mhurhangee/ep-ind-claims huggingface dataset:
A stationary phase comprising a polymer having, in main chain repeat units, an aromatic ring that forms a portion of the main chain and a bipolar atomic group that forms a portion of the main chain, wherein the polymer is supported on a porous inorganic carrier selected from silica gel, alumina and glass and the carrier has a specific surface area of 5 to 1000 m 2 /g, the stationary phase comprising the polymer and the carrier has a specific surface area of 5 to 1000 m 2 /g, the specific surface being measured by the BET method using nitrogen adsorption, and the polymer is a polyester which is selected from the group consisting of polyethylene terephthalate, polybutylene terephthalate, polyethylene isophthalate, poly(2,2-dimethylpropan-1,3-diyl terephthalate), and poly-(4-hydroxymethylbenzoate), with the proviso that a stationary phase comprising a polymer selected from polyethylene terephthalate and polybutylene terephthalate which is fixed to the surface of the support by physical adsorption, wherein the support is core/shell particles which are each formed of a core constituted of a nonporous inorganic substance and a porous shell having a pore diameter of 30 nm or larger, the shell being constituted of a hydrolyzate of a polyalkoxysiloxane is excluded.
Extractor hood comprising a fan, a viewing hood, and at least one air supply duct, wherein the at least one air supply duct routes air from the fan in the inside of the extractor hood into the vicinity of the lower side of the viewing hood, wherein the at least one air supply duct has a duct end which lies in the lower region of the viewing hood and at least one air outlet apparatus is arranged at the duct end and is arranged in a mobile manner on the extractor hood at least partially in at least one direction and the air outlet apparatus has a longitudinal extension and at least one air outlet element of the air outlet apparatus can be pivoted about an axis which is at right angles to the direction of the longitudinal extension, characterised in that the air outlet apparatus has a longitudinal extension which runs in the lower side or parallel to the lower side of the viewing hood and the air outlet apparatus can be pivoted with respect to the direction of the longitudinal extension.
A three-port power coupler (500, 800), comprising: an input port (520, 820); a first output port (530-1, 830-1); a second output port (530-2, 830-2); an antenna element (550, 850) that is electrically coupled between the first output port (530-1, 830-1) and the second output port (530-2, 830-2) and that is configured to act as a power absorber providing isolation between the first and second output ports (530-1, 830-1, 530-2, 830-2); wherein the three-port power coupler (500, 800) is configured to split a radio frequency, RF, signal incident at the input port (520, 820) and/or to combine radio signals incident at the respective first and second output ports (530-1, 830-1, 530-2, 830-2). an input port (520, 820); a first output port (530-1, 830-1); a second output port (530-2, 830-2); an antenna element (550, 850) that is electrically coupled between the first output port (530-1, 830-1) and the second output port (530-2, 830-2) and that is configured to act as a power absorber providing isolation between the first and second output ports (530-1, 830-1, 530-2, 830-2); wherein the three-port power coupler (500, 800) is configured to split a radio frequency, RF, signal incident at the input port (520, 820) and/or to combine radio signals incident at the respective first and second output ports (530-1, 830-1, 530-2, 830-2).
Mixer tap having a tap body (1 a, 1 b, 1 c) on which a water outlet pipe is arranged, wherein - in the tap body (1 a, 1 b, 1 c) there is provided a receiving space for receiving an insert piece (2a, 2b, 2c), in which a mixer valve cartridge having a control lever is arranged, - the mixer valve cartridge has on its end face remote from the control lever openings for the inflowing hot and cold water and the outflowing mixed water, which openings are sealingly connected to respective separate water guide channels (20, 21) of the insert piece (2a, 2b, 2c), - the water guide channels (20, 21) for hot and cold water are sealingly connected upstream to water inlets in the tap body (1 a, 1 b, 1 c), - the water guide channel for mixed water leads radially out of the insert piece (2a, 2b, 2c) into an annular channel which runs at least partway around the periphery and is delimited at its curved outer surface by the wall of the receiving space, which annular channel communicates with the water outlet pipe and is delimited axially with respect to the wall of the receiving space by at least one seal, wherein the one seal for delimiting the annular channel is arranged at the end region of the insert piece (2a, 2b, 2c) remote from the inflow channels, the insert (2a, 2b, 2c) being of beaker-like form with a cylindrical outer wall, and the diameter of the receiving space being larger than the outer diameter of the insert piece (2a, 2b, 2c), so that the annular channel is delimited radially by the wall of the receiving space and the outer wall of the insert piece (2a, 2b, 2c), characterised in that the mixer valve cartridge and the insert piece are clamped against the base of the tap body (1 a) by a threaded ring. - in the tap body (1 a, 1 b, 1 c) there is provided a receiving space for receiving an insert piece (2a, 2b, 2c), in which a mixer valve cartridge having a control lever is arranged, - the mixer valve cartridge has on its end face remote from the control lever openings for the inflowing hot and cold water and the outflowing mixed water, which openings are sealingly connected to respective separate water guide channels (20, 21) of the insert piece (2a, 2b, 2c), - the water guide channels (20, 21) for hot and cold water are sealingly connected upstream to water inlets in the tap body (1 a, 1 b, 1 c), - the water guide channel for mixed water leads radially out of the insert piece (2a, 2b, 2c) into an annular channel which runs at least partway around the periphery and is delimited at its curved outer surface by the wall of the receiving space, which annular channel communicates with the water outlet pipe and is delimited axially with respect to the wall of the receiving space by at least one seal,
A gear unit with a pinion and a wheel, wherein the wheel, in particular on one of its end faces, has two gearing regions spaced apart from each other, wherein the gearing, in particular wherein the gearing is cohesive, i.e. uninterrupted and continuous, of the pinion meshes with the gearing regions of the wheel, wherein the pinion axis is spaced apart from the wheel axis, wherein the pinion is cylindrical, in particular therefore not conical, in particular has a Z A, Z I or Z K profile, characterised in that the pinion axis and the wheel axis are oriented perpendicularly to one another.
