mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communications, comprising: generating a transport block (52, 1100) comprising: a plurality of service data units arranged in groups of consecutive service data units, wherein each group of consecutive service data units is associated with one logical channel of a plurality of logical channels; a plurality of media access control sub-headers each sub-header corresponding to a service data unit of the plurality of service data units; and an additional single media access control overall header distinct from the plurality of media access control sub-headers, the media access control overall header indicating a logical channel of the plurality of logical channels of each of the groups of service data units, and the media access control overall header indicates at least a starting position of the consecutive service data units for each of the plurality of logical channels; and transmitting the transport block (52, 1100) to a device (12, 14, 20). generating a transport block (52, 1100) comprising: a plurality of service data units arranged in groups of consecutive service data units, wherein each group of consecutive service data units is associated with one logical channel of a plurality of logical channels; a plurality of media access control sub-headers each sub-header corresponding to a service data unit of the plurality of service data units; and an additional single media access control overall header distinct from the plurality of media access control sub-headers, the media access control overall header indicating a logical channel of the plurality of logical channels of each of the groups of service data units, and the media access control overall header indicates at least a starting position of the consecutive service data units for each of the plurality of logical channels; and a plurality of service data units arranged in groups of consecutive service data units, wherein each group of consecutive service data units is associated with one logical channel of a plurality of logical channels; a plurality of media access control sub-headers each sub-header corresponding to a service data unit of the plurality of service data units; and an additional single media access control overall header distinct from the plurality of media access control sub-headers, the media access control overall header indicating a logical channel of the plurality of logical channels of each of the groups of service data units, and the media access control overall header indicates at least a starting position of the consecutive service data units for each of the plurality of logical channels; and transmitting the transport block (52, 1100) to a device (12, 14, 20).
Apparatus for winding a draftable roving onto a roving bobbin, containing a bobbin mounting for the rotatable mounting of a draftable roving and for the winding of the latter onto a roving bobbin, and a roving-laying device for laying onto the roving bobbin the roving to be wound, characterized in that the roving-laying device comprises a driven pair of winding delivery rollers, consisting of an upper roller and a lower roller, arranged directly in front of the roving bobbin and having a nip line, formed between the upper roller and the lower roller, through which the roving to be wound can be guided in a nipping manner.
A washing machine comprising: a cabinet having a front opening through which laundry can be loaded; a tub disposed in the cabinet; a drum rotatably disposed in the tub; a circulation pump; a circulation hose connected to the circulation pump and configured to supply wash water pumped by the circulation pump to an inside of the drum; and a holder (100, 200, 300, 400) provided at a position of the tub to fix the circulation hose, a plurality of fastening bosses protruding from a front surface of the tub and integrally formed with the tub and, a weight-balance (500, 600) coupled to the front surface of the tub by said fastening bosses to prevent eccentric rotation of the drum and thereby to reduce the vibration of the circulation hose caused by the eccentric rotation of the drum, characterized by the holder (200, 300, 400) includes a pair of fixing protrusions (210, 310, 410) protruding from a front surface of the tub and a part of the circulation hose is disclosed between the fixing protrusions, and the pair of fixing protrusions (210, 310, 410) are disposed between the tub and the weight balance to fix the circulation hose on the front surface of the tub. a cabinet having a front opening through which laundry can be loaded; a tub disposed in the cabinet; a drum rotatably disposed in the tub; a circulation pump; a circulation hose connected to the circulation pump and configured to supply wash water pumped by the circulation pump to an inside of the drum; and a holder (100, 200, 300, 400) provided at a position of the tub to fix the circulation hose, a plurality of fastening bosses protruding from a front surface of the tub and integrally formed with the tub and, a weight-balance (500, 600) coupled to the front surface of the tub by said fastening bosses to prevent eccentric rotation of the drum and thereby to reduce the vibration of the circulation hose caused by the eccentric rotation of the drum, characterized by the holder (200, 300, 400) includes a pair of fixing protrusions (210, 310, 410) protruding from a front surface of the tub and a part of the circulation hose is disclosed between the fixing protrusions, and the pair of fixing protrusions (210, 310, 410) are disposed between the tub and the weight balance to fix the circulation hose on the front surface of the tub.
