mhurhangee/ep-ind-claims huggingface dataset:
A scraper blade for scraping material from a conveyor belt running in a downstream travel direction, the scraper blade comprising: an upper scraping portion; a resilient, lower body portion; a through opening extending through the lower body portion for receiving a complementary elongate mounting member therethrough; a pair of ends of the through opening spaced from each other in the downstream travel direction; characterized in that the scraper blade comprises a non-linear cross-sectional configuration of the through opening in the downstream travel direction extending from one end of the through opening to the other end, wherein the cross-sectional configuration of the through opening includes a pair of lower, substantially straight portions (137A, 137B) extending away from an upper juncture of the substantially straight portions. an upper scraping portion; a resilient, lower body portion; a through opening extending through the lower body portion for receiving a complementary elongate mounting member therethrough; a pair of ends of the through opening spaced from each other in the downstream travel direction; characterized in that the scraper blade comprises a non-linear cross-sectional configuration of the through opening in the downstream travel direction extending from one end of the through opening to the other end, wherein the cross-sectional configuration of the through opening includes a pair of lower, substantially straight portions (137A, 137B) extending away from an upper juncture of the substantially straight portions.
Spur gear transmission having at least two toothed spur gears (1, 2), the toothings of which are in meshing engagement with one another and which are each rotatable about an axis of rotation (3, 4); 1.1 having an enveloping wall which encloses the two spur gears (1, 2) in a circumferential direction and in the direction of the axes of rotation (3, 4); wherein 1.2 the enveloping wall has an inner contour which is adapted to the outer diameters of the spur gears (1, 2) such that, between the enveloping wall and the spur gears (1, 2), there are formed two ring-shaped gaps (6, 7) which transition into one another, wherein in each case one ring-shaped gap (6, 7) is arranged concentrically with respect to in each case one axis of rotation (3, 4); 1.3 the enveloping wall is formed by a multi-part housing which is closed along a parting joint, wherein the parting joint extends partially or entirely substantially within a plane in which one of the two axes of rotation (3, 4) runs or both axes of rotation (3, 4) run, characterized in that 1.4 the housing comprises an upper part and a lower part which are detachably joined to one another along the parting joint, wherein multiple individual housing parts (39.1, 39.2) of the lower part are detachably attached to the upper part, and the individual housing parts (39.1, 39.2) jointly form the lower part; and 1.5 the spur gear transmission has a transmission housing which has an interior space, and the spur gears (1, 2) are positioned together with the enveloping wall in the interior space, wherein the enveloping wall is mounted in the transmission housing by means of individual locally delimited bearing points (40.1 - 40.7). 1.1 having an enveloping wall which encloses the two spur gears (1, 2) in a circumferential direction and in the direction of the axes of rotation (3, 4); wherein 1.2 the enveloping wall has an inner contour which is adapted to the outer diameters of the spur gears (1, 2) such that, between the enveloping wall and the spur gears (1, 2), there are formed two ring-shaped gaps (6, 7) which transition into one another, wherein in each case one ring-shaped gap (6, 7) is arranged concentrically with respect to in each case one axis of rotation (3, 4); 1.3 the enveloping wall is formed by a multi-part housing which is closed along a parting joint, wherein the parting joint extends partially or entirely substantially within a plane in which one of the two axes of rotation (3, 4) runs or both axes of rotation (3, 4) run, characterized in that 1.4 the housing comprises an upper part and a lower part which are detachably joined to one another along the parting joint, wherein multiple individual housing parts (39.1, 39.2) of the lower part are detachably attached to the upper part, and the individual housing parts (39.1, 39.2) jointly form the lower part; and 1.5 the spur gear transmission has a transmission housing which has an interior space, and the spur gears (1, 2) are positioned together with the enveloping wall in the interior space, wherein the enveloping wall is mounted in the transmission housing by means of individual locally delimited bearing points (40.1 - 40.7).
Sealing arrangement of an axial turbomachine for sealing regions in or on at least two static components of the turbomachine, the components being axially movable relative to one another, comprising a sealing element and one of the at least two static components of the turbomachine, the sealing element being designed so as to be segmented in the peripheral direction of the turbomachine, characterized in that the sealing element has a spiral-shaped or hook-shaped, rigidifying first radial region having a first rigidity and a second radial region having a second rigidity, the first rigidity being greater than the second rigidity and the first radial region being fixed in a static component of the turbomachine as a fixing component of the sealing element.
