mhurhangee/ep-ind-claims huggingface dataset:
Electrical current breaking apparatus, said apparatus being housed in an insulating housing and comprising at least one single-pole phase assembly and a control mechanism, said single-pole phase assembly comprising an arc-extinguishing chamber intended to ensure the containment of the arc-extinguishing, said chamber being sealed at least partially and in a tight manner by a cover which is applied onto an opening of said arc-extinguishing chamber, said chamber enclosing a fixed contact, a moving contact supported by a moving-contact holder and an arc-extinguishing device, said control mechanism being able to be brought manually or automatically into a position of opening of the contacts (6, 7), and a conductive part, called arc horn, suitable for bringing the electrical potential above the arc-extinguishing device, characterized in that the abovementioned conductive part comprises a part suitable for being brought over the abovementioned opening of the arc-extinguishing chamber provided in the containment part, so as to ensure the abovementioned seal-tightness of the arc-extinguishing chamber.
A seal arrangement for sealing a rotary shaft and a shaft opening defined in a wall of a tank containing a flowable material, sealing around the rotary shaft being provided by a primary seal (40, 50) mounted with said rotary shaft in an extractable cartridge, the seal arrangement comprising the primary seal (40, 50), the extractable cartridge, and further comprising a secondary seal operational for closing the shaft opening when removing the primary seal (40, 50) for maintenance or replacement, characterized in that the extractable cartridge is removably insertable in sealing engagement within a housing projecting outwardly from the tank around the shaft opening, and in that the secondary seal comprises an isolation valve mountable to said housing outside of said tank.
A semiconductor memory device comprising: a conductive pattern,, extending in a first direction,; a magnetic tunnel junction pattern,, on the conductive pattern; and a capacitor,, CAP, on the magnetic tunnel junction pattern, wherein the magnetic tunnel junction pattern is between the conductive pattern and the capacitor, and the magnetic tunnel junction pattern connects to the capacitor, and the conductive pattern is configured to apply spin-orbit torque to the magnetic tunnel junction pattern. a conductive pattern,, extending in a first direction,; a magnetic tunnel junction pattern,, on the conductive pattern; and a capacitor,, CAP, on the magnetic tunnel junction pattern, wherein the magnetic tunnel junction pattern is between the conductive pattern and the capacitor, and the magnetic tunnel junction pattern connects to the capacitor, and the conductive pattern is configured to apply spin-orbit torque to the magnetic tunnel junction pattern.
A method for data communication, comprising: receiving, by a user equipment, UE, at least one piece of configuration signaling indicating a first logical channel corresponding to a primary base station and a second logical channel corresponding to a secondary base station; generating, by the UE, a first buffer status report when uplink data locating on the first logical channel is to be transmitted; reporting, by the UE, the first buffer status report to the primary base station; generating, by the UE, a second buffer status report when uplink data locating on the second logical channel is to be transmitted; reporting, by the UE, the second buffer status report to the secondary base station. receiving, by a user equipment, UE, at least one piece of configuration signaling indicating a first logical channel corresponding to a primary base station and a second logical channel corresponding to a secondary base station; generating, by the UE, a first buffer status report when uplink data locating on the first logical channel is to be transmitted; reporting, by the UE, the first buffer status report to the primary base station; generating, by the UE, a second buffer status report when uplink data locating on the second logical channel is to be transmitted; reporting, by the UE, the second buffer status report to the secondary base station.
A method of managing data use by a user device (110, 200, 301), the method performed at the user device and comprising: receiving a request, from a user of the user device, for desired media content; detecting the user device's supported media resolution; determining whether the user device (110, 200, 301) is linked to a source of the desired media content via a wireless channel constrained by an accumulated data-usage limit over a given time period; calculating a usage pattern of the user of the user device; deriving a data-usage rate, using the calculated usage pattern of the user, that would allow the user to avoid passing the accumulated data-usage limit over the given time period; and requesting and obtaining the desired media content from the source of the desired media content at an optimized media resolution that overrides a default media resolution of the user device (110, 200, 301) or an application running thereon, wherein the optimized media resolution would result in a data-usage rate for obtaining the desired media content that is less than or equal to the derived data-usage rate, wherein the optimized media resolution is lower than or equal to the user device's supported media resolution. receiving a request, from a user of the user device, for desired media content; detecting the user device's supported media resolution; determining whether the user device (110, 200, 301) is linked to a source of the desired media content via a wireless channel constrained by an accumulated data-usage limit over a given time period; calculating a usage pattern of the user of the user device; deriving a data-usage rate, using the calculated usage pattern of the user, that would allow the user to avoid passing the accumulated data-usage limit over the given time period; and requesting and obtaining the desired media content from the source of the desired media content at an optimized media resolution that overrides a default media resolution of the user device (110, 200, 301) or an application running thereon, wherein the optimized media resolution would result in a data-usage rate for obtaining the desired media content that is less than or equal to the derived data-usage rate, wherein the optimized media resolution is lower than or equal to the user device's supported media resolution.
