mhurhangee/ep-ind-claims huggingface dataset:
A warning device for a vehicle comprising: a vibration wave generator that generates a warning vibration wave (Ie) based on an operating state of a vehicle; and a vibration applying device that applies warning vibration to a steering member based on the warning vibration wave (Ie) generated by the vibration wave generator, characterized in that the warning vibration wave (Ie) containing a plurality of frequency components. wherein, among the frequency components contained in the warning vibration wave (Ie), a frequency component having a higher frequency has a larger amplitude. a vibration wave generator that generates a warning vibration wave (Ie) based on an operating state of a vehicle; and a vibration applying device that applies warning vibration to a steering member based on the warning vibration wave (Ie) generated by the vibration wave generator, characterized in that the warning vibration wave (Ie) containing a plurality of frequency components. wherein, among the frequency components contained in the warning vibration wave (Ie), a frequency component having a higher frequency has a larger amplitude.
Security system for detecting movement in at least one room, wherein the security system comprises at least one sensor device with a motion detector and one distance sensor, and wherein the distance sensor is adapted to measure the movement and wherein the security system comprises a microcontroller which is designed to compare a distance-first-actual-value of the distance sensor with a distance-second-actual-value of the distance sensor, and to generate a distance measurement signal (DmS), with which at least one timer is triggered, and to output, after a time interval (Zl), an system-internal sensor-side alarm signal and whereby a communication module of the security system comprises at least a GSM module that is designed, triggered by the system-internal sensor-side alarm signal, to send an emergency call SMS and wherein the communication module comprises at least one Ethernet/WLAN module and wherein the security system comprises an external receiving and input unit, for example a smartphone, and wherein the motion detector is designed, upon a motion detection, to give away a signal to the microcontroller and thereby to switch on the power supply of the distance sensor.
A voltage generator for converting a movable magnetic field into electrical voltage, comprising: - an excitation unit having at least one magnet arranged on a rotatably and/or moveably mounted body, said magnet being provided for generating a magnetic field, - a conversion unit functionally cooperating with the excitation unit and comprising a magnetization wire adapted to be magnetized by the magnetic field, and - a power line unit functionally cooperating with the conversion unit and comprising an electric coil arranged around the conversion unit, said electric coil having an electrifiable current conductor wire, wherein the magnetization wire comprises, over its cross-section, a magnetically hard part and a magnetically soft part, characterized in that the magnetization wire comprises a magnetically hard metal core and a magnetically soft metal jacket, the magnetization wire being wound around a support body and has an axial tension. - an excitation unit having at least one magnet arranged on a rotatably and/or moveably mounted body, said magnet being provided for generating a magnetic field, - a conversion unit functionally cooperating with the excitation unit and comprising a magnetization wire adapted to be magnetized by the magnetic field, and - a power line unit functionally cooperating with the conversion unit and comprising an electric coil arranged around the conversion unit, said electric coil having an electrifiable current conductor wire, wherein the magnetization wire comprises, over its cross-section, a magnetically hard part and a magnetically soft part,
A thermal barrier coating over a substrate, the thermal barrier coating comprising a multiphase composite and/or a multilayer coating comprised of one phase providing a low thermal conductivity and one other phase providing durability, - wherein the low thermal conductivity phase comprises a rare earth zirconate having 5 mol % to 80 mol % (RE 2 O 3), with the rare earth selected from Y, La, Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, and Sc, - wherein the durability phase comprises a rare earth aluminate and has a weight fraction between 0.5 wt. % and 95 wt. %, - wherein the rare earth aluminate is in the perovskite phase (REAIO 3), or garnet phase (RE 3 AI 5 O 12), or monoclinic phase (RE 4 AI 2 O 9), or magnetoplumbite phase, with the rare earth selected from Y, La, Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Sc, and - wherein the rare earth aluminate is thermodynamically stable with the low thermal conductivity phase at temperatures of at least 1200 °C. - wherein the low thermal conductivity phase comprises a rare earth zirconate having 5 mol % to 80 mol % (RE 2 O 3), with the rare earth selected from Y, La, Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, and Sc, - wherein the durability phase comprises a rare earth aluminate and has a weight fraction between 0.5 wt. % and 95 wt. %, - wherein the rare earth aluminate is in the perovskite phase (REAIO 3), or garnet phase (RE 3 AI 5 O 12), or monoclinic phase (RE 4 AI 2 O 9), or magnetoplumbite phase, with the rare earth selected from Y, La, Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Sc, and - wherein the rare earth aluminate is thermodynamically stable with the low thermal conductivity phase at temperatures of at least 1200 °C.
