mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a MAC entity for determining whether to include a long buffer status report, BSR, or a short BSR when a plurality of BSRs are triggered, the method comprising: determining that a plurality of BSRs are triggered; determining whether to include a long BSR or a short BSR in a medium access control protocol data unit, MAC PDU, in response to determining the plurality of BSRs are triggered; constructing, if the plurality of BSRs includes a periodic BSR, the MAC PDU to include the short BSR responsive to one logical channel group, LCG, having buffered data in a transmission time interval, TTI; constructing, if the plurality of BSRs includes a periodic BSR, the MAC PDU to include the long BSR responsive to a plurality of LCGs having buffered data in a TTI; constructing, if the plurality of BSRs does not include a periodic BSR or a regular BSR, the MAC PDU to include the short BSR responsive in part to a number of padding bits available being smaller than a size of the long BSR but equal to or larger than the size of the short BSR; 864R-,- and constructing, if the plurality of BSRs does not include a periodic BSR or a regular BSR, the MAC PDU to include the long BSR responsive in part to a number of padding bits available being equal to or larger than a size of the long BSR. determining that a plurality of BSRs are triggered; determining whether to include a long BSR or a short BSR in a medium access control protocol data unit, MAC PDU, in response to determining the plurality of BSRs are triggered; constructing, if the plurality of BSRs includes a periodic BSR, the MAC PDU to include the short BSR responsive to one logical channel group, LCG, having buffered data in a transmission time interval, TTI; constructing, if the plurality of BSRs includes a periodic BSR, the MAC PDU to include the long BSR responsive to a plurality of LCGs having buffered data in a TTI; constructing, if the plurality of BSRs does not include a periodic BSR or a regular BSR, the MAC PDU to include the short BSR responsive in part to a number of padding bits available being smaller than a size of the long BSR but equal to or larger than the size of the short BSR; 864R-,- and constructing, if the plurality of BSRs does not include a periodic BSR or a regular BSR, the MAC PDU to include the long BSR responsive in part to a number of padding bits available being equal to or larger than a size of the long BSR.
A dishwasher comprising: a cabinet having a washing tub; and a door installed at one side of the cabinet to open or close the washing tub, wherein the door includes: a door member in which an electrical component is installed; a handle member installed on the door member to form a handle; and a water discharge channel formed thereof to allow water to be discharged to outside of the door through the door member and the handle member, wherein the water discharge channel includes: a water inlet formed on at least one portion of the door; a first outlet formed on the door member; and a second outlet formed on the handle member and connected to the first outlet, and characterized in that the door member includes a control frame on which the electrical component and a printed circuit board are installed and to which the handle member is coupled, and in that the first outlet is formed on the control frame. a cabinet having a washing tub; and a door installed at one side of the cabinet to open or close the washing tub, wherein the door includes: a door member in which an electrical component is installed; a handle member installed on the door member to form a handle; and a water discharge channel formed thereof to allow water to be discharged to outside of the door through the door member and the handle member, a door member in which an electrical component is installed; a handle member installed on the door member to form a handle; and a water discharge channel formed thereof to allow water to be discharged to outside of the door through the door member and the handle member, wherein the water discharge channel includes: a water inlet formed on at least one portion of the door; a first outlet formed on the door member; and a second outlet formed on the handle member and connected to the first outlet, and characterized in that the door member includes a control frame on which the electrical component and a printed circuit board are installed and to which the handle member is coupled, and in that the first outlet is formed on the control frame. a water inlet formed on at least one portion of the door; a first outlet formed on the door member; and a second outlet formed on the handle member and connected to the first outlet, and characterized in that the door member includes a control frame on which the electrical component and a printed circuit board are installed and to which the handle member is coupled, and in that the first outlet is formed on the control frame.
A process for the preparation of a molecularly imprinted polymer ("MIP") in the form of a solution or colloidal suspension of MIP particles, comprising the steps of: (a) providing a carrier substance having a template material immobilised on it so as to be exposed at a surface; (b) providing a polymerisable composition in contact with said surface; (c) effecting controlled polymerisation of said polymerisable composition in contact with said surface, said polymerisation being terminated when MIP particles capable of forming a solution or colloidal suspension have been formed; and (d) separating said MIP particles from said surface. (a) providing a carrier substance having a template material immobilised on it so as to be exposed at a surface; (b) providing a polymerisable composition in contact with said surface; (c) effecting controlled polymerisation of said polymerisable composition in contact with said surface, said polymerisation being terminated when MIP particles capable of forming a solution or colloidal suspension have been formed; and (d) separating said MIP particles from said surface.
