mhurhangee/patent-ind-claim-en huggingface dataset:
Engine bay trim part or cladding comprising at least a carrier layer made of an acoustic porous material, consisting of a consolidated fibrous material consisting of fibres and a binder in the form of a thermoplastic binder or a thermoset binder, whereby the binder forms small binding points between the fibers to consolidate the fibrous material and whereby the fibres are at least one of thermoplastic fibers, preferably polyester fibers, preferably polyethylene-terephthalate (PET) or polybutylene terephthalate (PBT), and whereby the engine bay trim part or cladding further comprises a multilayer surface material consisting of 2 layers with a first outer layer being an open structured textile fabric and a second layer being a polymeric film layer superposed and laminated together such that the film layer is visible through the open structure of the textile layer laminated on at least one outer surface of the trim part such that the open textile fabric forms the most outer layer of the trim part, characterised in that at least part of the thermoplastic fibers used are self-crimped fibers, preferably conjugate fibers, more preferably hollow conjugate fibers..
Centrifugal pump for delivering hot fluids, having a contacting shaft seal which is arranged in the region of the shaft leadthrough and which is arranged in a seal housing , wherein the shaft seal comprises a first, fixed part which is connected in a positionally fixed manner to the seal housing , and wherein the shaft seal comprises a second, rotating part which is connected in a positionally fixed manner to the shaft , wherein the first and second parts delimit the sealing gap , wherein the first and second parts are pressed against one another by the pressure to be sealed off, wherein the first and/or second parts/part consist of multiple means arranged one inside the other, specifically a metallic holding means , a sealing means , and a metallic clamping means , wherein the metallic clamping means is designed as a means for compensating for thermal deformation in a radial direction, wherein the metallic clamping means counteracts the radial thermal deformation of the metallic holding means and the sealing means in a force-fitting manner, wherein the metallic clamping means completely surrounds the metallic holding means in the region of the sealing means , wherein a radial holding means is provided on the metallic clamping means , wherein the radial holding means is one which secures against axial slippage.
A wearable vibration device adapted to deliver high energy vibration deep in to muscles and soft tissues for muscle treatment comprising: a housing comprised from an upper fabric foam cover and a lower fabric covered base , said housing adapted to bend in at least two planes to be wrapped around a body part; internal components including at least one vibration motor (102;203); a battery ; a control printed circuit board (PCB) ; said internal components disposed in said housing; characterised in that the wearable vibration device further comprises an alignment strap with at least one cutout hole that corresponds to a shape of said at least one vibration motor (102;203), said housing adapted to be held in place by aligning said at least one cutout hole of said alignment strap with said at least one vibration motor (102;203).
A cycloidal gear reducer comprising an input shaft rotatably mounted in a reducer casing along an axis called «main axis» (ZZ'), an eccentric member carried by the input shaft and rotatably driven by the latter, at least one cycloidal disc rotatably mounted on said eccentric member and provided with a cycloidal toothing , at least one crown provided with a receiving toothing with which the cycloidal toothing of the cycloidal disc meshes, and an output shaft , distinct from the input shaft arranged to be rotatably driven by the cycloidal disc , the cycloidal gear reducer including two reduction stages , including a first reduction stage which comprises the eccentric member , a first cycloidal disc , called «input disc», which is rotatably mounted on said eccentric member and which is provided with a first cycloidal toothing , as well as a first crown , called «input crown» which is secured to the reducer casing and which is provided with a first cycloidal receiving toothing with which the first cycloidal toothing of the input disc meshes, and a second reduction stage which comprises a second cycloidal disc , called «output disc», which is rotatably secured to the input disc , and preferably formed integrally with said input disc, and which is provided with a second cycloidal toothing , said second reduction stage also comprising a second crown , called «output crown», which is distinct from the input crown , which is rotatably secured to the output shaft , and which is provided with a second cycloidal receiving toothing with which the second cycloidal toothing of the output disc meshes, the cycloidal gear reducer being characterized in that the cycloidal toothings , on the one hand, of the input disc and of the input crown and, on the other hand, of the output disc and of the output crown , are helical and have, as such, respectively an input helix angle (β30) and an output helix angle (β130) and in that the input helix angle (β30) and the output helix angle (β130) are oriented in the same direction relative to the main axis (ZZ'), so that the first and the second reduction stages are arranged in an arrangement with substantially parallel toothings .