A laminated chip electronic component suitable for being mounted in use on a printed circuit board, the laminated chip electronic component comprising: external electrodes formed on both end portions of a ceramic body having a hexahedral shape in a length direction; an active layer formed within the ceramic body and including a plurality of internal electrodes disposed to face each other, while having dielectric layers interposed therebetween to form capacitance; an upper cover layer formed on an upper portion of the uppermost internal electrode of the active layer; and a lower cover layer formed on a lower portion of the lowermost internal electrode of the active layer, the lower cover layer intended to be located in use adjacent a printed circuit board and having a thickness greater than that of the upper cover layer, wherein the lower cover layer includes an identification layer having a color distinguished from the upper cover layer, and the identification layer has a thickness ranging from 30 μm to 330μm, the identification layer has a difference in ingredients as compared to the dielectric layers, and the identification layer includes a compound represented by ABO as a main ingredient, 3 wherein A includes barium (Ba); or includes barium (Ba) and at least one of calcium (Ca), zirconium (Zr), and strontium (Sr), B includes titanium (Ti); or includes titanium (Ti) and at least one of zirconium (Zr) and hafnium (Hf), and includes 30 mol of silicon (Si) and aluminum (Al) as accessory ingredients, relative to 100 mol of the main ingredient. external electrodes formed on both end portions of a ceramic body having a hexahedral shape in a length direction; an active layer formed within the ceramic body and including a plurality of internal electrodes disposed to face each other, while having dielectric layers interposed therebetween to form capacitance; an upper cover layer formed on an upper portion of the uppermost internal electrode of the active layer; and a lower cover layer formed on a lower portion of the lowermost internal electrode of the active layer, the lower cover layer intended to be located in use adjacent a printed circuit board and having a thickness greater than that of the upper cover layer, wherein the lower cover layer includes an identification layer having a color distinguished from the upper cover layer, and the identification layer has a thickness ranging from 30 μm to 330μm, the identification layer has a difference in ingredients as compared to the dielectric layers, and the identification layer includes a compound represented by ABO as a main ingredient, 3 wherein A includes barium (Ba); or includes barium (Ba) and at least one of calcium (Ca), zirconium (Zr), and strontium (Sr), B includes titanium (Ti); or includes titanium (Ti) and at least one of zirconium (Zr) and hafnium (Hf), and includes 30 mol of silicon (Si) and aluminum (Al) as accessory ingredients, relative to 100 mol of the main ingredient.
An alpine ski or ski touring boot comprising a lower part or shell, adapted to enclose the foot of the user, and an upper part or cuff, adapted to enclose the lower part of the leg of the skier, - wherein the cuff is hinged to the shell so as to rotate, with respect to the shell, about hinges defining a rotation axis (X-X), forward, towards a tip of the boot, and backward, towards a heel of the boot, - wherein the cuff comprises a closing lever adapted to selectively lock and/or unlock the rotation of the cuff with respect to the shell, depending on whether the user wishes to switch from the skiing configuration to the walking configuration, respectively, wherein - the closing lever is mechanically connected to at least one closing cable of the cuff which at least partially wraps the cuff to allow the closing and opening thereof, - the cuff is provided with at least one fastening pin, which is integral with the cuff itself, characterized in that - the closing cable is provided with a hooking plate at least partially counter-shaped with respect to the fastening pin so as to achieve a mechanical coupling to the fastening pin. - wherein the cuff is hinged to the shell so as to rotate, with respect to the shell, about hinges defining a rotation axis (X-X), forward, towards a tip of the boot, and backward, towards a heel of the boot, - wherein the cuff comprises a closing lever adapted to selectively lock and/or unlock the rotation of the cuff with respect to the shell, depending on whether the user wishes to switch from the skiing configuration to the walking configuration, respectively, wherein - the closing lever is mechanically connected to at least one closing cable of the cuff which at least partially wraps the cuff to allow the closing and opening thereof, - the cuff is provided with at least one fastening pin, which is integral with the cuff itself, characterized in that - the closing cable is provided with a hooking plate at least partially counter-shaped with respect to the fastening pin so as to achieve a mechanical coupling to the fastening pin.
Motor vehicle facade module comprising a support part (3, 5, 7, 9) comprising: - a first part comprising an upper cross-member with a first reinforcement; - a second part made of plastic material comprising: • lateral uprights; and • at least two portions configured for the assembly with the first part, characterized in that at least one of said at least two portions comprises a second reinforcement, and in that - the upper cross-member comprises at each of its lateral ends (21, 23) a orifice which passes through at least the first reinforcement; - the at least one portion comprising said second reinforcement comprises an orifice which passes through said second reinforcement, which is configured to cooperate with the orifice in the upper cross-member in order to receive a fastening means making it possible to assemble these two parts (3, 15). - a first part comprising an upper cross-member with a first reinforcement; - a second part made of plastic material comprising: • lateral uprights; and • at least two portions configured for the assembly with the first part, characterized in that at least one of said at least two portions comprises a second reinforcement, and in that • lateral uprights; and • at least two portions configured for the assembly with the first part, - the upper cross-member comprises at each of its lateral ends (21, 23) a orifice which passes through at least the first reinforcement; - the at least one portion comprising said second reinforcement comprises an orifice which passes through said second reinforcement, which is configured to cooperate with the orifice in the upper cross-member in order to receive a fastening means making it possible to assemble these two parts (3, 15).
