mhurhangee/ep-ind-claims huggingface dataset:
An inductive heating device configured to receive an aerosol-generating article comprising an aerosol-forming substrate and a susceptor (1, 4), the inductive heating device being configured to heat the susceptor (1, 4) when the aerosol-generating article is received by the inductive heating device, the inductive heating device comprising: a DC power supply for providing a DC supply voltage and a current; and power supply electronics comprising: a DC/AC converter connected to the DC power supply; and an inductor connected to the DC/AC converter and arranged to inductively couple to the susceptor (1, 4) of the aerosol-generating article when the aerosol-generating article is received by the inductive heating device, wherein the power supply electronics are configured to: supply power to the inductor from the DC power supply, via the DC/AC converter, for heating the susceptor (1, 4) of the aerosol-generating article when the aerosol-generating article is received by the inductive heating device, the supply of power being provided in a plurality of pulses separated by time intervals, characterised by the pulses comprising two or more heating pulses and one or more probing pulses between successive heating pulses; and by controlling the duration of the time interval between successive heating pulses based on one or more measurements of the current supplied from the DC power supply in one or more of the one or more probing pulses. a DC power supply for providing a DC supply voltage and a current; and power supply electronics comprising: a DC/AC converter connected to the DC power supply; and an inductor connected to the DC/AC converter and arranged to inductively couple to the susceptor (1, 4) of the aerosol-generating article when the aerosol-generating article is received by the inductive heating device, a DC/AC converter connected to the DC power supply; and an inductor connected to the DC/AC converter and arranged to inductively couple to the susceptor (1, 4) of the aerosol-generating article when the aerosol-generating article is received by the inductive heating device, supply power to the inductor from the DC power supply, via the DC/AC converter, for heating the susceptor (1, 4) of the aerosol-generating article when the aerosol-generating article is received by the inductive heating device, the supply of power being provided in a plurality of pulses separated by time intervals, characterised by the pulses comprising two or more heating pulses and one or more probing pulses between successive heating pulses; and by controlling the duration of the time interval between successive heating pulses based on one or more measurements of the current supplied from the DC power supply in one or more of the one or more probing pulses.
A pad array structure on a substrate for installing an IC chip on the substrate, the pad array structure comprising, in a first peripheral part of a pad array region: plural ground pads, wherein the ground pads are arranged in a first column, with equal distances between adjacent ground pads; and plural signal pads, wherein the signal pads are arranged in a second column that is positioned at an inward side of and in parallel with the first column, with equal distances between adjacent signal pads; wherein each of the signal pads extends through a place between two adjacent ground pads in the first column and connects to an external circuit on the substrate, so that an electric signal is inputted from the external circuit to the signal pad or outputted from the signal pad to the external circuit, characterized in that the plural signal pads are set to constitute plural pairs (22a - 22n) of differential signal pads, and each of the ground pads in the first column in the first peripheral part is arranged in a place between adjacent two pairs (22a, 22b) of the differential signal pads in the second column in the first peripheral part. plural ground pads, wherein the ground pads are arranged in a first column, with equal distances between adjacent ground pads; and plural signal pads, wherein the signal pads are arranged in a second column that is positioned at an inward side of and in parallel with the first column, with equal distances between adjacent signal pads; wherein each of the signal pads extends through a place between two adjacent ground pads in the first column and connects to an external circuit on the substrate, so that an electric signal is inputted from the external circuit to the signal pad or outputted from the signal pad to the external circuit, characterized in that the plural signal pads are set to constitute plural pairs (22a - 22n) of differential signal pads, and each of the ground pads in the first column in the first peripheral part is arranged in a place between adjacent two pairs (22a, 22b) of the differential signal pads in the second column in the first peripheral part.
A folding leaf door installation, comprising - at least one folding leaf door (2, 3), and - at least one drive unit for moving the folding leaf door (2, 3) between a closed position and an opened position, and - at least one sealing element, - wherein the sealing element 34) includes a plate-shaped base area and at least one first tube-shaped sealing area and at least one second tube-shaped sealing area, characterized in that - the first sealing area and the second sealing area of the sealing element include at least one first branch connected to the base area and one second branch, which is affixed to the first branch and is angled with regard to the first branch. - at least one folding leaf door (2, 3), and - at least one drive unit for moving the folding leaf door (2, 3) between a closed position and an opened position, and - at least one sealing element, - wherein the sealing element 34) includes a plate-shaped base area and at least one first tube-shaped sealing area and at least one second tube-shaped sealing area, characterized in that - the first sealing area and the second sealing area of the sealing element include at least one first branch connected to the base area and one second branch, which is affixed to the first branch and is angled with regard to the first branch.