A device for positioning a marker in a 3D ultrasonic image volume, comprising: - an image provision unit, - a marker unit, and - a display unit, wherein the image provision unit is configured to provide a 3D ultrasonic image volume showing an object, wherein the marker unit is configured to position a marker in the 3D ultrasonic image volume, wherein the display unit is configured to display the 3D ultrasonic image volume and the marker in a first imaging view in a first imaging plane and in a second imaging view in a second, different imaging plane, wherein the positioning of the marker is limited to be on a projection line, wherein the first and the second imaging views are rotated relative to each other, so that the projection line has a first angle relative to the first imaging plane and a second, different angle relative to the second imaging plane, and wherein the marker unit is configured to crop a volume of the second imaging view to cut out an element covering the projection line. - an image provision unit, - a marker unit, and - a display unit, wherein the image provision unit is configured to provide a 3D ultrasonic image volume showing an object, wherein the marker unit is configured to position a marker in the 3D ultrasonic image volume, wherein the display unit is configured to display the 3D ultrasonic image volume and the marker in a first imaging view in a first imaging plane and in a second imaging view in a second, different imaging plane, wherein the positioning of the marker is limited to be on a projection line, wherein the first and the second imaging views are rotated relative to each other, so that the projection line has a first angle relative to the first imaging plane and a second, different angle relative to the second imaging plane, and wherein the marker unit is configured to crop a volume of the second imaging view to cut out an element covering the projection line. wherein the image provision unit is configured to provide a 3D ultrasonic image volume showing an object, wherein the marker unit is configured to position a marker in the 3D ultrasonic image volume, wherein the display unit is configured to display the 3D ultrasonic image volume and the marker in a first imaging view in a first imaging plane and in a second imaging view in a second, different imaging plane, wherein the positioning of the marker is limited to be on a projection line, wherein the first and the second imaging views are rotated relative to each other, so that the projection line has a first angle relative to the first imaging plane and a second, different angle relative to the second imaging plane, and wherein the marker unit is configured to crop a volume of the second imaging view to cut out an element covering the projection line.
A mine-proof seat equipment comprising a seat frame for accommodating a seat and being attachable to a vehicle roof, characterized by the seat frame being axially displaceable in and connectable to a vehicle roof through at least one guiding tube, and at least one seat belt having at least one tearable seam that tears apart in case of a blast upon reaching a predetermined load, wherein the seat belt includes a plurality of seat belts each having a different length, wherein the shortest seat belt having the tearable seam tears in case of a blast and the longer seat belt retains the seat and a passenger after a predetermined travel distance.
A method to generate a pulsed detection laser beam operable to detect ultrasonic surface displacements within a surface of a remote target comprising: generating a seed laser beam having a power of about 2mW to about 1W with a master oscillator; directing the seed laser beam through free space to a continuous pre-amplifier and amplifying the seed laser beam with the continuous pre-amplifier to produce an intermediate power laser beam, the continuous pre-amplifier being controlled to vary the power of the intermediate power laser beam to protect detection electronics, which process the phase modulated light, from damage; directing the intermediate laser beam through free space to a pulsed amplifier and amplifying the intermediate power laser beam with a pulsed amplifier to produce the pulsed detection laser beam, the pulsed amplifier comprising multiple diode-pumped amplifiers optically coupled in parallel with each other; directing the pulsed detection laser beam to the surface of the remote target illuminating a portion of the surface of the remote target so that ultrasonic surface displacements within the illuminated portion of the surface of the remote target phase modulate the pulsed detection laser beam; using optics to collect phase modulated light produced by the detection laser beam being scattered or reflected by the surface of the remote target; and processing the phase modulated light to obtain data representative of the ultrasonic surface displacements at the surface and structures within the remote target. generating a seed laser beam having a power of about 2mW to about 1W with a master oscillator; directing the seed laser beam through free space to a continuous pre-amplifier and amplifying the seed laser beam with the continuous pre-amplifier to produce an intermediate power laser beam, the continuous pre-amplifier being controlled to vary the power of the intermediate power laser beam to protect detection electronics, which process the phase modulated light, from damage; directing the intermediate laser beam through free space to a pulsed amplifier and amplifying the intermediate power laser beam with a pulsed amplifier to produce the pulsed detection laser beam, the pulsed amplifier comprising multiple diode-pumped amplifiers optically coupled in parallel with each other; directing the pulsed detection laser beam to the surface of the remote target illuminating a portion of the surface of the remote target so that ultrasonic surface displacements within the illuminated portion of the surface of the remote target phase modulate the pulsed detection laser beam; using optics to collect phase modulated light produced by the detection laser beam being scattered or reflected by the surface of the remote target; and processing the phase modulated light to obtain data representative of the ultrasonic surface displacements at the surface and structures within the remote target.