A method of servicing an off-shore wellbore within a subterranean formation comprising: providing a drill string disposed within the off-shore wellbore having one or more tubulars associated therewith and forming one or more annuli around the drill string, wherein the one or more tubulars comprise a marine riser and an annulus is formed between the marine riser and the drill string; placing an insulating packer fluid comprising an aqueous base fluid and a viscosifying agent into at least one of the one or more annuli surrounding the drill string; and performing a drill stem test while the insulating packer fluid is in place, wherein performing the drill stem test comprises: flowing produced hydrocarbons to a surface of the off-shore wellbore through the drill string; and evaluating one or more parameters of the produced hydrocarbons and/or off-shore wellbore, wherein the insulating packer fluid is recovered and recirculated through the marine riser annulus. providing a drill string disposed within the off-shore wellbore having one or more tubulars associated therewith and forming one or more annuli around the drill string, wherein the one or more tubulars comprise a marine riser and an annulus is formed between the marine riser and the drill string; placing an insulating packer fluid comprising an aqueous base fluid and a viscosifying agent into at least one of the one or more annuli surrounding the drill string; and performing a drill stem test while the insulating packer fluid is in place, wherein performing the drill stem test comprises: flowing produced hydrocarbons to a surface of the off-shore wellbore through the drill string; and evaluating one or more parameters of the produced hydrocarbons and/or off-shore wellbore, wherein the insulating packer fluid is recovered and recirculated through the marine riser annulus.
A total knee prosthesis consisting of a femoral component comprising two left and right condyles between which is a posterior stabilisation cage defined by two left and right sides opposed in the sagittal direction, a meniscus and a tibial component forming a tibial plateau, on which the meniscus is located, made from a softer material than that from which the femoral component is made, the meniscus comprises a post projecting vertically from the tibial plateau positioned, at least in part, within the cage between the two opposite sides, characterised in that the post of the meniscus has two opposing left and right vertical edges facing towards the left and right sides of the cage respectively and in cross section in the plane perpendicular to the antero-posterior direction, in at least one flexion position of the knee between 0 and 135°, in particular at 60° flexion, at least one of the left and right sides of the cage is inclined outwards in relation to at least one of the left and right sides of the post respectively, in particular at an angle of about 5° in which the angle of inclination increases as the flexion increases, in particular between 18° and 110°.
A glass-fiber-reinforced polycarbonate resin composition comprising: 100 parts by weight of a resin component (component A) consisting of a polycarbonate-polydiorganosiloxane copolymer resin (component A-1) and an aromatic polycarbonate resin (component A-2); 10 to 300 parts by weight of glass fibers having a flat cross section (component B) which have an average value of the long diameter of the fiber cross section of 10 to 50 μm and an average value of the ratio of the long diameter to the short diameter (long diameter/short diameter) of 1.5 to 8; 5 to 25 parts by weight of an adhesion improving agent (component C); 5 to 45 parts by weight of a phosphorus-based flame retardant (component D); and 0.01 to 3 parts by weight of a fluorine-containing dripping inhibitor (component E), the content of the polydiorganosiloxane derived from the component A-1 in the resin composition being 0.05 to 4.00 wt%, wherein the component C is an organic compound having at least one functional group selected from the group consisting of an epoxy group and a carboxylate group in one molecule, and said component C is at least one resin selected from the group consisting of phenoxy resin, epoxy resin, glycidyl methacrylate resin, polybutylene terephthalate resin, polyethylene terephthalate resin and polyarylate resin. 100 parts by weight of a resin component (component A) consisting of a polycarbonate-polydiorganosiloxane copolymer resin (component A-1) and an aromatic polycarbonate resin (component A-2); 10 to 300 parts by weight of glass fibers having a flat cross section (component B) which have an average value of the long diameter of the fiber cross section of 10 to 50 μm and an average value of the ratio of the long diameter to the short diameter (long diameter/short diameter) of 1.5 to 8; 5 to 25 parts by weight of an adhesion improving agent (component C); 5 to 45 parts by weight of a phosphorus-based flame retardant (component D); and 0.01 to 3 parts by weight of a fluorine-containing dripping inhibitor (component E),
