mhurhangee/ep-ind-claims huggingface dataset:
Bearing arrangement with at least one first connecting section, wherein the at least one first connecting section (12; 14) has a bearing ball and extending from the bearing ball is a widening which is formed to be flat on the side facing towards the bearing ball and rounded on the opposite side facing away from the bearing ball, and wherein the bearing ball has between a centre plane, which intersects the bearing ball, and an opposite end of the bearing ball at least three sections (I., II., III.), which have a diameter increasing towards the centre plane, wherein the at least three sections (I., II., III.) provide a non-homogenous course over the complete surface of the bearing ball, wherein - a first section (I.) in the neutral bearing setting provides an ideal bearing location diameter, - a second section (II.) has a continuously increasing bearing location diameter, - a third section (III.) has the largest bearing location diameter and - the sections (I., II., III.) have transitions with a curvature or a radius so that - the course of the sections (I., II., III.) forms a channel. - a first section (I.) in the neutral bearing setting provides an ideal bearing location diameter, - a second section (II.) has a continuously increasing bearing location diameter, - a third section (III.) has the largest bearing location diameter and - the sections (I., II., III.) have transitions with a curvature or a radius so that - the course of the sections (I., II., III.) forms a channel.
A tray to support fiber optic equipment, said tray comprising: a tray body having a first side edge portion, a second side edge portion, a front side edge portion, a rear side edge portion and a middle portion, wherein said middle portion of said tray body has at least one set of cutout features; wherein said first side edge portion is configured to be secured to a first rail; wherein said second side edge portion is configured to be secured to a second rail; and wherein said at least one set of cutout features is configured to engage with a mounting feature of a third rail such that the third rail may be removably secured to the tray body, wherein said at least one set of cutout features includes at least a first set of cutout features in the middle portion of said tray body, a second set of cutout features disposed between the first side edge portion and the first set of cutout features, and a third set of cutout features disposed between the second side edge portion and the first set of cutout features, wherein when the third rail engages the first set of cutout features the tray body is enabled to support two fiber optic modules of a first size, and wherein when the third rail engages the second set of cutout features and a fourth rail engages the third set of cutout features the tray body is enabled to support three fiber optic modules of a second size. a tray body having a first side edge portion, a second side edge portion, a front side edge portion, a rear side edge portion and a middle portion, wherein said middle portion of said tray body has at least one set of cutout features; wherein said first side edge portion is configured to be secured to a first rail; wherein said second side edge portion is configured to be secured to a second rail; and wherein said at least one set of cutout features is configured to engage with a mounting feature of a third rail such that the third rail may be removably secured to the tray body, wherein said at least one set of cutout features includes at least a first set of cutout features in the middle portion of said tray body, a second set of cutout features disposed between the first side edge portion and the first set of cutout features, and a third set of cutout features disposed between the second side edge portion and the first set of cutout features, wherein when the third rail engages the first set of cutout features the tray body is enabled to support two fiber optic modules of a first size, and wherein when the third rail engages the second set of cutout features and a fourth rail engages the third set of cutout features the tray body is enabled to support three fiber optic modules of a second size.
A method for producing a silica aerogel, comprising: 1) adding a first water glass solution and an acid catalyst to a reactor to form a first silica wet gel; 2) adding a second water glass solution and an acid catalyst to the first silica wet gel; 3) adding a surface modifier solution to the first silica wet gel to form a second silica wet gel, wherein the surface modifier is at least one selected from the group consisting of trimethylchlorosilane (TMCS), hexamethyldisilazane (HMDS), methyltrimethoxysilane, trimethylethoxysilane, ethyltriethoxysilane, and phenyltriethoxysilane; and 4) drying a silica wet gel including the first silica wet gel and the second silica wet gel, 1) adding a first water glass solution and an acid catalyst to a reactor to form a first silica wet gel; 2) adding a second water glass solution and an acid catalyst to the first silica wet gel; 3) adding a surface modifier solution to the first silica wet gel to form a second silica wet gel, wherein the surface modifier is at least one selected from the group consisting of trimethylchlorosilane (TMCS), hexamethyldisilazane (HMDS), methyltrimethoxysilane, trimethylethoxysilane, ethyltriethoxysilane, and phenyltriethoxysilane; and 4) drying a silica wet gel including the first silica wet gel and the second silica wet gel,
Vibration excitator, comprising: a main body; a stinger which is adapted to move relative to the main body, in a particular working direction; an actuator coupled to the main body and the stinger; wherein the stinger has a first end that is coupled to the main body, and an opposite second end that is intended for attachment to an object to be examined; characterized in that the second stinger end has a head end face, as well as a recessed sensor accommodation chamber arranged in the head end face; wherein a sensor is arranged in the accommodation chamber; wherein the vibration excitator is provided with elastic means which are adapted to couple the sensor to the accommodation chamber; and wherein the sensor is otherwise free from contact with the walls and the bottom of the accommodation chamber. a main body; a stinger which is adapted to move relative to the main body, in a particular working direction; an actuator coupled to the main body and the stinger; wherein the stinger has a first end that is coupled to the main body, and an opposite second end that is intended for attachment to an object to be examined;
Clamping device with a lower jaw, at the front edge of which a support surface, which extends at least approximately in a horizontal plane, for a workpiece to be clamped is provided, and with at least one clamp which is arranged above the lower jaw and which in the region of its back end is pivotably mounted on the upper side of the lower jaw so that through actuation of a clamping means the clamp is led against the upper side of the lower jaw, whereby the front edge of the clamp is pressed against the upper side of the workpiece lying on the support surface, characterised in that a slit separating an upper segment from a lower segment extends in the lower jaw, wherein the lower side of the lower segment forms a rest surface for support on a substrate and at the upper segment the front edge is provided with the support surface, and wherein adjusting means for adjusting the front edge are provided in the upper segment.
