mhurhangee/ep-ind-claims huggingface dataset:
A curable composition for use in dental medicine comprising at least one crosslinking monomer with at least one sulphur atom, representable by a structure of formula wherein the symbols have the following meaning: L 1 is a linear, branched or cyclic alkylene group with 2 to 10 carbon atoms, in which one or more non-adjacent CH 2 groups can be substituted with -R 3 C=CR 3 -, -C≡C-, -(C=O)-, -(C=S)-, -(C=NR 3)-, -C(=O)O-, -C(=O)NR 3 -, -NR 3 -, P(=O)(R 3), -[CH(C x H 2x)P(=O)(OR 1) 2]-, -O-, -S-, - - or (-SO 2)-, wherein x is an integer in a range of 0 to 6, wherein the phosphorus atom of the group -P=O(OR 1) 2 is directly bonded with a carbon atom; V 1 is a saturated or unsaturated, aliphatic or heteroaliphatic group with 2 to 50 carbon atoms; an aromatic or heteroaromatic group with 5 to 50 carbon atoms or a group with 6 to 50 carbon atoms, which comprises at least one saturated or unsaturated, aliphatic and/or heteroaliphatic residue and at least one aromatic and/or heteroaromatic residue; X 1 is the same or different each time it occurs, either O or NR 3; R 1 is H, methyl, ethyl, propyl or butyl; R 2 is H or an alkyl residue with 1 to 4 carbon atoms; R 3 is H or an aliphatic, heteroaliphatic, aromatic or heteroaromatic group with 1 to 6 carbon atoms, and n is 2, 3, 4, 5 or 6, characterized in that the sulphur atom in the structure according to formula is separated from group X 1 by a maximum of 12 bonds, which group is spaced from the sulphur atom by the lowest number of bonds, wherein double bonds or triple bonds are counted as a single bond. L 1 is a linear, branched or cyclic alkylene group with 2 to 10 carbon atoms, in which one or more non-adjacent CH 2 groups can be substituted with -R 3 C=CR 3 -, -C≡C-, -(C=O)-, -(C=S)-, -(C=NR 3)-, -C(=O)O-, -C(=O)NR 3 -, -NR 3 -, P(=O)(R 3), -[CH(C x H 2x)P(=O)(OR 1) 2]-, -O-, -S-, - - or (-SO 2)-, wherein x is an integer in a range of 0 to 6, wherein the phosphorus atom of the group -P=O(OR 1) 2 is directly bonded with a carbon atom; V 1 is a saturated or unsaturated, aliphatic or heteroaliphatic group with 2 to 50 carbon atoms; an aromatic or heteroaromatic group with 5 to 50 carbon atoms or a group with 6 to 50 carbon atoms, which comprises at least one saturated or unsaturated, aliphatic and/or heteroaliphatic residue and at least one aromatic and/or heteroaromatic residue; X 1 is the same or different each time it occurs, either O or NR 3; R 1 is H, methyl, ethyl, propyl or butyl; R 2 is H or an alkyl residue with 1 to 4 carbon atoms; R 3 is H or an aliphatic, heteroaliphatic, aromatic or heteroaromatic group with 1 to 6 carbon atoms, and n is 2, 3, 4, 5 or 6,
An apparatus, comprising: a video encoder or video decoder for respectively encoding or decoding a picture by selectively enabling color compensation on a block basis of two color components in a prediction of the picture, also having one luminance component, using an offset of color data between the two color components of the picture and the corresponding components of another picture, the picture and the other picture having different view points and both corresponding to multi-view content for a same or similar scene, wherein the two color components have different offsets of color data and the luminance component has one luminance offset, the offset of color data is differentially encoded from spatially neighboring blocks, and wherein there is one illumination compensation enable flag and one color compensation enable flag, and the color color compensation enable flag is signaled independent of the illumination compensation enable flag. a video encoder or video decoder for respectively encoding or decoding a picture by selectively enabling color compensation on a block basis of two color components in a prediction of the picture, also having one luminance component, using an offset of color data between the two color components of the picture and the corresponding components of another picture, the picture and the other picture having different view points and both corresponding to multi-view content for a same or similar scene, wherein the two color components have different offsets of color data and the luminance component has one luminance offset, the offset of color data is differentially encoded from spatially neighboring blocks, and wherein there is one illumination compensation enable flag and one color compensation enable flag, and the color color compensation enable flag is signaled independent of the illumination compensation enable flag.
