mhurhangee/ep-ind-claims huggingface dataset:
A method of migrating a controller (102a, 102b, 102n) adapted to remotely control one or more electronic devices from a stand-alone mode to a client-server mode, wherein the controller (102a, 102b, 102n) remotely controls the one or more electronic devices in accordance with a control configuration maintained by the controller (102a, 102b, 102n) in a stand-alone mode, the method comprising, at the controller: discovering a server by transmitting a query message and waiting a predetermined amount of time to receive a reply to said query message; determining whether to send all or some of the control configuration maintained by the controller (102a, 102b, 102n) in the stand-alone mode to the discovered server; transmitting data to said server relating to the determined all or some of the control configuration maintained by the controller (102a, 102b, 102n); and subsequently controlling the one or more electronic devices in accordance with a control configuration maintained by said server; wherein said transmitting comprises: transmitting data to said server relating to one or more events that have occurred since a prior synchronization with said server; or transmitting data to said server relating to the control configuration maintained by the controller (102a, 102b, 102n) in response to user input. discovering a server by transmitting a query message and waiting a predetermined amount of time to receive a reply to said query message; determining whether to send all or some of the control configuration maintained by the controller (102a, 102b, 102n) in the stand-alone mode to the discovered server; transmitting data to said server relating to the determined all or some of the control configuration maintained by the controller (102a, 102b, 102n); and subsequently controlling the one or more electronic devices in accordance with a control configuration maintained by said server; transmitting data to said server relating to one or more events that have occurred since a prior synchronization with said server; or transmitting data to said server relating to the control configuration maintained by the controller (102a, 102b, 102n) in response to user input.
Device for generating flash and/or bang effects, comprising a body, an outer chamber outside the body, having at least two transverse overflow cuts, comprising a high-pressure charging chamber, in which a pyrotechnic composition is arranged, wherein the transverse overflow cuts connect the high-pressure charging chamber to the outer chamber, wherein at least one bursting membrane is provided, which seals the high-pressure charging chamber off from the outer chamber in a fluid-tight manner, wherein the bursting membrane can have a closed and an open state and the bursting membrane transitions from the closed to the open state by means of the influence of pressure or heat, characterised in that the bursting membrane completely envelops the high-pressure charging chamber. an outer chamber outside the body, having at least two transverse overflow cuts, comprising a high-pressure charging chamber, in which a pyrotechnic composition is arranged, wherein the transverse overflow cuts connect the high-pressure charging chamber to the outer chamber, wherein at least one bursting membrane is provided, which seals the high-pressure charging chamber off from the outer chamber in a fluid-tight manner, wherein the bursting membrane can have a closed and an open state and the bursting membrane transitions from the closed to the open state by means of the influence of pressure or heat, characterised in that the bursting membrane completely envelops the high-pressure charging chamber.
Shut-off flap, in particular for use in a device for exhaust-gas purification, in particular for the regenerative afterburning of particles of tar and/or carbon and/or graphite in exhaust air, having a flap blade which, in order to close a valve opening, lies on a sealing surface there, characterized in that the flap blade (18; 118) is fastened pivotably via at least one movable connection (22, 32; 131) to a free end of a pivot arm (24; 124) and the pivot arm (24; 124) is fastened pivotably relative to the sealing surface (16; 116) via a base pivot joint (26; 126) in such a manner that, in order to close the valve opening (12; 112), the flap blade (18; 118) first of all executes a movement towards the sealing surface (16; 116) and, upon lying against the sealing surface (16; 116), executes a movement parallel to the sealing surface (16; 116); wherein a) the flap blade is fastened pivotably to a free end of the pivot arm via a flap pivot joint; the pivot arm has at least one inner pivot arm part and an outer pivot arm part facing the flap blade, said pivot arm parts being connected via a pivot arm joint, and the inner pivot arm part is fastened pivotably relative to the sealing surface via a base pivot joint; or b) the flap blade is fastened to the free end of the pivot arm via a resilient pressing unit, in particular a leafspring. a) the flap blade is fastened pivotably to a free end of the pivot arm via a flap pivot joint; the pivot arm has at least one inner pivot arm part and an outer pivot arm part facing the flap blade, said pivot arm parts being connected via a pivot arm joint, and the inner pivot arm part is fastened pivotably relative to the sealing surface via a base pivot joint; or b) the flap blade is fastened to the free end of the pivot arm via a resilient pressing unit, in particular a leafspring.
