mhurhangee/ep-ind-claims huggingface dataset:
A Doppler blood flow monitoring device, comprising: a signal generation module configured to send a signal to a probe positioned in a probe receptacle on a vascular coupler positioned about a patient's vessel; a signal reception module configured to receive a return signal from the probe; a signal filtration module configured to filter the return signal; a signal conversion module configured to convert the filtered signal into an audible indication and a visual indication (212, 512) corresponding to a characteristic of blood flow in the patient's vessel; at least one speaker (214, 314, 314a-b) configured to emit the audible indication; and a user interface (210, 304) configured to display the visual indication (212, 512), characterized in that the visual indication (212, 512) includes various bars that each represent a frequency range or blood flow velocity threshold. a signal generation module configured to send a signal to a probe positioned in a probe receptacle on a vascular coupler positioned about a patient's vessel; a signal reception module configured to receive a return signal from the probe; a signal filtration module configured to filter the return signal; a signal conversion module configured to convert the filtered signal into an audible indication and a visual indication (212, 512) corresponding to a characteristic of blood flow in the patient's vessel; at least one speaker (214, 314, 314a-b) configured to emit the audible indication; and a user interface (210, 304) configured to display the visual indication (212, 512), characterized in that the visual indication (212, 512) includes various bars that each represent a frequency range or blood flow velocity threshold.
Transparent multilayer article suitable for shielding a three-dimensional volume from a radiation source, comprising, in this sequence, a) optionally a protective layer a, b) a substrate layer b based on a thermoplastic polymer having light transmittance in the range from 380 to 780 nm of at least 3.0% determined at a layer thickness of 4 mm to DIN ISO 13468-2:2006 (D65, 10°) and a T DS value of less than 40%, determined to ISO 13837:2008 at a layer thickness of 4 mm, where the substrate layer contains at least 0.001% by weight of an IR absorber other than carbon black, c) optionally a further layer c based on a thermoplastic polymer having a maximum thickness of 600 μm, d) at least one metal layer d comprising at least one element selected from Ag, Al, Au, Pt, Fe, Cr, Sn, In, Ti, Pd, Nb, Cu, V or alloys thereof where the sum total of the thicknesses of all metal layers is 1 nm to a maximum of 30 nm, and e) optionally a protective layer e, wherein at least 60% of the substrate layer b is covered by metal layer d, the layers that follow on from layer d, including protective layer e, have a total thickness of not more than 100 nm and the metal layer is disposed on the side of the substrate layer b intended to lie on the side of the multilayer article facing away from the radiation source. a) optionally a protective layer a, b) a substrate layer b based on a thermoplastic polymer having light transmittance in the range from 380 to 780 nm of at least 3.0% determined at a layer thickness of 4 mm to DIN ISO 13468-2:2006 (D65, 10°) and a T DS value of less than 40%, determined to ISO 13837:2008 at a layer thickness of 4 mm, where the substrate layer contains at least 0.001% by weight of an IR absorber other than carbon black, c) optionally a further layer c based on a thermoplastic polymer having a maximum thickness of 600 μm, d) at least one metal layer d comprising at least one element selected from Ag, Al, Au, Pt, Fe, Cr, Sn, In, Ti, Pd, Nb, Cu, V or alloys thereof where the sum total of the thicknesses of all metal layers is 1 nm to a maximum of 30 nm, and e) optionally a protective layer e, wherein at least 60% of the substrate layer b is covered by metal layer d, the layers that follow on from layer d, including protective layer e, have a total thickness of not more than 100 nm and the metal layer is disposed on the side of the substrate layer b intended to lie on the side of the multilayer article facing away from the radiation source.
Nebulizer for a fluid, having a pressure generator for conveying and/or nebulizing the fluid, wherein the nebulizer has a signal device for generating at least one acoustic and/or vibratory signal for user guidance, wherein the signal device operates exclusively mechanically, and wherein the signal device has a spring store which is independent of the pressure generator, characterised in that the spring store can be (manually) tensioned together with the pressure generator and is designed as a drive for the signal device.
