mhurhangee/ep-ind-claims huggingface dataset:
A method for enhancing an uplink transmission timing adjustment procedure for a wireless communication device, the method comprising: determining that the wireless communication device is to be configured to transmit at least two uplink signals over at least partly overlapping repetition periods; and enabling the wireless communication device to align the respective repetition periods of the at least two uplink signals by shifting in time at least one of start or end points of the respective repetition periods according to a predetermined rule, such that an overlap time of the respective repetition periods is maximized or single transmission of the multiple uplink signals is minimized. determining that the wireless communication device is to be configured to transmit at least two uplink signals over at least partly overlapping repetition periods; and enabling the wireless communication device to align the respective repetition periods of the at least two uplink signals by shifting in time at least one of start or end points of the respective repetition periods according to a predetermined rule, such that an overlap time of the respective repetition periods is maximized or single transmission of the multiple uplink signals is minimized.
A printing system comprising: a printer adapted to print an image on a sheet; a stapler adapted to staple a bundle of sheets on which images are printed by the printer; a slit through which another bundle of sheets is manually insertable to be stapled; a detector arranged to detect that the another bundle of sheets, inserted through the slit, is at a predetermined position; a timer adapted to measure an elapsed time period having elapsed from detection of the another bundle of sheets by the detector; and a controller adapted to operate the stapler to staple the another bundle of sheets in a state in which the another bundle of sheets is in the slit when the elapsed time period measured by the timer reaches a predetermined time period, characterized by an operating unit configured as a user interface into which a user inputs information representing a time length, and wherein the operating unit includes a display portion configured to display information representing the predetermined time period so that the user can input information to vary the predetermined time period. a printer adapted to print an image on a sheet; a stapler adapted to staple a bundle of sheets on which images are printed by the printer; a slit through which another bundle of sheets is manually insertable to be stapled; a detector arranged to detect that the another bundle of sheets, inserted through the slit, is at a predetermined position; a timer adapted to measure an elapsed time period having elapsed from detection of the another bundle of sheets by the detector; and a controller adapted to operate the stapler to staple the another bundle of sheets in a state in which the another bundle of sheets is in the slit when the elapsed time period measured by the timer reaches a predetermined time period, characterized by an operating unit configured as a user interface into which a user inputs information representing a time length, and wherein the operating unit includes a display portion configured to display information representing the predetermined time period so that the user can input information to vary the predetermined time period.
Tyre the crown reinforcement of which comprises at least one crown triangulation belt of given width essentially consisting of elementary widths of flattened cross section of given width forming an angle (α) comprised between 10° and 80° with the circumferential direction of the tyre and separated by a groove of given width (j), characterized in that each elementary width is connected by one or more weak bridges to at least one of the elementary widths which is juxtaposed directly next to it.
An electronic smoking device, comprising: - a puff detector operable to detect a user sucking on or blowing into the device; - an atomizer operable to create an aerosol for inhalation by a user by atomizing a liquid supplied from a reservoir; and - control electronics responsive to the puff detector detecting a user sucking on or blowing into the device to activate the atomizer to atomize a liquid supplied from a reservoir to create an aerosol for inhalation, characterised in that: - the control electronics being responsive to the puff detector is adapted to detect a predetermined sequence of a user sucking on or blowing into the device to activate the atomizer in accordance with the identified mode of operation, and is configured to identify and select the mode of operation to be utilised to activate the atomizer on the basis of the detected predetermined sequence. - a puff detector operable to detect a user sucking on or blowing into the device; - an atomizer operable to create an aerosol for inhalation by a user by atomizing a liquid supplied from a reservoir; and - control electronics responsive to the puff detector detecting a user sucking on or blowing into the device to activate the atomizer to atomize a liquid supplied from a reservoir to create an aerosol for inhalation, - the control electronics being responsive to the puff detector is adapted to detect a predetermined sequence of a user sucking on or blowing into the device to activate the atomizer in accordance with the identified mode of operation, and is configured to identify and select the mode of operation to be utilised to activate the atomizer on the basis of the detected predetermined sequence.