A pharmaceutical composition in tablet form comprising a. 34.1 wt% of a solid dispersion by weight of the composition, wherein the dispersion comprises 80 wt% of substantially amorphous N-[2,4-Bis(1,1-dimethylethyl)-5-hydroxyphenyl]-1,4-dihydro-4-oxoquinoline-3-carboxamide (Compound 1) by weight of the dispersion, 19.5 wt% of HPMCAS by weight of the dispersion, and 0.5 wt% SLS by weight of the dispersion; b. 30.5 wt% of microcrystalline cellulose by weight of the composition; c. 30.4 wt% of lactose by weight of the composition; d. 3 wt% of sodium croscarmellose by weight of the composition; e. 0.5 wt% of SLS by weight of the composition; f. 0.5 wt% of colloidal silicon dioxide by weight of the composition; and g. 1.0 wt% of magnesium stearate by weight of the composition. a. 34.1 wt% of a solid dispersion by weight of the composition, wherein the dispersion comprises 80 wt% of substantially amorphous N-[2,4-Bis(1,1-dimethylethyl)-5-hydroxyphenyl]-1,4-dihydro-4-oxoquinoline-3-carboxamide (Compound 1) by weight of the dispersion, 19.5 wt% of HPMCAS by weight of the dispersion, and 0.5 wt% SLS by weight of the dispersion; b. 30.5 wt% of microcrystalline cellulose by weight of the composition; c. 30.4 wt% of lactose by weight of the composition; d. 3 wt% of sodium croscarmellose by weight of the composition; e. 0.5 wt% of SLS by weight of the composition; f. 0.5 wt% of colloidal silicon dioxide by weight of the composition; and g. 1.0 wt% of magnesium stearate by weight of the composition.
Lighting unit for insertion in a luminaire housing of a luminaire comprises - an elongated profile element through which a channel with a longitudinal section is formed, wherein the channel in cross-section presents a first side wall region, a second side wall region and a bottom region joining the side wall regions (31, 32), - a lighting means which is disposed in the channel to generate a light to be emitted by the luminaire, - a light-transmissive contact protective element that is designed to connect the side wall regions (31, 32) and is so arranged that the lighting means are annularly surrounded of the side wall regions (31,.32), the bottom region and the contact protective element is, - a end cover element, which is so connected with the profile element at one end of the profile element that it closes off the channel transversely to its longitudinal section, characterized in that the end cover element is connected by means of a latching connection with the profile element, wherein the latching connection comprises a first latching means adjacent to the end cover element and a second latching means adjacent to the profile element, wherein the profile element further comprises an outer wall region which is arranged to be surrounded from the outside with respect to the channel, the first latching means and the second latching means. - an elongated profile element through which a channel with a longitudinal section is formed, wherein the channel in cross-section presents a first side wall region, a second side wall region and a bottom region joining the side wall regions (31, 32), - a lighting means which is disposed in the channel to generate a light to be emitted by the luminaire, - a light-transmissive contact protective element that is designed to connect the side wall regions (31, 32) and is so arranged that the lighting means are annularly surrounded of the side wall regions (31,.32), the bottom region and the contact protective element is, - a end cover element, which is so connected with the profile element at one end of the profile element that it closes off the channel transversely to its longitudinal section,
A bleed valve for a pressure cooking utensil, said valve being designed to act, at the start of cooking, to remove from the cooking enclosure of said utensil the air that is initially contained inside said cooking enclosure, said bleed valve comprising firstly a valve body forming a seat, and secondly a moving closure member designed to move, under the effect of the pressure prevailing inside the cooking enclosure, from an open configuration, in which it is spaced apart from said seat and allows a gas flow to leak from said enclosure, to a closed configuration, in which it comes into sealed contact with said seat and seals said enclosure, said bleed valve being characterized in that it includes a resilient return member that is distinct from the valve member and / or from the closure member, and that is arranged to urge the closure member towards its open configuration, against the pressure prevailing in the cooking enclosure.
