mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication performed by a base station, BS (no), comprising: determining multiple total downlink assignment indexes, DAIs, corresponding to multiple DAI groups associated with a user equipment, UE, wherein each of the multiple DAI groups is associated with a different set of component carriers, CCs, used by the UE for carrier aggregation; wherein the multiple total DAIs include a first total DAI for a first set of component carriers used by the UE and a second total DAI for a second set of component carriers used by the UE, and wherein a different number of code block groups, CBGs, per transport block, TB, are used for the first set of component carriers and the second set of component carriers; and transmitting the multiple total DAIs to the UE in an uplink grant, wherein the multiple total DAIs are indicated in different fields of the uplink grant. determining multiple total downlink assignment indexes, DAIs, corresponding to multiple DAI groups associated with a user equipment, UE, wherein each of the multiple DAI groups is associated with a different set of component carriers, CCs, used by the UE for carrier aggregation; wherein the multiple total DAIs include a first total DAI for a first set of component carriers used by the UE and a second total DAI for a second set of component carriers used by the UE, and wherein a different number of code block groups, CBGs, per transport block, TB, are used for the first set of component carriers and the second set of component carriers; and transmitting the multiple total DAIs to the UE in an uplink grant, wherein the multiple total DAIs are indicated in different fields of the uplink grant.
A syringe assembly, comprising a syringe for dispensing a dental or medical substance, and a protective cover that comprises a tubular protective shaft, wherein the protective cover is configured for encasing at least a portion of the syringe, wherein the syringe is configured so that it can be operated with or without the protective cover, wherein the syringe has a cartridge, and wherein the cartridge and the protective cover are assembled with the cartridge being received within the protective shaft, wherein the cartridge comprises an outlet (12a, 12b) for the substance, wherein the syringe further comprises a dispensing tip that is connected to the outlet (12a, 12b) for dispensing the substance from the dispensing tip, and wherein a first seal is provided between the dispensing tip and the outlet (12a, 12b), and a second seal is provided between the dispensing tip and the protective shaft.
A multifunctional screwdriver provided with a screw finder, comprising: a handle, a bottle opener being detachably mounted on a head of the handle, further comprising the screw finder, connected to a tail end of the handle; characterized by the fact that the screw finder comprises a tail cover, a universal joint, a magnet frame, and a magnet; a first gibbosity is arranged on each of the two opposite sides of an outer circle wall of the universal joint; a through hole is formed in the inner wall of the tail cover corresponding to the first gibbosity; the universal joint is mounted in the tail cover by means of the first gibbosity and the through hole; a pair of second gibbosities are disposed in an outer surface of the magnet frame; a mounting groove is formed in a junction of the universal joint and the magnet frame, and the magnet frame is mounted in the universal joint by the combination of the second gibbosities and the mounting groove. a handle, a bottle opener being detachably mounted on a head of the handle, further comprising the screw finder, connected to a tail end of the handle; characterized by the fact that the screw finder comprises a tail cover, a universal joint, a magnet frame, and a magnet; a first gibbosity is arranged on each of the two opposite sides of an outer circle wall of the universal joint; a through hole is formed in the inner wall of the tail cover corresponding to the first gibbosity; the universal joint is mounted in the tail cover by means of the first gibbosity and the through hole; a pair of second gibbosities are disposed in an outer surface of the magnet frame; a mounting groove is formed in a junction of the universal joint and the magnet frame, and the magnet frame is mounted in the universal joint by the combination of the second gibbosities and the mounting groove.
A method for presenting and distributing heterogeneous applications comprising: providing a remote processing system having a non-transitory storage medium storing a plurality of applications (30, 32, 34) for target processing systems (60, 62, 64) wherein at least some of the applications are heterogeneous applications programmed for different platforms, the remote processing system capable of being connected to a local processing system (60, 62, 64) to present and distribute any of the plurality of heterogeneous applications to consumers; determining an application programming interface, API, associated with each of the plurality of applications; determining compatibility with target processing systems for each of the plurality of applications via the remote processing system based on at least the determined API associated with the plurality of applications; and presenting to a consumer via the remote processing system only those applications of the plurality of applications that are compatible with a target processing system. providing a remote processing system having a non-transitory storage medium storing a plurality of applications (30, 32, 34) for target processing systems (60, 62, 64) wherein at least some of the applications are heterogeneous applications programmed for different platforms, the remote processing system capable of being connected to a local processing system (60, 62, 64) to present and distribute any of the plurality of heterogeneous applications to consumers; determining an application programming interface, API, associated with each of the plurality of applications; determining compatibility with target processing systems for each of the plurality of applications via the remote processing system based on at least the determined API associated with the plurality of applications; and presenting to a consumer via the remote processing system only those applications of the plurality of applications that are compatible with a target processing system.