Illumination device for a motor vehicle, comprising - one or more illumination units , wherein a respective illumination unit produces a light source during operation by means of laser light, - an optical device , which is designed and arranged with respect to the illumination unit or illumination units such that a predetermined light distribution is generated from the light of the light source after it passes through the optical device , characterized in that the light source is a point-type light source that has, in plan view, a maximum extent of 500 μm or less and has a luminance of 10 9 Cd/m 2 or more. - one or more illumination units , wherein a respective illumination unit produces a light source during operation by means of laser light, - an optical device , which is designed and arranged with respect to the illumination unit or illumination units such that a predetermined light distribution is generated from the light of the light source after it passes through the optical device ,
An apparatus comprising: a receiver that receives an uplink grant corresponding to an uplink transmission parameter; and a processor that: determines a priority order of a plurality of logical channels from both the uplink transmission parameter and an assigned logical channel priority of the plurality of logical channels; and assigns resources to logical channels of the plurality of logical channels based on the priority order; wherein the uplink transmission parameter comprises an indication of a numerology; wherein the numerology comprises a subcarrier spacing, an orthogonal frequency-division multiplexing symbol duration, a cyclic prefix duration, a number of symbols per scheduling interval, or some combination thereof; and wherein the uplink transmission parameter comprises an indication of a transmission time interval. a receiver that receives an uplink grant corresponding to an uplink transmission parameter; and a processor that: determines a priority order of a plurality of logical channels from both the uplink transmission parameter and an assigned logical channel priority of the plurality of logical channels; and assigns resources to logical channels of the plurality of logical channels based on the priority order; wherein the uplink transmission parameter comprises an indication of a numerology; wherein the numerology comprises a subcarrier spacing, an orthogonal frequency-division multiplexing symbol duration, a cyclic prefix duration, a number of symbols per scheduling interval, or some combination thereof; and wherein the uplink transmission parameter comprises an indication of a transmission time interval. determines a priority order of a plurality of logical channels from both the uplink transmission parameter and an assigned logical channel priority of the plurality of logical channels; and assigns resources to logical channels of the plurality of logical channels based on the priority order; wherein the uplink transmission parameter comprises an indication of a numerology; wherein the numerology comprises a subcarrier spacing, an orthogonal frequency-division multiplexing symbol duration, a cyclic prefix duration, a number of symbols per scheduling interval, or some combination thereof; and wherein the uplink transmission parameter comprises an indication of a transmission time interval.
Evaluation circuit for evaluating a capacitive or an inductive sensor, comprising: a first and a second measurement connection (A, B), wherein the first measurement connection (A) is constructed to connect a first sensor element of the sensor and the second measurement connection (B) is constructed to connect a second sensor element of the sensor or a reference element , a charging and discharging circuit which is constructed to output a first charging and discharging signal to the first measurement connection (A) and to output a second charging and discharging signal to the second measurement connection (B), a comparator circuit which compares the temporal behaviour of the first charging and discharging signal with the temporal behaviour of the second charging and discharging signal, and an integrator circuit which is connected to an output of the comparator circuit and whose output voltage changes depending on the voltage at the output of the comparator circuit , and wherein the output voltage of the integrator circuit is switched to adapt the first charging and discharging signal to the first measurement connection (A) or to adapt the second charging and discharging signal to the second measurement connection (B), wherein a measurement signal at an output of the evaluation circuit is derived from the output voltage of the integrator circuit and wherein the measurement signal is a measurement for the deviation of the impedances of the first and the second sensor elements or the impedances of the first sensor element and the reference element. a first and a second measurement connection (A, B), wherein the first measurement connection (A) is constructed to connect a first sensor element of the sensor and the second measurement connection (B) is constructed to connect a second sensor element of the sensor or a reference element , a charging and discharging circuit which is constructed to output a first charging and discharging signal to the first measurement connection (A) and to output a second charging and discharging signal to the second measurement connection (B), a comparator circuit which compares the temporal behaviour of the first charging and discharging signal with the temporal behaviour of the second charging and discharging signal, and an integrator circuit which is connected to an output of the comparator circuit and whose output voltage changes depending on the voltage at the output of the comparator circuit , and wherein the output voltage of the integrator circuit is switched to adapt the first charging and discharging signal to the first measurement connection (A) or to adapt the second charging and discharging signal to the second measurement connection (B), wherein a measurement signal at an output of the evaluation circuit is derived from the output voltage of the integrator circuit and wherein the measurement signal is a measurement for the deviation of the impedances of the first and the second sensor elements or the impedances of the first sensor element and the reference element.