A temperature detecting device for a heat management system of a battery product, characterized in that, the temperature detecting device comprises, a housing, a temperature sensor, and a fixed part; wherein a sensing portion of the temperature sensor is located on a surface of the housing, and the surface of the housing where the sensing portion is located is a temperature detecting surface, the temperature detecting surface is provided with an arc groove extending from one end to the other end of the temperature detecting surface, the sensing portion of the temperature sensor is located on the surface of the arc groove; the sensing portion of the temperature sensor protrudes from the surface of the arc groove, the surface of the arc groove is provided with two or more protruding fulcrums, and a height of the fulcrums is equal to a height of the sensing portion of the temperature sensor; wherein the fixed part is detachably connected to the housing, and a space for accommodating an object to be measured to pass through is provided between the fixed part and the temperature detecting surface.
A sound-absorbing panel system consisting of sound-absorbing pads fastened to a rigid truss construction with linear, circular or arbitrary shaped openings, characterised in that the sound-absorbing pads are flexible or compressible pads of felt, textile or another suitable material, and are fixed to the openings in the supporting truss construction by means of each pad having a locking arrangement in the form of one or more constrictions in the pad which is matched to the size of openings in the truss and which locks the pads in the openings, wherein ports of the pads which are located on the front and back side of the truss openings have a larger height or width than the height or width of the openings and thus prevent the the pads from falling out of the openings.
Device for collecting a representative sample of dialysis fluid at the output of a dialyser including: - means for collecting and storing the waste dialysis fluid, intended to be connected by a conduit to the output of the dialyser, - pumping means for pumping fluid stored in the collection and storage means, - means for splitting the fluid into two different flows, one intended to be collected in full with a view to proportioning and the other being intended to be discharged, characterised in that the pumping means consist of a single pump of the peristaltic type and the splitting means comprise a selector, said pump being connected at the input by a first conduit to the output of the collection and storage means and at the output, by a second conduit, to said selector, the first conduit and the second conduit forming a single conduit traversing the pump, and in that said collection and storage means, the first and the second conduit are single-use. - means for collecting and storing the waste dialysis fluid, intended to be connected by a conduit to the output of the dialyser, - pumping means for pumping fluid stored in the collection and storage means, - means for splitting the fluid into two different flows, one intended to be collected in full with a view to proportioning and the other being intended to be discharged,
A fastening device for a free-standing sanitary fitting with a base body designed for flush mounting, which base body has inlet connections (4, 5) for a cold and a hot water inlet line (6, 7) and a base region for fastening the sanitary fitting, characterized by a connection part which is accommodated, in a sealing manner, in the base body within the base region and which has connections (10, 11) for cold and hot water lines of the sanitary fitting, which connections communicate with the inlet connections (4, 5) on the base body via water paths (14, 15) formed in the connection part independently of a rotational position, wherein the connection part can be received in the base body in at least two mounting positions (16, 17) rotated by 180°, in which mounting positions the connections for cold and hot water (10, 11) are reversed for correction of the connection positions in the case of supply lines (6, 7) being connected to the fastening device in a reversed manner.
