mhurhangee/ep-ind-claims huggingface dataset:
A speaker system disposed in a portion of a vehicle seat, the speaker system comprising an acoustic channel and a grill mount, the grill mount comprising: an attachment surface configured to allow the grill mount to be attached to an outer layer of the vehicle seat, the outer layer disposed around at least a portion of a periphery of an external opening of the acoustic channel; and an engagement structure that is configured to engage a portion of a speaker grill-assembly in a mating configuration such that the speaker grill-assembly is removable from the engagement structure following engagement, wherein the grill mount extends, at least in part, around the periphery of the acoustic channel. an attachment surface configured to allow the grill mount to be attached to an outer layer of the vehicle seat, the outer layer disposed around at least a portion of a periphery of an external opening of the acoustic channel; and an engagement structure that is configured to engage a portion of a speaker grill-assembly in a mating configuration such that the speaker grill-assembly is removable from the engagement structure following engagement, wherein the grill mount extends, at least in part, around the periphery of the acoustic channel.
Packaging material made of paper or with a paper outer side, in particular for medical purposes, characterized in that the paper outer side is coated, in particular over the entire surface, with a release lacquer and the release lacquer is coated in a patterned manner, namely in a grid pattern, with a sealing medium, wherein the release lacquer is a polyamide-based release lacquer.
A security element for security papers, value documents and the like, having a microoptical moire magnification arrangement for depicting a three-dimensional moiré image that includes, in at least two moiré image planes spaced apart in a direction normal to the moiré magnification arrangement, image components (42,44) to be depicted, having - a motif image that includes two or more periodic or at least locally periodic lattice cell arrangements having different lattice periods (p 1, p 2) and/or different lattice orientations that are each allocated to one moiré image plane (36, 36') and that include micromotif image components for depicting the image component (42,44) of the allocated moiré image plane (36,36'), - for the moire-magnified viewing of the motif image, a focusing element grid that is arranged spaced apart from the motif image and that includes a periodic or at least locally periodic arrangement of a plurality of lattice cells having one microfocusing element each, wherein, for almost all tilt directions ( k), upon tilting the security element, the magnified, three-dimensional moiré image moves in a moiré movement direction ( v) that differs from the tilt direction. - a motif image that includes two or more periodic or at least locally periodic lattice cell arrangements having different lattice periods (p 1, p 2) and/or different lattice orientations that are each allocated to one moiré image plane (36, 36') and that include micromotif image components for depicting the image component (42,44) of the allocated moiré image plane (36,36'), - for the moire-magnified viewing of the motif image, a focusing element grid that is arranged spaced apart from the motif image and that includes a periodic or at least locally periodic arrangement of a plurality of lattice cells having one microfocusing element each,
A device, that comprises a sample compartment, a coil and an arm for mechanical manipulation of a sample vessel placed in said sample compartment and containing a sample, an optical bar code reader, by which a bar code placed on the sample vessel can be automatically read through said mechanical manipulation, characterised by a coil surrounding said sample compartment and said sample compartment having an opening for insertion and removal of said sample vessel, wherein said sample compartment has a second opening for insertion of said arm and said inserted arm has the form of a plunger which can be moved back and forth in said sample compartment and thereby mechanically move said sample vessel when it is placed in the sample compartment, and said arm has the form of a cylinder which surrounds the outside of said sample compartment, and said arm can be moved back and forth along said sample compartment and thereby mechanically move said sample vessel when it is placed in the sample compartment, via a collar projecting from the sample vessel or a recess.
Ground-drilling device, having - a housing and - a drilling head tip which can be moved longitudinally, arranged in the housing, wherein a bearing for supporting the drilling head tip in the housing during the longitudinal movement is present as additional element in the housing, wherein a receiving space is provided in the housing as a recess, wherein the receiving space has the bearing for the drilling head tip and is accessible at the drilling head end, characterised in that the bearing is held by means of a corresponding fit and/or an adhesive bond between housing and bearing in the housing. - a housing and - a drilling head tip which can be moved longitudinally, arranged in the housing, wherein a bearing for supporting the drilling head tip in the housing during the longitudinal movement is present as additional element in the housing, wherein a receiving space is provided in the housing as a recess, wherein the receiving space has the bearing for the drilling head tip and is accessible at the drilling head end, characterised in that the bearing is held by means of a corresponding fit and/or an adhesive bond between housing and bearing in the housing.