An arrangement at a drill for down-the-hole drilling, intended to be used to drill a hole in front of a following lining pipe, and comprising a drill bit with a shaft or a neck intended to be inserted into a chuck in a down-the-hole drill from which impacts are transferred to the drill bit, a control means for guiding the drill and the lining pipe relative to each other and that allows the drill to rotate relative to the lining pipe, a coupling arrangement (24a, 24b; 46, 47) in the form of a bayonet coupling with which the drill can be coupled to the control means in a manner that allows it to be removed and that in its free condition allows the drill, together with the down-the-hole drill, to be withdrawn through the lining pipe, a flushing passage for the supply of flushing agent in front of the drill and an evacuation passage for the removal of drilling cuttings together the flushing agent, a casing shoe that can be applied at the forward end of the lining pipe and that is intended to displace the lining pipe forwards and into the borehole characterised in that the lining pipe is displaced into the borehole through interaction with a contact surface arranged at the casing shoe and a contact surface arranged at a stationary part of the down-the-hole drill, whereby the said contact surfaces form a glide bearing that allows the stationary part of the down-the-hole drill to rotate relative to the casing shoe.
A cutting insert (1, 100) including a cutting edge member forming at least one corner portion, the cutting insert comprising: a cutting edge formed at the intersection of a rake surface and a flank, the cutting edge including a first cutting edge and a second cutting edge connected to the first cutting edge, the second cutting edge being situated in the corner portion of the cutting edge member; at least two breaker wall surfaces including a breaker wall surface inward of the first cutting edge and a breaker wall surface inward of the second cutting edge; and at least one convex portion formed in the cutting edge member between the two breaker wall surfaces (5a, 5b) spaced from each other, the convex portion is formed in such a manner as to relatively protrude toward the cutting edge relative to the breaker wall surfaces, wherein a part of the convex portion is situated closer to a connecting portion of the first cutting edge and the second cutting edge than the breaker wall surfaces (5a, 5b), wherein the convex portion has either a flat surface or a convex curve surface curved so as to swell outwardly, characterised in that the convex portion is formed to be contiguous with the cutting edge and either the flat surface or the convex curve surface extends to the cutting edge and in that the cutting edge member includes a sintered compact including at least one material of diamond and cubic boron nitride. a cutting edge formed at the intersection of a rake surface and a flank, the cutting edge including a first cutting edge and a second cutting edge connected to the first cutting edge, the second cutting edge being situated in the corner portion of the cutting edge member; at least two breaker wall surfaces including a breaker wall surface inward of the first cutting edge and a breaker wall surface inward of the second cutting edge; and at least one convex portion formed in the cutting edge member between the two breaker wall surfaces (5a, 5b) spaced from each other, the convex portion is formed in such a manner as to relatively protrude toward the cutting edge relative to the breaker wall surfaces, wherein a part of the convex portion is situated closer to a connecting portion of the first cutting edge and the second cutting edge than the breaker wall surfaces (5a, 5b), wherein the convex portion has either a flat surface or a convex curve surface curved so as to swell outwardly, characterised in that the convex portion is formed to be contiguous with the cutting edge and either the flat surface or the convex curve surface extends to the cutting edge and in that the cutting edge member includes a sintered compact including at least one material of diamond and cubic boron nitride.
Steering column for a motor vehicle having a casing unit, in which a steering spindle is mounted such that it can be rotated about its steering spindle longitudinal axis, and a bracket unit which is fixed or can be fixed on the motor vehicle, the casing unit being held in or on the bracket unit such that it can be adjusted in at least one direction (5, 6) parallel and/or transversely with respect to the steering spindle longitudinal axis, and it being possible for said casing unit to be fixed by a fixing mechanism in positions which differ from one another, and the fixing mechanism having at least one fixing element which is mounted such that it can be rotated about a fixing element pivot axis, the casing unit being fixed in its position in or on the bracket unit in at least one locked position of the fixing element, and it being possible for the casing unit to be adjusted relative to the bracket unit in at least one of the directions parallel and/or transversely with respect to the steering spindle longitudinal axis in at least one released position of the fixing element, the steering column having at least one movably mounted stop body which interacts directly or indirectly with the fixing element and, in the released position of the fixing element, is arranged in a first position, in which it the adjustability of the casing unit relative to the bracket unit is limited in at least one of the directions (5, 6) parallel and/or transversely with respect to the steering spindle longitudinal axis, and, in the locked position of the fixing element, is arranged in at least one second position, in which it is out of engagement with the casing unit, characterized in that the stop body has a stop face, the spacing (s) of which from the fixing element pivot axis is greater in the released position than in the locked position.