Plant for the continuous production of hot-rolled steel strips with a minimum thickness of 0,3 mm including in sequence, along the direction of movement of the material being processed: - a device for continuous casting of thin or medium slabs with a thickness between 40 and 150 mm and a maximum width of at least 2100 mm, - a roughing mill comprising at least three stands, - a first induction furnace (6.1), - a water descaler, - a second induction furnace (6.2), - a finishing mill comprising five to seven stands, - a cooling station, - a cutting station, and - a winding station with at least one pair of carousel coilers or single coilers, as well as a system to feed a protective atmosphere containing ≤3% vol. of oxygen at least from the inlet of said second induction furnace (6.2) to the third stand of said finishing mill, wherein it also includes, between said continuous casting device and said roughing mill, an initial section of thermal conditioning and descaling comprising in sequence an induction edge heater (4.1), an induction heater (4.2) for the rest of the slab surface and a first water descaler. - a device for continuous casting of thin or medium slabs with a thickness between 40 and 150 mm and a maximum width of at least 2100 mm, - a roughing mill comprising at least three stands, - a first induction furnace (6.1), - a water descaler, - a second induction furnace (6.2), - a finishing mill comprising five to seven stands, - a cooling station, - a cutting station, and - a winding station with at least one pair of carousel coilers or single coilers, as well as a system to feed a protective atmosphere containing ≤3% vol. of oxygen at least from the inlet of said second induction furnace (6.2) to the third stand of said finishing mill,
A refractory anchor comprising an elongated mounting pin having a first end and a second end opposite to the first end seen in the longitudinal direction of the elongated mounting pin, wherein the first end of the elongated mounting pin is weldable to an object, the refractory anchor further comprises two anchor fins (11, 13) of which each has a first anchor fin section (11a, 13a) having a first side (11a', 13a') and an opposing second side (11a", 13a") located at a distance of the elongated mounting pin with respect to the first side (11a', 13a'), wherein the first side (11a', 13a') is connected to the elongated mounting pin, characterised in that the two first anchor fin sections are located in one virtual plane, and a second anchor fin section (11b, 13b) is connected to the second side (11a", 13a") of each first anchor fin section (11a, 13a), wherein seen from above the refractory anchor, each second anchor fin section (11b, 13b) branches off in a V-shaped manner from each first anchor fin section (11a, 13a) such that each first anchor fin section and each second anchor fin section together form a Y-shape on opposing sides to the elongated mounting pin.
A method for determining the absolute position (x ist) of a rotor of a linear motor that is movable with respect to a stationary part in a direction of movement (x), wherein an arrangement of drive magnets in the form of a plurality of drive magnets arranged adjacently in the direction of movement (x) of the rotor is provided on the rotor, and a plurality of position sensors (Sn-1, Sn, Sn+1) are stationarily arranged at a distance from one another on the stationary part in the direction of movement (x) of the rotor, wherein a magnetic field of a drive magnet of the arrangement of drive magnets in the area of the position sensor (Sn-1, Sn, Sn+1) is detected with a position sensor (Sn-1, Sn, Sn+1), characterized in that at least one edge area of the arrangement of drive magnets is determined, and a rough position of the rotor is derived therefrom, on the basis of which, using the known geometry of the rotor, the specific drive magnet of the arrangement of drive magnets is determined whose magnetic field is detected by at least one of the position sensors (Sn-1, Sn, Sn+1) in the area of the arrangement of drive magnets, wherein the at least one position sensor (Sn-1, Sn, Sn+1) determines a relative position (x i) of the measured drive magnet with respect to the at least one position sensor (Sn-1, Sn, Sn+1), and in that the absolute position (x ist) of the rotor is determined from the known mounting position (E Sn-1, Esn, E Sn+1) of this at least one position sensor (Sn-1, Sn, Sn+1) and from the determined relative position (x i).
A method of selecting a set of coil elements from a multitude of physical coil elements comprised in a coil array for performing a magnetic resonance imaging scan of a region of interest, the method comprising: determining a coil sensitivity matrix of the multitude of physical coil elements for the region of interest, using pre-scan data obtained from a pre-scan of the region of interest, determining a projection matrix P by factorization of the coil sensitivity matrix S, wherein the factorization is performed by singular value decomposition, S=U∑V H, wherein H denotes the complex conjugate of a matrix, and the projection matrix P=U H projecting the sensitivity matrix of the multitude of physical coil elements onto a sensitivity matrix S' of a set of virtual coil elements, the sensitivity vectors of the sensitivity matrix S' of the set of virtual coil elements being obtained as a superposition of physical coil sensitivities of the coil sensitivity matrix S, determining from the projection matrix P a contribution of each physical coil element of the multitude of physical coil elements to the set of virtual coil elements, selecting from the contribution the most significantly contributing set of physical coil elements as the set of coil elements. determining a coil sensitivity matrix of the multitude of physical coil elements for the region of interest, using pre-scan data obtained from a pre-scan of the region of interest, determining a projection matrix P by factorization of the coil sensitivity matrix S, wherein the factorization is performed by singular value decomposition, S=U∑V H, wherein H denotes the complex conjugate of a matrix, and the projection matrix P=U H projecting the sensitivity matrix of the multitude of physical coil elements onto a sensitivity matrix S' of a set of virtual coil elements, the sensitivity vectors of the sensitivity matrix S' of the set of virtual coil elements being obtained as a superposition of physical coil sensitivities of the coil sensitivity matrix S, determining from the projection matrix P a contribution of each physical coil element of the multitude of physical coil elements to the set of virtual coil elements, selecting from the contribution the most significantly contributing set of physical coil elements as the set of coil elements.