A random access processing method, comprising: detecting a random access preamble sequence which is sent by a user equipment UE according to configuration information; and determining a control channel corresponding to the detected random access preamble sequence, and scheduling random access response information corresponding to the random access preamble sequence by using the control channel, wherein if the random access preamble sequence is a sequence in a first sequence group, wherein the first sequence group is a sequence group used by a UE that does not support a second control channel, the determining a control channel corresponding to the random access preamble sequence comprises: determining that the random access preamble sequence corresponds to a first control channel; and the scheduling random access response information by using the control channel comprises: scheduling the random access response information by using the first control channel; and wherein if the random access preamble sequence is a sequence in a second sequence group, wherein the second sequence group is a sequence group used by a UE that supports both the first control channel and the second control channel, the determining a control channel corresponding to the random access preamble sequence comprises: determining that the random access preamble sequence corresponds to the second control channel; and the scheduling random access response information by using the control channel comprises: scheduling the random access response information by using the second control channel. detecting a random access preamble sequence which is sent by a user equipment UE according to configuration information; and determining a control channel corresponding to the detected random access preamble sequence, and scheduling random access response information corresponding to the random access preamble sequence by using the control channel, determining that the random access preamble sequence corresponds to a first control channel; and scheduling the random access response information by using the first control channel; and determining that the random access preamble sequence corresponds to the second control channel; and scheduling the random access response information by using the second control channel.
A method in a cellular terminal comprising: producing a cellular network authentication capabilities message indicative of cellular network authentication capabilities available for the terminal; and transmitting the cellular network authentication capabilities message to the cellular network; the cellular terminal comprising a security entity; and the method further comprising: receiving an update command and responsively updating the security entity to support an earlier unsupported cellular authentication algorithm; detecting any capability reporting trigger and responsively to such a determination performing the producing of the cellular network authentication capabilities message and the transmitting of the cellular network authentication capabilities message; and receiving from the cellular network a capability request message for authentication capabilities; wherein: the receiving of the capability request message forms a capability reporting trigger; and the security entity is configured to form content for the capabilities message. producing a cellular network authentication capabilities message indicative of cellular network authentication capabilities available for the terminal; and transmitting the cellular network authentication capabilities message to the cellular network; the cellular terminal comprising a security entity; and the method further comprising: receiving an update command and responsively updating the security entity to support an earlier unsupported cellular authentication algorithm; detecting any capability reporting trigger and responsively to such a determination performing the producing of the cellular network authentication capabilities message and the transmitting of the cellular network authentication capabilities message; and receiving from the cellular network a capability request message for authentication capabilities; wherein: the receiving of the capability request message forms a capability reporting trigger; and the security entity is configured to form content for the capabilities message. receiving an update command and responsively updating the security entity to support an earlier unsupported cellular authentication algorithm; detecting any capability reporting trigger and responsively to such a determination performing the producing of the cellular network authentication capabilities message and the transmitting of the cellular network authentication capabilities message; and receiving from the cellular network a capability request message for authentication capabilities; wherein: the receiving of the capability request message forms a capability reporting trigger; and the security entity is configured to form content for the capabilities message. the receiving of the capability request message forms a capability reporting trigger; and the security entity is configured to form content for the capabilities message.
A needle shield remover for removing a needle shield (206, 208) from a syringe, comprising: a cap having an open end and a closed end with a centrally located aperture, a tubular needle shield remover disposed within the cap for removing a needle shield (206, 208) from the syringe, the tubular needle shield remover having a proximal tubular portion having a first outer diameter and a distal tubular portion having a second outer diameter less than the first outer diameter, a platform structure projecting longitudinally from the distal tubular portion of the tubular needle shield remover along a longitudinal axis toward the aperture, and a cap engagement mechanism projecting radially outwardly from the platform structure to cooperatively engage the tubular needle shield remover with the cap via the aperture; characterized in that the platform structure allows the cap and the tubular shield remover to move in an axial direction relative to each other. a cap having an open end and a closed end with a centrally located aperture, a tubular needle shield remover disposed within the cap for removing a needle shield (206, 208) from the syringe, the tubular needle shield remover having a proximal tubular portion having a first outer diameter and a distal tubular portion having a second outer diameter less than the first outer diameter, a platform structure projecting longitudinally from the distal tubular portion of the tubular needle shield remover along a longitudinal axis toward the aperture, and a cap engagement mechanism projecting radially outwardly from the platform structure to cooperatively engage the tubular needle shield remover with the cap via the aperture; characterized in that the platform structure allows the cap and the tubular shield remover to move in an axial direction relative to each other.
