mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a cord bag, wherein the cord bag comprises a bag and a cord, wherein the bag is embodied from a water-permeable and air-permeable bag material, - wherein in a first method step the water-permeable and air-permeable bag material is folded, wherein the cord is at least in part encased by a water-permeable and air-permeable bag material, and - wherein in a second method step for producing the cord bag the folded, water-permeable and air-permeable bag material is severed with the aid of a severing device, wherein the severing device is embodied in such a manner that the severing device cuts the folded, water-permeable and air-permeable bag material that surrounds the cord and leaves the cord uncut, wherein the severing device comprises a cutting means and a roller having a groove, wherein in the second method step the folded, water-permeable and air-permeable bag material is arranged on the roller having the groove in such a manner that when cutting the folded, water-permeable and air-permeable bag material with the cutting means the cord is arranged in the groove of the roller. - wherein in a first method step the water-permeable and air-permeable bag material is folded, wherein the cord is at least in part encased by a water-permeable and air-permeable bag material, and - wherein in a second method step for producing the cord bag the folded, water-permeable and air-permeable bag material is severed with the aid of a severing device, wherein the severing device is embodied in such a manner that the severing device cuts the folded, water-permeable and air-permeable bag material that surrounds the cord and leaves the cord uncut, wherein the severing device comprises a cutting means and a roller having a groove, wherein in the second method step the folded, water-permeable and air-permeable bag material is arranged on the roller having the groove in such a manner that when cutting the folded, water-permeable and air-permeable bag material with the cutting means the cord is arranged in the groove of the roller.
A method of performing a header decompression operation by a user equipment, UE, in a communication system providing a multimedia broadcast/multicast service, MBMS, the method comprising the steps of: moving, by the UE, into a new cell from an old cell, wherein a Packet Data Control Protocol, PDCP, entity of the new cell is different from a PDCP entity of the old cell; receiving, in the new cell after moving into the new cell, an Initialization and Refresh Dynamic, IR-DYN, packet including a context ID of a new header decompression context; creating the new header decompression context through correcting a context ID of a old header decompression context in the old cell with the context ID of the new header decompression context; and performing a header decompression of the packet data for the MBMS transmitted from the new cell by using the created new header decompression context, wherein creating the new header decompression context comprises reusing a static part of the old header decompression context as a static part of the new header decompression context, wherein the method further comprises, if other packet data for the MBMS have been received in the UE from the new cell before the IR-DYN packet has been received in the UE, storing the other packet data, wherein headers of the other packet data are decompressed after new header decompression context has been created. moving, by the UE, into a new cell from an old cell, wherein a Packet Data Control Protocol, PDCP, entity of the new cell is different from a PDCP entity of the old cell; receiving, in the new cell after moving into the new cell, an Initialization and Refresh Dynamic, IR-DYN, packet including a context ID of a new header decompression context; creating the new header decompression context through correcting a context ID of a old header decompression context in the old cell with the context ID of the new header decompression context; and performing a header decompression of the packet data for the MBMS transmitted from the new cell by using the created new header decompression context, wherein creating the new header decompression context comprises reusing a static part of the old header decompression context as a static part of the new header decompression context, wherein the method further comprises, if other packet data for the MBMS have been received in the UE from the new cell before the IR-DYN packet has been received in the UE, storing the other packet data, wherein headers of the other packet data are decompressed after new header decompression context has been created.
A compound to prepare a tyre portion; said compound comprising a polymer base with cross-linking unsaturated chain comprising at least one halobutyl rubber, a reinforcing filler, and a vulcanization system; said compound being characterised in that it comprises a reinforcing filler with a laminated structure pretreated with a treating agent comprised in the group consisting of fatty acids, resin acid, fatty acid salts and fatty acid esters; said reinforcing filler with a laminated structure being pretreated with a quantity of treating agent ranging from 50 to 100 parts by weight per 100 parts by weight of filler with laminated structure.
A metal turbine blade with an abrasive coating system on the tip of the blade, characterized in that said abrasive coating system comprising an abrasive coating disposed on a wear resistant layer, wherein the wear resistant layer comprises metal boride compounds which comprise M 3 B 4, wherein M is titanium, vanadium, chromium, zirconium, niobium, molybdenum, tantalum, tungsten, or a combination thereof, the wear resistant layer has a thickness of less than or equal to 254 micrometers, and the wear resistant layer is formed in a base metal surface of the blade.