A semiconductor die, comprising: proximity connectors proximate to a first surface of the semiconductor die, wherein the semiconductor die is configured to communicate signals with another semiconductor die via proximity communication through one or more of the proximity connectors; and a positive feature coupled to a second surface of the semiconductor die, wherein a first region around the positive feature defines a first plane and wherein the positive feature protrudes above the first plane, characterized in that the positive feature includes a single L-shaped key structure located proximal a corner of the semiconductor die that specifies only one rotational orientation in the first plane of the semiconductor die with respect to the other semiconductor die to mechanically align the semiconductor die with the other semiconductor die, wherein the semiconductor die is configured to mate with a corresponding negative L-shaped key structure of the other semiconductor die at the one rotational orientation. proximity connectors proximate to a first surface of the semiconductor die, wherein the semiconductor die is configured to communicate signals with another semiconductor die via proximity communication through one or more of the proximity connectors; and a positive feature coupled to a second surface of the semiconductor die, wherein a first region around the positive feature defines a first plane and wherein the positive feature protrudes above the first plane, characterized in that the positive feature includes a single L-shaped key structure located proximal a corner of the semiconductor die that specifies only one rotational orientation in the first plane of the semiconductor die with respect to the other semiconductor die to mechanically align the semiconductor die with the other semiconductor die, wherein the semiconductor die is configured to mate with a corresponding negative L-shaped key structure of the other semiconductor die at the one rotational orientation.
A bed frame assembly comprising: a pair of parallel side rail members (62, 64) interconnected to form a generally rectangular frame structure, each of said side rail members (62, 64) having a uniform generally T-shape cross-section with a vertical flange and a horizontal flange extending from the general mid point of the vertical flange inward toward the center of the frame assembly for supporting a mattress and box spring, a first leg member extending downward and inward forming a generally four sided tapering receiver mechanically attached to both the horizontal and vertical flange, opposed cross rails (66, 68) extending generally perpendicularly between the side rail members (62, 64), a second leg member extending to the floor affixed proximate to an end of the cross rails (66, 68), each second leg member having a main body, a front wall, a side wall, and a caster flange for affixing a caster to said second leg member, the front wall of each second leg member being fastened to a cross rail (66, 68), and the side wall formed in a general downward wedge shape and being adapted to telescopically engage with said first leg member forming a complete leg assembly resistant to collapse, based on the close proximity of the connection of the first leg member to the side rail members (62, 64) and the contact with a floor forming a small lever arm to fulcrum distance and resistant to movement in any direction in the X, Y and Z axis. a pair of parallel side rail members (62, 64) interconnected to form a generally rectangular frame structure, each of said side rail members (62, 64) having a uniform generally T-shape cross-section with a vertical flange and a horizontal flange extending from the general mid point of the vertical flange inward toward the center of the frame assembly for supporting a mattress and box spring, a first leg member extending downward and inward forming a generally four sided tapering receiver mechanically attached to both the horizontal and vertical flange, opposed cross rails (66, 68) extending generally perpendicularly between the side rail members (62, 64), a second leg member extending to the floor affixed proximate to an end of the cross rails (66, 68), each second leg member having a main body, a front wall, a side wall, and a caster flange for affixing a caster to said second leg member, the front wall of each second leg member being fastened to a cross rail (66, 68), and the side wall formed in a general downward wedge shape and being adapted to telescopically engage with said first leg member forming a complete leg assembly resistant to collapse, based on the close proximity of the connection of the first leg member to the side rail members (62, 64) and the contact with a floor forming a small lever arm to fulcrum distance and resistant to movement in any direction in the X, Y and Z axis.
A method of manufacturing a container made of plastic, comprising the following steps: - continuously extruding a hose, - positioning an opened blow mold around the hose, so that the hose is arranged between two blow mold halves, - closing a hose gripper arranged at the blow mold to clamp the hose and simultaneously holding the hose open on its upper side to form an inlet opening, - separating the hose above the hose gripper to form a preform, - horizontally moving the blow mold together with the preform hanging therein and held by the hose gripper in a blowing position, - inserting a blow mandrel assembly from above into the inlet opening of the preform, - closing the blow mold halves, and - inflating the preform in the blow mold to form a container, - wherein the hose gripper clamps the hose with two gripping areas at two locations spaced apart from each other, so that the inlet opening comprises an oval cross-section. - continuously extruding a hose, - positioning an opened blow mold around the hose, so that the hose is arranged between two blow mold halves, - closing a hose gripper arranged at the blow mold to clamp the hose and simultaneously holding the hose open on its upper side to form an inlet opening, - separating the hose above the hose gripper to form a preform, - horizontally moving the blow mold together with the preform hanging therein and held by the hose gripper in a blowing position, - inserting a blow mandrel assembly from above into the inlet opening of the preform, - closing the blow mold halves, and - inflating the preform in the blow mold to form a container, - wherein the hose gripper clamps the hose with two gripping areas at two locations spaced apart from each other, so that the inlet opening comprises an oval cross-section.