A cover structure for the transmission of a motorcycle, arranged sideways for the protection of the transmission member transmitting the driving force from the engine to the rear wheel, comprising: • a first cover member apt to protect said transmission members, longitudinally extending along a direction which coincides with the direction of travel, from a receding front area, corresponding to the engine axis, to a rear area corresponding to the driven axis of the rear wheel, and comprising an inlet hole positioned at an inlet port of the transmission at said receding front area; • a second cover member partially overlapping said receding front area to protect said inlet hole, characterized in that the second cover member is forming, with the said first cover member, an air intake at a portion of the receding front area left uncovered by said second cover member, extending from an upper edge to a lower edge of the first cover member and defining an air inlet section facing said rear area, oriented in a direction opposite to the motorcycle direction of travel; and in that • a baffle, is disposed between the first and the second cover members (2, 3) at said air intake, in such a way as to form a channel driving the air upwardly to said inlet hole. • a first cover member apt to protect said transmission members, longitudinally extending along a direction which coincides with the direction of travel, from a receding front area, corresponding to the engine axis, to a rear area corresponding to the driven axis of the rear wheel, and comprising an inlet hole positioned at an inlet port of the transmission at said receding front area; • a second cover member partially overlapping said receding front area to protect said inlet hole, characterized in that the second cover member is forming, with the said first cover member, an air intake at a portion of the receding front area left uncovered by said second cover member, extending from an upper edge to a lower edge of the first cover member and defining an air inlet section facing said rear area, oriented in a direction opposite to the motorcycle direction of travel; and in that • a baffle, is disposed between the first and the second cover members (2, 3) at said air intake, in such a way as to form a channel driving the air upwardly to said inlet hole.
An absorbent article having a center chassis, the center chassis comprising a topsheet, a backsheet and an absorbent core, the absorbent article comprising: a front waist region and a front waist edge, the absorbent article comprises: a front inner belt portion disposed in the front waist region; a front outer belt portion disposed in the front waist region; a first plurality of elastics disposed in the front inner belt portion and inward of the front outer belt portion; and a second plurality of elastics disposed in the front outer belt portion and outward of the front inner belt portion; wherein the second plurality of elastics comprise anchoring elastics; wherein the first plurality of elastics comprise shaping elastics; wherein the absorbent article is disposable and wearable, characterized in that the shaping elastics and the anchoring elastics are separated from each other by one or more layers of material. a front waist region and a front waist edge, the absorbent article comprises: a front inner belt portion disposed in the front waist region; a front outer belt portion disposed in the front waist region; a first plurality of elastics disposed in the front inner belt portion and inward of the front outer belt portion; and a second plurality of elastics disposed in the front outer belt portion and outward of the front inner belt portion; a front inner belt portion disposed in the front waist region; a front outer belt portion disposed in the front waist region; a first plurality of elastics disposed in the front inner belt portion and inward of the front outer belt portion; and a second plurality of elastics disposed in the front outer belt portion and outward of the front inner belt portion; wherein the second plurality of elastics comprise anchoring elastics; wherein the first plurality of elastics comprise shaping elastics; wherein the absorbent article is disposable and wearable, characterized in that the shaping elastics and the anchoring elastics are separated from each other by one or more layers of material.
A polymer comprising a carbonate repeat unit of formula: wherein R' is a monovalent radical comprising 2 to 4 carbons and 1 to 2 hydroxy groups, R" is a monovalent radical selected from the group consisting of hydrogen, methyl, ethyl, and propyl, the polymer is non-charged, and the polymer is soluble in water. R' is a monovalent radical comprising 2 to 4 carbons and 1 to 2 hydroxy groups, R" is a monovalent radical selected from the group consisting of hydrogen, methyl, ethyl, and propyl, the polymer is non-charged, and the polymer is soluble in water.