A method for hierarchically managing storage resources, comprising: planning a storage space, establishing an address management index, and storing or reading data according to the index and a type of the data, characterized in that, wherein the step of planning the storage space comprises: dividing the storage space into multiple slices of different sizes, wherein a size of each of the slices is smaller than that of its next slice; and dividing each of the slices into multiple segments, wherein the segments in a same slice have a same size; wherein the step of establishing the address management index comprises: selecting two Random Access Memories, RAMs" recording, by using one of the RAMs, a storage status flag of data from a data sender, a slice number and a segment number associated with the stored data, and recording, by using another one of the RAMs, storage status flags of all of the segments in all of the slices. planning a storage space, establishing an address management index, and storing or reading data according to the index and a type of the data, characterized in that, wherein the step of planning the storage space comprises: dividing the storage space into multiple slices of different sizes, wherein a size of each of the slices is smaller than that of its next slice; and dividing each of the slices into multiple segments, wherein the segments in a same slice have a same size; wherein the step of establishing the address management index comprises: selecting two Random Access Memories, RAMs" recording, by using one of the RAMs, a storage status flag of data from a data sender, a slice number and a segment number associated with the stored data, and recording, by using another one of the RAMs, storage status flags of all of the segments in all of the slices. selecting two Random Access Memories, RAMs" recording, by using one of the RAMs, a storage status flag of data from a data sender, a slice number and a segment number associated with the stored data, and recording, by using another one of the RAMs, storage status flags of all of the segments in all of the slices.
Securing device between a wiper blade and a wiper blade support constituting a windscreen wiper, said device comprising a first part suitable for being fixed onto said support and a second part suitable for being fixed onto said blade, said first and second parts being linked by a removable link means (52, 54, 56), said second part comprising a groove for insertion, by translation in a first direction, of a complementary part of said blade, said device comprising a means for immobilizing, in translation in said first direction, said blade in said groove, characterized in that said immobilizing means comprises at least one immobilizing element mounted to slide on said second part between a retracted position allowing the displacement of said complementary part of the blade in said groove and a position of translationally immobilizing said complementary part of the blade in said groove.
Swimming goggles comprising: a first eye piece comprising; - a first flat retroscopic lens surface in a retroverted frontal plane wherein an angle of retroversion as measured from an inferior edge to a superior edge of the lens surface is greater than 10 degrees with respect to an orthogonal plane of a visual axis of a user's direct line of sight through the first flat retroscopic lens, wherein the first flat retroscopic lens provides an available cranial-looking range of vision of at least 50 degrees, wherein the first flat retroscopic lens surface is flat as measured from a medial edge to a lateral edge of the retroverted lens surface in the frontal plane, and - a first curved uninterrupted contiguous side lens surface providing an available central fixation to temporal peripheral range of vision of at least 80 degrees, wherein the first curved uninterrupted contiguous side lens surface is curved from an anterior aspect to a posterior aspect. - a first flat retroscopic lens surface in a retroverted frontal plane wherein an angle of retroversion as measured from an inferior edge to a superior edge of the lens surface is greater than 10 degrees with respect to an orthogonal plane of a visual axis of a user's direct line of sight through the first flat retroscopic lens, wherein the first flat retroscopic lens provides an available cranial-looking range of vision of at least 50 degrees, wherein the first flat retroscopic lens surface is flat as measured from a medial edge to a lateral edge of the retroverted lens surface in the frontal plane, and - a first curved uninterrupted contiguous side lens surface providing an available central fixation to temporal peripheral range of vision of at least 80 degrees, wherein the first curved uninterrupted contiguous side lens surface is curved from an anterior aspect to a posterior aspect.
A monofilament having a polyurethane coating applied thereto, the monofilament including a longitudinal groove which provides a receptacle for the coating so as to provide a mechanical anchor for the applied coating, wherein said groove comprises at least one cavity having a closed bottom and an open top in the monofilament's surface running along its length, said cavity being wider at its bottom than at its open top, wherein the applied coating fills the cavity and is thereby locked in place.