A catheter tip comprising: a proximal capsule portion; a distal capsule portion, releasably coupled to the proximal capsule portion, comprising: a distal tip for connecting to an inner shaft of a delivery catheter; and a prosthesis containment sleeve; an intermediate shaft, having a prosthesis retainer located at a distal end; and a self-expanding centering element attached to the intermediate shaft, located proximally from the prosthesis retainer, and configured to guide the distal capsule portion and the proximal capsule portion together when closing distal and proximal capsule portions; characterised in that the self-expanding centering element is configured such that, during loading and deployment, the self-expanding centering element is collapsed under a valve prosthesis. a proximal capsule portion; a distal capsule portion, releasably coupled to the proximal capsule portion, comprising: a distal tip for connecting to an inner shaft of a delivery catheter; and a prosthesis containment sleeve; an intermediate shaft, having a prosthesis retainer located at a distal end; and a self-expanding centering element attached to the intermediate shaft, located proximally from the prosthesis retainer, and configured to guide the distal capsule portion and the proximal capsule portion together when closing distal and proximal capsule portions; characterised in that the self-expanding centering element is configured such that, during loading and deployment, the self-expanding centering element is collapsed under a valve prosthesis. a distal tip for connecting to an inner shaft of a delivery catheter; and a prosthesis containment sleeve; an intermediate shaft, having a prosthesis retainer located at a distal end; and a self-expanding centering element attached to the intermediate shaft, located proximally from the prosthesis retainer, and configured to guide the distal capsule portion and the proximal capsule portion together when closing distal and proximal capsule portions; characterised in that the self-expanding centering element is configured such that, during loading and deployment, the self-expanding centering element is collapsed under a valve prosthesis.
Exopolysaccharides - and polyunsaturated fatty acids (PUFAs)-containing biomass which contains microorganisms of the taxon Labyrinthulomycetes, characterized in that it has a PUFA content, based on the cell dry mass, of at least 20% by weight, a sulphate content, based on the dry mass, of 25 to 40 g/kg and a moisture content of below 5% by weight, wherein the sulphate content is determined by ascertaining the sulphur content by means of elemental analysis in accordance with DIN EN ISO 11885.
A neutralization process in which at least one ethylenically unsaturated carboxylic acid is neutralized at least partly with a base, the temperature of the ethylenically unsaturated carboxylic acid is from 15 to 40°C and the ethylenically unsaturated carboxylic acid is acrylic acid, which comprises determining the content of at least one component of at least one stream of the neutralization continuously and utilizing it for regulating the neutralization.
A protocol stack for an ad hoc type network comprising existing modules from third generation 3GPP architectures, said protocol stack comprising a radio access plane, a mobility management module AHMM and a radio resource control module RRC, said ad hoc type network being able to be organized into several groups or clusters, a group corresponding to a grouping together of radio resources for a given coverage area, the protocol stack is characterized in that it additionally comprises the following items: • a routing module RSN arranged between the management module AHMM and the radio resource control module, a part of the mobility management being managed in the access plane in order to manage transfers, or handovers, between the groups, in the case of a network that is organized into groups of users or "clusterized", • the RRC module manages handover decisions and radio resource management, • said protocol stack additionally comprising an L2RTP layer suitable for processing the radio-level regenerative relaying at the level of a data packet, • a security plane for isolating security functions. • a routing module RSN arranged between the management module AHMM and the radio resource control module, a part of the mobility management being managed in the access plane in order to manage transfers, or handovers, between the groups, in the case of a network that is organized into groups of users or "clusterized", • the RRC module manages handover decisions and radio resource management, • said protocol stack additionally comprising an L2RTP layer suitable for processing the radio-level regenerative relaying at the level of a data packet, • a security plane for isolating security functions.
A fuel cell system comprising: a fuel cell module including a plurality of unit cells for generating electric energy using oxygen of air and hydrogen of reformed fuel gas; a first module including: a burner to burn unreacted fuel gas and air discharged from the fuel cell module; a heat-transfer device placed adjacent to the burner to heat air via heat exchange thereof with flame and hot combusted gas generated from the burner and to supply the heated air to the fuel cell module; and a water-vapor generator disposed adjacent to the burner to convert water moving therein to water vapor via heat exchange thereof with the hot combusted gas; and a second module placed adjacent to the first module, wherein the second module is configured to: mix fuel supplied from an external fuel supply source and the water vapor supplied from the water-vapor generator with each other to form a mixture; perform a water vapor reforming reaction of the mixture; and supply the reformed fuel gas to the fuel cell module. a fuel cell module including a plurality of unit cells for generating electric energy using oxygen of air and hydrogen of reformed fuel gas; a first module including: a burner to burn unreacted fuel gas and air discharged from the fuel cell module; a heat-transfer device placed adjacent to the burner to heat air via heat exchange thereof with flame and hot combusted gas generated from the burner and to supply the heated air to the fuel cell module; and a water-vapor generator disposed adjacent to the burner to convert water moving therein to water vapor via heat exchange thereof with the hot combusted gas; and a burner to burn unreacted fuel gas and air discharged from the fuel cell module; a heat-transfer device placed adjacent to the burner to heat air via heat exchange thereof with flame and hot combusted gas generated from the burner and to supply the heated air to the fuel cell module; and a water-vapor generator disposed adjacent to the burner to convert water moving therein to water vapor via heat exchange thereof with the hot combusted gas; and a second module placed adjacent to the first module, wherein the second module is configured to: mix fuel supplied from an external fuel supply source and the water vapor supplied from the water-vapor generator with each other to form a mixture; perform a water vapor reforming reaction of the mixture; and supply the reformed fuel gas to the fuel cell module. mix fuel supplied from an external fuel supply source and the water vapor supplied from the water-vapor generator with each other to form a mixture; perform a water vapor reforming reaction of the mixture; and supply the reformed fuel gas to the fuel cell module.