Method for activating a Nomadic Node, NN, in a wireless communication network comprising at least one NN, wherein said at least one NN is provided on a vehicle, at least one Base Station, BS (301, 302, 303), and a NN control means, comprising the steps of collecting, by the NN control means, information elements in said wireless communication network; and selecting, by the NN control means, a serving BS for the at least one NN from said at least one BS on the basis of the collected information elements; and activating, by the NN control means, said at least one NN on the basis of the collected information elements; wherein said information elements include at least one of: Backhaul link quality, NN capabilities, NN owner preferences, NN location/parking duration history, NN expected parking duration NN identifiers, BS loads, NN radio measurements from BSs, coverage needs, capacity needs, service requirements, and NN activation requests; wherein said activating step comprises: - said at least one NN is activated from an idle mode into an activated mode, said idle mode being a mode in which said at least one NN is not registered to said NN control means and not prepared to actively serve a mobile terminal in said wireless communication network; or - said at least one NN is activated from a candidate mode into an activated mode, said activated mode being a mode in which said at least one NN is prepared to actively serve a mobile terminal in said wireless communication network and said candidate mode being a mode in which said at least one NN is registered to said NN control means as a potential NN and not prepared to actively serve a mobile terminal in said wireless communication network; and wherein said activated mode being a mode in which said at least one NN is prepared to actively serve a mobile terminal in said wireless communication network. - said at least one NN is activated from an idle mode into an activated mode, said idle mode being a mode in which said at least one NN is not registered to said NN control means and not prepared to actively serve a mobile terminal in said wireless communication network; or - said at least one NN is activated from a candidate mode into an activated mode, said activated mode being a mode in which said at least one NN is prepared to actively serve a mobile terminal in said wireless communication network and said candidate mode being a mode in which said at least one NN is registered to said NN control means as a potential NN and not prepared to actively serve a mobile terminal in said wireless communication network;
A method of determining a direction of focusing an imaging device, comprising: capturing a first frame and thereafter a plurality of frames depicting a scene with an imaging device; selecting a portion of at least one frame that corresponds to an object; tracking the object in the first frame and in the plurality of frames, wherein tracking the object provides a reference parameter of the object for each of the the first frame and the plurality of frames; comparing the reference parameter of a first frame with the reference parameter of each of the plurality of frames captured after the first frame to generate a set of reference parameter changes, the set comprising a plurality of reference parameter changes, wherein the reference parameter changes each represent a difference between the reference parameter of the first frame and the reference parameter of a respective one of the plurality of frames captured after the first frame; determining an average of the plurality of reference parameter changes to generate a reference parameter change indicator; determining an initial focus direction based on the reference parameter change indicator; and initiating a focus operation by moving the lens of the imaging device in the initial focus direction. capturing a first frame and thereafter a plurality of frames depicting a scene with an imaging device; selecting a portion of at least one frame that corresponds to an object; tracking the object in the first frame and in the plurality of frames, wherein tracking the object provides a reference parameter of the object for each of the the first frame and the plurality of frames; comparing the reference parameter of a first frame with the reference parameter of each of the plurality of frames captured after the first frame to generate a set of reference parameter changes, the set comprising a plurality of reference parameter changes, wherein the reference parameter changes each represent a difference between the reference parameter of the first frame and the reference parameter of a respective one of the plurality of frames captured after the first frame; determining an average of the plurality of reference parameter changes to generate a reference parameter change indicator; determining an initial focus direction based on the reference parameter change indicator; and initiating a focus operation by moving the lens of the imaging device in the initial focus direction.
A passive radar avalanche warning method, comprising illuminating an area of a potential avalanche with at least one third-party satellite-based transmitter, wherein the satellite-based transmitter comprises a geostationary satellite configured to broadcast a digital television signal; obtaining a first signal corresponding to a direct arrival of the digital television signal from the third-party satellite-based transmitter and a second signal corresponding to a reflection of the digital television signal from the area of the potential avalanche; determining a Doppler shift between the first and the second signal (115-1; 115-2); and indicating an avalanche if the Doppler shift exceeds a predetermined threshold. illuminating an area of a potential avalanche with at least one third-party satellite-based transmitter, wherein the satellite-based transmitter comprises a geostationary satellite configured to broadcast a digital television signal; obtaining a first signal corresponding to a direct arrival of the digital television signal from the third-party satellite-based transmitter and a second signal corresponding to a reflection of the digital television signal from the area of the potential avalanche; determining a Doppler shift between the first and the second signal (115-1; 115-2); and indicating an avalanche if the Doppler shift exceeds a predetermined threshold.
