mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus of an evolved NodeB, eNB, comprising: a processing component configured to identify a measurement gap pattern based on a plurality of different component carriers, CCs, for carrier aggregation to facilitate measurement gap measurements; and a communication component, communicatively coupled to the processing component, configured to communicate the measurement gap pattern via one or more radio resource control, RRC, signals to a user equipment, UE , wherein the communication component is further configured to receive , from the UE,a supporting CC data set comprising UE capabilities related to the plurality of different CCs and communicate , to the UE, a re-configuration of the measurement gap pattern, and the processing component is configured to generate the re-configuration of the measurement gap pattern as a different measurement gap pattern based on the supporting CC data set, and characterized in that the supporting CC data set comprises a plurality of different CCs that are supported by the UE capabilities and indications associated with different CCs of the plurality of different CCs that indicate requests for a continued downlink of data without a measurement gap. a processing component configured to identify a measurement gap pattern based on a plurality of different component carriers, CCs, for carrier aggregation to facilitate measurement gap measurements; and a communication component, communicatively coupled to the processing component, configured to communicate the measurement gap pattern via one or more radio resource control, RRC, signals to a user equipment, UE , wherein the communication component is further configured to receive , from the UE,a supporting CC data set comprising UE capabilities related to the plurality of different CCs and communicate , to the UE, a re-configuration of the measurement gap pattern, and the processing component is configured to generate the re-configuration of the measurement gap pattern as a different measurement gap pattern based on the supporting CC data set, and characterized in that the supporting CC data set comprises a plurality of different CCs that are supported by the UE capabilities and indications associated with different CCs of the plurality of different CCs that indicate requests for a continued downlink of data without a measurement gap.
A dispenser for discharging flowable compounds (M) such as liquid or pasty compounds, wherein said dispenser comprises a reservoir for accommodating the compound (M) and a dispensing pump , wherein the dispenser has a longitudinal axis (x), wherein the dispensing pump furthermore has an inflow channel and an outflow channel and a pumping chamber , which is delimited by valves on the inflow side and the outflow side, as well as a head piece , wherein the head piece has a dispensing opening , wherein a pumping part (P) can be moved relative to a cup part against an elastic force of a restoring device in order to achieve a pumping stroke (b), wherein the head piece is motion-coupled with the pumping part (P) such that a motion of the head piece from a completely depressed position to an attainable extension height corresponds to the pumping stroke (b), and wherein a variable limiting device furthermore is provided for variably limiting the pumping stroke (b), wherein the cup part has a cup bottom and a cup wall , wherein the cup bottom delimits the reservoir toward the dispensing pump and the cup wall stands on the cup bottom on the side of the head part and optionally serves for producing a snap-fit connection with the reservoir , characterized in that a change of the pumping stroke (b) corresponds to a change of the extension height, in that the head piece has an actuating part and an actuating wall running concentrically around a longitudinal axis (x), the actuating part being guided on the outside of the wall via an actuating part wall through the cup wall of the cup part in the axial direction, and in that the limiting device acts between the cup bottom or the cup wall and the head piece , so that the head piece extends less far depending on the setting of the limiting device .
Display device for a timepiece movement , the said display device comprising: - a first gear train intended to be driven by a drive member that the said movement comprises; - a main correction device arranged to selectively drive the said first gear train ; - a first correcting gear train comprising a first input (19a; 27; 43) arranged to be driven by the said first gear train , a second input (19b; 29; 45) intended to be driven stepwise manually, and an output (19c; 25, 33; 25, 51) arranged to drive a first display member of a first indication relating to the time; - a second correcting gear train ; characterized in that the said second correcting gear train is situated kinematically downstream of the said first correcting gear train , the said second correcting gear train comprising a first input arranged to be driven by the said output (19c; 25, 33; 25; 51) of the said first correcting gear train , a second input intended to be driven stepwise manually, and an output arranged to drive a second display member of a second indication relating to the time. - a first gear train intended to be driven by a drive member that the said movement comprises; - a main correction device arranged to selectively drive the said first gear train ; - a first correcting gear train comprising a first input (19a; 27; 43) arranged to be driven by the said first gear train , a second input (19b; 29; 45) intended to be driven stepwise manually, and an output (19c; 25, 33; 25, 51) arranged to drive a first display member of a first indication relating to the time; - a second correcting gear train ;
An athletic shoe comprising: an upper attached to an outsole via a comfort sole ; and a shell comprised of plastic or composite material disposed between the upper and the comfort sole , the shell comprising a shell bottom and a shell side , wherein the shell side surrounds the shell bottom along a rear portion of the shell corresponding to a heel and comprises a plurality of notches arranged along the periphery of shell bottom at the front portion of the shell , wherein the plurality of notches correspond to a position of joints between metatarsal bones and phalanges of a foot and between the phalanges and the toes of the foot. an upper attached to an outsole via a comfort sole ; and a shell comprised of plastic or composite material disposed between the upper and the comfort sole , the shell comprising a shell bottom and a shell side , wherein the shell side surrounds the shell bottom along a rear portion of the shell corresponding to a heel and comprises a plurality of notches arranged along the periphery of shell bottom at the front portion of the shell , wherein the plurality of notches correspond to a position of joints between metatarsal bones and phalanges of a foot and between the phalanges and the toes of the foot.
