mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting a frame in a wireless LAN, the method comprising: generating, by a transmitter, a Physical layer Protocol Data Unit, PPDU, for a transmission bandwidth, wherein the PPDU includes a first portion and a second portion following the first portion, wherein the first portion includes a legacy-short training field, L-STF, a legacy-long training field, L-LTF, and a legacy-signal field, L-SIG, wherein the second portion includes a high efficiency-SIG A, HE-SIG A, a high efficiency-SIG B, HE-SIG B, a high efficiency-STF, HE-STF, a high efficiency-LTF, HE-LTF, and data field, wherein the first portion is generated based on a first fast Fourier transform, FFT, size and a first subcarrier spacing between first subcarriers, wherein first pilots are preset among the first subcarriers, wherein the second portion is generated based on a second FFT size and a second subcarrier spacing between second subcarriers, wherein second pilots are preset among the second subcarriers, wherein the second FFT size is set to be greater than the first FFT size, wherein the second subcarrier spacing is lesser than the first subcarrier spacing, wherein a number of the second pilots is equal to a number of the first pilots, and wherein second frequency positions of the second pilots is the same as a first frequency positions of the first pilots; and transmitting, by the transmitter, the PPDU through the transmission bandwidth to a receiver. generating, by a transmitter, a Physical layer Protocol Data Unit, PPDU, for a transmission bandwidth, wherein the PPDU includes a first portion and a second portion following the first portion, wherein the first portion includes a legacy-short training field, L-STF, a legacy-long training field, L-LTF, and a legacy-signal field, L-SIG, wherein the second portion includes a high efficiency-SIG A, HE-SIG A, a high efficiency-SIG B, HE-SIG B, a high efficiency-STF, HE-STF, a high efficiency-LTF, HE-LTF, and data field, wherein the first portion is generated based on a first fast Fourier transform, FFT, size and a first subcarrier spacing between first subcarriers, wherein first pilots are preset among the first subcarriers, wherein the second portion is generated based on a second FFT size and a second subcarrier spacing between second subcarriers, wherein second pilots are preset among the second subcarriers, wherein the second FFT size is set to be greater than the first FFT size, wherein the second subcarrier spacing is lesser than the first subcarrier spacing, wherein a number of the second pilots is equal to a number of the first pilots, and wherein second frequency positions of the second pilots is the same as a first frequency positions of the first pilots; and transmitting, by the transmitter, the PPDU through the transmission bandwidth to a receiver.
A securing device for releasably securing a front panel to a drawer, in particular to a drawer side wall, comprising: - at least one furniture fitting which can be pre-fitted to the front panel, - a catching device associated with the drawer, wherein upon insertion of the furniture fitting the catching device automatically holds same and the catching device has a moveable catching element, and - a locking device which prevents unintentional release of the furniture fitting from the securing device, wherein the locking device has a moveable locking element which is separate from the catching element and which in a locked position bears against the pre-fittable furniture fitting and wherein the catching element and the separate locking element are motionally coupled - preferably in any position -, wherein the securing device has a feed track for the furniture fitting, wherein the feed track is of a substantially straight configuration and wherein the locking device automatically holds the furniture fitting against unintentional release at at least two different positions along the feed track, characterized in that the locking element is guided moveably - preferably linearly - in a guide track. - at least one furniture fitting which can be pre-fitted to the front panel, - a catching device associated with the drawer, wherein upon insertion of the furniture fitting the catching device automatically holds same and the catching device has a moveable catching element, and - a locking device which prevents unintentional release of the furniture fitting from the securing device,
An apparatus for safeguarding users during use of apparatus having at least a part in motion, comprising: - a management device of a motion of the part of the apparatus in use connected to the apparatus; said management device being configurable between an enabled condition during which the motion of the part of the apparatus is enabled, and an interrupted condition during which the motion of the part of the apparatus is disabled; - a measuring device of at least a biometric value associated in use to the user's body for measuring the biometric value; characterised in that it comprises a processing unit operatively connected to the management device of the motion and to the measuring device; the processing unit being configured for: - receiving a measuring signal of the biometric value containing the biometric value measured by the measuring device; - comparing the biometric value measured with a reference biometric value wherein the biometric reference value is represented by a condition of presence of the user in a condition of usual life; - sending a disabling signal to the management device of the motion so as to configure the management device from the enabled condition to the interruption condition when the biometric value measured and contained in the measuring signal reaches or exceeds an altered biometric value representing a condition of presence of the user in a condition of altered life so as to disable the motion of the part of the apparatus; the altered biometric value being different from the reference biometric value. - a management device of a motion of the part of the apparatus in use connected to the apparatus; said management device being configurable between an enabled condition during which the motion of the part of the apparatus is enabled, and an interrupted condition during which the motion of the part of the apparatus is disabled; - a measuring device of at least a biometric value associated in use to the user's body for measuring the biometric value; - receiving a measuring signal of the biometric value containing the biometric value measured by the measuring device; - comparing the biometric value measured with a reference biometric value wherein the biometric reference value is represented by a condition of presence of the user in a condition of usual life; - sending a disabling signal to the management device of the motion so as to configure the management device from the enabled condition to the interruption condition when the biometric value measured and contained in the measuring signal reaches or exceeds an altered biometric value representing a condition of presence of the user in a condition of altered life so as to disable the motion of the part of the apparatus; the altered biometric value being different from the reference biometric value.