A plastics material beverage container with an aperture by way of which a liquid is capable of being removed from the container, with a main body adjoining this aperture in a longitudinal direction and a base portion adjoining this main body in this longitudinal direction, wherein the base portion has at least three stand feet, wherein external surfaces of these stand feet in each case form a stand portion (20a, 20b, 20c) of the plastics material beverage container extending in sections in the form of an annular segment over a pre-set circumferential angle (a1, a2, a3..) and wherein at least three grooves are formed between these stand feet, wherein these grooves extend at least also in a radial direction of the plastics material beverage container which is at a right angle to the longitudinal direction, wherein these grooves have in each case a groove bottom which extends at least also in the radial direction as well as a wall portion which extends at least also from this groove bottom to a stand portion (20a, 20b, 20c) of a stand foot adjacent to this groove bottom, wherein a sum of these circumferential angles (a1, a2, a3..) is greater than 180°, wherein the stand portions (20a, 20b, 20c) in the form of an annular segment span a stand plane of the container which is at a right angle to the longitudinal direction of the container, and further wherein the base portion has an injection point in its centre, characterized in that at least one groove bottom extends as far as this injection point or is at a distance of less than 5 mm from this injection point, and further wherein a difference in height between a stand face and a height level of the injection point is between 3 mm and 15 mm and this height, which at the same time is also a measure of the freedom of the base, can be selected to be variable in this case.
Rotor, comprising: a rotor shaft with a mounting portion along a mounting region of the shaft; and a plurality of permanent magnets (21, 22, 23, 24) mounted in the mounting portion on the rotor shaft, wherein the permanent magnets (21, 22, 23, 24) are shaped such that they are connected to the rotor shaft in an interlocking manner in the mounting portion, and wherein the plurality of permanent magnets are magnetized in vertical or horizontal direction when the rotor shaft is oriented such that a symmetry axis of the permanent magnets coincides with a horizontal or vertical reference axis, wherein the rotor shaft comprises, in the mounting portion, four flattened regions (31, 32, 33, 34) with a radius reduced with respect to a circular cross-section in non-flattened regions, such that a radially measured thickness of a permanent magnet in a flattened region is greater than in an adjacent non-flattened region with non-reduced radius of the rotor shaft, wherein the four flattened regions (31, 32, 33, 34) are arranged symmetrically along the circumference of the rotor shaft, wherein each flattened region includes an angular sector of at least 35° and at the most 45°, wherein a flattened region is smaller with respect to the angular sector than two adjacent non-flattened regions together, and wherein a permanent magnet in a flattened region and two adjacent non-flattened regions in the mounting portion is connected to the rotor shaft in an interlocking manner. a rotor shaft with a mounting portion along a mounting region of the shaft; and a plurality of permanent magnets (21, 22, 23, 24) mounted in the mounting portion on the rotor shaft, wherein the permanent magnets (21, 22, 23, 24) are shaped such that they are connected to the rotor shaft in an interlocking manner in the mounting portion, and wherein the plurality of permanent magnets are magnetized in vertical or horizontal direction when the rotor shaft is oriented such that a symmetry axis of the permanent magnets coincides with a horizontal or vertical reference axis, wherein the rotor shaft comprises, in the mounting portion, four flattened regions (31, 32, 33, 34) with a radius reduced with respect to a circular cross-section in non-flattened regions, such that a radially measured thickness of a permanent magnet in a flattened region is greater than in an adjacent non-flattened region with non-reduced radius of the rotor shaft, wherein the four flattened regions (31, 32, 33, 34) are arranged symmetrically along the circumference of the rotor shaft, wherein each flattened region includes an angular sector of at least 35° and at the most 45°, wherein a flattened region is smaller with respect to the angular sector than two adjacent non-flattened regions together, and wherein a permanent magnet in a flattened region and two adjacent non-flattened regions in the mounting portion is connected to the rotor shaft in an interlocking manner.
An injection stretch blow molded (ISBM) article comprising: a metallocene random propylene-based copolymer in the absence of a clarifier, wherein the metallocene random propylene-based copolymer exhibits a melt flow rate of from 10 dg/min. to 20 dg/min as measured by ASTM D-1238 and has a melting point (Tm) as measured by DSC of at least 105°C.
A lighting apparatus, comprising a lighting device, wherein said lighting device comprises a first lamp body and a second lamp body, wherein said first lamp body and said second lamp body comprise a first lamp and a second lamp respectively, wherein said first lamp and said second lamp provide lighting when connected to a power source, wherein said first lamp body and said second lamp body are oppositely disposed and rotatable relatively to each another, wherein said lighting device further comprises a holding device, wherein said first lamp body and said second lamp body are respectively rotatably connected on said holding device, wherein said holding device further comprises a holding portion and a connecting device, wherein said first lamp body and said second lamp body are rotatably connected on said connecting device, wherein said holding portion is extended from said connecting device so as to form a handle, characterized in that the two sides of the connecting device comprise two first L-form grooves and two second L-form grooves respectively, wherein the first lamp body comprises two symmetrical first connecting units affixedly arranged thereon and the first lamp body is respectively connected in the first L-form grooves of the connecting device through the first connecting units, and wherein the second lamp body comprises two symmetrical second connecting units affixedly arranged thereon and the second lamp body is respectively connected in the second L-form grooves of the connecting device through the second connecting units.