Method for purifying an in particular oily medium from the food sector, in particular deep-frying oil, by means of a filter in a closed housing, characterized in that the medium is suctioned by generating a vacuum in the housing in front of the filter and is filtered due to its own gravity.
A device for making a tunnel comprising a plurality of tunnel segments, in particular an immersed tunnel, comprising a concreting station for the incremental concreting of tunnel segments (3, 3'), wherein the concreting station comprises a formwork arrangement with a floor formwork, wherein a shifting means for shifting the tunnel segments in the longitudinal direction from the concreting station to a parking station is provided, wherein a support means, preferably a lattice girder is provided for supporting an inner formwork of the formwork arrangement, wherein the support means and the inner formwork are arranged substantially stationary, wherein the support means comprises a longitudinal section extending in the concreting station and a longitudinal section extending in the parking station, characterized in that the longitudinal section extending in the concreting station is arranged to be freely projecting in a position of the support means forming an insertion opening for a reinforcement and in a front formwork, wherein the longitudinal section of the support means extending in the parking station is supported on the previously concreted tunnel segment by means of at least two support elements, wherein one respective support element is provided for support at a ceiling region of the previously concreted tunnel segment and one respective support element is provided for support at a floor region of the previously concreted tunnel segment. the longitudinal section extending in the concreting station is arranged to be freely projecting in a position of the support means forming an insertion opening for a reinforcement and in a front formwork, wherein the longitudinal section of the support means extending in the parking station is supported on the previously concreted tunnel segment by means of at least two support elements, wherein one respective support element is provided for support at a ceiling region of the previously concreted tunnel segment and one respective support element is provided for support at a floor region of the previously concreted tunnel segment.
Method for producing a cylinder liner for casting into a light alloy engine block, the cylinder liner having at least two different material layers made of light alloys of different strength, the method comprising the characterising steps of: - coating the inside of aluminium tubes made of aluminium alloys with a material layer made of an AlSi alloy capable of running to form tubes coated on one side, - extruding the tubes while reducing their wall thickness and securely joining the material layers, - mechanical reworking of the unfinished cylinder liners to final dimensions. - coating the inside of aluminium tubes made of aluminium alloys with a material layer made of an AlSi alloy capable of running to form tubes coated on one side, - extruding the tubes while reducing their wall thickness and securely joining the material layers, - mechanical reworking of the unfinished cylinder liners to final dimensions.
A system comprising: a waveform generator configured to provide a direct current, wherein the DC comprises: a first phase with a suprathreshold amplitude configured to provide a block of a neural structure to prime the neural structure; and a second phase with a subthreshold amplitude for the neural structure; and one or more electrodes configured to be in electrical communication with the waveform generator to deliver the first phase of the DC for a first time and the second phase of the DC for a second time, after the first time, to the neural structure. a waveform generator configured to provide a direct current, wherein the DC comprises: a first phase with a suprathreshold amplitude configured to provide a block of a neural structure to prime the neural structure; and a second phase with a subthreshold amplitude for the neural structure; and a first phase with a suprathreshold amplitude configured to provide a block of a neural structure to prime the neural structure; and a second phase with a subthreshold amplitude for the neural structure; and one or more electrodes configured to be in electrical communication with the waveform generator to deliver the first phase of the DC for a first time and the second phase of the DC for a second time, after the first time, to the neural structure.
Storm spring (1, 1', 1", 1"', 1"") to connect a roof tile (21,21') to a roof batten, whereby the storm spring (1, 1', 1", 1"', 1"") has a holding device to connect the storm spring (1, 1', 1", 1"', 1"") to the roof tile (21, 21'), a clamping device to connect the storm spring (1, 1', 1", 1"' 1"") to the roof batten and a torsion spring, whereby the holding device is connected to the clamping device by the torsion spring and the storm spring (1, 1', 1", 1"', 1"") can be clamped onto the roof batten by means of the clamping device, whereby a torque can be introduced into the holding device by the torsion spring so that the roof tile (21, 21') can be pressed resiliently against the roof batten via the holding device, whereby the clamping device is U-shaped and designed to be pushed onto a transverse side of a rectangular roof batten, characterised in that the connection between the torsion spring and clamping device is executed resiliently so that the coil of the torsion spring can be pressed against a fourth side of a rectangular roof batten that is not enclosed by the U-shaped clamping device and the storm spring can be connected to four sides of a rectangular roof batten.