An antenna assembly comprising: an antenna base having a feed; and an antenna element coupled to the antenna base, the antenna element including a central radiating element, a first side radiating element coupled to the central radiating element, and a second side radiating element coupled to the central radiating element, the central radiating element, the first side radiating element, and the second side radiating element form a cross shaped antenna structure extending along a central antenna axis, the central radiating element, the first side radiating element, and the second side radiating element having radial or rotational symmetry about the central antenna axis, wherein the feed of the antenna base has a cross shaped feed slot, and wherein feed portions (230, 330, 430) of the central radiating element, the first side radiating element, and the second side radiating element include feed tabs (232, 332, 432) received in the cross shaped feed slot. an antenna base having a feed; and an antenna element coupled to the antenna base, the antenna element including a central radiating element, a first side radiating element coupled to the central radiating element, and a second side radiating element coupled to the central radiating element, the central radiating element, the first side radiating element, and the second side radiating element form a cross shaped antenna structure extending along a central antenna axis, the central radiating element, the first side radiating element, and the second side radiating element having radial or rotational symmetry about the central antenna axis, wherein the feed of the antenna base has a cross shaped feed slot, and wherein feed portions (230, 330, 430) of the central radiating element, the first side radiating element, and the second side radiating element include feed tabs (232, 332, 432) received in the cross shaped feed slot.
A method of performing a multi-layer transmission (302; 306) from a transmitting station (100; 1500) to a receiving station (200; 1600) on a radio frequency, the multi-layer transmission (302; 306) comprising multiple layers (902, 904, 906) having different robustnesses (704, 706) on the radio frequency, the method comprising: transmitting, on a first layer of the multi-layer transmission (302; 306), a first portion (802.1) of first data and a first portion (804.1) of second data and, simultaneously on a second layer of the multi-layer transmission (302; 306), a second portion (802.2) of the first data and a second portion (804.2) of the second data, wherein a size of at least one of the first portion (802.1) of the first data, the second portion (802.2) of the first data, the first portion (804.1) of the second data, and the second portion (804.2) of the second data depends on at least one of a signal to noise ratio, SNR, and a signal to interference and noise ratio, SINR, at the receiving station (200; 1600). transmitting, on a first layer of the multi-layer transmission (302; 306), a first portion (802.1) of first data and a first portion (804.1) of second data and, simultaneously on a second layer of the multi-layer transmission (302; 306), a second portion (802.2) of the first data and a second portion (804.2) of the second data, wherein a size of at least one of the first portion (802.1) of the first data, the second portion (802.2) of the first data, the first portion (804.1) of the second data, and the second portion (804.2) of the second data depends on at least one of a signal to noise ratio, SNR, and a signal to interference and noise ratio, SINR, at the receiving station (200; 1600).
A motor vehicle suspension comprising: - a torsion bar of axial orientation, at least one axial end section thereof being tubular; - at least one connected suspension member comprising a bore of axial orientation, wherein the tubular axial end section extends axially; - a connecting ring of axial orientation which is connected in rotation to the suspension member and which extends axially into the tubular end section of the torsion bar; in which a concave internal wall of the bore and a convex external wall of the connecting ring delimit therebetween an annular housing of axial orientation, capable of receiving an adhesive or bonding agent attachment layer and the tubular axial end section of the composite torsion bar being axially introduced therein, characterized in that it comprises a complementary collar that has an L-shaped cross section, radially inside or radially outside, said collar being connected to a free axial end of the connecting ring or to a free axial end of the bore, and having an annular circular edge that ensures radial centering of the end section of the torsion bar. - a torsion bar of axial orientation, at least one axial end section thereof being tubular; - at least one connected suspension member comprising a bore of axial orientation, wherein the tubular axial end section extends axially; - a connecting ring of axial orientation which is connected in rotation to the suspension member and which extends axially into the tubular end section of the torsion bar;