A low-bulkiness hinge for rotatably moving and/or controlling a closing element, such as a door, a shutter or the like, anchored to a stationary support structure, such as a wall or a frame, between an open position and a closed position, the hinge comprising: - a hinge body anchorable to one of the stationary support structure and the closing element, said hinge body having a substantially plate-like shape to define a first plane (π'), said hinge body internally comprising a working chamber with a front wall and a bottom wall faced thereto; - a pivot defining a first longitudinal axis anchorable to the other of the stationary support structure and the closing element, said pivot and said hinge body being reciprocally coupled to each other to rotate around said first axis between the open position and the closed position of the closing element; - a slider slidably movable within said working chamber along a second axis between a position distal from said bottom wall and a position proximal thereto; wherein said pivot further includes a cam element unitary rotatably therewith, said slider comprising an operative face interacting with said cam element so that the rotation of the closing element around said first axis corresponds to the at least partial sliding of said slider along said second axis; wherein said hinge body includes a passing-through opening to allow a user to access to said pivot, characterized in that said cam element is removably insertable into said pivot through said opening; wherein said cam element includes an elongated appendix outwardly extending from said pivot in a direction substantially transverse to said first axis, the elongated appendix including a working face to contact engage the operative face of said slider; wherein said cam element further includes a shaped pin outwardly extending from said elongated appendix which is removably insertable into a countershaped seat of said pivot. - a hinge body anchorable to one of the stationary support structure and the closing element, said hinge body having a substantially plate-like shape to define a first plane (π'), said hinge body internally comprising a working chamber with a front wall and a bottom wall faced thereto; - a pivot defining a first longitudinal axis anchorable to the other of the stationary support structure and the closing element, said pivot and said hinge body being reciprocally coupled to each other to rotate around said first axis between the open position and the closed position of the closing element; - a slider slidably movable within said working chamber along a second axis between a position distal from said bottom wall and a position proximal thereto;
A tattoo device comprising: a housing; a first oscillator which is coupled, in use, to a needle having a sharps end, wherein the first oscillator is arranged and adapted to induce vibrations at a frequency from 1-1000 Hz substantially longitudinally along an axis of the needle in order to cause, in use, the sharps end to penetrate skin; characterized by: a second oscillator which is coupled, in use, to the needle; wherein the second oscillator is arranged and adapted to induce vibrations at a higher frequency than the first oscillator at a frequency from 5-200 kHz in order to lower the insertion force required to penetrate skin layers. a housing; a first oscillator which is coupled, in use, to a needle having a sharps end, wherein the first oscillator is arranged and adapted to induce vibrations at a frequency from 1-1000 Hz substantially longitudinally along an axis of the needle in order to cause, in use, the sharps end to penetrate skin; characterized by: a second oscillator which is coupled, in use, to the needle; wherein the second oscillator is arranged and adapted to induce vibrations at a higher frequency than the first oscillator at a frequency from 5-200 kHz in order to lower the insertion force required to penetrate skin layers.
An aqueous alkaline composition comprising: an iron cation in an amount of 100 ppm to 500 ppm based on the total weight of the composition, and a molybdenum cation in an amount of 10 ppm to 400 ppm based on the total weight of the composition; and an alkaline component; wherein the pH of the aqueous alkaline composition is at least 10, and the aqueous alkaline composition includes no more than 50 ppm of phosphate based on a total weight of the composition. an iron cation in an amount of 100 ppm to 500 ppm based on the total weight of the composition, and a molybdenum cation in an amount of 10 ppm to 400 ppm based on the total weight of the composition; and an alkaline component; wherein the pH of the aqueous alkaline composition is at least 10, and the aqueous alkaline composition includes no more than 50 ppm of phosphate based on a total weight of the composition.
Transdermal therapeutic system, comprising (a) a backing layer, (b) a solvent-based self-adhesive matrix layer containing rotigotine as active ingredient, and (c) a release liner, wherein the self-adhesive matrix layer has a coating weight of about 75-400 g/m 2 and comprises a reservoir layer containing about 9-25 wt.-% rotigotine based on the weight of the reservoir layer. (a) a backing layer, (b) a solvent-based self-adhesive matrix layer containing rotigotine as active ingredient, and (c) a release liner,
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a master information block, MIB, including information on a first subcarrier spacing for a system information block 1, SIB1; receiving, from the base station, the SIB1 based on the first subcarrier spacing, the SIB 1 including information on a second subcarrier spacing; transmitting, to the base station, a random access preamble based on the second subcarrier spacing; and receiving, from the base station, a random access response based on the first subcarrier spacing as a response to the random access preamble. receiving, from a base station, a master information block, MIB, including information on a first subcarrier spacing for a system information block 1, SIB1; receiving, from the base station, the SIB1 based on the first subcarrier spacing, the SIB 1 including information on a second subcarrier spacing; transmitting, to the base station, a random access preamble based on the second subcarrier spacing; and receiving, from the base station, a random access response based on the first subcarrier spacing as a response to the random access preamble.