A rubber composition for rubber vibration insulator comprising: a rubber component comprising high-cis-high-vinyl butadiene rubber containing 85 to 93% of cis-1,4 bonds and 5 to 13% of vinyl bonds, sulfur, and a bismaleimide compound, wherein the sulfur is included in an amount of up to 1 part by weight, per 100 parts by weight of the rubber component, wherein the rubber component further comprises one or more species of diene rubber selected from the group consisting of natural rubber, isoprene rubber, styrene-butadiene rubber, chloroprene rubber, and acrylonitrile-butadiene rubber and the diene rubber is included in a proportion of at least 50 parts by weight in 100 parts by weight of the rubber component. a rubber component comprising high-cis-high-vinyl butadiene rubber containing 85 to 93% of cis-1,4 bonds and 5 to 13% of vinyl bonds, sulfur, and a bismaleimide compound, wherein the sulfur is included in an amount of up to 1 part by weight, per 100 parts by weight of the rubber component, wherein the rubber component further comprises one or more species of diene rubber selected from the group consisting of natural rubber, isoprene rubber, styrene-butadiene rubber, chloroprene rubber, and acrylonitrile-butadiene rubber and the diene rubber is included in a proportion of at least 50 parts by weight in 100 parts by weight of the rubber component.
Pirfenidone for use in treating a patient in need of pirfenidone therapy characterized in that the treating comprises reducing the dosage of pirfenidone administered to the patient from a dose of about 2400 mg/day while co-administering a strong CYP1A2 inhibitor, wherein the dose of pirfenidone is reduced by about 1600 mg/day, wherein the strong CYP1A2 inhibitor is enoxacin.
Method for making an offset printing blanket comprising an outer printing layer, an inner layer by which the blanket is in contact with a supporting cylinder, at least one compressible intermediate layer, and a printing layer the printing surface of which consists of a polymer that has elastomeric properties of the rubber type and Young's traction modulus comprised between 3 and 20 MPa and chemical resistance that is compatible with the offset method and the fluids used in this method and has very slight average surface roughness Ra that is lower than 0.4 micrometres, characterised in that the printing layer is made by pouring a polymeric material into the NIP of a calender apparatus against a moulding surface (2, 17) of very slight roughness.
A damper for slowing down the closing movement of a sliding door, comprising a damper housing having guiding tracks (140, 150, 160), a damping member, and a latch being guided by the damping member relative the housing along a first guiding track of the housing, the latch being adapted to form a guiding means of the sliding door when protruding into an associated guiding profile, wherein the latch comprises guiding members (122a, 122b) arranged to guide the latch along each guiding track, wherein the latch is adapted to protrude outside the housing when moving along the first guiding track and being, when moving along the first guiding track, adapted for receiving a lug of the associated guiding profile, wherein the first guiding track is connected to further guiding tracks (150,160) of the housing being non-parallel to the first guiding track, wherein the latch when moving along a first guiding track of said further guiding tracks (150, 160) is adapted to release the lug of the associated guiding profile, and the latch is moveable from the first guiding track to an end position being defined by a second guiding track of said further guiding tracks (150, 160) and in which end position the latch is at least to some extent retracted into the housing and is adapted to be out of contact with the guiding profile.
A steering rack configured to mesh with a pinion configured to be rotationally driven by an input shaft of a steering gear configuring an automotive steering device, wherein the steering rack has a rod part extending in an axial direction and having a round cross section and a plurality of rack teeth formed on a radial one side surface of a part of the rod part in the axial direction and configured to mesh with the pinion, and at least one dummy tooth having a tooth height less than the rack teeth and configured not to mesh with the pinion is formed at parts that are the parts of the rod part in the axial direction and are adjacent to both axial sides of the plurality of rack teeth, wherein the dummy tooth has an axially inner surface and an axially outer surface configured to be inclined in a direction of axially coming close to each other as they go toward a radially outer side, and a radially outer surface configured to connect the axially inner surface and the axially outer surface, and a pair of connection parts between the axially inner surface and the radially outer surface and between the axially outer surface and the radially outer surface has a curved shape, characterized in that the n (n: natural number) dummy teeth are formed at the parts that are the parts of the rod part in the axial direction and are adjacent to both axial sides of the plurality of rack teeth, each of the rack teeth has an axially inner surface and an axially outer surface configured to be inclined in a direction of axially coming close to each other as they go toward a radially outer side, and a radially outer surface configured to connect the axially inner surface and the axially outer surface, and when an inclined angle of the axially outer surface, which is adjacent to the dummy tooth, of the rack tooth, which is positioned at each of both axial ends, of the plurality of rack teeth is denoted as θ 1, inclined angles of the axially inner surfaces of the plurality of dummy teeth are denoted as θ 2, θ 4, ···, θ 2n in order from first to n th dummy teeth close to the rack tooth, and inclined angles of the axially outer surfaces of the plurality of dummy teeth are denoted as θ 3, θ 5, ···, θ 2n+1 in order from the first to n th dummy teeth close to the rack tooth, the inclined angles are set so that a relation of θ 1 <θ 2 ≤θ 3 <θ 4 ≤θ 5 <...<θ 2n ≤θ 2n+1 is satisfied.