A filter to be placed in a flow of blood through a vessel, comprising: a hub disposed along a longitudinal axis; a plurality of anchor members (330, 330') extending from the hub, at least one anchor member distal end spaced from the hub at each of a first (L 10A), second (L 10B), and third distance (L 10C) along the longitudinal axis; and a plurality of locator members, each locator member extending from the hub between an adjacent pair of anchor members; each anchor member includes either a cranial extension or a caudal extension (350, 350') at a distal end thereof, and characterized in that: the cranial extensions (340, 340') include a cranial hook (342, 342') and a cranial limiter (344, 344') extending separately from a cranial base having a width greater than a width of the anchor member, and the caudal extensions include a caudal anchor and a caudal limiter extending separately from a caudal base having a width greater than a width of the anchor member. a hub disposed along a longitudinal axis; a plurality of anchor members (330, 330') extending from the hub, at least one anchor member distal end spaced from the hub at each of a first (L 10A), second (L 10B), and third distance (L 10C) along the longitudinal axis; and a plurality of locator members, each locator member extending from the hub between an adjacent pair of anchor members; each anchor member includes either a cranial extension or a caudal extension (350, 350') at a distal end thereof, and characterized in that: the cranial extensions (340, 340') include a cranial hook (342, 342') and a cranial limiter (344, 344') extending separately from a cranial base having a width greater than a width of the anchor member, and the caudal extensions include a caudal anchor and a caudal limiter extending separately from a caudal base having a width greater than a width of the anchor member. the cranial extensions (340, 340') include a cranial hook (342, 342') and a cranial limiter (344, 344') extending separately from a cranial base having a width greater than a width of the anchor member, and the caudal extensions include a caudal anchor and a caudal limiter extending separately from a caudal base having a width greater than a width of the anchor member.
A device for delivering electrical stimulation to flexor digitorum brevis muscles of a foot of a patient, the device comprising: one or more power sources; a signal generator for generating electrical current wherein the electrical current is for causing the flexor digitorum brevis muscles to contract; electrodes (430, 435) in communication with the signal generator for delivery of the electrical current to the foot, wherein one of the electrodes is a ground electrode to be operably attached to a heel of said foot and another of the electrodes is a positive electrode to be operably attached to an arch of said foot; and an accelerometer in communication with the signal generator, wherein the signal generator ceases to generate the electrical current if the accelerometer communicates movement of the patient and restarts to generate electrical current after a pre-programmed period of inactivity by the patient is communicated by the accelerometer. characterised in that said electrodes (430,435) are in wireless communication with the signal generator and at least one of the electrodes includes one of the power sources. one or more power sources; a signal generator for generating electrical current wherein the electrical current is for causing the flexor digitorum brevis muscles to contract; electrodes (430, 435) in communication with the signal generator for delivery of the electrical current to the foot, wherein one of the electrodes is a ground electrode to be operably attached to a heel of said foot and another of the electrodes is a positive electrode to be operably attached to an arch of said foot; and an accelerometer in communication with the signal generator, wherein the signal generator ceases to generate the electrical current if the accelerometer communicates movement of the patient and restarts to generate electrical current after a pre-programmed period of inactivity by the patient is communicated by the accelerometer. characterised in that said electrodes (430,435) are in wireless communication with the signal generator and at least one of the electrodes includes one of the power sources.