A method for producing cheese, wherein a) a gel-like curd/whey mixture is produced from dairy milk (skimmed milk/cream mixture) by coagulation, b) the curd/whey mixture is then cut in cheese processors, wherein the whey is separated from the curd, c) the curd from step b) is conveyed into a decanter, i.e. a solid bowl worm centrifuge, where it is separated into further drained curd and whey, and d) the curd that is conveyed out of the decanter is pressed into cheese. a) a gel-like curd/whey mixture is produced from dairy milk (skimmed milk/cream mixture) by coagulation, b) the curd/whey mixture is then cut in cheese processors, wherein the whey is separated from the curd, c) the curd from step b) is conveyed into a decanter, i.e. a solid bowl worm centrifuge, where it is separated into further drained curd and whey, and d) the curd that is conveyed out of the decanter is pressed into cheese.
A composite-coated nano-tin negative electrode material, comprising: a tin-based nanomaterial, a nano-copper layer coated on the surface of the tin-based nanomaterial, and a conductive protective layer coated on the surface of the nano-copper layer, wherein a carbon layer is further provided between the tin-based nanomaterial and the nano-copper layer.
Braking device for a vehicle, in particular for a commercial vehicle, comprising - a brake caliper, a brake carrier and a bolt guide comprising a bolt extending along an axis, - the bolt guide being designed and arranged to support the brake caliper in a displaceable manner along the axis relative to the brake carrier, - the bolt guide having a sleeve comprising an inner surface and comprising an at least partially hollow-cylindrical portion, - the sleeve having a plurality of circumferential recesses (24a, 24b) on the inner surface, characterized in that - the bolt guide has a damping element (25a, 25b) arranged in each of the recesses (24a, 24b), and the damping elements (25, 25a) protruding radially inward from the recesses (24a, 24b) in the direction of the bolt 21, relative to the cylinder axis Z. - a brake caliper, a brake carrier and a bolt guide comprising a bolt extending along an axis, - the bolt guide being designed and arranged to support the brake caliper in a displaceable manner along the axis relative to the brake carrier, - the bolt guide having a sleeve comprising an inner surface and comprising an at least partially hollow-cylindrical portion, - the sleeve having a plurality of circumferential recesses (24a, 24b) on the inner surface, characterized in that - the bolt guide has a damping element (25a, 25b) arranged in each of the recesses (24a, 24b), and the damping elements (25, 25a) protruding radially inward from the recesses (24a, 24b) in the direction of the bolt 21, relative to the cylinder axis Z.
A speech enhancing method for a communication earphone, said communication earphone comprising: a sending end consisting of at least two microphones, one of which is a primary microphone and the rest of which is at least one reference microphone (214, 216), and a receiving end consisting of at least one microphone and one speaker, said method implementing noise reduction at both the sending end and the receiving end of said communication earphone respectively by multiplexing a plurality of microphones' signals, wherein the noise reduction processing at said sending end comprises: determining a wearing condition of said communication earphone by determining energy difference among sound signals picked up by the primary microphone and the at least one reference microphone; if said energy difference is greater than a first preset threshold, determining that said communication earphone is normally worn, said sound signals being first subjected to multi-microphone noise reduction and then to single channel noise reduction to further suppress residuary stationary noise; otherwise, determining that said communication earphone is abnormally worn and suppressing stationary noise in said sound signals directly by single channel noise reduction. a sending end consisting of at least two microphones, one of which is a primary microphone and the rest of which is at least one reference microphone (214, 216), and a receiving end consisting of at least one microphone and one speaker, said method implementing noise reduction at both the sending end and the receiving end of said communication earphone respectively by multiplexing a plurality of microphones' signals, wherein the noise reduction processing at said sending end comprises: determining a wearing condition of said communication earphone by determining energy difference among sound signals picked up by the primary microphone and the at least one reference microphone; if said energy difference is greater than a first preset threshold, determining that said communication earphone is normally worn, said sound signals being first subjected to multi-microphone noise reduction and then to single channel noise reduction to further suppress residuary stationary noise; otherwise, determining that said communication earphone is abnormally worn and suppressing stationary noise in said sound signals directly by single channel noise reduction. determining a wearing condition of said communication earphone by determining energy difference among sound signals picked up by the primary microphone and the at least one reference microphone; if said energy difference is greater than a first preset threshold, determining that said communication earphone is normally worn, said sound signals being first subjected to multi-microphone noise reduction and then to single channel noise reduction to further suppress residuary stationary noise; otherwise, determining that said communication earphone is abnormally worn and suppressing stationary noise in said sound signals directly by single channel noise reduction.