A rotary shaft sealing assembly comprising: a rotatable shaft having a sealing surface of generally cylindrical form facing generally radially outward; a seal housing of annular form located radially outward of and encircling said rotatable shaft, and having a groove bore facing generally radially inward toward and encircling at least a portion of said sealing surface; a sealing element located radially between and having sealing contact with said sealing surface and said groove bore, said sealing element having a seal body first end and a seal body second end facing in generally opposite directions away from one other, at least one tang projecting from said seal body first end in a generally axial direction, said at least one tang having a first circumferential end facing in a generally circumferential direction, an outer peripheral surface facing in a generally radially outward direction away from said rotatable shaft, and an inner peripheral surface facing in a generally radially inward direction toward said rotatable shaft; a shelf member located radially outward of said rotatable shaft and having a shelf located radially between said rotatable shaft and said at least one tang; and one of said seal housing and said shelf member providing at least one restraint, at least a portion of said at least one restraint being in circumferential alignment with at least a portion of said at least one tang and blocking rotation of said sealing element. a rotatable shaft having a sealing surface of generally cylindrical form facing generally radially outward; a seal housing of annular form located radially outward of and encircling said rotatable shaft, and having a groove bore facing generally radially inward toward and encircling at least a portion of said sealing surface; a sealing element located radially between and having sealing contact with said sealing surface and said groove bore, said sealing element having a seal body first end and a seal body second end facing in generally opposite directions away from one other, at least one tang projecting from said seal body first end in a generally axial direction, said at least one tang having a first circumferential end facing in a generally circumferential direction, an outer peripheral surface facing in a generally radially outward direction away from said rotatable shaft, and an inner peripheral surface facing in a generally radially inward direction toward said rotatable shaft; a shelf member located radially outward of said rotatable shaft and having a shelf located radially between said rotatable shaft and said at least one tang; and one of said seal housing and said shelf member providing at least one restraint, at least a portion of said at least one restraint being in circumferential alignment with at least a portion of said at least one tang and blocking rotation of said sealing element.
An iron-manganese alloy comprising, by weight: 25.0 % ≤ Mn ≤ 32.0 % 7.0 % ≤ Cr ≤ 14.0 % 0.5 % ≤ Ni ≤ 2.5 % 0.05 % ≤ N ≤ 0.30 % 0.1 % ≤ Si ≤ 0.5 % 0.010 % ≤ rare earths ≤ 0.14 % the remainder being iron and residual elements resulting from manufacturing, the residual elements comprising one or more elements selected from among: carbon, aluminium, selenium, sulfur, phosphorus, oxygen, cobalt, copper, molybdenum, tin, niobium, vanadium, titanium and lead, the maximum contents by weight of each of these elements being selected as follows: C ≤ 0.05% Al ≤ 0.02% Se ≤ 0.02%. S ≤ 0.005% P ≤ 0.04% O ≤ 0.005% Co ≤ 0.2% Cu ≤ 0.2% Mo ≤ 0.2% Sn ≤ 0.02% Nb ≤ 0.02% V ≤ 0.02% Ti ≤ 0.02% Pb <_ 0.001%. C ≤ 0.05% Al ≤ 0.02% Se ≤ 0.02%. S ≤ 0.005% P ≤ 0.04% O ≤ 0.005% Co ≤ 0.2% Cu ≤ 0.2% Mo ≤ 0.2% Sn ≤ 0.02% Nb ≤ 0.02% V ≤ 0.02% Ti ≤ 0.02% Pb <_ 0.001%.
