mhurhangee/ep-ind-claims huggingface dataset:
A system for simultaneously driving a plurality of antennas (106, 108) for generation of an electromagnetic field around a vehicle, the system comprising: a first terminal; a second terminal; a plurality of terminals including the first terminal and the second terminal; a first driver coupled to the first terminal; a second driver coupled to the second terminal; a circuit configured to generate an indication of a phase difference between a first current through the first terminal and a second current through the second terminal; a control circuit configured to enable the first driver and the second driver to concurrently drive a first signal through the first terminal and a second signal through the second terminal, respectively, configured to adjust a delay (1002, 1102) between the first signal and the second signal based on the indication of the phase difference and a predetermined target phase difference, and configured to select for operation the first terminal and the second terminal from the plurality of terminals, wherein other terminals of the plurality of terminals are disabled while the first terminal and the second terminal are selected for operation; a first antenna coupled to the first terminal, the first antenna being configured to transmit a first Low Frequency signal in response to the first signal; and a second antenna coupled to the second terminal, the second antenna being configured to transmit a second LF signal in response to the second signal. a first terminal; a second terminal; a plurality of terminals including the first terminal and the second terminal; a first driver coupled to the first terminal; a second driver coupled to the second terminal; a circuit configured to generate an indication of a phase difference between a first current through the first terminal and a second current through the second terminal; a control circuit configured to enable the first driver and the second driver to concurrently drive a first signal through the first terminal and a second signal through the second terminal, respectively, configured to adjust a delay (1002, 1102) between the first signal and the second signal based on the indication of the phase difference and a predetermined target phase difference, and configured to select for operation the first terminal and the second terminal from the plurality of terminals, wherein other terminals of the plurality of terminals are disabled while the first terminal and the second terminal are selected for operation; a first antenna coupled to the first terminal, the first antenna being configured to transmit a first Low Frequency signal in response to the first signal; and a second antenna coupled to the second terminal, the second antenna being configured to transmit a second LF signal in response to the second signal.
An isolated polypeptide comprising an amino acid sequence that is at least 98% identical to a polypeptide having an amino acid sequence of SEQ ID NO: 20, wherein the polypeptide can bind to a fXa inhibitor, does not assemble into the prothrombinase complex and has reduced procoagulant activity compared to wild type fXa.
Switch, wherein the switch comprises a sensor device capable of transmitting data related to a sensor signal of at least one sensor (141, 142) of the sensor device to an external unit through wireless communication, wherein the sensor device comprises a control unit connected to the sensor or sensors, characterised in that the control unit is configured to provide a sleep-mode where the sensor device does not communicate, and an active mode where the sensor device evaluates the sensor signals and communicates with the external unit via wireless communication, whereby - the switch comprises a trip coil configured to activate the off-state of the switch in response to a trip coil current (It) applied to the trip coil, and - the control unit is configured to activate its active mode upon occurrence of the trip coil current. - the switch comprises a trip coil configured to activate the off-state of the switch in response to a trip coil current (It) applied to the trip coil, and - the control unit is configured to activate its active mode upon occurrence of the trip coil current.
A fluidic delivery device for a inkjet printer device, comprising: a fluid reservoir, containing a fluid; and a first body and a second body located in the fluid reservoir, wherein the first body and the second body are fluid permeable and compressible, the first body has an effective density greater than the second body, wherein the fluid reservoir is configured to have an upper reservoir portion and a lower reservoir portion that is contiguous with the upper reservoir portion, wherein the first body is located in the lower reservoir portion and the second body is located in the upper reservoir portion, the device further comprising: a dispensing pool area having a volume below and segregated from the first body for pooling of the fluid; a fluid ejector in flow communication for receiving the fluid from the dispensing pool area for ejection of the fluid from the device; and characterized by further comprising: an external grate encompassing an external portion of the fluid ejector, wherein the grate has open areas and a rib-like structure. a fluid reservoir, containing a fluid; and a first body and a second body located in the fluid reservoir, wherein the first body and the second body are fluid permeable and compressible, the first body has an effective density greater than the second body, wherein the fluid reservoir is configured to have an upper reservoir portion and a lower reservoir portion that is contiguous with the upper reservoir portion, wherein the first body is located in the lower reservoir portion and the second body is located in the upper reservoir portion, the device further comprising: a dispensing pool area having a volume below and segregated from the first body for pooling of the fluid; a fluid ejector in flow communication for receiving the fluid from the dispensing pool area for ejection of the fluid from the device; and characterized by further comprising: an external grate encompassing an external portion of the fluid ejector, wherein the grate has open areas and a rib-like structure. a dispensing pool area having a volume below and segregated from the first body for pooling of the fluid; a fluid ejector in flow communication for receiving the fluid from the dispensing pool area for ejection of the fluid from the device; and characterized by further comprising: an external grate encompassing an external portion of the fluid ejector, wherein the grate has open areas and a rib-like structure.