Spike mechanism for a shoe comprising a body housing with a cavity and bottom wall, the bottom wall having an outer surface, at least one anti-slipping element extending through the bottom wall of the cavity, the anti-slipping element having a tip and a base extending into the cavity, a support element in the cavity for moving the anti-slipping element to the first position, in which the said tip is at a first distance from the bottom wall, and to the second position, in which the said tip is at a second distance from the bottom wall protruded from the outer surface of the bottom wall, the second distance being substantially bigger than the first distance, which support element is arranged in the cavity immovably in the longitudinal direction of the cavity and which support element has a first end, from which the support element is rotatably attached to the body housing and which spike mechanism further comprises actuators for rotating the support element in relation to the body housing, wherein, in said bottom wall there are holes in which anti-slipping element is fitted, characterized in that around said hole there is a support collar for supporting the anti-slipping element in lateral direction.
Deburring tool with deburring blade for deburring bore edges (3, 6) with a straight or non-round shape, consisting of a base body driven rotatably about its longitudinal axis, on the lower end of which at least one blade holder having at least one deburring blade attached there is mounted in vertical direction pivotably on a base body-side blade bearing, and on the outer circumference of the blade holder is arranged a control groove open to the outside in radial direction into which the free flexible end of a spiral spring engages, the other end of which is clamped on the base body, wherein during the deburring process, the deburring blade is pivoted out from the base body by an angle (51, 52, 53) to the longitudinal axis of the base body and the blade axis of the deburring blade rests in a spring-loaded manner with its at least one cutting edge on the bore edge (3, 6) to be deburred and during rotation of the deburring tool executes spring-loaded pivot movements following the contour of the bore edge (3, 6), wherein the deburring blade in the rest position pivoted out from the base body with its blade axis forms an angular pivot position (52, 53) deviating from the 90 degree position, wherein a backstop, which prevents back-pivoting into the position pivoted out from the base body by 90 degrees, is assigned to the deburring blade, characterised in that the control groove is configured as a radially outwardly opened U profile and the side limbs of the U profile form control edges (32, 34) symmetrically opposite one another which are opened radially outwards via rounded side surfaces, wherein the one side of the spiral spring is placed in spring-loaded manner on the one control edge in the control groove and the opposite control edge in the control groove forms the backstop for the blade holder.
Aircraft Lighting device, comprising a hollow cylindrical body (2; 21), a set of light emitting diodes (7; 26) mounted in the hollow cylindrical body (2; 21) and at least one reflector (11; 31) receiving the light beams emitted by the light emitting diodes (7;26) and designed to direct the light beams in the lighting direction of the device, the light emitting diodes (7;26) are mounted on an annular cylindrical support (6; 24), and at least one device for executing an additional function mounted at the centre of the annular cylindrical support (6;24), the device for executing the additional function is chosen from among a camera, a radar or a sensor, characterized in that the light emitting diodes (7;26) are disposed radially in the hollow cylindrical body (2;21), the said annular cylindrical support (6;24) being moreover with a polygonal contour.
A subsea circuit breaker for a subsea power distribution system, the circuit breaker comprising a water tight circuit breaker enclosure, first and second contacts (30, 35) arranged within the circuit breaker enclosure, an electro-mechanical actuator arranged within the circuit breaker enclosure and adapted to open the contacts (30, 35) in response to a fault signal and to open or close the contacts (30, 35) in response to a command signal, a protection element arranged within the circuit breaker enclosure and adapted to generate said fault signal, a command signal input interface arranged within the circuit breaker enclosure for receiving said command signal, characterised by a mechanical transmission means arranged within the circuit breaker enclosure and adapted to cause the contacts (30, 35) to open or close in response to a mechanical command operation from the outside of the circuit breaker enclosure.
A portable terminal comprising controller means (10,20) characterized in that the controller means is configured to: acquire, for a plurality of applications on the portable terminal, predetermined information on a set of characteristics (A-F) of the applications, said set of characteristics including at least a keyword included in the application or in content executed using the application; determine, based on the acquired information, applications to be displayed on a screen for user selection; cause display on said screen of information regarding the determined applications; and activate an application in response to a user's selection operation on said displayed information. acquire, for a plurality of applications on the portable terminal, predetermined information on a set of characteristics (A-F) of the applications, said set of characteristics including at least a keyword included in the application or in content executed using the application; determine, based on the acquired information, applications to be displayed on a screen for user selection; cause display on said screen of information regarding the determined applications; and activate an application in response to a user's selection operation on said displayed information.