Bush bearing, comprising an inner part, an outer part, a radial spring which acts mainly in the radial direction and extends in the radial direction between the inner part and the outer part, and an axial spring which acts mainly in the axial direction and at least sections of which extend in the axial direction between the inner part and the outer part, wherein the radial spring and the axial spring are designed and/or disposed in such a way that, by means of the radial spring, the radial stiffness of the bush bearing and, by means of the axial spring, the axial stiffness of the bush bearing can be adjusted independently of one another, wherein the axial spring engages in the axial direction on the inner part and outer part and the radial spring and the axial spring are designed as separate components, characterised in that the inner part is designed as one piece. an inner part, an outer part, a radial spring which acts mainly in the radial direction and extends in the radial direction between the inner part and the outer part, and an axial spring which acts mainly in the axial direction and at least sections of which extend in the axial direction between the inner part and the outer part, wherein the radial spring and the axial spring are designed and/or disposed in such a way that, by means of the radial spring, the radial stiffness of the bush bearing and, by means of the axial spring, the axial stiffness of the bush bearing can be adjusted independently of one another, wherein the axial spring engages in the axial direction on the inner part and outer part and the radial spring and the axial spring are designed as separate components, characterised in that the inner part is designed as one piece.
A vehicle seat configured to adjust a position of a seat cushion by a multi-bar link provided at each of both sides of the seat cushion, wherein the multi-bar link comprises one seat cushion frame of a plurality of seat cushion frames (2, 3) forming both side frames of the seat cushion, and front and rear links (6, 12, 13) pivotably connected to the respective front and rear of the one seat cushion frame; wherein the vehicle seat comprises a drive device configured to rotate the multi-bar link such that an end of the front link connected to the one seat cushion frame is lifted up and an end of the rear link (12, 13) connected to the one seat cushion frame is simultaneously moved down, wherein the multi-bar link is a four-bar link comprising the one seat cushion frame (2, 3), the front link, the rear link (12, 13), and a fixed part positioned beneath the one seat cushion frame (2, 3) and pivotably connected to the front and rear links (6, 12, 13); wherein the drive device comprises a drive source gear provided at the one seat cushion frame (2, 3), one end of the drive source gear being connected to a rotatable drive source, and a rear link gear provided at the rear link (12, 13) to engage with the drive source gear, the rear link gear allowing the multi-bar link to rotate by rotation of the drive source gear, and wherein an angle formed by the rear link (12, 13) and an imaginary vertical line in an initial position before the rear link (12, 13) is rotated by the drive device, when viewed from the side of a vehicle, is less than or equal to 1/3 of an angle formed by the rear link (12, 13) and the vertical line when the rear link (12, 13) is rotated forward of the vehicle by the drive device.
A rotational atherectomy device for removing a stenotic lesion from within a vessel of a patient, the device comprising a rotatable, flexible, hollow fluid impermeable drive shaft having a longitudinal axis of rotation and an abrasive element (666; 666e;6666;6666e) mounted on a region of the drive shaft proximal to and spaced away from its distal end, wherein the drive shaft also includes a distal fluid inflatable support member (777;777d;777ed;7777d;7777ed;77777ed; 777777d) located at the distal end of the drive shaft and spaced away from the abrasive element (666; 666e;6666;6666e) and, a proximal support member (888;777p; 888ep;777ep;7777p; 7777ep; 77777p; 77777ep;777777p)located proximal to and spaced away from the abrasive element (666;666e;6666;6666e), characterized in that the distal fluid inflatable support member includes at least one outflow opening to communicate the interior space of the distal fluid inflatable support member with a vascular space within the vessel of the patient.