A method of operating a storage system comprising a memory and having a storage array coupled thereto, the storage array comprising one or more solid state drives, SSDs, the storage system including an extent store layer for storing extents, wherein the extent store layer is configured to de-duplicate extents having identical data, the method comprising: receiving a write request directed towards a logical unit, LUN, the write request having data, a logical block address, LBA, and a length representing a first address range of the LUN, the write request being processed at the storage system; associating a data key with the data; storing the data key in a first data entry of a metadata structure, the first data entry representing the first address range of the LUN, the data being de-duplicated with a first extent stored on the storage array comprising one or more solid state drives; merging the first data entry of the metadata structure with a second data entry of the metadata structure to form a third data entry, the second data entry representing a second address range, the third data entry representing a merge of the first address range and the second address range, the second data entry including the data key, the second data entry being stored in a second extent on the storage array; and storing the third data entry in a third extent on the storage array, the third extent including a uniqifier (720; 1700), wherein the uniqifier comprises a unique value that renders the third extent distinct from other extents, thereby avoiding de-duplication with the second extent during a merge restart operation. receiving a write request directed towards a logical unit, LUN, the write request having data, a logical block address, LBA, and a length representing a first address range of the LUN, the write request being processed at the storage system; associating a data key with the data; storing the data key in a first data entry of a metadata structure, the first data entry representing the first address range of the LUN, the data being de-duplicated with a first extent stored on the storage array comprising one or more solid state drives; merging the first data entry of the metadata structure with a second data entry of the metadata structure to form a third data entry, the second data entry representing a second address range, the third data entry representing a merge of the first address range and the second address range, the second data entry including the data key, the second data entry being stored in a second extent on the storage array; and storing the third data entry in a third extent on the storage array, the third extent including a uniqifier (720; 1700), wherein the uniqifier comprises a unique value that renders the third extent distinct from other extents, thereby avoiding de-duplication with the second extent during a merge restart operation.
A method for manufacturing a wear resistant component comprising the steps: - providing a metallic base material and at least one wear resistant cemented carbide body, wherein the cemented carbide body comprises a top portion which is adopted to extend over at least a section of the surface of the metallic base material and an anchoring portion which is adopted to be retained mechanically by the metallic base material in the final wear resistant component; - arranging the wear resistant cemented carbide body such that the top portion extends over at least a section of the surface of the metallic base material and such that the anchoring portion at least partially is enclosed by the metallic base material; - sealing the arrangement of the wear resistant cemented carbide body and the metallic base material; - subjecting the metallic base material and the least one wear resistant cemented carbide body to Hot Isostatic Pressing by heating at a predetermined temperature and at a predetermined pressure for a predetermined time period; characterized in the step of arranging a layer which comprises alumina (Al 2 O 3) or hexagonal boron nitride (hBN) between at least the anchoring portion of the wear resistant cemented carbide body and the metallic base material. - providing a metallic base material and at least one wear resistant cemented carbide body, wherein the cemented carbide body comprises a top portion which is adopted to extend over at least a section of the surface of the metallic base material and an anchoring portion which is adopted to be retained mechanically by the metallic base material in the final wear resistant component; - arranging the wear resistant cemented carbide body such that the top portion extends over at least a section of the surface of the metallic base material and such that the anchoring portion at least partially is enclosed by the metallic base material; - sealing the arrangement of the wear resistant cemented carbide body and the metallic base material; - subjecting the metallic base material and the least one wear resistant cemented carbide body to Hot Isostatic Pressing by heating at a predetermined temperature and at a predetermined pressure for a predetermined time period; characterized in the step of arranging a layer which comprises alumina (Al 2 O 3) or hexagonal boron nitride (hBN) between at least the anchoring portion of the wear resistant cemented carbide body and the metallic base material.