A heavy goods vehicle for transporting a load over a ground surface, comprising: - a chassis on which a transport surface is arranged, - front and rear driven wheels (3, 5) which are each arranged by means of a wheel suspension (2, 4) on the chassis and which each have a plurality of roller bodies arranged on the wheel circumference, which roller bodies are arranged on the respective wheel rotatably and with an axis of rotation running transversely to the drive axis (6, 7) of the respective wheel, and - heavy-duty swivel castors (9, 10) which are assigned to the front or the rear driven wheels (3, 5) in each case and have a wheel (9b, 10b) running freely about a horizontal axis of rotation (9a, 10a) which is arranged on a wheel carrier (9c, 10c) which is rotatable about a vertical axis of rotation, characterized in that the horizontal drive axle (6, 7) of the front and rear driven wheels (3, 5) in each case changes its relative position to the horizontal axis of rotation (9a, 10a) of the wheels (9b, 10b) assigned to the heavy-duty swivel castors (9, 10) in each case at the transition of the respective wheel suspension (2, 4) between an initial position and a load position, such that the front and rear driven wheels (3, 5) in the initial and load position are in contact with the ground surface, whereas the wheels (9b, 10b) of the heavy-duty swivel castors (9, 10) assigned in each case are arranged above the ground surface in the initial position and spaced apart therefrom and are in contact with the ground surface in the load position. - a chassis on which a transport surface is arranged, - front and rear driven wheels (3, 5) which are each arranged by means of a wheel suspension (2, 4) on the chassis and which each have a plurality of roller bodies arranged on the wheel circumference, which roller bodies are arranged on the respective wheel rotatably and with an axis of rotation running transversely to the drive axis (6, 7) of the respective wheel, and - heavy-duty swivel castors (9, 10) which are assigned to the front or the rear driven wheels (3, 5) in each case and have a wheel (9b, 10b) running freely about a horizontal axis of rotation (9a, 10a) which is arranged on a wheel carrier (9c, 10c) which is rotatable about a vertical axis of rotation,
A wireless communication device configured to operate according to the Institute of Electrical and Electronics Engineers (IEEE) 802.11 standard, comprising: a receiver configured to receive a plurality of first MAC frames each including first information for generation of a trigger frame for uplink multi-user transmission, each of the first MAC frames being transmitted by a respective IEEE 802.11 standard compliant terminal under Carrier Sense Multiple Access with Collision Avoidance, CSMA/CA, without the device transmitting a transmission request for the first information; and a transmitter configured to transmit a second frame generated on the basis of the first information included in the plurality of first MAC frames, the second frame being the trigger frame and designating at least one target terminal for the uplink multi-user transmission wherein the second frame instructs the at least one target terminal to transmit third frames including data after elapse of a predetermined time after the second frame is received, and the first information included in the plurality of first MAC frames includes: information indicating an access category having a highest transmission priority among the plurality of access categories including AC_VO, AC_VI, AC_BK, and AC_BE for the uplink multi-user transmission, wherein the information indicates the access category having a highest transmission priority. a receiver configured to receive a plurality of first MAC frames each including first information for generation of a trigger frame for uplink multi-user transmission, each of the first MAC frames being transmitted by a respective IEEE 802.11 standard compliant terminal under Carrier Sense Multiple Access with Collision Avoidance, CSMA/CA, without the device transmitting a transmission request for the first information; and a transmitter configured to transmit a second frame generated on the basis of the first information included in the plurality of first MAC frames, the second frame being the trigger frame and designating at least one target terminal for the uplink multi-user transmission wherein the second frame instructs the at least one target terminal to transmit third frames including data after elapse of a predetermined time after the second frame is received, and the first information included in the plurality of first MAC frames includes: information indicating an access category having a highest transmission priority among the plurality of access categories including AC_VO, AC_VI, AC_BK, and AC_BE for the uplink multi-user transmission, wherein the information indicates the access category having a highest transmission priority.