A blood pump, comprising: a housing defining a fluid flow path, the housing defining an upstream end, a downstream end, and an outlet at the downstream end; a rotor disposed within the housing and within the fluid flow path, the rotor being rotatable independent of the housing in a first direction and configured to pump blood downstream toward the outlet; and the housing defining an inflow cannula at the upstream end, the inflow cannula defining a distal end proximate the rotor and an opposite proximal end, the inflow cannula further defining a major longitudinal axis and minor longitudinal axis perpendicular to the major longitudinal axis, the proximal end of inflow cannula defining a plurality of slots radially disposed about the proximal end, the plurality of slots being at least one from the group consisting of sloped in the first direction with respect to the major longitudinal axis and angled in the first direction with respect to the minor longitudinal axis, each of the plurality of slots has a cross-sectional area which increases in an inward direction from the exterior of the inflow cannula. a housing defining a fluid flow path, the housing defining an upstream end, a downstream end, and an outlet at the downstream end; a rotor disposed within the housing and within the fluid flow path, the rotor being rotatable independent of the housing in a first direction and configured to pump blood downstream toward the outlet; and the housing defining an inflow cannula at the upstream end, the inflow cannula defining a distal end proximate the rotor and an opposite proximal end, the inflow cannula further defining a major longitudinal axis and minor longitudinal axis perpendicular to the major longitudinal axis, the proximal end of inflow cannula defining a plurality of slots radially disposed about the proximal end, the plurality of slots being at least one from the group consisting of sloped in the first direction with respect to the major longitudinal axis and angled in the first direction with respect to the minor longitudinal axis, each of the plurality of slots has a cross-sectional area which increases in an inward direction from the exterior of the inflow cannula.
A plumbing drainage fitting configured to be installed to an outlet of a sanitary ware product such as a wash basin, a sink, a shower or a bath, wherein the plumbing drainage fitting comprises: a hollow elongate body comprising a first open end and a second open end and an inlet port proximate the first open end; and a removable one-way valve, which is insertable and removable via the first open end, wherein the one-way valve comprises a hollow elongate body section and a valve member,; wherein the first open end is a cleaning and maintenance access port; wherein the second open end is an outlet port, which is connectable to a downstream waste system; and wherein the inlet port extends laterally through an upper wall of the hollow elongate body and opens into an upstream end of the one-way valve such that a substantially L-shaped flow path is defined from the inlet port to the outlet port, wherein the one-way valve is operable to permit flow in a direction from inlet port to outlet port and is operable to prevent backflow from the outlet port to the inlet port, characterised in that the hollow elongate body section comprises a lateral opening through the hollow elongate body section, wherein the lateral opening is configured to align with the inlet port when the one-way valve is inserted into the hollow elongate body via the cleaning and maintenance access port. a hollow elongate body comprising a first open end and a second open end and an inlet port proximate the first open end; and a removable one-way valve, which is insertable and removable via the first open end, wherein the one-way valve comprises a hollow elongate body section and a valve member,; wherein the first open end is a cleaning and maintenance access port; wherein the second open end is an outlet port, which is connectable to a downstream waste system; and wherein the inlet port extends laterally through an upper wall of the hollow elongate body and opens into an upstream end of the one-way valve such that a substantially L-shaped flow path is defined from the inlet port to the outlet port, wherein the one-way valve is operable to permit flow in a direction from inlet port to outlet port and is operable to prevent backflow from the outlet port to the inlet port, characterised in that the hollow elongate body section comprises a lateral opening through the hollow elongate body section, wherein the lateral opening is configured to align with the inlet port when the one-way valve is inserted into the hollow elongate body via the cleaning and maintenance access port.