Electric hairdryer, comprising: - an electric motor for an electric hairdryer provided with a motor shaft rotatable around a rotation axis; - a fan operatively combined with said motor shaft and having a base portion and a head portion opposite said base portion and a supporting body extending between the two portions (3a, 3b); - a protecting device to protect the electric motor, comprising at least one barrier element configured to intercept unwanted objects inside said hairdryer; - an internally hollow containing element and having an opening for housing at least partially said electric motor; characterized in that: - said electric motor comprises a zone facing said fan wherein said motor shaft comes out of said electric motor to extend along the rotation axis; said zone identifying a radial plane; said protecting device being placed at least partially around said rotation axis at a distance from said radial plane greater than or equal to the distance between said base portion of said fan and said radial plane; said containing element is configured to axially keep apart at least said barrier element from said radial plane) along the rotation axis at a distance greater than or equal to the distance between said base portion of the fan and said radial plane in an operative working configuration of said hairdryer. - an electric motor for an electric hairdryer provided with a motor shaft rotatable around a rotation axis; - a fan operatively combined with said motor shaft and having a base portion and a head portion opposite said base portion and a supporting body extending between the two portions (3a, 3b); - a protecting device to protect the electric motor, comprising at least one barrier element configured to intercept unwanted objects inside said hairdryer; - an internally hollow containing element and having an opening for housing at least partially said electric motor; - said electric motor comprises a zone facing said fan wherein said motor shaft comes out of said electric motor to extend along the rotation axis; said zone identifying a radial plane; said protecting device being placed at least partially around said rotation axis at a distance from said radial plane greater than or equal to the distance between said base portion of said fan and said radial plane;
A method comprising: receiving, by a radio unit of a system, a communication from a first user equipment, UE, wherein the communication comprises a data packet, a Layer 2 destination identifier, and an indication that the data packet is associated with a transmission type, wherein the data packet is associated with a vehicle-to-everything, V2X, application of the first UE; determining, by the radio unit, whether transmission for the data packet is allowed for the transmission type, the determining comprising determining whether the data packet meets one or more packet criteria for the V2X application; based on determining that transmission for the data packet is allowed for the transmission type, communicating a response to the first UE, wherein the response provides a confirmation to the first UE that the data packet was received by the radio unit and that the transmission type can be performed by the radio unit; and transmitting, by the radio unit, the data packet to one or more other UEs. receiving, by a radio unit of a system, a communication from a first user equipment, UE, wherein the communication comprises a data packet, a Layer 2 destination identifier, and an indication that the data packet is associated with a transmission type, wherein the data packet is associated with a vehicle-to-everything, V2X, application of the first UE; determining, by the radio unit, whether transmission for the data packet is allowed for the transmission type, the determining comprising determining whether the data packet meets one or more packet criteria for the V2X application; based on determining that transmission for the data packet is allowed for the transmission type, communicating a response to the first UE, wherein the response provides a confirmation to the first UE that the data packet was received by the radio unit and that the transmission type can be performed by the radio unit; and transmitting, by the radio unit, the data packet to one or more other UEs.
A modified insoluble branched polysulfonamide condensation polymer matrix comprising, 1) an insoluble branched polysulfonamide condensation polymer matrix comprising reactant residues having amine functionality, and 2) a plurality of aryl residues of the formula Ar-SO 2 -, wherein each Ar is independently an aryl group or a heteroaryl group that differ from said reactant residues and that are covalently terminally-linked to the insoluble branched polysulfonamide condensation polymer matrix through sulfonamide bonds, the aryl group being a 6-20 carbon monocyclic, bicyclic or polycyclic ring system in which at least one ring is aromatic, and the heteroaryl group being a 1-20 carbon monocyclic, bicyclic or polycyclic ring system in which at least one non-carbon atom containing ring is aromatic.
Piston accumulator, comprising a housing which delimits a pressure chamber and receives a displaceable piston, wherein compressible fluid is received in the pressure chamber, wherein the piston has a housing side which faces the pressure chamber, and wherein the piston has an operating side which is capable of facing an operating fluid which can move the piston, wherein a cylinder liner within which the piston is displaceable is provided, characterized in that the cylinder liner is supported in a resilient and/or elastic manner in relation to the housing.