A working machine support belt comprising: a back plate portion; a left shoulder belt and a right shoulder belt that extend upward from an upper portion of the back plate portion and turn forward; a waist belt that extends from a lower portion of the back plate portion to both sides; a left suspender band that connects a front lower portion of the left shoulder belt and a left rear portion of the waist belt; a right suspender band that connects a front lower portion of the right shoulder belt and the right rear portion of the waist belt; a left side belt that extends left-downward from the upper portion of the back plate portion, turns forward, and is connected to a left end portion of the waist belt; a right side belt that extends right-downward from the upper portion of the back plate portion, turns forward, and is connected to a right end portion of the waist belt; a locking member that locks the left end portion of the waist belt and the left side belt which are connected to each other, and the right end portion of the waist belt and the right side belt which are connected to each other; and a pad member supported by the right rear portion of the waist belt via a rear support band, supported by the right end portion of the waist belt and the right side belt which are connected to each other via the support band, and provided with a support member that supports a working machine. a back plate portion; a left shoulder belt and a right shoulder belt that extend upward from an upper portion of the back plate portion and turn forward; a waist belt that extends from a lower portion of the back plate portion to both sides; a left suspender band that connects a front lower portion of the left shoulder belt and a left rear portion of the waist belt; a right suspender band that connects a front lower portion of the right shoulder belt and the right rear portion of the waist belt; a left side belt that extends left-downward from the upper portion of the back plate portion, turns forward, and is connected to a left end portion of the waist belt; a right side belt that extends right-downward from the upper portion of the back plate portion, turns forward, and is connected to a right end portion of the waist belt; a locking member that locks the left end portion of the waist belt and the left side belt which are connected to each other, and the right end portion of the waist belt and the right side belt which are connected to each other; and a pad member supported by the right rear portion of the waist belt via a rear support band, supported by the right end portion of the waist belt and the right side belt which are connected to each other via the support band, and provided with a support member that supports a working machine.
A cover window for a display device, comprising: a first film; a second film disposed on the first film; a third film disposed on the second film; a fourth film disposed on the third film; a fifth film disposed on the fourth film; and an adhesive layer (320, 340, 360, 380) disposed between the first film and the second film, between the second film and the third film, between the third film and the fourth film, between the fourth film and the fifth film, wherein the adhesive layer comprises an elastic polymer, characterized in that as a distance from a display panel suitable to be used for a display device is increased, the modulus of the cover window is gradually reduced or increased, the modulus indicating a deformation level generated when an elastic material is stressed. a first film; a second film disposed on the first film; a third film disposed on the second film; a fourth film disposed on the third film; a fifth film disposed on the fourth film; and an adhesive layer (320, 340, 360, 380) disposed between the first film and the second film, between the second film and the third film, between the third film and the fourth film, between the fourth film and the fifth film, wherein the adhesive layer comprises an elastic polymer, characterized in that as a distance from a display panel suitable to be used for a display device is increased, the modulus of the cover window is gradually reduced or increased, the modulus indicating a deformation level generated when an elastic material is stressed.
A liquid cosmetic stored in a liquid cosmetic applicator using a brush or a pen feed as an applying means, wherein the liquid cosmetic comprises at least carbon black, water, 0.5 to 5 % by mass of a dispersant comprising a film-formable resin, 2 to 15 % by mass, in terms of a solid content, of a film-forming agent and optionally 0.5 % by mass or less of a surfactant, and a viscosity thereof measured at a temperature of 25°C and a shear rate of 3.83 s -1 by means of an ELD type viscometer falls in a range of 2 to 8 mPa·s.
A pharmaceutical composition comprising at least one active pharmaceutical ingredient having a potential for abuse or a pharmaceutically acceptable salt thereof, at least one hydrophilic plastomer having a molecular weight from 20,000 daltons to 2,000,000 daltons, at least one hydrophilic elastomer, and at least one deliquescent plasticizer, wherein the API is oxycodone, oxymorphone, hydrocodone, hydromorphone, codeine, or morphine; the hydrophilic plastomer is a combination of hydroxypropyl cellulose, hydroxypropylmethyl cellulose, and polyethylene oxide; the hydrophilic elastomer is a carbomer; and the deliquescent plasticizer comprises citric acid and sorbitol.
Locking element for a vehicle seat for locking the backrest on a seat part and/or the body of a vehicle, having a rotatably mounted rotary catch which interacts in a locking manner with a pin which is connected to the seat part or the vehicle body, and a rotatably mounted latching pawl which secures the rotary catch in its locking position, the rotary catch and the latching pawl being mounted in each case by way of a bearing (5, 5', 6, 6') on a housing part (1, 8) of a housing of the locking element, characterized in that the bearings (5, 5', 6, 6') deform in each case in the event of an accident, as a result of which the rotary catch and the latching pawl are displaced parallel to the housing part (1, 8), the bearings (5, 5', 6, 6') in each case having a bush (5, 5') and a sliding bush (6, 6'), the bushes (5, 5') being mounted in the openings (13, 13') in the housing, and the sliding bushes (6, 6') interacting in each case on the inner circumference with one of the bushes (5, 5') and on the outer circumference with the bore of the rotary catch or the bore of the latching pawl.