Vending machine (1, 40) which is allocated to a goods store which is stored in ordered fashion by means of a plurality of goods carriers, the vending machine having a goods input region for inserting used goods intended to be exchanged or repurchased, having a data processing device and a data storage unit, having an identification device for detecting the used goods inserted into the goods input region, which identification device co-operates with the data processing device, and having at least one signal transducer (42, 43), which is formed as an optically and/or acoustically signalling signal transducer (42, 43), characterised in that a plurality of signal transducers (42, 43) are provided, which are each allocated to a goods carrier or a group of goods carriers, in that an item of used goods inserted into the goods input region is detected by means of the identification device and is compared with the detection features which are allocated in the data storage unit to a stored item of new goods and the goods carriers intended to store same, in that the signal link between the data processing device and the signal transducers (42, 43) is such that, after identification of an item of used goods inserted into the goods input region, the signal transducer(s) (42, 43) of a goods carrier or a group of goods carriers is/are activated, which goods carrier(s) is/are intended for storing new goods allocated to the used goods, and in that the signal transducers (42, 43) allocated to the goods carriers signal the new goods corresponding to the used goods by an optical and/or acoustic signal from the freely accessible goods carriers carrying these new goods.
A method for producing a honeycomb-shaped ceramic structure by extrusion-molding a moldable material comprising a cordierite-forming material and a pore-forming material, said cordierite-forming material containing 15-25% by mass of silica; said silica having an average particle size of 20-30 μm with 5% or less by mass of particles having particle sizes of 10 μm or less, and 5% or less by mass of particles having particle sizes of 100 μm or more, a particle size distribution deviation SD of 0.5 or less, and sphericity of 0.5 or more; the amount of said pore-forming material being 5-40% by mass based on the cordierite-forming material; and said pore-forming material having an average particle size of 15-50 μm with 10% or less by mass of particles having particle sizes of 5 μm or less, and 5% or less by mass of particles having particle sizes of 80 μm or more, a particle size distribution deviation SD of 0.5 or less, and sphericity of 0.5 or more, wherein said average particle size is expressed by median diameter (d 50) and said particle size distribution deviation SD is expressed by SD= log(d 80) - log(d 20), d 20 representing a particle size [μm] at a cumulative volume corresponding to 20% of the total volume, d 50 representing a particle size [μm] at a cumulative volume corresponding to 50% of the total volume, and d 80 representing a particle size [μm] at a cumulative volume corresponding to 80% of the total volume, on a curve showing the relation between a particle size and a cumulative volume of particles having a particular particle size or less, and d 20 < d 80; wherein said pore-forming material is a porous polymer, and wherein said pore-forming material particles contain 30% or more and less than 50% of voids; and wherein 80% or more of voids in said pore-forming material particles contain water.
Tubular admixture piece for receiving in a mixing device for controlled metering of an additive into a pumpable mixture, particularly into a pumpable hydraulically setting mixture, in particular into a spray concrete composition, wherein the admixture piece has a mixing section extending through the admixture piece for conveying the pumpable mixture, and, in a wall of the admixture piece, at least one opening leading into the mixing section is provided, for the purpose of introducing the additive into the mixing section, and wherein, on the admixture piece, at least one sealing element is present for establishing an at least partially fluid-tight connection between the admixture piece and the mixing device, wherein the at least one sealing element is designed in reference to a longitudinal axis (101.2) of the tubular admixture piece as an axial seal characterized in that the axial seal is arranged on a front side of a flange formed on the admixture piece and is arranged spaced at least partially, preferably completely, away from the wall of the admixture piece, so that a groove is present between the axial seal and the wall, wherein the groove comprises in particular a concavely curved delimitation surface.