A safe needle assembly for protection against needle pricks, comprising: - a needle having one end adapted to be coupled to a syringe or the like containing a fluid to be supplied and the opposite end ( 3" ) adapted to supply the fluid to be injected; - a hub for removably anchoring said needle to the syringe or the like, said hub having an inner axial passage for inserting and locking said needle and an outer surface with a proximal cylindrical section and a tapered distal section ( 8" ); - an internally hollow protective cap with an open proximal end portion allowing the insertion of at least said needle and a distal end portion , said proximal end portion having frustoconical shape tapered toward said distal portion with an enlarged inlet to facilitate the insertion of said hub in to said protective cap and to guide the insertion of said needle into said distal end portion ; - a closure cap having a discoidal element adapted to be selectively coupled to one of said proximal tapered end portion for closing said enlarged inlet and said distal end portion for the safe handling of said protection cap ; wherein said closure cap has a central through hole for positioning said discoidal element on said distal end portion when not coupled to said proximal end portion ; wherein said protective cap and said hub respectively have first and second rotational fastening means adapted to make said needle integral in rotation to said protective cap and wherein said discoidal element and said proximal end portion of said cap have respective mutual coupling means complementary shaped with each other, and characterized in that said coupling means are selected between screw and nut means, snap fit means, bayonet means, male and female means and the like, said coupling means being of the irreversible type. - a needle having one end adapted to be coupled to a syringe or the like containing a fluid to be supplied and the opposite end ( 3" ) adapted to supply the fluid to be injected; - a hub for removably anchoring said needle to the syringe or the like, said hub having an inner axial passage for inserting and locking said needle and an outer surface with a proximal cylindrical section and a tapered distal section ( 8" ); - an internally hollow protective cap with an open proximal end portion allowing the insertion of at least said needle and a distal end portion , said proximal end portion having frustoconical shape tapered toward said distal portion with an enlarged inlet to facilitate the insertion of said hub in to said protective cap and to guide the insertion of said needle into said distal end portion ; - a closure cap having a discoidal element adapted to be selectively coupled to one of said proximal tapered end portion for closing said enlarged inlet and said distal end portion for the safe handling of said protection cap ;
An exhaust system for an internal combustion engine, the exhaust system comprising: a. a lean NOx trap; and b. a wall flow monolithic substrate having a pre-coated porosity of 40% or greater, and comprising an oxidation catalytic zone, the oxidation catalytic zone comprising a platinum group metal loaded on a first support, the first support comprising at least one inorganic oxide and a zinc compound, wherein the first support comprises at least one alkaline earth metal compound at a loading in the range of 3.18 to 7.06 g/L (90 to 200 g/ft 3 ) and wherein the or each alkaline earth metal compound comprises an oxide, carbonate and/or hydroxide of magnesium, calcium, strontium or barium or a mixture of any two or more of these compounds, preferably wherein the zinc compound is selected from zinc oxide, zinc nitrate, zinc carbonate, zinc hydroxide or a mixture of two or more thereof. a. a lean NOx trap; and b. a wall flow monolithic substrate having a pre-coated porosity of 40% or greater, and comprising an oxidation catalytic zone, the oxidation catalytic zone comprising a platinum group metal loaded on a first support, the first support comprising at least one inorganic oxide and a zinc compound, wherein the first support comprises at least one alkaline earth metal compound at a loading in the range of 3.18 to 7.06 g/L (90 to 200 g/ft 3 ) and wherein the or each alkaline earth metal compound comprises an oxide, carbonate and/or hydroxide of magnesium, calcium, strontium or barium or a mixture of any two or more of these compounds, preferably wherein the zinc compound is selected from zinc oxide, zinc nitrate, zinc carbonate, zinc hydroxide or a mixture of two or more thereof.
A rolled iron core traction transformer, comprising an iron core , wherein the iron core is formed by splicing two annealed iron-core closed single frames (1-1) symmetrically, each iron-core closed single frame (1-1) is formed by sequentially coiling continuous silicon steel sheets, the iron-core closed single frame (1-1) having two iron-core column single bodies (1-1-1), which sections are semicircular, the iron core having two iron-core columns (1-2), which sections are circular, thereon formed by splicing two iron-core column single bodies (1-1-1), wherein each iron-core column (1-2) is sequentially provided with a low voltage T winding , a low voltage F winding and a high voltage winding thereon from inside to outside; wherein two sides of each high voltage winding are respectively provided with a first tapping area and a second tapping area, the first tapping area being provided with low voltage side high voltage tapping outgoing lines , the second tapping area being provided with high voltage side high voltage tapping outgoing lines ,two low voltage side high voltage tapping outgoing lines are connected together with a no-load voltage regulation switch , and two high voltage side high voltage tapping outgoing lines are connected together with another no-load voltage regulation switch , the side of the high voltage winding is provided with high voltage winding outgoing lines , low voltage T winding outgoing lines (15-1) of the low voltage T winding is provided on one side of the opposite direction of the high voltage winding outgoing lines on the low voltage T winding , low voltage F winding outgoing lines (15-2) of the low voltage F winding is provided on one side of the opposite direction of the high voltage winding outgoing lines on the low voltage F winding .