Product dosing system for agricultural machines, in particular for fertilizer distributors of the kind comprising, at least: at least one reservoir for storing the fertilizer mixture to be distributed; dosing means for the fertilizer to be distributed, and; ground engaging means, associated to the machine itself, for the transmission of movement to a dosing means, where the product dosing system comprises: the at least one reservoir being divided in three independent hoppers (3, 3' and 3") for storing each a different type of granulated single fertilizer; characterized in that the dosing means are associated to each one of the hoppers (3, 3' and 3") and defined by a first axle with groups of dosing discs lodged in corresponding housings in which the single fertilizer is poured, dosed by a corresponding dosing auger, the dosing discs being provided in their periphery with a plurality of notches or cuts, rotational movement being transmitted to the first axle of the dosing discs from a respective crank disk;connecting rods with a slanted hole and each being associated with a crank disc, to which rotational movement is transmitted from the ground engaging means; guiding means for the connecting rods, associated to the corresponding dosing auger, arranged with respect to the slanted hole of the connecting rod; the movement of each connecting rod being transmitted via the guiding means to the corresponding dosing or regulating auger; a circular crown body with an internal gearing integrally joined to the respective crank disk, in eccentric position; a disc body associated to the circular crown body, also in eccentric position to the respective crank disk; a pinion, associated to the corresponding connecting rod, which engages with the internal gearing of the circular crown body, said pinion being coupled to the eccentric disc body; a pair of racks (21 and 22) integrally associated with the corresponding connecting rod, one on each side, into which a third and fourth gearwheels (23 and 24) respectively engage, so that during the vertical up and down displacement of the connecting rod the gearwheels alternately rotate in opposed directions, one freely and the other forcing the rotation of the regulating auger, and; blocking means for the pinion associated to the corresponding connecting rod, so that it can be blocked in a certain position after regulation has taken place.
A microwave radio receiver, characterized by comprising: a first down-converter, wherein the first down-converter is configured to convert a RF signal into a first intermediate frequency, IF, signal; a second down-converter, wherein the second down-converter is configured to convert the first IF signal into a second IF signal; and a combined receiver signal level and interference detector, wherein the combined receiver signal level and interference detector is configured to determine one or more receiver signal levels and generate an interference indicator based on the first IF signal from the first down-converter and a control signal from the second down-converter, wherein the combined receiver signal level and interference detector further includes a mixer, a narrow-bandwidth filter for outputting information from the desired received channel, and a wide-bandwidth filter for outputting information from the desired received channel as well as potential interference, and the mixer is configured to convert the first IF signal into a third IF signal in accordance with the control signal from the second down-converter and feed the third IF signal to the narrow-bandwidth filter and wide-bandwidth filter, respectively. a first down-converter, wherein the first down-converter is configured to convert a RF signal into a first intermediate frequency, IF, signal; a second down-converter, wherein the second down-converter is configured to convert the first IF signal into a second IF signal; and a combined receiver signal level and interference detector, wherein the combined receiver signal level and interference detector is configured to determine one or more receiver signal levels and generate an interference indicator based on the first IF signal from the first down-converter and a control signal from the second down-converter, wherein the combined receiver signal level and interference detector further includes a mixer, a narrow-bandwidth filter for outputting information from the desired received channel, and a wide-bandwidth filter for outputting information from the desired received channel as well as potential interference, and the mixer is configured to convert the first IF signal into a third IF signal in accordance with the control signal from the second down-converter and feed the third IF signal to the narrow-bandwidth filter and wide-bandwidth filter, respectively.
Compression tubes, for the treatment of vascular system diseases, comprising: - textile structures with elastomeric properties knitted in double cylinder knitting machines; - bioactive agents adsorbed into inclusion agents which are cyclodextrins, that are covalently linked to the textile structure, forming a superficial matrix capable of releasing gradually the functional bioactive agents. - textile structures with elastomeric properties knitted in double cylinder knitting machines; - bioactive agents adsorbed into inclusion agents which are cyclodextrins, that are covalently linked to the textile structure, forming a superficial matrix capable of releasing gradually the functional bioactive agents.