Sliding roof window having: a window frame for mounting on a building roof, a window sash, which is arranged in the window frame in a closed state and which opens the window frame in an open state, a guide designed to guide the window sash laterally out of the window frame, wherein the guide has at least one guide block attached to the window sash and at least one guide rail (41, 42), in which the at least one guide block is guided, wherein the at least one guide rail has at least one outer guide rail, which extends outside the window frame, and at least one inner guide rail, which extends inside the window frame, a drive for moving the window sash between the closed state and the open state, wherein the drive has a drive rod attached to the window sash and a drive wheel attached to the window frame, wherein the drive rod is shaped such that the window sash performs a lifting movement on opening from the closed state, wherein the drive rod has a second straight drive area, which is designed for lateral movement of the window sash working in combination as a drive with the drive wheel, and a first drive area (52.1), which is arranged diagonally to the second drive area or is curved, which is designed for the lifting movement of the window sash working in combination as a drive with the drive wheel. a window frame for mounting on a building roof, a window sash, which is arranged in the window frame in a closed state and which opens the window frame in an open state, a guide designed to guide the window sash laterally out of the window frame, wherein the guide has at least one guide block attached to the window sash and at least one guide rail (41, 42), in which the at least one guide block is guided, wherein the at least one guide rail has at least one outer guide rail, which extends outside the window frame, and at least one inner guide rail, which extends inside the window frame, a drive for moving the window sash between the closed state and the open state, wherein the drive has a drive rod attached to the window sash and a drive wheel attached to the window frame, wherein the drive rod is shaped such that the window sash performs a lifting movement on opening from the closed state,
Motor vehicle equipped with boxes containing fuses for supplying the on-board network, characterized in that it comprises in the passenger compartment a rear parcel shelf arranged between seats and a rear window of the vehicle, this area comprising a hatch equipped with a cover covering the fuse boxes arranged in a rear compartment of the vehicle, which in an open position gives access to the fuses.
A method for generating natural language representations of mental content from functional brain images, the method comprising: capturing a first set of functional brain imaging data while a subject is exposed to a plurality of stimuli, each of the plurality of stimuli being a sentence comprising a plurality of words; mapping, for each of the plurality of stimuli, an average of semantic vector representations of each word of the sentence, to spatial patterns of activation in the first set of functional brain imaging data, the mapping providing basis images; capturing a second set of functional brain imaging data while a subject is exposed to a test stimuli; and generating a semantic vector representation for the test stimuli using the basis images and spatial patterns of activation in the second set of functional brain imaging data. capturing a first set of functional brain imaging data while a subject is exposed to a plurality of stimuli, each of the plurality of stimuli being a sentence comprising a plurality of words; mapping, for each of the plurality of stimuli, an average of semantic vector representations of each word of the sentence, to spatial patterns of activation in the first set of functional brain imaging data, the mapping providing basis images; capturing a second set of functional brain imaging data while a subject is exposed to a test stimuli; and generating a semantic vector representation for the test stimuli using the basis images and spatial patterns of activation in the second set of functional brain imaging data.
Method for managing energy from a propulsion unit in response to the request for torque by the driver of a hybrid vehicle comprising an internal combustion engine and at least one electric motor powered by a battery, able to recover energy during deceleration, following a management law distributing in real time the energy supply from the internal combustion engine and from the electric motor, characterized in that the energy management law depends: - on an equivalence factor (s) which is a function of the momentary energy state of the battery ( soe k), an energy target ( soe target) and the driving conditions of the vehicle determined in a regulation loop, able to minimize the global energy consumption of the vehicle at an operating point of the propulsion unit, and - on a discharge feed-forward factor which is a function of the potential energy recoverable during deceleration (p). - on an equivalence factor (s) which is a function of the momentary energy state of the battery ( soe k), an energy target ( soe target) and the driving conditions of the vehicle determined in a regulation loop, able to minimize the global energy consumption of the vehicle at an operating point of the propulsion unit, and - on a discharge feed-forward factor which is a function of the potential energy recoverable during deceleration (p).