A MEMS device (50; 150) with a teeter-totter structure, comprising: a mobile mass (51; 151) having an area in a plane and a thickness in a direction perpendicular to the plane, the mobile mass being tiltable about a rotation axis (A) extending parallel to the plane and formed by a first and a second half-mass (54, 55; 154, 155), arranged on opposite sides of the rotation axis, the first and the second half-masses having a first and a second centroid (B1, B2), respectively, arranged at a first and a second distance b1, b2, respectively, from the rotation axis; first through openings (60; 160, 175, 179, 180) in the first half-mass (54; 154), the sum of all the perimeters of the first through openings and of the outer perimeter of the first half-mass defining a first total perimeter p1 in the plane; and second through openings (61; 161) in the second half-mass (55; 155), the sum of all the perimeters of the second through openings and of the outer perimeter of the second half-mass defining a second total perimeter p2 in the plane, characterized in that the MEMS device is designed such that the first and the second perimeters p1, p2 and the first and second distances b1, b2 satisfy equation: p 1 × b 1 = p 2 × b 2 . a mobile mass (51; 151) having an area in a plane and a thickness in a direction perpendicular to the plane, the mobile mass being tiltable about a rotation axis (A) extending parallel to the plane and formed by a first and a second half-mass (54, 55; 154, 155), arranged on opposite sides of the rotation axis, the first and the second half-masses having a first and a second centroid (B1, B2), respectively, arranged at a first and a second distance b1, b2, respectively, from the rotation axis; first through openings (60; 160, 175, 179, 180) in the first half-mass (54; 154), the sum of all the perimeters of the first through openings and of the outer perimeter of the first half-mass defining a first total perimeter p1 in the plane; and second through openings (61; 161) in the second half-mass (55; 155), the sum of all the perimeters of the second through openings and of the outer perimeter of the second half-mass defining a second total perimeter p2 in the plane, characterized in that the MEMS device is designed such that the first and the second perimeters p1, p2 and the first and second distances b1, b2 satisfy equation: p 1 × b 1 = p 2 × b 2 .
A disposable wearing article having a vertical direction (Y), a lateral direction (X) intersecting with the vertical direction, a body facing surface and a non-body facing surface and including a front waist region , a rear waist region , a crotch region and a liquid absorbent structure extending to the front and rear waist regions centering on the crotch region, wherein: the front waist region has an upper edge partially defining a waist opening, a lower edge partially defining leg openings, both lateral edges extending in the vertical direction (Y) between the lower and upper edges and a lower edge area extending in the lateral direction along the lower edge ; an elastic strip located on the side of the body facing surface so as to extend in the lateral direction across the liquid absorbent structure between the both lateral edges of the front waist region along the lower edge area in the front waist region; an upper edge of the elastic strip lies in the lower side in the vertical direction of a front end edge of the liquid absorbent structure ; the front waist region includes elastic members extending in the lateral direction across a central area of the liquid absorbent structure and these elastic members are located on the side of the non-body facing surface; and the elastic strip has lateral fixed areas respectively located at the outer side in the lateral direction of both lateral edges of the liquid absorbent structure and a free area defined between the both lateral fixed areas and the free area overlaps with the liquid absorbent structure in planar view. the front waist region has an upper edge partially defining a waist opening, a lower edge partially defining leg openings, both lateral edges extending in the vertical direction (Y) between the lower and upper edges and a lower edge area extending in the lateral direction along the lower edge ; an elastic strip located on the side of the body facing surface so as to extend in the lateral direction across the liquid absorbent structure between the both lateral edges of the front waist region along the lower edge area in the front waist region; an upper edge of the elastic strip lies in the lower side in the vertical direction of a front end edge of the liquid absorbent structure ; the front waist region includes elastic members extending in the lateral direction across a central area of the liquid absorbent structure and these elastic members are located on the side of the non-body facing surface; and the elastic strip has lateral fixed areas respectively located at the outer side in the lateral direction of both lateral edges of the liquid absorbent structure and a free area defined between the both lateral fixed areas and the free area overlaps with the liquid absorbent structure in planar view.
