal band is attached to a second face, insulated from said first metal band and from said tray.
A base element for a current transformer, configured to carry a lower extremity of the insulating column of the transformer securable to this base element, this insulating column carrying a head of the transformer at its opposite extremity, this base element comprising: - a plurality of plugs comprising each a portion extending out of a face of the base element; - a plurality of electric epoxy resin bushings carrying each a corresponding secondary lead, each secondary lead comprising a portion extending out of a face of the base element to be electrically connected in the insulating column; - a plurality of wires connecting each a secondary lead to a corresponding plug; - a plurality of securing means such as studs or bolts comprising each a portion extending out of a face of the base element for securing the insulating column to the base element, characterized in that it comprises a block (7, 8) of cast material, the secondary leads, the plugs and the securing means, comprising each a portion which is embedded into this block (7, 8) of cast material, the wires connecting each a secondary lead to a corresponding plug being embedded in this block (7, 8) of cast material. - a plurality of plugs comprising each a portion extending out of a face of the base element; - a plurality of electric epoxy resin bushings carrying each a corresponding secondary lead, each secondary lead comprising a portion extending out of a face of the base element to be electrically connected in the insulating column; - a plurality of wires connecting each a secondary lead to a corresponding plug; - a plurality of securing means such as studs or bolts comprising each a portion extending out of a face of the base element for securing the insulating column to the base element,
An NFC communicator comprising: a coupler operable to couple with a coupler of a further near field RF communicator in near field range to enable communication of data between the communicators by modulation of a magnetic field; a demodulator to extract modulation from a modulated signal coupled to the coupler; and a modulator to modulate an RF signal in accordance with data to be communicated by the NFC communicator, the NFC communicator being operable to communicate a request for data from said further near field RF communicator to a data source, and to provide timing data to the data source; characterised in that the NFC communicator is further configured to communicate to the further near field RF communicator that further time is required or to end communication with the further near field RF communicator, if the NFC communicator receives data from the data source indicating that the data source is unable to respond within a required time period comprised in the timing data. a coupler operable to couple with a coupler of a further near field RF communicator in near field range to enable communication of data between the communicators by modulation of a magnetic field; a demodulator to extract modulation from a modulated signal coupled to the coupler; and a modulator to modulate an RF signal in accordance with data to be communicated by the NFC communicator, the NFC communicator being operable to communicate a request for data from said further near field RF communicator to a data source, and to provide timing data to the data source; characterised in that the NFC communicator is further configured to communicate to the further near field RF communicator that further time is required or to end communication with the further near field RF communicator, if the NFC communicator receives data from the data source indicating that the data source is unable to respond within a required time period comprised in the timing data.
A lacing system (100, 300, 400) for an article of apparel (140, 340, 440) comprising: a first lace element (102, 302, 402) having an elongated structure that extends continuously between a first end and a second end (108, 308, 408), the first lace element (102, 302, 402) having a first lace-receiving portion (114, 314) and a first lacing portion (116, 316, 416); a second lace element having an elongated structure that extends continuously between a first end and a second end, the second lace element having a second lace-receiving portion and a second lacing portion; a first carrier (122, 324) to which the first lace-receiving portion (114, 314) of the first lace element (102, 302, 402) is fixedly attached; and a second carrier to which the second lace-receiving portion of the second lace element is fixedly attached, the second carrier being spaced apart from the first carrier (122, 324) by a lacing gap; wherein the first lace-receiving portion (114, 314) forms a first plurality of loop apertures (126, 326, 426), and the second lace-receiving portion forms a second plurality of loop apertures, and wherein the first lacing portion (116, 316, 416) engages with respective ones of the first plurality of loop apertures (126, 326, 426) and respective ones of the second plurality of loop apertures, and the second lacing portion engages with respective ones of the first plurality of loop apertures (126, 326, 426) and respective ones of the second plurality of loop apertures. a first lace element (102, 302, 402) having an elongated structure that extends continuously between a first end and a second end (108, 308, 408), the first lace element (102, 302, 402) having a first lace-receiving portion (114, 314) and a first lacing portion (116, 316, 416); a second lace element having an elongated structure that extends continuously between a first end and a second end, the second lace element having a second lace-receiving portion and a second lacing portion; a first carrier (122, 324) to which the first lace-receiving portion (114, 314) of the first lace element (102, 302, 402) is fixedly attached; and a second carrier to which the second lace-receiving portion of the second lace element is fixedly attached, the second carrier being spaced apart from the first carrier (122, 324) by a lacing gap; wherein the first lace-receiving portion (114, 314) forms a first plurality of loop apertures (126, 326, 426), and the second lace-receiving portion forms a second plurality of loop apertures, and wherein the first lacing portion (116, 316, 416) engages with respective ones of the first plurality of loop apertures (126, 326, 426) and respective ones of the second plurality of loop apertures, and the second lacing portion engages with respective ones of the first plurality of loop apertures (126, 326, 426) and respective ones of the second plurality of loop apertures.