Communication system comprising: - a container for a cosmetic or pharmaceutical product or a wine or spirit, and - at least two mobile telecommunication devices (110, 120), wherein the container comprises a plurality of electronic components that are operatively interconnected, including: - at least one source of sensory stimulation, arranged to emit a sensory signal towards the exterior of the container, - two-way short-range radio communication means, - control means for said at least one source of sensory stimulation, and and wherein a first among said at least two mobile telecommunication devices comprises two-way short-range radio communication means, such that the container and a second among said at least two mobile telecommunication devices are able to communicate with each other via the first mobile telecommunication device, when the first mobile telecommunication device is located in a coverage area of the two-way communication means of the container, the control means of the container controlling said at least one source of sensory stimulation so as to generate a sensory signal sequence determined at least on the basis of data communicated to the container by the second among said at least two mobile telecommunication devices the system further comprising means for the geolocation of one of said mobile telecommunication devices, so that the sensory stimulation sequence is generated, when appropriate, at least on the basis of corresponding geolocation data.. - a container for a cosmetic or pharmaceutical product or a wine or spirit, and - at least two mobile telecommunication devices (110, 120), wherein the container comprises a plurality of electronic components that are operatively interconnected, including: - at least one source of sensory stimulation, arranged to emit a sensory signal towards the exterior of the container, - two-way short-range radio communication means, - control means for said at least one source of sensory stimulation, and - at least one source of sensory stimulation, arranged to emit a sensory signal towards the exterior of the container, - two-way short-range radio communication means, - control means for said at least one source of sensory stimulation, and
Method for picking sample spots out of a gel sheet characterised by the steps of: a) applying at least two reference marks (5'-5"'), that are visible and detectable by a scanner, onto the surface of, or into, said gel sheet; b) measuring in a scanning device the distances (d1-d3) between said reference marks (5'-5"') and the distances between each spot and said reference marks (5'-5"'), and storing said distances in a memory; c) moving said gel sheet to a spot picker device; d) measuring in said spot picker device the distances (dl'-d3') between said reference marks (5'-5-); e) comparing the distances (d1'-d3') and (d1-d3) in order to calculate how much the gel sheet has been deformed; f) calculating a new position for each spot based on the deformation calculated in step e); and, g) positioning the spot picker head at, and picking spots at, the new position for each spot calculated in step f). a) applying at least two reference marks (5'-5"'), that are visible and detectable by a scanner, onto the surface of, or into, said gel sheet; b) measuring in a scanning device the distances (d1-d3) between said reference marks (5'-5"') and the distances between each spot and said reference marks (5'-5"'), and storing said distances in a memory; c) moving said gel sheet to a spot picker device; d) measuring in said spot picker device the distances (dl'-d3') between said reference marks (5'-5-); e) comparing the distances (d1'-d3') and (d1-d3) in order to calculate how much the gel sheet has been deformed; f) calculating a new position for each spot based on the deformation calculated in step e); and, g) positioning the spot picker head at, and picking spots at, the new position for each spot calculated in step f).
A system comprising: a tension assembly (500, 600) comprising: a pneumatic cylinder (502, 602) connected to a rack (504, 604); a pivot gear (506, 606) that engages the rack (504, 604); and a tensioned band having a first end that is connected to the pivot gear (506, 606) and a second end that is connected to another tension assembly disposed downstream of the tension assembly in a media feed direction, wherein the tensioned band holds a substrate substantially flat against a transfer belt of a printer during printing by applying pressure to a surface of the substrate, and wherein the system further comprises the other tension assembly. a pneumatic cylinder (502, 602) connected to a rack (504, 604); a pivot gear (506, 606) that engages the rack (504, 604); and a tensioned band having a first end that is connected to the pivot gear (506, 606) and a second end that is connected to another tension assembly disposed downstream of the tension assembly in a media feed direction, wherein the tensioned band holds a substrate substantially flat against a transfer belt of a printer during printing by applying pressure to a surface of the substrate, and wherein the system further comprises the other tension assembly.
Valve for metering in a fluid, in particular for injecting fuel in a fuel injection system of internal combustion engines, having an inflow for the fluid, having a metering opening for the fluid, and having an elongate, hollow-cylindrical flow channel which leads from the inflow to the metering opening and has an outer and inner channel wall (13a, 13b), characterized in that the flow channel is divided into at least two channel sections (131, 132) which are separated from one another, and there is a throttled flow connection for the fluid between channel sections (131, 132) which follow one another in the flow direction, characterized in that the throttled flow connection is configured between a tubular valve housing and a sleeve which delimit the hollow-cylindrical flow channel upstream and downstream of the throttled flow connection and in the process run in an uninterrupted manner, since the outer channel wall of the flow channel is formed by the tubular valve housing, and the inner channel wall of the flow channel is formed by the sleeve which is arranged coaxially with respect to the valve housing and receives a valve assembly, the valve housing being closed off in each case in a fluid-tight manner on one end side by way of a connecting piece which contains the inflow and on the other end side by way of a valve body which contains the metering opening, and the sleeve extending between the connecting piece and the valve body and being fixed in each case in a fluid-tight manner onto the connecting piece and the valve body by way of its sleeve ends.