A conveying element for conveying bulk goods, comprising a disk element comprising an upper side, a lower side and a side surface along the circumference of the disk element, and a shank which comprises at its upper end or at its lower end a shank head and which is connected at its lower end to the upper side of the disk element, wherein the conveying element comprises a shank head receiving means at the lower side of the disk element or at the shank, and wherein the side surface of the disk element is inclined at least in sections relative to the longitudinal axis of the shank, characterized in that the shank extends through the disk element up to its lower side.
A cable clamping device for a housing of a sealed electrical connector, comprising a grid, itself comprising one or more orifices (9, 11) for receiving one or more cables (105, 107) respectively and such that the grid comprises a clamping means for jamming the one or more cables (105, 107) in the at least one orifice (9, 11) of the grid; wherein the grid comprises a first jaw and a second jaw forming between them the one or more receiving orifices (9, 11) for the one or more cables (105, 107), and being mobile with respect to one another in order to clamp the at least one cable (105, 107) in the orifice (9, 11) by closing upon introduction into an opening of the housing, characterised in that. the first jaw extends beyond the second jaw in the direction opposite the direction of introduction of the grid into the opening of the housing.
Heat pump comprising following featrures: a compressor (110, 302), which is configurated to compress vaporized working fluid to deliver compressed working vapor; a condenser comprising a condensation zone wherein the condenser is configured to condense compressed working vaporin the condensation zone; a foreign gas collection space arranged within the condenser, the foreign gas collection space comprising following features: a condensation surface (901a, 901b) which during operation of the heat pump is colder than a temperature of the compressed working vapor and which surface is arranged within the condenser; and a partition wall that is arranged between the condensation surface (901a. 901b) and the condensation zone in the condensor; and a foreign gas discharge device that is coupled to the foreign gas collection space so as to discharge foreign gas from the foreign gas collection space. a compressor (110, 302), which is configurated to compress vaporized working fluid to deliver compressed working vapor; a condenser comprising a condensation zone wherein the condenser is configured to condense compressed working vaporin the condensation zone; a foreign gas collection space arranged within the condenser, the foreign gas collection space comprising following features: a condensation surface (901a, 901b) which during operation of the heat pump is colder than a temperature of the compressed working vapor and which surface is arranged within the condenser; and a partition wall that is arranged between the condensation surface (901a. 901b) and the condensation zone in the condensor; and a condensation surface (901a, 901b) which during operation of the heat pump is colder than a temperature of the compressed working vapor and which surface is arranged within the condenser; and a partition wall that is arranged between the condensation surface (901a. 901b) and the condensation zone in the condensor; and a foreign gas discharge device that is coupled to the foreign gas collection space so as to discharge foreign gas from the foreign gas collection space.
A high-speed rotational atherectomy device with a flexible elongated rotatable drive shaft having a rotational axis comprising: a system of two or more abrading heads (28, 29) attached to the drive shaft, the two or more abrading heads (28, 29) being spaced longitudinally apart from an adjacent abrading head and comprising a center of mass and a geometric center that are both radially offset from the rotational axis of the drive shaft, and wherein each of the two or more abrading heads (28, 29) have resting diameters that increase successively from distal to proximal, wherein the most proximal abrading head comprises the largest resting diameter, characterized in that the geometric center and center of mass of each abrading head (28, 29) is positioned rotationally around the drive shaft and rotationally separated substantially equally from the rotational position of the center of mass and geometric center of an adjacent abrading head, wherein a spiral channel is disposed between the successively space apart abrading heads (28, 29), and wherein a spiral fluid flow is induced distally along the drive shaft through system of two or more abrading heads (28, 29) during high-speed rotation. a system of two or more abrading heads (28, 29) attached to the drive shaft, the two or more abrading heads (28, 29) being spaced longitudinally apart from an adjacent abrading head and comprising a center of mass and a geometric center that are both radially offset from the rotational axis of the drive shaft, and wherein each of the two or more abrading heads (28, 29) have resting diameters that increase successively from distal to proximal, wherein the most proximal abrading head comprises the largest resting diameter, characterized in that the geometric center and center of mass of each abrading head (28, 29) is positioned rotationally around the drive shaft and rotationally separated substantially equally from the rotational position of the center of mass and geometric center of an adjacent abrading head, wherein a spiral channel is disposed between the successively space apart abrading heads (28, 29), and wherein a spiral fluid flow is induced distally along the drive shaft through system of two or more abrading heads (28, 29) during high-speed rotation.