A service platform arrangement for a fiber web machine, including at least a walkway and a railing provided in connection with each other so that the railing extends from the walkway to a first direction, characterized in that the service platform arrangement comprises an essentially closed protecting structure provided in connection with the walkway in a horizontal level essentially at the railing so that it extends from the walkway to a second direction, which is essentially the opposite direction in relation to the first direction.
A method for chemical looping oxidation-reduction combustion of a liquid hydrocarbon feedstock carried out in a fluidized bed, wherein liquid hydrocarbon feed is partly vaporized on contact with a hot solid in form of particles so as to form a partly vaporized liquid feed and to form coke on said solid, prior to contacting partly vaporized liquid feed with a redox active mass in form of particles (12, 12a, 12b, 12c) distinct from the hot solid so as to achieve combustion of partly vaporized liquid feed, comprising: - partly vaporizing the liquid feed on contact with hot solid particles in a first reaction zone, the particles of said solid being group A particles in Geldart's classification, - sending the effluents from first reaction zone to a second reaction zone where gasification of the coke of solid particles is performed, and combustion of partly vaporized liquid feed and of the gas resulting from coke gasification is carried out through contact with redox active mass particles (12, 12a, 12b, 12c), said redox active mass particles (12, 12a, 12b, 12c) being group B particles in Geldart's classification, - continuing the combustion of partly vaporized liquid feed and/or of the gas resulting from coke gasification coming from second reaction zone in a third reaction zone, - separating within the mixture from third reaction zone the major part of redox active mass particles (12, 12a, 12b, 12c) and a gas stream containing the major part of solid particles in a separation zone, - carrying out reoxidation of redox active mass particles (12, 12a, 12b, 12c) from separation zone in a fourth reaction zone prior to sending at least part of said redox active mass particles (12, 12a, 12b, 12c) back to second reaction zone. - partly vaporizing the liquid feed on contact with hot solid particles in a first reaction zone, the particles of said solid being group A particles in Geldart's classification, - sending the effluents from first reaction zone to a second reaction zone where gasification of the coke of solid particles is performed, and combustion of partly vaporized liquid feed and of the gas resulting from coke gasification is carried out through contact with redox active mass particles (12, 12a, 12b, 12c), said redox active mass particles (12, 12a, 12b, 12c) being group B particles in Geldart's classification, - continuing the combustion of partly vaporized liquid feed and/or of the gas resulting from coke gasification coming from second reaction zone in a third reaction zone, - separating within the mixture from third reaction zone the major part of redox active mass particles (12, 12a, 12b, 12c) and a gas stream containing the major part of solid particles in a separation zone, - carrying out reoxidation of redox active mass particles (12, 12a, 12b, 12c) from separation zone in a fourth reaction zone prior to sending at least part of said redox active mass particles (12, 12a, 12b, 12c) back to second reaction zone.
A driver arrangement comprising - a power division circuit configured to convert a first input signal of a plurality of input signals into first parts of a plurality of output signals and to convert a second input signal of the plurality of input signals into second parts of the plurality of output signals, the power division circuit comprising division inputs for receiving the plurality of input signals and division outputs for supplying the plurality of output signals to light sources, an output signal supplying one light source, the light sources comprising one or more light-emitting diodes, and - a driver circuit configured to drive the light sources and comprising driver outputs connected with the division inputs for supplying the first input signal and the second input signal of the plurality of input signals to the division inputs, characterized in that - the driver circuit is controllable and is configured to control the first input signal and the second input signal separately. - a power division circuit configured to convert a first input signal of a plurality of input signals into first parts of a plurality of output signals and to convert a second input signal of the plurality of input signals into second parts of the plurality of output signals, the power division circuit comprising division inputs for receiving the plurality of input signals and division outputs for supplying the plurality of output signals to light sources, an output signal supplying one light source, the light sources comprising one or more light-emitting diodes, and - a driver circuit configured to drive the light sources and comprising driver outputs connected with the division inputs for supplying the first input signal and the second input signal of the plurality of input signals to the division inputs, characterized in that - the driver circuit is controllable and is configured to control the first input signal and the second input signal separately.