Pharmaceutical dispenser, in particular an inhaler, for discharging a pharmaceutical liquid, preferably in atomized form, having the following features: a. the dispenser has a liquid reservoir and/or a receiving space for receiving a replaceable liquid reservoir, and b. the dispenser has an outlet through which the liquid can be dispensed from the liquid reservoir into an environment or through which it can be inhaled by a user, and c. the dispenser has a liquid channel which connects the liquid reservoir to the outlet, and d. the dispenser has an evaluation electronics unit for electronic detection and processing of discharging procedures, wherein the evaluation electronics unit has a liquid sensor which is designed to detect a variable that is influenced by the flow of liquid from the liquid reservoir to the outlet, and e. the dispenser has a main module and an evaluation module, and f. the main module comprises the liquid reservoir, or the receiving space provided to receive the latter, and the outlet, characterized by the following features: g. the evaluation module comprises the evaluation electronics unit and at least one subportion of the liquid channel and also the liquid sensor provided at this subportion, and h. the main module and the evaluation module are designed for releasable coupling to each other, and i. the main module and the evaluation module have interacting coupling devices (26, 56), which are designed for coupling and uncoupling without tools. a. the dispenser has a liquid reservoir and/or a receiving space for receiving a replaceable liquid reservoir, and b. the dispenser has an outlet through which the liquid can be dispensed from the liquid reservoir into an environment or through which it can be inhaled by a user, and c. the dispenser has a liquid channel which connects the liquid reservoir to the outlet, and d. the dispenser has an evaluation electronics unit for electronic detection and processing of discharging procedures, wherein the evaluation electronics unit has a liquid sensor which is designed to detect a variable that is influenced by the flow of liquid from the liquid reservoir to the outlet, and e. the dispenser has a main module and an evaluation module, and f. the main module comprises the liquid reservoir, or the receiving space provided to receive the latter, and the outlet, characterized by the following features: g. the evaluation module comprises the evaluation electronics unit and at least one subportion of the liquid channel and also the liquid sensor provided at this subportion, and h. the main module and the evaluation module are designed for releasable coupling to each other, and i. the main module and the evaluation module have interacting coupling devices (26, 56), which are designed for coupling and uncoupling without tools.
Magnetic resonance device having a radiofrequency unit (19, 101) which has a radiofrequency antenna, at least one radiofrequency line (25, 102) and at least one radiofrequency injection point (26, 103), wherein radiofrequency signals are transferred to the radiofrequency antenna by means of the at least one radiofrequency line (25, 102) and injected into the radiofrequency antenna at the at least one radiofrequency injection point (26, 103), a patient receiving zone which is at least partially enclosed by the radiofrequency antenna, and a motion detection unit (27, 100) for detecting a movement of a patient that can be positioned within the patient receiving zone, wherein the motion detection unit (27, 100) has a radar unit and a movement of the patient is detected by means of at least one radar signal of the radar unit, wherein the radiofrequency signals are radiated via the radio frequency antenna into the patient receiving zone as radiofrequency magnetic resonance sequences, characterised in that the at least one radiofrequency line (25, 102) has at least one injection element (28, 104) by means of which at least one motion detection signal of the motion detection unit (27, 100) is coupled into the radiofrequency line (245, 102), and the at least one radar signal for detecting the movement of the patient is emitted by means of the radiofrequency antenna.