An apparatus, comprising: a transaction data storage to store transaction data to be transmitted over an interconnect of a data processing system; a transaction buffer coupled to the transaction data storage to buffer at least a portion of the transaction data; and characterised in that it further comprises a transaction logic coupled to the transaction data storage and the transaction buffer to transmit a request 'REQ' signal to an arbiter associated with the interconnect in response to first transaction data that becomes available in the transaction data storage, buffer said at least a portion of the transaction data into the transaction buffer, in response to a grant 'GNT' signal received from the arbiter, retrieve second transaction data from the transaction buffer and transmit the second transaction data onto the interconnect, and refill the transaction buffer with third transaction data retrieved from the transaction data storage after the second transaction data has been transmitted onto the interconnect. a transaction data storage to store transaction data to be transmitted over an interconnect of a data processing system; a transaction buffer coupled to the transaction data storage to buffer at least a portion of the transaction data; and characterised in that it further comprises a transaction logic coupled to the transaction data storage and the transaction buffer to transmit a request 'REQ' signal to an arbiter associated with the interconnect in response to first transaction data that becomes available in the transaction data storage, buffer said at least a portion of the transaction data into the transaction buffer, in response to a grant 'GNT' signal received from the arbiter, retrieve second transaction data from the transaction buffer and transmit the second transaction data onto the interconnect, and refill the transaction buffer with third transaction data retrieved from the transaction data storage after the second transaction data has been transmitted onto the interconnect.
Device for cutting plants growing on ground including: - a chassis; - a plurality of front wheels (4a, 4b) and rear wheels (5a, 5b) rotatably mounted on the chassis via front rolling axes (6a, 6b) and rear rolling axes (7a, 7b), respectively, and defining at least one maximum axle track (Vmax) formed between some of said wheels (4a, 4b, 5a, 5b); - a plurality of plant cutting blades (8a, 8b, 8c, 8d, 8e, 8f) rotatably mounted relative to the chassis; and - at least one drive motor (9a, 9b, 9c, 9d, 9e) of at least one of said blades (8a, 8b, 8c, 8d, 8e); - means for supplying power to said at least one motor (9a, 9b, 9c, 9d, 9e); the front rolling axes (6a, 6b) and the rear rolling axes (7a, 7b) are separated from each other by a minimum distance (Dist) less than said at least one maximum axle track (Vmax); wherein the device includes: - two guiding handles (12a, 12b); and - two articulations (13a, 13b) each connecting one of these handles to the chassis, characterized in that these handles can be oriented independently of each other relative to the chassis. - a chassis; - a plurality of front wheels (4a, 4b) and rear wheels (5a, 5b) rotatably mounted on the chassis via front rolling axes (6a, 6b) and rear rolling axes (7a, 7b), respectively, and defining at least one maximum axle track (Vmax) formed between some of said wheels (4a, 4b, 5a, 5b); - a plurality of plant cutting blades (8a, 8b, 8c, 8d, 8e, 8f) rotatably mounted relative to the chassis; and - at least one drive motor (9a, 9b, 9c, 9d, 9e) of at least one of said blades (8a, 8b, 8c, 8d, 8e); - means for supplying power to said at least one motor (9a, 9b, 9c, 9d, 9e); the front rolling axes (6a, 6b) and the rear rolling axes (7a, 7b) are separated from each other by a minimum distance (Dist) less than said at least one maximum axle track (Vmax); wherein the device includes: - two guiding handles (12a, 12b); and - two articulations (13a, 13b) each connecting one of these handles to the chassis, characterized in that these handles can be oriented independently of each other relative to the chassis.
A hand-held instrument comprising: a hand piece configured to be held by a user, the hand piece having a proximal end and a distal end and comprising: a receptacle disposed between the proximal end and the distal end; a channel system that extends along a length of the hand piece between the proximal end and the distal end; a utility conduit connected to the receptacle; and the utility conduit comprises a smoke/fluid evacuation hose configured to convey smoke/fluid to or from the hand piece and one or more electrical cables, the utility conduit being configured to be selectively received and retained within at least a portion of the channel system, wherein the utility conduit and the channel system cooperate to enable an exit location of the utility conduit from the channel system to be selectively adjusted such that the exit location may be selectively moved along a length of the hand piece between the receptacle and the proximal end; wherein, when the utility conduit exits the channel system from at least a distal-most exit location, the utility conduit is configured to be held as a handle in a user's hand to provide additional stability to the hand piece, wherein the utility conduit comprises a first section and a second section, wherein the first section is connected to the hand piece and is stiff enough to generally maintain the position or orientation of the hand piece when the utility conduit is used as a handle, and the second section is connected to the first section, and is more flexible than the first section. a receptacle disposed between the proximal end and the distal end; a channel system that extends along a length of the hand piece between the proximal end and the distal end; a utility conduit connected to the receptacle; and
Mechanically self-actuating volume flow regulator, in particular for technical room air systems through which a medium flows, with a housing comprising a wall, forming a part of a flow channel, with a flap which pivots on a shaft arranged transversely to the flow direction in the interior of the housing, wherein the flap can be pivoted under the effect of the medium flowing to the flap against a resetting force, out of an open position into a closed position, and, when the volume flow of the flowing medium is reduced, pivots under the resetting force back into the open position, characterised in that a display element is provided inside and/or outside the housing, which is connected indirectly or directly to the flap and/or to the shaft, and likewise moves according to the movement of the flap, which is arranged freely visible from outside the housing in order to provide a visual check on the position of the flap, that arranged on the outside of the housing is at least a part of a device for producing the resetting force, in particular the entire device for producing the resetting force, and that the housing comprises an outside cover, which covers on the outside at least a part region of the part arranged on the outside of the housing of the fixing device, in the longitudinal extension of the shaft, and/or which covers on the outside at least a part region of the part arranged outside the housing of the device for producing the resetting force, in the direction of the longitudinal extension of the shaft, and/or which covers at least a part region of the part arranged outside the housing of the display element, on the outside in the direction of the longitudinal extension of the shaft, wherein either the cover consists, at least in the region of the display element, likewise moving in accordance with the movement of the flap, of a transparent material, or comprises a cut-out opening, in particular closed by a viewing window, or the display element lies outside the cover.