A device for monitoring a machine movement of a movable constructional element, the device comprising: a detection device comprising at least one transmission unit configured to transmit an optical signal, and a reception unit configured to receive the optical signal; and a control device configured to allow the machine movement in the presence of a signal received at the reception unit, and, to output a triggering pulse to stop the machine movement in the absence of the signal received at the reception unit, wherein the control device comprises an evaluation unit configured to evaluate the signal received at the reception unit, and the evaluation unit comprises a first threshold value measuring unit configured to detect a signal strength of the signal received at the reception unit and which, upon detection that a predetermined threshold value of a signal strength is fallen short of, is configured to output a second triggering pulse to stop the machine movement, characterized in that the evaluation unit further comprises a second threshold value measuring unit configured to detect a rate of change of the signal strength of the signal received at the reception unit and which unit is configured to output a triggering pulse to stop the machine movement upon detection that a predetermined threshold value of the rate of change of the signal strength is exceeded,. a detection device comprising at least one transmission unit configured to transmit an optical signal, and a reception unit configured to receive the optical signal; and a control device configured to allow the machine movement in the presence of a signal received at the reception unit, and, to output a triggering pulse to stop the machine movement in the absence of the signal received at the reception unit, wherein the control device comprises an evaluation unit configured to evaluate the signal received at the reception unit, and the evaluation unit comprises a first threshold value measuring unit configured to detect a signal strength of the signal received at the reception unit and which, upon detection that a predetermined threshold value of a signal strength is fallen short of, is configured to output a second triggering pulse to stop the machine movement, characterized in that the evaluation unit further comprises a second threshold value measuring unit configured to detect a rate of change of the signal strength of the signal received at the reception unit and which unit is configured to output a triggering pulse to stop the machine movement upon detection that a predetermined threshold value of the rate of change of the signal strength is exceeded,.
A microporous membrane comprising a first polyethylene in an amount in the range of from 5 wt.% to 40 wt.% having an Mw ≥ 1.0 × 10 6; a second polyethylene in an amount in the range of from 5 wt.% to 90 wt.% having an Mw in the range of 1.0 × 10 5 to 0.95 × 10 6, a Tm > 127.0°C and a terminal vinyl group content ≤ 0.20 per 10,000 carbons; and a third polyethylene in an amount in the range of from 5 wt.% to 30 wt.% being an ethylene-alpha-olefin copolymer having an Mw in the range of 1.0 × 10 4 to 5.0 × 10 5 and having a Tm in the range of 115.0°C to 127.0°C; the weight percentages being based on the weight of the membrane, wherein the membrane has a shutdown temperature ≤ 130.0°C, a shutdown speed ≥ 10000.0 sec/100cm 3 /°C and a maximum solid state heat shrinkage ≤ 30.0%; the shutdown temperature, shutdown speed, and maximum solid state heat shrinkage being measured according to the procedures set out in the description, and Tm being measured in accordance with JIS K7122.
Heating Ventilation and Air Conditioning (HVAC) unit for conditioning a flow of air, with at least one air treatment device and a housing (3, 5) for receiving said at least one air treatment device, the housing (3, 5) having a housing wall with a defined removable wall part located between a first and a second determined score line, the first and the second determined score line providing a guide for cutting the housing wall to allow removal of the removable wall part, wherein the at least one air treatment device and the removable wall part are mutually positioned to allow access to the at least one air treatment device from the exterior of the HVAC unit after removal of the removable wall part, characterized in that said HVAC unit comprises a blower unit surrounded by a scroll wall and a heater core surrounded by a wall element, said at least one treatment device being the heater core, and said removable wall part being a part of the scroll wall.
A method for wireless communications by a user equipment, UE, comprising: transmitting, while the UE is in an idle mode, a random access request message to a base station, BS, as a request for system access; receiving a response with an uplink grant from the base station for transmission by the UE; providing an indication that the request is for connectionless access for transmitting data before returning to the idle mode without entering a radio resource control, RRC, connected mode; transmitting the data to the BS during the connectionless access, wherein the indication that the request is for the connectionless access is provided when transmitting the data to the BS during the connectionless access; and returning to the idle mode upon reception of an indication of a release of the connectionless access. transmitting, while the UE is in an idle mode, a random access request message to a base station, BS, as a request for system access; receiving a response with an uplink grant from the base station for transmission by the UE; providing an indication that the request is for connectionless access for transmitting data before returning to the idle mode without entering a radio resource control, RRC, connected mode; transmitting the data to the BS during the connectionless access, wherein the indication that the request is for the connectionless access is provided when transmitting the data to the BS during the connectionless access; and returning to the idle mode upon reception of an indication of a release of the connectionless access.