A handle (20; 40) for a shaving razor, the handle (20; 40) comprising: a frame (22; 42; 72; 82; 116; 134); and a pod (50, 60; 90; 110; 120) operably coupled to the frame (22; 42; 72; 82; 116; 134) such that the pod is configured to rotate about an axis (26; 46) substantially perpendicular to the frame (22; 42; 72; 82; 116; 134), the pod (50, 60; 90; 110; 120) comprising: a base (62; 92; 112; 122); and a cantilever tail (54; 65; 126; 140) extending from the base (62; 92; 112; 122), a distal end of the cantilever tail (54; 65; 126; 140) loosely retained by the frame (22; 42; 72; 82; 116; 134), wherein the cantilever tail (54; 65; 126; 140) generates a return torque upon rotation of the pod (50, 60; 90; 110; 120) about the axis (26; 46), characterized in that the entire pod (50, 60; 90; 110; 120) comprising the base (62; 92; 112; 122) and the cantilever tail (54; 65; 126; 140), is unitary and flexible such that it is separable from the frame.
A method performed by a first network node for determining a synchronized time reference in a wireless communications network, the method comprising determining (201, 801) a first timing reference (t 3) by detecting a broadcasted time reference signal (S 1) transmitted from a transmitter of a LORAN-C, eLORAN, DCF77, or Chayka system; receiving (202, 804) information indicating a first timing difference (Δt 21- t 22) and at least a second timing difference (Δt 41- t 42), wherein the first timing difference is between a second timing reference (t 21) that is based on a detection of the broadcasted time reference signal (S 1) at a second network node and a third timing reference (t 22) that is based on a positioning signal (S 2) received by the second network node, and the second timing difference is between at least a fourth timing reference (t 41) determined by at least a third network node by detecting the broadcasted time reference signal (S 1) at the at least third network node, and at least a fifth timing reference (t 42) based on the positioning signal (S 2) received by the at least third network node; and determining (203, 807) a synchronized time reference for the first network node based on the determined first timing reference (t 3) and a third timing difference, wherein the third timing difference is determined based on a weighted average of the first and the at least second timing difference (Δt 21- t 22, Δt 41- t 42) indicated in the received information, wherein the weighted average is further based on the distances of the corresponding second and at least third network node to the first network node. determining (201, 801) a first timing reference (t 3) by detecting a broadcasted time reference signal (S 1) transmitted from a transmitter of a LORAN-C, eLORAN, DCF77, or Chayka system; receiving (202, 804) information indicating a first timing difference (Δt 21- t 22) and at least a second timing difference (Δt 41- t 42), wherein the first timing difference is between a second timing reference (t 21) that is based on a detection of the broadcasted time reference signal (S 1) at a second network node and a third timing reference (t 22) that is based on a positioning signal (S 2) received by the second network node, and the second timing difference is between at least a fourth timing reference (t 41) determined by at least a third network node by detecting the broadcasted time reference signal (S 1) at the at least third network node, and at least a fifth timing reference (t 42) based on the positioning signal (S 2) received by the at least third network node; and determining (203, 807) a synchronized time reference for the first network node based on the determined first timing reference (t 3) and a third timing difference, wherein the third timing difference is determined based on a weighted average of the first and the at least second timing difference (Δt 21- t 22, Δt 41- t 42) indicated in the received information, wherein the weighted average is further based on the distances of the corresponding second and at least third network node to the first network node.
A sealing device for separating a first compartment from a second compartment in a turbomachine, the sealing device comprising: a rotary component; a stationary component; at least a first sealing member between the rotary component and the stationary component; an annular wet-particles collector; an oil-jet element, mounted on the rotary component for rotation therewith, the oil-jet element being surrounded by the annular wet-particles collector, such that wet particles contacting the oil-jet element are projected by centrifugal force into the annular wet-particles collector; characterised in that a dry-gas delivery port, arranged for delivering dry gas between the rotary component and the stationary component towards the first sealing member; wherein the first sealing member is arranged between the first compartment and the oil-jet element. a rotary component; a stationary component; at least a first sealing member between the rotary component and the stationary component; an annular wet-particles collector; an oil-jet element, mounted on the rotary component for rotation therewith, the oil-jet element being surrounded by the annular wet-particles collector, such that wet particles contacting the oil-jet element are projected by centrifugal force into the annular wet-particles collector; characterised in that a dry-gas delivery port, arranged for delivering dry gas between the rotary component and the stationary component towards the first sealing member; wherein the first sealing member is arranged between the first compartment and the oil-jet element.