A ventilated brake disk for a motor vehicle, comprising: - a rotor comprising two disks, coaxial along an axis and having respective faces, which are axially spaced apart and are joined to each other by means of a plurality of pins, tangentially defining between them a plurality of channels; the radially outermost end areas of said faces axially defining an annular passage between them, where said channels come out; - at least one wire damping element made of elastically deformable material and comprising an intermediate portion which is arranged in said annular passage, has a wavy profile and is elastically deformed in the direction parallel to said axis so as to be forced against said faces; characterized in that, at its opposite ends, said wire damping element ends with respective fastening portions which are radially inwardly bent with respect to said intermediate portion to engage at least a channel and rest against respective pins in the tangential direction. - a rotor comprising two disks, coaxial along an axis and having respective faces, which are axially spaced apart and are joined to each other by means of a plurality of pins, tangentially defining between them a plurality of channels; the radially outermost end areas of said faces axially defining an annular passage between them, where said channels come out; - at least one wire damping element made of elastically deformable material and comprising an intermediate portion which is arranged in said annular passage, has a wavy profile and is elastically deformed in the direction parallel to said axis so as to be forced against said faces;
A nonwoven web comprising multicomponent fibers, wherein the multicomponent fibers have at least a first component and a second component, the second component forming less than 20% of the outer surface of the multicomponent fibers, wherein the first and the second component differ from each other in color, the nonwoven web being pattern bonded, wherein the bonded areas have a first color and the unbonded areas have a second color which is different from the first color, the difference between the first color of the bonded areas and the second color of the unbonded areas being induced by the difference in color of the components of the multicomponent fibers, and wherein the delta E* between the bonded areas and the unbonded areas is at least 0.5 measured according to the test method set out herein.
A process kit for a plasma processing chamber, comprising: a conductive body having an orientation when the conductive body is in use in the plasma processing chamber such that a top of the conductive body and a vertical centerline are defined, the conductive body having an array of features formed in a surface of the conductive body that is exposed to a plasma when in use in the plasma processing chamber, the features having an opening in the surface, the features having a profile, the profile having a geometric centerline extending away from the top of the conductive body through the opening, the geometric centerline forming an obtuse angle with the vertical centerline of the conductive body, wherein the features are arranged in a downward facing orientation to create shadowed areas such that, in use, a significant portion of the shadowed areas remains deposition free and such that a ground return path for the plasma is maintained.
Multi-stage gear mechanism of planetary design for a vehicle, having a housing in which four planetary gear sets (RS1, RS2, RS3, RS4) and a plurality of shafts (1, 2, 3, 4, 5, 6, 7, 8A) and also six shifting elements (A, B, C, D, E, F) are arranged, it being possible for several gear stages to be realized by virtue of the said shifting elements being operated, characterized in that a first shaft in the form of a drive (An) is directly connected to a sun gear of the third planetary gear set, can be indirectly connected to a sun gear of the first planetary gear set, can be indirectly connected to a planetary gear carrier of the first planetary gear set and can be indirectly connected to a sun gear of the second planetary gear set, in that a second shaft in the form of an output drive (Ab) is directly connected to an internal gear of the fourth planetary gear set (RS 4) and can be indirectly connected to a planetary gear carrier of the third planetary gear set, in that the sun gear and the planetary gear carrier of the first planetary gear set and also a sun gear of the fourth planetary gear set can each be connected to the housing, in that an internal gear of the first planetary gear set is connected to a planetary gear carrier of the fourth planetary gear set and is connected to an internal gear of the second planetary gear set, in that a planetary gear carrier of the second planetary gear set and an internal gear of the third planetary gear set are connected to one another, in that the first shaft can be connected to the planetary gear carrier of the first planetary gear set and to the sun gear of the second planetary gear set via a second shifting element, which is in the form of a clutch, and via a third shaft, wherein the planetary gear carrier of the first planetary gear set can be connected to the housing via the third shaft and via a fifth shifting element which is in the form of a brake, in that the first shaft can be connected to the sun gear of the first planetary gear set via a third shifting element, which is in the form of a clutch, and via a fourth shaft, wherein the sun gear of the first planetary gear set can be connected to the housing via the fourth shaft and via a fourth shifting element which is designed as a brake, in that the second shaft can be connected to the planetary gear carrier of the third planetary gear set via a first shifting element, which is in the form of a clutch, and via an eighth shaft, in that the internal gear of the first planetary gear set is connected to the internal gear of the second planetary gear set and to the planetary gear carrier of the fourth planetary gear set via a seventh shaft, in that the planetary gear carrier of the second planetary gear set is connected to the internal gear of the third planetary gear set via a sixth shaft, and in that the sun gear of the fourth planetary gear set can be connected to the housing via a fifth shaft and via a sixth shifting element which is in the form of a brake.