A semiconductor switch having a first and a second monolithically integrated field effect transistor, of which one is a JFET and the other is either a JFET or a bipolar field effect transistor, BiFET, and of which one has an n-doped channel and one has a p-doped channel, in which - a source or emitter electrode of the first field effect transistor is short circuited to a source or emitter electrode of the second field effect transistor, - a drain or collector electrode of the first field effect transistor is connected to a first electrical terminal (K, A) of the semiconductor switch, and - a drain or collector electrode of the second field effect transistor is connected to a second electrical terminal (A, K) of the semiconductor switch, wherein - a well region of the second field effect transistor is short-circuited to the source or emitter electrodes of both field effect transistors, - a well region of the first field effect transistor is short-circuited to the second electrical terminal (A, K), and - a gate or base electrode of the first field effect transistor is short-circuited to the first electrical terminal (K, A) and a gate or base electrode of the second field effect transistor is short-circuited to the first electrical terminal or is arranged so as to be externally controllable. - a source or emitter electrode of the first field effect transistor is short circuited to a source or emitter electrode of the second field effect transistor, - a drain or collector electrode of the first field effect transistor is connected to a first electrical terminal (K, A) of the semiconductor switch, and - a drain or collector electrode of the second field effect transistor is connected to a second electrical terminal (A, K) of the semiconductor switch, wherein - a well region of the second field effect transistor is short-circuited to the source or emitter electrodes of both field effect transistors, - a well region of the first field effect transistor is short-circuited to the second electrical terminal (A, K), and - a gate or base electrode of the first field effect transistor is short-circuited to the first electrical terminal (K, A) and a gate or base electrode of the second field effect transistor is short-circuited to the first electrical terminal or is arranged so as to be externally controllable.
A vertical transistor, comprising: a substrate (104, 304); a via (106, 130, 306) in the substrate (104, 304), the via being a through silicon via and being filled with a conductive material and having a dielectric liner (108, 308); a deep well coupled to the via (106, 130, 306), the deep well being below an isolation layer (120, 320); a drain area (118, 318) coupled to the deep well having a drain contact (114, 314); a source area (116, 316) between the drain area (118, 318) and the via (106, 130, 320) and adjacent to the dielectric liner (108, 308), wherein the isolation layer (120, 320) is between the source area (116, 316) and the drain area (118, 318), the source area (116, 316) having a source contact (112, 312); a gate contact (110, 310) over the via (106, 130, 320) and in contact with the conductive material of the via (106, 130, 320), wherein the deep well and the source area (116, 316) are adjacent to the via (106, 130, 320). a substrate (104, 304); a via (106, 130, 306) in the substrate (104, 304), the via being a through silicon via and being filled with a conductive material and having a dielectric liner (108, 308); a deep well coupled to the via (106, 130, 306), the deep well being below an isolation layer (120, 320); a drain area (118, 318) coupled to the deep well having a drain contact (114, 314); a source area (116, 316) between the drain area (118, 318) and the via (106, 130, 320) and adjacent to the dielectric liner (108, 308), wherein the isolation layer (120, 320) is between the source area (116, 316) and the drain area (118, 318), the source area (116, 316) having a source contact (112, 312); a gate contact (110, 310) over the via (106, 130, 320) and in contact with the conductive material of the via (106, 130, 320), wherein the deep well and the source area (116, 316) are adjacent to the via (106, 130, 320).
Implant for stabilizing pelvic ring fractures in a pelvic ring, comprising a nail, a fixation means and at least one locking element for relative fixation of pelvic bones to the nail, characterized in that the nail is designed for intraosseous implantation and can be passed intraosseously through a through-channel pre-drilled through an S1 or S2 corridor (12, 13) of the sacrum or can be inserted intraosseously in a through-channel pre-drilled in the S1 or S2 corridor (12, 13) of the sacrum, that the nail has, at least at its first nail end, a transverse passage for receiving the locking element, that the locking element has an anchoring portion (6, 9) by means of which it can be anchored in a pelvic bone, and a locking portion which corresponds to the transverse passage of the nail in such a way that the locking element can be locked angularly stably with the nail, that the nail can be fixed by means of the fixing means at its second nail end in a first pelvic bone and/or the sacrum, that the nail is formed in such a way that, after the nail has been fixed at its second end, the pelvic ring can be compressed in the region of the longitudinal extension of the nail by applying a compression pressure to the pelvic ring from outside, that the nail can be fixed by means of the locking element relative to a second pelvic bone in a manner secured against rotation and displacement, and that the nail has a length of 80 mm to 220 mm.