A corbel structure for a coke oven comprising: an assembly of multiple stacked tiers of refractory blocks defining a plurality of substantially vertically oriented central flues and a plurality of generally diagonally oriented lateral flues, wherein at least one tier of refractory blocks in the assembly includes an alternating plurality of saddle blocks (404, 406) and central diagonal flue blocks, wherein the saddle blocks comprise a laterally opposed pair of upright columns which define therebetween a rectangular channel, and a substantially vertically oriented cylindrical flue (405b, 409b) extending from a bottom surface of the saddle blocks (404, 406) to the rectangular channel thereof, and wherein the central diagonal flue blocks comprise an arcuately concave flue channel defined between top and bottom surfaces (408e, 408f) thereof so that an upper opening to the flue channel at the top surface is inwardly offset relative to a lower opening thereof at the bottom surface. an assembly of multiple stacked tiers of refractory blocks defining a plurality of substantially vertically oriented central flues and a plurality of generally diagonally oriented lateral flues, wherein at least one tier of refractory blocks in the assembly includes an alternating plurality of saddle blocks (404, 406) and central diagonal flue blocks, wherein the saddle blocks comprise a laterally opposed pair of upright columns which define therebetween a rectangular channel, and a substantially vertically oriented cylindrical flue (405b, 409b) extending from a bottom surface of the saddle blocks (404, 406) to the rectangular channel thereof, and wherein the central diagonal flue blocks comprise an arcuately concave flue channel defined between top and bottom surfaces (408e, 408f) thereof so that an upper opening to the flue channel at the top surface is inwardly offset relative to a lower opening thereof at the bottom surface.
A method of preparing a dentifrice comprising polymer matrix film with low solubility flavorant therein comprising the steps of: a) forming a polymer matrix film in the substantial absence of low solubility flavorant, wherein said polymer matrix comprises hydroxypropyl methyl cellulose as a water soluble polymer; b) forming a dentifrice base comprising menthol as a low solubility flavorant; c) combining the polymer matrix film with the dentifrice base; and d) maintaining the combined polymer matrix film and dentifrice base for an amount of time suitable for an effective amount of low solubility flavorant to transfer from said dentifrice base to said polymer matrix film, wherein the combined polymer matrix film and dentifrice base comprises 0,2 wt% menthol, and wherein the combined polymer matrix film and dentifrice base comprises 1 wt% polymer matrix film. a) forming a polymer matrix film in the substantial absence of low solubility flavorant, wherein said polymer matrix comprises hydroxypropyl methyl cellulose as a water soluble polymer; b) forming a dentifrice base comprising menthol as a low solubility flavorant; c) combining the polymer matrix film with the dentifrice base; and d) maintaining the combined polymer matrix film and dentifrice base for an amount of time suitable for an effective amount of low solubility flavorant to transfer from said dentifrice base to said polymer matrix film, wherein the combined polymer matrix film and dentifrice base comprises 0,2 wt% menthol, and wherein the combined polymer matrix film and dentifrice base comprises 1 wt% polymer matrix film.
A motorcycle tire comprising a bead portion to be fitted to a rim, wherein the bead portion includes a core extending in a circumferential direction, an outer surface of the bead portion includes a seat surface which includes a toe of the tire and comes into contact with a seat of the rim, a flange surface which comes into contact with a flange of the rim, and a heel surface which is located between the seat surface and the flange surface, the rim is a normal rim, in a meridian cross-section of the tire, a point of intersection of a seat extension line, of the seat surface, extended outward from an axially outer end of the seat surface and a flange reference line extending radially inward from a radially inner end of the flange surface is a heel reference point, and a position, on the seat surface, at which a distance in an axial direction from the flange reference line is 7 mm is a seat reference point, and an inner diameter dw of the core, a rim diameter D of the rim, an inner diameter dA of the tire at the heel reference point, and an inner diameter dB of the tire at the seat reference point satisfy the following formulas, dw/D ≥ 1.0041, dA/D ≤ 0.9966, and dA − 1.72 ≤ dB ≤ dA − 0.73, wherein units for dw, D, dA, and dB are mm. the bead portion includes a core extending in a circumferential direction, an outer surface of the bead portion includes a seat surface which includes a toe of the tire and comes into contact with a seat of the rim, a flange surface which comes into contact with a flange of the rim, and a heel surface which is located between the seat surface and the flange surface, the rim is a normal rim, in a meridian cross-section of the tire, a point of intersection of a seat extension line, of the seat surface, extended outward from an axially outer end of the seat surface and a flange reference line extending radially inward from a radially inner end of the flange surface is a heel reference point, and a position, on the seat surface, at which a distance in an axial direction from the flange reference line is 7 mm is a seat reference point, and a point of intersection of a seat extension line, of the seat surface, extended outward from an axially outer end of the seat surface and a flange reference line extending radially inward from a radially inner end of the flange surface is a heel reference point, and a position, on the seat surface, at which a distance in an axial direction from the flange reference line is 7 mm is a seat reference point, and an inner diameter dw of the core, a rim diameter D of the rim, an inner diameter dA of the tire at the heel reference point, and an inner diameter dB of the tire at the seat reference point satisfy the following formulas, dw/D ≥ 1.0041, dA/D ≤ 0.9966, and dA − 1.72 ≤ dB ≤ dA − 0.73, wherein units for dw, D, dA, and dB are mm.