A pneumatic tire of an asymmetric pattern having a plurality of land parts (22, 26, 30) partitioned by four main grooves (14, 16, 18, 20) extending in a tire circumferential direction, in a tread part, wherein the plurality of land parts (22, 26, 30) include: a center land part; intermediate land parts respectively adjoining both sides of the center land part; and shoulder land parts respectively adjoining tire transversal outer sides of the intermediate land parts, the center land part and the intermediate land parts has a plurality of block parts having outer sides in a tire radial direction sectioned in a tire circumferential direction only by sipes, a sipe (Sc) formed in the center land part communicates with a main groove only on a vehicle installation inner side, characterised in that both ends of a sipe (Se) of an outer intermediate land part constituting a vehicle installation outer part of the intermediate land parts respectively open to main grooves (14, 18), an angle of a sipe (Se) of the outer intermediate land part is smaller than an angle of a sipe (Sc) of the center land part and a sipe (Si) of an inner intermediate land part constituting a vehicle installation inner part of the intermediate land parts, and "angle of a sipe" means an angle of straight line, which connects both tire transversal ends of a sipe, to the tire circumferential direction, and wherein "block part" is a concept including not only a block (Bi, Be) having whole circumference defined by grooves (20, 16, 14, 18) and sipes (Si, Se) with both ends of sipes opening to main grooves, but also a block (Bc) projected from a rib. a center land part; intermediate land parts respectively adjoining both sides of the center land part; and shoulder land parts respectively adjoining tire transversal outer sides of the intermediate land parts,
A puncture-free inner tube (C 1) having a hollow pipe shape, which is to be inserted in an annular space of an outer tire having an annular shape, which is to be mounted detachably on a tire rim having an annular shape, the tube (C 1) comprising a thermoplastic elastomer that is molded by injection molding into a transversal cross sectional shape that is similar or substantially similar to and is slightly larger than a transversal cross section of the annular space of the outer tire, wherein the inner diameter (dt) of the outer tire in the transversal direction of the part passing through the center of outer tire in the annular space and the outer diameter (D C1) of the tube (C 1) passing through the center satisfies the relationship D C1 = ((1.01 to 1.10) × dt), the tube (C 1) having a thickness that is gradually increased from a ground part toward an anti-ground part on a side of the tire rim, the tube (C 1) being formed in total into an annular shape, and the tube (C 1) being to be inserted in the annular space of the outer tire in a compressed state with a tensile stress of the outer tire, wherein the tube (C 1) has, in the anti-ground part on the inner circumferential side thereof facing the tire rim, a continuous opening along a longitudinal direction of the tube (C 1) having therein ribs (R 1) extending in the circumferential direction, the circumferential direction meaning the direction along the outer contour in the transversal cross section of the inner tube, that are formed along the longitudinal direction with a constant pitch (P 1), thereby forming a partially open structure.
An optics module for an assembly to generate a test result from an assay, the optics module comprising: a. an offset frame adapted to receive said assay and to provide non-planar position of the assay, wherein said offset frame includes an upper tier platform adapted to receive an upper portion of said assay that is angled offset about a lower tier platform adapted to receive a lower portion of said assay in an operating position b. a base supporting positioning of the offset frame to provide the non-planar positioning; and c. an optics aperture aligned about said offset frame. a. an offset frame adapted to receive said assay and to provide non-planar position of the assay, wherein said offset frame includes an upper tier platform adapted to receive an upper portion of said assay that is angled offset about a lower tier platform adapted to receive a lower portion of said assay in an operating position b. a base supporting positioning of the offset frame to provide the non-planar positioning; and c. an optics aperture aligned about said offset frame.
A chemical composition comprising one or more compounds having a general structure: wherein each R 5 is independently: an amino acid; whereby the coupling of the amino acid is accomplished through an ester linkage.