A method for emulating a guest centralized flag architecture by using a native distributed flag architecture, comprising: receiving an incoming instruction sequence of instructions using a global front end; grouping the instructions to form instruction blocks, wherein each of the instruction blocks comprise two half blocks, wherein each half block is operable to be dispatched independently; scheduling instructions of an instruction block to execute in accordance with a scheduler; and using a distributed flag architecture to emulate a centralized flag architecture for the emulation of guest instruction execution, wherein a respective physical destination is assigned for each type of instruction during an allocation/renaming stage and is recorded in a renaming mapping table data structure, and wherein updated flags to be read by an instruction are determined, and wherein flag fields are merged with a single centralized flag register during a retirement stage. receiving an incoming instruction sequence of instructions using a global front end; grouping the instructions to form instruction blocks, wherein each of the instruction blocks comprise two half blocks, wherein each half block is operable to be dispatched independently; scheduling instructions of an instruction block to execute in accordance with a scheduler; and using a distributed flag architecture to emulate a centralized flag architecture for the emulation of guest instruction execution, wherein a respective physical destination is assigned for each type of instruction during an allocation/renaming stage and is recorded in a renaming mapping table data structure, and wherein updated flags to be read by an instruction are determined, and wherein flag fields are merged with a single centralized flag register during a retirement stage.
Tyre comprising a device, said device comprising a first, second, third, fourth and fifth layer (1, 2, 3, 4, 5), the third layer being optional, where a) the first layer comprises a first electrode material, b) the second layer comprises a first intermediate material, d) the fourth layer comprises a second intermediate material, and e) the fifth layer comprises a second electrode material, where - the first intermediate material of the second layer has a dielectric conductivity ε r of greater than 1.01 F·m -1 and/or - the second intermediate material of the fourth layer has a dielectric conductivity e r of greater than 1.01 F·m -1, characterized in that - the second or fourth layer (2, 4) has a layer thickness in the range from 10 to 1000 μm, - the first intermediate material of the second layer and the second intermediate material of the fourth layer are different and - the four layers (1, 2, 4,5) or five layers (1, 2, 3, 4,5) are arranged one above another according to the above sequence. where a) the first layer comprises a first electrode material, b) the second layer comprises a first intermediate material, d) the fourth layer comprises a second intermediate material, and e) the fifth layer comprises a second electrode material, - the first intermediate material of the second layer has a dielectric conductivity ε r of greater than 1.01 F·m -1 and/or - the second intermediate material of the fourth layer has a dielectric conductivity e r of greater than 1.01 F·m -1, characterized in that - the second or fourth layer (2, 4) has a layer thickness in the range from 10 to 1000 μm, - the first intermediate material of the second layer and the second intermediate material of the fourth layer are different and - the four layers (1, 2, 4,5) or five layers (1, 2, 3, 4,5) are arranged one above another according to the above sequence.
A collector (60, 90, 100) for collecting particles in air, said collector (60, 90, 100) comprising: a substrate, which is transparent to allow imaging of the particles through the substrate, wherein a collector side of the substrate comprises a recess area and a protection area surrounding the recess area; an adhesive layer arranged in the recess area on the collector side of the substrate, said adhesive layer being formed by a transparent adhesive material; a protection element, which is configured to protect the adhesive layer before collection of particles, wherein the protection element is arranged in contact with the protection area of the collector side of the substrate covering the recess area such that the protection element is physically spaced from an adhesive surface of the adhesive layer; wherein the collector (60, 90, 100) is configured to allow release of protection of the adhesive layer by the protection element to expose the adhesive surface of the adhesive layer to ambient air for collecting particles on the adhesive surface; and wherein the collector (60, 90, 100) is further configured for presenting a transparent particle sample carrier having a smooth top surface and a smooth bottom surface for preventing light from being diffusely scattered by the transparent particle sample carrier. a substrate, which is transparent to allow imaging of the particles through the substrate, wherein a collector side of the substrate comprises a recess area and a protection area surrounding the recess area; an adhesive layer arranged in the recess area on the collector side of the substrate, said adhesive layer being formed by a transparent adhesive material; a protection element, which is configured to protect the adhesive layer before collection of particles, wherein the protection element is arranged in contact with the protection area of the collector side of the substrate covering the recess area such that the protection element is physically spaced from an adhesive surface of the adhesive layer; wherein the collector (60, 90, 100) is configured to allow release of protection of the adhesive layer by the protection element to expose the adhesive surface of the adhesive layer to ambient air for collecting particles on the adhesive surface; and wherein the collector (60, 90, 100) is further configured for presenting a transparent particle sample carrier having a smooth top surface and a smooth bottom surface for preventing light from being diffusely scattered by the transparent particle sample carrier.