A container unit including a plurality of sub-container portions defining a plurality of chambers for containing liquid substances, a mixing chamber downstream of the sub-container portions , a selecting mechanism for selecting one or more such liquid substances from the sub-container portions , and a spray actuator comprising a spray button plate and for dispensing a single liquid substance from one of said sub-container portions or a mixture of liquid substances from two or more of the plurality of sub-container portions according to the selecting mechanism , wherein the sub-container portions are individually removable from the container unit wherein the selecting mechanism includes respective switch devices for each sub-container portion , each switch device serving to select between an on position and an off position for such liquid substances, and wherein there are respective actuator units for the sub-container portions whereby when said spray button plate is pressed downwardly, said selecting mechanism either acts or does not act upon respective said actuator units to cause a corresponding downward movement of the selected actuator units .
A method for inhibiting roflumilast crystal growth or changes in particle size in a composition, comprising including hexylene glycol in a composition comprising roflumilast.
Use of a multi-layer elastic film as net replacement film for wrapping waste or agricultural plant products, characterized in that the film is not pre-stretched and is a co-extruded film with at least three layers, each of which comprises polyolefins and/or blends thereof.
A dry composition for the preparation of pervious concrete characterized in that it comprises at least the following solid state components: - 12% of hydraulic binder, of the cement type. - 83% of aggregates comprising essentially 3% of sand with a grain size of less than or equal to 4 mm and 80% of washed crushed gravel with a grain size comprised between 2 mm and 6 mm, - 3.92% of dehydroxylated alumina silicate of general composition Al2O3, 2SiO2, - 0.08% of synthetic fibers. - 0.2% of air entrainer. All the aforementioned percentages are percentages by weight relative to the total weight of the dry composition. - 12% of hydraulic binder, of the cement type. - 83% of aggregates comprising essentially 3% of sand with a grain size of less than or equal to 4 mm and 80% of washed crushed gravel with a grain size comprised between 2 mm and 6 mm, - 3.92% of dehydroxylated alumina silicate of general composition Al2O3, 2SiO2, - 0.08% of synthetic fibers. - 0.2% of air entrainer.
Dispensing head for an aerosol container provided with a valve, said dispensing head being made up of a cover to which is fastened an actuating member provided with a push button which can be moved between a non-depressed rest position and a depressed actuating position, wherein - the actuating member is provided with a blocking element which is pivotable about an axis of rotation (A3) between an unlocked position in which it does not block the movement of the push button relative to the cover and a locked position in which it blocks the push button in the rest position by preventing it from going into the actuating position, characterized in that - the push button is provided with a rib parallel to the displacement movement of the push button between the rest position and the actuating position; and in that - the blocking element is provided with a bearing surface which, in the unlocked position, is not in the path followed by the rib when the push button is moved from the rest position to the actuating position, and which, in the locked position, is in said path so that the rib comes to abut against the bearing surface when the push button is moved toward the actuating position, without being able to reach this position. - the actuating member is provided with a blocking element which is pivotable about an axis of rotation (A3) between an unlocked position in which it does not block the movement of the push button relative to the cover and a locked position in which it blocks the push button in the rest position by preventing it from going into the actuating position, characterized in that - the push button is provided with a rib parallel to the displacement movement of the push button between the rest position and the actuating position; and in that - the blocking element is provided with a bearing surface which, in the unlocked position, is not in the path followed by the rib when the push button is moved from the rest position to the actuating position, and which, in the locked position, is in said path so that the rib comes to abut against the bearing surface when the push button is moved toward the actuating position, without being able to reach this position.
An optical member comprising: a phosphor layer including a phosphor configured to convert a wavelength of a portion of light from a light source which is incident on an incidence face of the phosphor layer ; and a microlens array configured to cause the portion of light wavelength-converted by the phosphor layer and the other portion of light transmitted through the phosphor layer to emerge from an emission face of the microlens array , the microlens array being a diffractive microlens array , wherein a plurality of diffractive lenses are provided on the emission face of the microlens array , the plurality of diffractive lenses being for diffracting the portion of light wavelength-converted and the other portion of light transmitted, a pitch of the plurality of diffractive lenses is different for each of predetermined sections, the pitch of the plurality of diffractive lenses belonging to some of the predetermined sections is set to be constant in each of the some of the predetermined sections to diffract the other portion of light to focus on a predetermined region, the other portion of light being in a wavelength range of the light source , the pitch of the plurality of diffractive lenses belonging to rest of the predetermined sections is set to be constant in each of the rest of the predetermined sections to diffract the portion of light to focus on the predetermined region, the portion of light being wavelength-converted. a phosphor layer including a phosphor configured to convert a wavelength of a portion of light from a light source which is incident on an incidence face of the phosphor layer ; and a microlens array configured to cause the portion of light wavelength-converted by the phosphor layer and the other portion of light transmitted through the phosphor layer to emerge from an emission face of the microlens array , the microlens array being a diffractive microlens array , wherein a plurality of diffractive lenses are provided on the emission face of the microlens array , the plurality of diffractive lenses being for diffracting the portion of light wavelength-converted and the other portion of light transmitted, a pitch of the plurality of diffractive lenses is different for each of predetermined sections, the pitch of the plurality of diffractive lenses belonging to some of the predetermined sections is set to be constant in each of the some of the predetermined sections to diffract the other portion of light to focus on a predetermined region, the other portion of light being in a wavelength range of the light source , the pitch of the plurality of diffractive lenses belonging to rest of the predetermined sections is set to be constant in each of the rest of the predetermined sections to diffract the portion of light to focus on the predetermined region, the portion of light being wavelength-converted.