Tubular component for a pressurised-water nuclear reactor, having the following composition by weight: - 0.8% ≤ Nb ≤ 2.8%; - traces ≤ Sn ≤ 0.65%; - 0.015% ≤ Fe ≤ 0.40%; preferably 0.020 % ≤ Fe ≤ 0.35 %; - traces ≤ C ≤ 100 ppm; - 600 ppm ≤ O ≤ 2300 ppm; preferably 900 ppm ≤ O ≤ 1800 ppm; - 5 ppm ≤ S ≤ 100 ppm; preferably 8 ppm ≤ S ≤ 35 ppm; - traces ≤ Cr + V + Mo + Cu ≤ 0.35%; - traces ≤ Hf ≤ 100 ppm; - F ≤ 1 ppm; the remainder being zirconium and impurities resulting from production, the outer surface of which has a roughness Ra less than or equal to 0.5 μm, obtained following a final mechanical polishing step, characterised in that its outer surface has a roughness Rsk ≤ 1 in absolute value and a roughness Rku ≤ 10. - 0.8% ≤ Nb ≤ 2.8%; - traces ≤ Sn ≤ 0.65%; - 0.015% ≤ Fe ≤ 0.40%; preferably 0.020 % ≤ Fe ≤ 0.35 %; - traces ≤ C ≤ 100 ppm; - 600 ppm ≤ O ≤ 2300 ppm; preferably 900 ppm ≤ O ≤ 1800 ppm; - 5 ppm ≤ S ≤ 100 ppm; preferably 8 ppm ≤ S ≤ 35 ppm; - traces ≤ Cr + V + Mo + Cu ≤ 0.35%; - traces ≤ Hf ≤ 100 ppm; - F ≤ 1 ppm;
Process for preparing aldehydes, said process comprising at least a hydroformylation through the reaction of C2 to C20 olefins, preferably C2 to C17 olefins, more preferably C3 to C14 olefins and most preferably C6 to C14 olefins, with syngas in the presence of a homogeneously dissolved catalyst system that comprises at least Co or Rh and preferably a phosphorus-containing ligand, in at least one reaction zone, yielding a liquid reaction output containing the product, wherein the partial pressure fraction of CO or H 2 in the hydroformylation constitutes not more than 75% of the total gas pressure, preferably not more than 70% of the total gas pressure, more preferably not more than 65% of the total gas pressure, the total gas pressure being the sum of the pressures occurring from all the gaseous substances present, and a membrane separation for separating the homogeneously dissolved catalyst system, characterized in that, before the membrane separation, a gas exchange with CO or H 2 is carried out, as a result of which the partial pressure fraction of CO or H 2 constitutes more than 80% of the total gas pressure, preferably more than 85% of the total gas pressure, more preferably more than 90% of the total gas pressure. a hydroformylation through the reaction of C2 to C20 olefins, preferably C2 to C17 olefins, more preferably C3 to C14 olefins and most preferably C6 to C14 olefins, with syngas in the presence of a homogeneously dissolved catalyst system that comprises at least Co or Rh and preferably a phosphorus-containing ligand, in at least one reaction zone, yielding a liquid reaction output containing the product, wherein the partial pressure fraction of CO or H 2 in the hydroformylation constitutes not more than 75% of the total gas pressure, preferably not more than 70% of the total gas pressure, more preferably not more than 65% of the total gas pressure, the total gas pressure being the sum of the pressures occurring from all the gaseous substances present, and a membrane separation for separating the homogeneously dissolved catalyst system, characterized in that, before the membrane separation, a gas exchange with CO or H 2 is carried out, as a result of which the partial pressure fraction of CO or H 2 constitutes more than 80% of the total gas pressure, preferably more than 85% of the total gas pressure, more preferably more than 90% of the total gas pressure.
An audio signal processing apparatus comprising: a signal detector configured to detect a long-term envelope and a short-term envelope of a lower frequency range signal of an input signal; characterised in that the audio signal processing apparatus comprises: a controller configured to control a gain in a beat section of the input signal, wherein the beat section is determined based on the detected long-term envelope and the short-term envelope of the lower frequency range signal. a signal detector configured to detect a long-term envelope and a short-term envelope of a lower frequency range signal of an input signal; characterised in that the audio signal processing apparatus comprises: a controller configured to control a gain in a beat section of the input signal, wherein the beat section is determined based on the detected long-term envelope and the short-term envelope of the lower frequency range signal. a controller configured to control a gain in a beat section of the input signal, wherein the beat section is determined based on the detected long-term envelope and the short-term envelope of the lower frequency range signal.
A fan assembly for a refrigerator, said assembly comprising a fan case with a first and a second outer wall at two ends along an axial direction of said fan and perpendicular thereto, said fan assembly comprising a wall element for delimiting an evaporator in said refrigerator, said wall element having a mounting opening suitable for mounting said fan and projecting edges in the direction of said fan, said fan assembly further comprising an isolator and a locking element characterized in that; said isolator comprises a first abutment means against which said first outer wall of said fan is leanable such that a second abutment means of said isolator confine said first outer wall within said isolator and, said locking element is engageable with said projecting edges such that said isolator physically separates said first outer wall from said wall element and said locking element.