A welding consumable for, in particular wire-based, laser deposition welding, wherein the welding consumable is produced from a magnesium alloy, wherein the magnesium alloy the magnesium alloy consists of the following constituent substances with regard to the total weight of the alloy: 3.0% by weight to 9.0% by weight of aluminum (Al), 0.2% by weight to 2.0% by weight of calcium (Ca), 0.1% by weight to 0.8% by weight of manganese (Mn), 0.2% by weight to 2.0% by weight of aluminum nitride, and magnesium and unavoidable, in particular production-related, contaminants as the rest. 3.0% by weight to 9.0% by weight of aluminum (Al), 0.2% by weight to 2.0% by weight of calcium (Ca), 0.1% by weight to 0.8% by weight of manganese (Mn), 0.2% by weight to 2.0% by weight of aluminum nitride,
A container cover, comprising: a peripheral rim sized and shaped to be selectively secured to a container base; a top wall within said rim, with an aperture extending therethrough, said aperture having parallel sides and spaced ends; and a slider having a main body with a locking wall extending therefrom and received within said aperture, said locking wall having first faces in close sliding engagement with said aperture sides, said first faces having a length less than that of said aperture sides such that said slider may be manually moved with respect to said top wall between open and closed positions, with said main body covering and closing said aperture in said closed position, characterised in that: said locking wall further includes second faces each extending between said first faces at the longitudinal ends thereof, and wherein said main body is depressed within the periphery defined by said first and second faces, such depression in said main body forming a bowl of a spoon, with said slider selectively manually removable from said sliding engagement with said top wall and insertable within said aperture manually for scooping. a peripheral rim sized and shaped to be selectively secured to a container base; a top wall within said rim, with an aperture extending therethrough, said aperture having parallel sides and spaced ends; and a slider having a main body with a locking wall extending therefrom and received within said aperture, said locking wall having first faces in close sliding engagement with said aperture sides, said first faces having a length less than that of said aperture sides such that said slider may be manually moved with respect to said top wall between open and closed positions, with said main body covering and closing said aperture in said closed position, characterised in that: said locking wall further includes second faces each extending between said first faces at the longitudinal ends thereof, and wherein said main body is depressed within the periphery defined by said first and second faces, such depression in said main body forming a bowl of a spoon, with said slider selectively manually removable from said sliding engagement with said top wall and insertable within said aperture manually for scooping. said locking wall further includes second faces each extending between said first faces at the longitudinal ends thereof, and wherein said main body is depressed within the periphery defined by said first and second faces, such depression in said main body forming a bowl of a spoon, with said slider selectively manually removable from said sliding engagement with said top wall and insertable within said aperture manually for scooping.
Unipolar high-current plug-in connector for a wind turbine generator system, comprising a plug-in contact in a plug housing and a coupling contact in a coupling housing, the plug-in contact and the coupling contact having a cross-section of which the longitudinal extent exceeds the transverse extent, whereby the coupling contact or the plug-in contact is latched in the respective housing (220, 120) by a latch hook (225,125) attached to the housing (220,120); and characterized in that the latch hook (225,125) is arranged such that it is deprived of its freedom of movement by the respective other one of the coupling contact or the plug-in contact (110, 210), by the respective other housing (120,220), or by a coding element (150, 250), when the plug is connected to the coupling, so that the latch hook (225,125) is locked.
Selector roller suitable for the selection of chips made of wood or similar materials, comprising a hole for keying the roller on a roller-bearing shaft, and at least one external surface with at least two selector portions, wherein said selector portions are provided with surface modifications (21, 22, 23) configured to actuate the desired selection of the chips, said selector roller having a cusp defined by conical lateral surfaces to form two conical or sub-conical sides, the top of the cusp being defined by an apical portion providing a circumferential connection, said selector roller also having a plurality of circumferential throats, disposed on one side and on the other of the cusp and between one and the other of the selector portions, said circumferential throats cooperating with said selector portions and configured to operate on heavy contaminants, and wherein each of said circumferential throats has a maximum depth comprised between 1 mm and 6 mm measured with respect to the lowest edge that defines each of said circumferential throats and the edge of the adjacent selector portion.