A use of accelerated electrons from at least one source for generating electron beams, characterized in that accelerated electrons of at least one tube emitter for generating an electron curtain are used as a source for generating electron beams for removing and/or damaging coating on and/or of fibres and/or filaments of two-dimensional textile structures or three-dimensional textile structures for better adhesion in reinforcing a composite material and a matrix of the composite material, wherein the tube emitter is arranged at a distance from the two-dimensional textile structure or the three-dimensional textile structure in such a way that accelerated electrons from the source for generating electron beams reach the surface of the two-dimensional textile structure or three-dimensional textile structure.
A delivery system comprising: a catheter shaft ; a balloon catheter movable relative to the catheter shaft , the balloon catheter comprising a distal end portion having increased stiffness relative to rest of the balloon catheter , wherein the distal end portion of the balloon catheter comprises a tube member having a plurality of cuts, wherein the tube member is embedded in or coupled to the balloon catheter to stabilize the balloon catheter ; and at least one pull wire provided on the balloon catheter and configured to cause the distal end portion of the balloon catheter to flex within the catheter shaft to wedge the catheter shaft within the aortic arch, wherein the pull wire extends from the distal end portion of the balloon catheter to a proximal portion. a catheter shaft ; a balloon catheter movable relative to the catheter shaft , the balloon catheter comprising a distal end portion having increased stiffness relative to rest of the balloon catheter , wherein the distal end portion of the balloon catheter comprises a tube member having a plurality of cuts, wherein the tube member is embedded in or coupled to the balloon catheter to stabilize the balloon catheter ; and at least one pull wire provided on the balloon catheter and configured to cause the distal end portion of the balloon catheter to flex within the catheter shaft to wedge the catheter shaft within the aortic arch, wherein the pull wire extends from the distal end portion of the balloon catheter to a proximal portion.
Device for contacting at least one voltage-carrying line of a small-animal deterrent with a base which is set up to receive the or each voltage-carrying line , and with an electrically conductive contact plate designed also to have at least one contact element , which plate can be connected to the base such that, in an interconnected contact arrangement of base and contact plate , the or at least one contact element is electrically connected to the or at least one voltage-carrying line , characterised in that a cover part is present against to which the or each contact plate abuts and is attached on the outside , that the cover part is pivotably attached to the base via a hinge arrangement and that, in a closing position, the cover part is secured against unintended swivelling to the base via at least one catch arrangement , and holds the or each contact plate in contact arrangement with the base .
A user equipment , UE, for wireless communication, the UE comprising: a memory; and one or more processors, coupled to the memory, configured to: receive configuration information indicating an enhanced physical uplink control channel, ePUCCH, format for an ePUCCH, wherein the ePUCCH is associated with an increased bandwidth configuration based at least in part on the ePUCCH format of the ePUCCH, wherein the increased bandwidth configuration uses a plurality of contiguous resource blocks, RBs, for the ePUCCH; and transmit the ePUCCH using the increased bandwidth configuration, wherein, based at least in part on the increased bandwidth configuration, the plurality of contiguous RBs are encoded using an extended sequence relative to a sequence specified by the ePUCCH format for the ePUCCH, and wherein the ePUCCH format is an ePUCCH Format 0 or an ePUCCH Format 1. a memory; and one or more processors, coupled to the memory, configured to: receive configuration information indicating an enhanced physical uplink control channel, ePUCCH, format for an ePUCCH, wherein the ePUCCH is associated with an increased bandwidth configuration based at least in part on the ePUCCH format of the ePUCCH, wherein the increased bandwidth configuration uses a plurality of contiguous resource blocks, RBs, for the ePUCCH; and transmit the ePUCCH using the increased bandwidth configuration, wherein, based at least in part on the increased bandwidth configuration, the plurality of contiguous RBs are encoded using an extended sequence relative to a sequence specified by the ePUCCH format for the ePUCCH, and wherein the ePUCCH format is an ePUCCH Format 0 or an ePUCCH Format 1. receive configuration information indicating an enhanced physical uplink control channel, ePUCCH, format for an ePUCCH, wherein the ePUCCH is associated with an increased bandwidth configuration based at least in part on the ePUCCH format of the ePUCCH, wherein the increased bandwidth configuration uses a plurality of contiguous resource blocks, RBs, for the ePUCCH; and transmit the ePUCCH using the increased bandwidth configuration, wherein, based at least in part on the increased bandwidth configuration, the plurality of contiguous RBs are encoded using an extended sequence relative to a sequence specified by the ePUCCH format for the ePUCCH, and wherein the ePUCCH format is an ePUCCH Format 0 or an ePUCCH Format 1.