Method for accelerating a vehicle at a traffic light system , the method comprising the steps of: - determining a probability that the vehicle can pass the traffic light system during a current or upcoming green phase, - accelerating the vehicle according to a signal (S 1 , S 11 , S 12 , S 22 ) of an electronic drawbar system, if the probability is higher than a predefined threshold and - accelerating the vehicle to a lesser extent, if the probability is less than the predefined threshold, characterized in that determining the probability comprises: - evaluating signals (S 11 , S 12 ) of an electronic drawbar system of a plurality of vehicles waiting between the vehicle and the traffic light system and - accelerating the vehicle according to a signal (S 12 ) representing a minimum acceleration among the signals (S 11 , S 12 ), if the probability is higher than a predefined threshold, or - accelerating the vehicle according to an acceleration averaged among the signals (S 11 , S 12 ) , if the probability is higher than a predefined threshold. - determining a probability that the vehicle can pass the traffic light system during a current or upcoming green phase, - accelerating the vehicle according to a signal (S 1 , S 11 , S 12 , S 22 ) of an electronic drawbar system, if the probability is higher than a predefined threshold and - accelerating the vehicle to a lesser extent, if the probability is less than the predefined threshold, - evaluating signals (S 11 , S 12 ) of an electronic drawbar system of a plurality of vehicles waiting between the vehicle and the traffic light system and - accelerating the vehicle according to a signal (S 12 ) representing a minimum acceleration among the signals (S 11 , S 12 ), if the probability is higher than a predefined threshold, or - accelerating the vehicle according to an acceleration averaged among the signals (S 11 , S 12 ) , if the probability is higher than a predefined threshold.
A method for installing a hollow concrete tower made from more than one segment, characterised in that the method comprises the following steps: a) arranging a site (40A; 40B) and a corresponding platform (10A; 10B), wherein said platform is a working area located immediately adjoining or surrounding the site, excluding the site itself; b) arranging on said platform (10A; 10B) at least one partial full-segment mould (11'-20', 11"-20") i of a plurality of partial full-segment moulds (11'-20', 11"-20") in a position such that the segment axis of the segment to cast in said partial full-segment mould(s) (11'-20', 11"-20") is substantially vertical; c) pouring concrete inside said arranged partial full-segment mould(s) (11'-20', 11"-20"); d) allowing the poured concrete to set to working strength, generating corresponding segment(s) (11-20); e) removing said arranged partial full-segment mould(s) (11'-20', 11"-20") with concrete set to working strength, to leave said corresponding segment(s) (11-20) exposed; and f) assembling said corresponding exposed segment(s) (11-20), wherein assembly is the process to place parts in their installed position in the hollow concrete tower under construction. a) arranging a site (40A; 40B) and a corresponding platform (10A; 10B), wherein said platform is a working area located immediately adjoining or surrounding the site, excluding the site itself; b) arranging on said platform (10A; 10B) at least one partial full-segment mould (11'-20', 11"-20") i of a plurality of partial full-segment moulds (11'-20', 11"-20") in a position such that the segment axis of the segment to cast in said partial full-segment mould(s) (11'-20', 11"-20") is substantially vertical; c) pouring concrete inside said arranged partial full-segment mould(s) (11'-20', 11"-20"); d) allowing the poured concrete to set to working strength, generating corresponding segment(s) (11-20); e) removing said arranged partial full-segment mould(s) (11'-20', 11"-20") with concrete set to working strength, to leave said corresponding segment(s) (11-20) exposed; and f) assembling said corresponding exposed segment(s) (11-20), wherein assembly is the process to place parts in their installed position in the hollow concrete tower under construction.