Laser tool, in particular for the structuring of cylinder barrels, having a laser source for generating laser beams, having a collimator for generating a parallel profile of the laser beams from the laser source which are guided through a lens which is arranged within a rotatable spindle, wherein an optical apparatus for deflecting the laser beams onto a material surface is fastened at an end of the spindle, said end facing away from the laser source, characterized in that the collimator is movable parallel to the laser beam by means of a drive, and in that the laser tool has a centring device for displacing the collimator in a plane perpendicular to the laser beam, wherein the laser tool has a tilting device by means of which the collimator is tiltable from at least one plane which encloses an angle (α) with the X-Y plane into a plane perpendicular to the laser beam, wherein the tilting device is arranged between that side of the collimator which faces towards the optical apparatus and the centring device.
A system to control operation of a blow head and blow mold in at least one section on the blow side of an individual section machine when a defective container in a mold must be removed, the individual section machine including a blank side with a blank side pilot air supply, and an electro-pneumatic valve block, EPVB, having an operation valve and pilot valve coupled to one of the blow head and blow mold, the system comprising: a pneumatic shut-off valve mounted on the blow side of the individual section machine, with the pneumatic shut-off valve coupled to the EPVB and the blank side pilot air supply; and a piping network coupling the pneumatic shut-off valve to the pilot valve and to the blank side pilot air supply, with the pneumatic shut-off valve and piping network configured to prevent operation of the blow mold and blow head from the blank side of the individual section machine until the defective container is removed, wherein activation of the pneumatic shut-off valve to prevent the operation of the blow mold and blow head cuts off supply of pilot air to the pilot valve. a pneumatic shut-off valve mounted on the blow side of the individual section machine, with the pneumatic shut-off valve coupled to the EPVB and the blank side pilot air supply; and a piping network coupling the pneumatic shut-off valve to the pilot valve and to the blank side pilot air supply, with the pneumatic shut-off valve and piping network configured to prevent operation of the blow mold and blow head from the blank side of the individual section machine until the defective container is removed, wherein activation of the pneumatic shut-off valve to prevent the operation of the blow mold and blow head cuts off supply of pilot air to the pilot valve.
A device for dispensing fluid products which is provided with an extension tip connected by a first end to a nozzle associated with a metering pump mounted on a bottle containing the product that is to be dispensed and comprising at its distal second end a discharge orifice, said extension tip bearing a shutter a first end of which is arranged on said discharge orifice, this shutter being intended to open at its distal second end under the pressure of the product when said pump is actuated, and said shutter comprising a tubular external part, elastically deformable in longitudinal bending, of which a first end is arranged on the discharge orifice and of which the tapering external cross section diminishes evenly towards its distal second end, at least over part of its length, said external part being intended to deform elastically in a radial direction at its distal second end under the pressure of the fluid leaving the pump via said nozzle, characterized in that said shutter comprises, inside said external part, a tubular connector secured to said discharge orifice of the tip and a stem of cross section substantially equal to the internal cross section of the distal second end of said external part, which is connected by its first end to this connector by means of an articulation and which via its second end closes the distal second end of said external part.
Home automation control system including, - detection means (2a, 2b) arranged to obtain gestures within in a room, - memory means arranged to store associations between a virtual sensor in, on or within a room's boundary surface and a gesture that is directed to the sensor, and to store associations between the virtual sensor and an actuator (12a, 14a, 16a), and - control means arranged to trigger the actuator (12a, 14a, 16a) when detecting the gesture directed to the sensor via the detection means (2a, 2b), characterised in that: - the detection means (2a, 2b) obtain an image of at least parts of the room, - reproduction means reproduce the obtained image of the room for a user, in particular on a screen, and - the virtual sensor can be assigned to the room's boundary surface within the reproduced image of the room by means of programming means. - detection means (2a, 2b) arranged to obtain gestures within in a room, - memory means arranged to store associations between a virtual sensor in, on or within a room's boundary surface and a gesture that is directed to the sensor, and to store associations between the virtual sensor and an actuator (12a, 14a, 16a), and - control means arranged to trigger the actuator (12a, 14a, 16a) when detecting the gesture directed to the sensor via the detection means (2a, 2b), - the detection means (2a, 2b) obtain an image of at least parts of the room, - reproduction means reproduce the obtained image of the room for a user, in particular on a screen, and - the virtual sensor can be assigned to the room's boundary surface within the reproduced image of the room by means of programming means.
The compound -5-(3-((2-(1,2,4-oxadiazol-3-yl)propan-2-yl)carbamoyl)phenyl)-6-(sec-butyl)-2-(4-fluorophenyl)-N-methylbenzofuran-3-carboxamide, or a pharmaceutically acceptable salt thereof