A vacuum cleaner (1, 21, 31) comprising an air inlet opening (3, 36), an air outlet opening, a first chamber, a second chamber, a wall which is located between the first and second chambers (4, 5), and a rotatable separator for separating air and airborne particles, which separator comprises at least one air entrance opening located between the air inlet opening and the air outlet opening; wherein the vacuum cleaner (1, 21, 31) is provided with air-guide means (15, 22, 37) for guiding at least part of the air towards the separator, wherein the separator is arranged between the wall which is located between the first and second chambers (4, 5) and the air-guide means (15, 22, 37), which air-guide means (15, 22, 37) provides in use an at least partially closed boundary in axial direction for a column of rotating air around the separator; wherein a minimum distance (R ag) of an edge (115, 122) of the air-guide means (15, 22, 37) to the rotating axis of the separator is larger than a distance (R s) of the air entrance opening of the separator to the rotating axis of the separator.
A method for monitoring the blood pressure of a patient, comprising the following steps: determining a pulse arrival time signal from the patient based on the pulse wave velocity method; determining an accelerometer signal from the patient; detecting a posture of the patient from a DC component of the accelerometer signal; normalizing the pulse arrival time signal for the posture of the patient if a posture change is detected; and triggering an additional measure or deriving a blood pressure value, taking into account the normalized pulse arrival time signal and the DC component of the accelerometer signal. determining a pulse arrival time signal from the patient based on the pulse wave velocity method; determining an accelerometer signal from the patient; detecting a posture of the patient from a DC component of the accelerometer signal; normalizing the pulse arrival time signal for the posture of the patient if a posture change is detected; and triggering an additional measure or deriving a blood pressure value, taking into account the normalized pulse arrival time signal and the DC component of the accelerometer signal.
Apparatus for generating a description of a combined audio scene, comprising: an input interface for receiving a first description of a first scene in a first format and a second description of a second scene in a second format, wherein the second format is different from the first format; a format converter for converting the first description into a common format and for converting the second description into the common format, when the second format is different from the common format; and a format combiner for combining the first description in the common format and the second description in the common format to obtain the description of the combined audio scene. an input interface for receiving a first description of a first scene in a first format and a second description of a second scene in a second format, wherein the second format is different from the first format; a format converter for converting the first description into a common format and for converting the second description into the common format, when the second format is different from the common format; and a format combiner for combining the first description in the common format and the second description in the common format to obtain the description of the combined audio scene.
A laminated glazing (101, 301) for a vehicle comprising - an array (160, 360) of heating wires; - a first busbar (121, 321) and a second busbar (122, 322) in electrical connection with the array (160, 360) of heating wires and arranged such that a voltage applied between the first busbar (121, 321) and the second busbar (122, 322) allows heating of the glazing (101, 301); and - a conductive track (130, 330) electrically connected to the second busbar (122, 322) to provide electrical power to the second busbar (122, 322); characterised by - the array (160, 360) of heating wires extends over the first busbar (121, 321) and a first section (131, 331) of the conductive track (130, 330); and - a tape (150, 351) comprising a polymer is positioned between the first section (131, 331) of the conductive track (130, 330) and the array (160, 360) of heating wires for electrically insulating the first section (131, 331) of the conductive track (130, 330) from the array (160, 360) of heating wires. - an array (160, 360) of heating wires; - a first busbar (121, 321) and a second busbar (122, 322) in electrical connection with the array (160, 360) of heating wires and arranged such that a voltage applied between the first busbar (121, 321) and the second busbar (122, 322) allows heating of the glazing (101, 301); and - a conductive track (130, 330) electrically connected to the second busbar (122, 322) to provide electrical power to the second busbar (122, 322); - the array (160, 360) of heating wires extends over the first busbar (121, 321) and a first section (131, 331) of the conductive track (130, 330); and - a tape (150, 351) comprising a polymer is positioned between the first section (131, 331) of the conductive track (130, 330) and the array (160, 360) of heating wires for electrically insulating the first section (131, 331) of the conductive track (130, 330) from the array (160, 360) of heating wires.
An assembly for a gas turbine engine, comprising: a component including a mounting portion having a first surface and a main body having a second surface, wherein the first surface has an elevation that differs from an elevation of the second surface; and a finger seal connected to the first surface at a fixed end of the finger seal, the fixed end extending from the first surface to a first curved portion of the finger seal, wherein the fixed end of the finger seal is substantially parallel to the first surface, and wherein an undercut cavity is at least partially defined by the fixed end of the finger seal and the second surface, and characterized in that a cooling air flow is passed along the second surface and into the undercut cavity. a component including a mounting portion having a first surface and a main body having a second surface, wherein the first surface has an elevation that differs from an elevation of the second surface; and a finger seal connected to the first surface at a fixed end of the finger seal, the fixed end extending from the first surface to a first curved portion of the finger seal, wherein the fixed end of the finger seal is substantially parallel to the first surface, and wherein an undercut cavity is at least partially defined by the fixed end of the finger seal and the second surface, and characterized in that a cooling air flow is passed along the second surface and into the undercut cavity.