A mobile communication terminal for a magnetic field map-based positioning system, comprising: a memory configured to store a magnetic field map comprising magnetic field values at positions; a magnetic field sensor configured to measure a magnetic field value at a position of the mobile communication terminal; an inertial measurement unit sensor; and a processor configured to determine the position of the mobile communication terminal based on a comparison of the magnetic field value measured by the magnetic field sensor with the magnetic field map stored in the memory, characterized in that the inertial measurement unit sensor is configured to measure an acceleration value and a gyro value of the mobile communication terminal; and the processor is configured to correct a tilt error and/or external interference, caused by a magnetic substance, based on the acceleration value and the gyro value of the mobile communication terminal measured by the inertial measurement unit sensor. a memory configured to store a magnetic field map comprising magnetic field values at positions; a magnetic field sensor configured to measure a magnetic field value at a position of the mobile communication terminal; an inertial measurement unit sensor; and a processor configured to determine the position of the mobile communication terminal based on a comparison of the magnetic field value measured by the magnetic field sensor with the magnetic field map stored in the memory, characterized in that the inertial measurement unit sensor is configured to measure an acceleration value and a gyro value of the mobile communication terminal; and the processor is configured to correct a tilt error and/or external interference, caused by a magnetic substance, based on the acceleration value and the gyro value of the mobile communication terminal measured by the inertial measurement unit sensor.
A faucet comprising: a fluid control valve comprising a plurality of valve components (20, 22), wherein a second valve component is configured for sliding engagement with a first valve component and the first and second components are provided in the form of disks; at least one of the first valve component and the second valve component (20, 22) comprising: a base material, a thin adhesion-promoting layer; a strengthening layer provided on the thin adhesion-promoting layer, the strengthening layer comprising at least one of tantalum and niobium; and an amorphous diamond material provided above the strengthening layer to form an exterior surface layer, characterised in that, the amorphous diamond material has a hardness that is at least 20 GPa and less than 45 GPa, a modulus that is at least 150 GPa and less than 400 GPa and sp 3 bonding of at least about 40%. a fluid control valve comprising a plurality of valve components (20, 22), wherein a second valve component is configured for sliding engagement with a first valve component and the first and second components are provided in the form of disks; at least one of the first valve component and the second valve component (20, 22) comprising: a base material, a thin adhesion-promoting layer; a strengthening layer provided on the thin adhesion-promoting layer, the strengthening layer comprising at least one of tantalum and niobium; and an amorphous diamond material provided above the strengthening layer to form an exterior surface layer, characterised in that, the amorphous diamond material has a hardness that is at least 20 GPa and less than 45 GPa, a modulus that is at least 150 GPa and less than 400 GPa and sp 3 bonding of at least about 40%. a base material, a thin adhesion-promoting layer; a strengthening layer provided on the thin adhesion-promoting layer, the strengthening layer comprising at least one of tantalum and niobium; and an amorphous diamond material provided above the strengthening layer to form an exterior surface layer, characterised in that, the amorphous diamond material has a hardness that is at least 20 GPa and less than 45 GPa, a modulus that is at least 150 GPa and less than 400 GPa and sp 3 bonding of at least about 40%.
A process of forming polyolefins comprising: introducing olefin monomer selected from C 2 -C 3 olefins into a first reaction zone under first polymerization conditions to form a first polyolefin; withdrawing a transfer effluent from the first reaction zone, the transfer effluent comprising first polyolefin and unreacted olefin monomer; introducing the transfer effluent, a comonomer selected from C 4 -C 8 olefins, and additional olefin monomer to a second reaction zone under second polymerization conditions to form a second reactor product; maintaining an essentially constant comonomer:olefin monomer ratio in the second reaction zone; and withdrawing at least a portion of the second reactor product, wherein the second reactor product comprises a bimodal polyolefin. introducing olefin monomer selected from C 2 -C 3 olefins into a first reaction zone under first polymerization conditions to form a first polyolefin; withdrawing a transfer effluent from the first reaction zone, the transfer effluent comprising first polyolefin and unreacted olefin monomer; introducing the transfer effluent, a comonomer selected from C 4 -C 8 olefins, and additional olefin monomer to a second reaction zone under second polymerization conditions to form a second reactor product; maintaining an essentially constant comonomer:olefin monomer ratio in the second reaction zone; and withdrawing at least a portion of the second reactor product, wherein the second reactor product comprises a bimodal polyolefin.