A method for exchanging capabilities between a first device and a second device in a worldwide interoperability for microwave access, WiMAX, network, the first and second devices being selected from a group consisting of gateway devices and base station devices, the method comprising: when a second device (202-2, 202-3, 203-4) is added or changed in the network, receiving, at the first device, a capability message over a communication link, wherein the capability message is a type length value, TLV, message comprising a set of capabilities (402, 404), wherein the set of capability includes a quality of service, QoS, profile that is supported, a maximum number of sessions that are supported, and at least one tunneling type that is supported; determining by the first device from the capability message if the QoS profile, the maximum number of sessions at least one tunneling type can be supported; and configuring, in the first device, the supported QoS profile, maximum number of sessions and tunneling type of the first device to support the determined capabilities for communications with the second device. when a second device (202-2, 202-3, 203-4) is added or changed in the network, receiving, at the first device, a capability message over a communication link, wherein the capability message is a type length value, TLV, message comprising a set of capabilities (402, 404), wherein the set of capability includes a quality of service, QoS, profile that is supported, a maximum number of sessions that are supported, and at least one tunneling type that is supported; determining by the first device from the capability message if the QoS profile, the maximum number of sessions at least one tunneling type can be supported; and configuring, in the first device, the supported QoS profile, maximum number of sessions and tunneling type of the first device to support the determined capabilities for communications with the second device.
A vertical rotor-type gas solenoid valve comprising: a valve case provided with a gas inlet, a gas outlet and a valve port; a regulating spring; a regulating nail; a rotor regulating screw; a regulating screw bracket; a swing arm; and a vertical rotor-type electromagnet and a rubber sealing gasket assembly arranged at an outer end of the swing arm; the vertical rotor-type electromagnet including a coil winding, a stator core, two stator side sheets, a rotor, an upper rotor-retainer sheet and a lower rotor-retainer sheet, the rotor being in a shape of elongated strip provided with external arcuate surfaces symmetrically at its front and back ends; characterized in that a rotor shaft of the vertical rotor-type electromagnet is located at a centerline of the stator core, the upper and lower rotor-retainer sheets each is at an angle of 90° with respect to the rotor shaft, the upper rotor-retainer sheet is located on an upper side of the rotor and proximate to an external surface of the coil winding, the lower rotor-retainer sheet is located on a lower side of the rotor and at outer ends of the stator side sheets, outer end arcuate surfaces of the upper and lower rotor-retainer sheets are fastened and connected to the associated internal arcuate surfaces of the stator side sheets respectively, the outer ends of the stator side sheets are fastened on the valve case, the rotor shaft penetrates through the valve case with the swing arm being fixedly mounted at an outer end of the rotor shaft, a rubber sealing gasket of the rubber sealing gasket assembly connected at the outer end of the swing arm is attached against the valve port, a sealing ring is arranged between the rotor shaft and the valve case, a circular hole is provided at the center of the lower rotor-retainer sheet, a bearing boss is secured in the circular hole and an associated portion of valve case, the rotor shaft can be movably connected with a center hole of the bearing boss, the regulating screw bracket that can be displaced in a transverse direction and the rotor regulating screw are arranged outside of the valve case with the regulating spring mounted therebetween, and an outer end of the regulating nail is contacted with and connected to an adjacent side surface of the rotor.
A seal assembly for sealing a connection region between a glass and a shaft assembly passing through the glass, said shaft assembly comprising a shaft and a threaded bushing around the shaft, characterised in that the seal assembly comprises: - an outer seal, having a body portion used to be supported on the glass, the outer seal further comprising at least one first sealing portion to form at least one sealing area (119,121); - an inner rotatable seal, having a body portion with a thread for engaging a thread of the bushing; the inner rotatable seal further comprising at least one second sealing portion to form at least one sealing area; wherein the body portion of the outer seal and the body portion of the inner rotatable seal each has corresponding threads (102; 107) for engaging the outer seal with the inner rotatable seal. - an outer seal, having a body portion used to be supported on the glass, the outer seal further comprising at least one first sealing portion to form at least one sealing area (119,121); - an inner rotatable seal, having a body portion with a thread for engaging a thread of the bushing; the inner rotatable seal further comprising at least one second sealing portion to form at least one sealing area;
A method for detecting a temporal synchronization mismatch between at least a first and a second video stream (L, R) of 3D video content, the method characterized by comprising the steps of: - detecting an eye blink of a creature in the 3D video content; and - determining the temporal synchronization mismatch between the first and the second video stream (L, R) by determination of a temporal offset between the reproduction of the eye blink in the first video stream and the reproduction of said eye blink in the second video stream. - detecting an eye blink of a creature in the 3D video content; and - determining the temporal synchronization mismatch between the first and the second video stream (L, R) by determination of a temporal offset between the reproduction of the eye blink in the first video stream and the reproduction of said eye blink in the second video stream.