An image-capturing device comprising: a plurality of pixel units that each include a plurality of photoelectric converters (PD1, PD2, PD3, PD4) behind one microlens, the plurality of pixel units each containing one of four adjacent photoelectric converters being respectively provided in correspondence to four different adjacent pixel units; a charge storage unit that is shared with the four adjacent photoelectric converters and stores and adds the charges generated by the four adjacent photoelectric converters; a circuit unit that is configured for focus detection processing of signals based on the charges generated by the four adjacent photoelectric converters, wherein a portion of a circuit that performs processing of the signals is provided between the adjacent pixel units; characterized in that the four adjacent photoelectric converters are configured to generate charge by receiving lights of a same color component, in that the circuit unit is stacked above the pixel units, and in that the image-capturing device further comprises a focus detection device that is configured to perform focus detection based upon signals output from different pixel units among the plurality of pixel units. a plurality of pixel units that each include a plurality of photoelectric converters (PD1, PD2, PD3, PD4) behind one microlens, the plurality of pixel units each containing one of four adjacent photoelectric converters being respectively provided in correspondence to four different adjacent pixel units; a charge storage unit that is shared with the four adjacent photoelectric converters and stores and adds the charges generated by the four adjacent photoelectric converters; a circuit unit that is configured for focus detection processing of signals based on the charges generated by the four adjacent photoelectric converters, wherein a portion of a circuit that performs processing of the signals is provided between the adjacent pixel units;
Raising wheelchair that has a seat surface and a back surface and that is adjustable between a seating position and a raising position with a chassis and a raising chassis, articulated on the chassis, that has a seat rod and an adjusting rod, the front ends of which are articulated on the chassis and are swivellable about a first point of articulation and a second point of articulation and at the rear ends of which the backrest is articulated at a third point of articulation and at a fourth point of articulation, wherein one of the points of articulation (29, 31, 35, 37) has an adjustment mechanism by means of which the position of said point of articulation relative to the other points of articulation can be changed and locked so that an inclination adjustment of the backrest in the seating position is caused, characterized in that the adjustment mechanism (139,141) is formed by a base plate and a swivel arm with a first end and a second end, wherein the swivel arm is connected with its first end by being swivellable about a fifth point of articulation articulately with the base plate and that the seat rod is connected with the third point of articulation and the backrest is connected articulately with the base plate and the adjustment rod is connected with the fourth point of articulation articulately with the second end of the swivelling arm.
An in-body monitoring camera system, comprising: a support tube one end part of which is adapted to be introduced into a body; an imaging portion which is adapted to be joined to the support tube inside the body and used therein, while treatment is being applied to an inside of the body, the imaging portion having: a joining portion, provided on a first side of the imaging portion, via which the imaging portion and the support tube are joined; and a lens which is oriented to a second side of the imaging portion, wherein the second side is opposite to the first side; a first cable which is connected to the imaging portion and led out to an outside of the body through the support tube; and a control system, provided outside the body, which is electrically connected (15a, 15b, 16) to the first cable and includes at least a display apparatus. a support tube one end part of which is adapted to be introduced into a body; an imaging portion which is adapted to be joined to the support tube inside the body and used therein, while treatment is being applied to an inside of the body, the imaging portion having: a joining portion, provided on a first side of the imaging portion, via which the imaging portion and the support tube are joined; and a lens which is oriented to a second side of the imaging portion, wherein the second side is opposite to the first side; a joining portion, provided on a first side of the imaging portion, via which the imaging portion and the support tube are joined; and a lens which is oriented to a second side of the imaging portion, wherein the second side is opposite to the first side; a first cable which is connected to the imaging portion and led out to an outside of the body through the support tube; and a control system, provided outside the body, which is electrically connected (15a, 15b, 16) to the first cable and includes at least a display apparatus.