Method for producing the rotor winding of an electrical machine, preferably of a DC motor, having at least four exciter poles in the stator and having a commutator rotor which has a number of slots and pole teeth over the circumference which differs from the number of exciter poles, and having a number of individual tooth-wound coils and the same number of commutator laminates which is at least twice as high as the number of pole teeth, wherein the individual tooth-wound coils are wound, preferably in a uniformly distributed manner, in particular continuously wound, onto the pole teeth with a winding wire by an automatic winding machine, wherein, after the winding wire is fastened to a start laminate (La), a first coil is wound onto a first pole tooth with a selectable angle offset (φ 0) in relation to its start laminate (La) and with a prespecified number of turns, that the winding wire is then fastened to a further commutator laminate as end laminate (Le) at a fixedly prespecified laminate step width, wherein the selectable angle offset (φ 0) of the first coil is less than or equal to the laminate step width, that, successively from each commutator laminate, one coil is then in each case wound onto that pole tooth with the lowest electrical angle error (Wf) in relation to a pole pitch to form the selected angle offset (φ 0), wherein the angle error identifies a deviation in the available pole teeth from the optimum positions in relation to the exciter pole pitch of the machine, and that the winding wire is then contact-connected to a further laminate at the prespecified laminate step width until all of the individual tooth-wound coils are wound onto the pole teeth, wherein the electrical angle error (Wf) is ascertained initially for each of the pole teeth of the rotor for in each case the next coil to be wound, that the absolute values of the ascertained angle errors are then compared with one another, that finally the pole tooth with the smallest electrical angle error (Wf) is ascertained by this comparison and the next coil is wound onto this pole tooth, wherein, for each pole tooth, the electrical angle error (Wf) is ascertained, preferably as a cosine value of the periodic angle error relative to the number (p) of pole pairs, in each case in accordance with the equation Wf(j) = cos [2π*p/z*(j-Lai/M)], where the multiplier M is the number of coils per pole tooth and j is the respective pole tooth, wherein the cosine values of the electrical angle errors (Wf) respectively ascertained for each coil are compared with one another, that the respective coil is wound onto the pole tooth with the smallest absolute angle error (Wf), preferably with the largest absolute angle error cosine value (Wfmax), and that the winding sense of the coils is determined by the mathematical sign of the angle error cosine value, wherein, if the greatest angle error cosine values (Wfmax) for a plurality of pole teeth are the same, the next coil which does not yet have the predetermined number of coils is wound onto a pole tooth.
High-speed brake device for an electrically operated utility vehicle comprising a drive train, which has at least one electric drive motor (110, 111, 112), at least one transmission (121, 122, 123) and at least one wheel hub (131, 132), characterized by a vehicle brake (141, 142) which is arranged along the drive train downstream of the transmission and upstream of the at least one electric drive motor (110, 111, 112), as seen from the at least one wheel hub (131, 132), and has at least one of the following actuators: a pneumatic actuator, an electric actuator.
A frame unit for tensioning a printing screen, the frame unit comprising a frame including at least, one frame member (6a-d), the at least one frame member (6a-d) comprising: a supporting frame element; at least one engagement element for engaging a fitted printing screen to tension the same, wherein the at least one engagement element comprises a body which is pivotally coupled to the supporting frame element such that the at least one engagement element is pivotable in one, tensioning sense to tension a fitted printing screen and the other, opposite sense to adopt a configuration in which a printing screen can be fitted to or removed from the frame unit, a first, engagement arm extending from the body for engaging a fitted printing:screen, and a second, biasing arm extending from the body to which a biasing force is applied to bias the at least one engagement element to pivot in the tensioning sense; and at least one biasing element operative to apply a biasing force to the biasing arm of the at least one engagement element to bias the at least one engagement element to pivot in the tensioning sense and tension a fitted printing screen. a supporting frame element; at least one engagement element for engaging a fitted printing screen to tension the same, wherein the at least one engagement element comprises a body which is pivotally coupled to the supporting frame element such that the at least one engagement element is pivotable in one, tensioning sense to tension a fitted printing screen and the other, opposite sense to adopt a configuration in which a printing screen can be fitted to or removed from the frame unit, a first, engagement arm extending from the body for engaging a fitted printing:screen, and a second, biasing arm extending from the body to which a biasing force is applied to bias the at least one engagement element to pivot in the tensioning sense; and at least one biasing element operative to apply a biasing force to the biasing arm of the at least one engagement element to bias the at least one engagement element to pivot in the tensioning sense and tension a fitted printing screen.