A method for sealing a blasthole wall, comprising the steps of: drilling a blasthole to a rock by a drill bit connected to a hollow drill rod; flushing the drill bit and the hollow drill rod via at least one flushing orifice; providing a sealant to the hollow drill rod; and releasing the sealant to the blasthole wall while lifting the drill bit, characterized in that: the drill bit comprises a flushing orifice and a sealant orifice, wherein the flushing orifice is below the sealant orifice in the direction of drilling; and the method comprises covering the flushing orifice after completing drilling the blasthole; providing the sealant to the drill bit; and releasing the sealant via the sealant orifice while lifting the drill bit. drilling a blasthole to a rock by a drill bit connected to a hollow drill rod; flushing the drill bit and the hollow drill rod via at least one flushing orifice; providing a sealant to the hollow drill rod; and releasing the sealant to the blasthole wall while lifting the drill bit, characterized in that: the drill bit comprises a flushing orifice and a sealant orifice, wherein the flushing orifice is below the sealant orifice in the direction of drilling; and the method comprises covering the flushing orifice after completing drilling the blasthole; providing the sealant to the drill bit; and releasing the sealant via the sealant orifice while lifting the drill bit. the drill bit comprises a flushing orifice and a sealant orifice, wherein the flushing orifice is below the sealant orifice in the direction of drilling; and the method comprises covering the flushing orifice after completing drilling the blasthole; providing the sealant to the drill bit; and releasing the sealant via the sealant orifice while lifting the drill bit.
Insertion tube for trenchless sewage pipe renovation, comprising an external tubular film that is preferably impermeable to liquids and reflects and/or absorbs, at least partially, UV radiation and/or visible light of short wavelengths and is opaque or at least contact transparent, as well as an inner tubular film comprising one or more layers and a carrier material impregnated with a reactive plastic resin arranged between the two tubular films (5, 2), wherein the external side of the inner tubular film that faces the carrier material has at least regionally a coating with at least one polysiloxane and/or with at least one migrating compound, and / or a covering with at least one migrating compound, that is integrated into an external layer of the inner tubular film and migrates depending on time to the surface of the external layer.
A ceiling structure for a wooden beam ceiling, - having a supporting ceiling, which has a horizontal upper covering layer, which is supported on supporting ceiling beams running parallel thereto, and - having a sub-ceiling, which is arranged vertically underneath the supporting ceiling, - wherein an edge-side supporting apparatus is provided for fastening the supporting ceiling to a vertical wall, - wherein the sub-ceiling has a horizontal lower covering layer, which is supported on sub-ceiling beams running parallel to the supporting ceiling beams, and - wherein the supporting ceiling beams are fastened at the ends to the edge-side supporting apparatus, characterised in that - the edge-side supporting apparatus is also provided for fastening the sub-ceiling to the vertical wall, - both the supporting ceiling beams and the sub-ceiling beams are fastened at the ends to the edge-side supporting apparatus such that a supporting connection is formed between the supporting ceiling and the sub-ceiling, and - the supporting connection is the only supporting connection between the supporting ceiling and the sub-ceiling. - having a supporting ceiling, which has a horizontal upper covering layer, which is supported on supporting ceiling beams running parallel thereto, and - having a sub-ceiling, which is arranged vertically underneath the supporting ceiling, - wherein an edge-side supporting apparatus is provided for fastening the supporting ceiling to a vertical wall, - wherein the sub-ceiling has a horizontal lower covering layer, which is supported on sub-ceiling beams running parallel to the supporting ceiling beams, and - wherein the supporting ceiling beams are fastened at the ends to the edge-side supporting apparatus, characterised in that - the edge-side supporting apparatus is also provided for fastening the sub-ceiling to the vertical wall, - both the supporting ceiling beams and the sub-ceiling beams are fastened at the ends to the edge-side supporting apparatus such that a supporting connection is formed between the supporting ceiling and the sub-ceiling, and - the supporting connection is the only supporting connection between the supporting ceiling and the sub-ceiling.
An apparatus for corrosion inhibition and corrosion indication, comprising: a collar body comprising a first end and a second end positioned opposite to the first end; a collar adapter disposed at the first end of the collar body, wherein the collar adapter couples, during use, to a first conduit; a system adapter disposed at the second end of the collar body, wherein the system adapter couples during use to a second conduit; a sacrificial anode positioned at least partially between the collar adapter and the system adapter, wherein the sacrificial anode comprises a first opening in fluid communication, during use, with the first conduit and the second conduit, wherein the first opening comprises a diameter such that the first opening does not protrude into a fluid flow during use relative to other components of the apparatus; and a visual indicator positioned at least partially between the sacrificial anode and the system adapter, wherein the visual indicator provides, during use, a visual signal regarding an extent of a dissolution of the sacrificial anode, and wherein the visual indicator comprises a second opening in fluid communication, during use, with the first conduit and the second conduit. a collar body comprising a first end and a second end positioned opposite to the first end; a collar adapter disposed at the first end of the collar body, wherein the collar adapter couples, during use, to a first conduit; a system adapter disposed at the second end of the collar body, wherein the system adapter couples during use to a second conduit; a sacrificial anode positioned at least partially between the collar adapter and the system adapter, wherein the sacrificial anode comprises a first opening in fluid communication, during use, with the first conduit and the second conduit, wherein the first opening comprises a diameter such that the first opening does not protrude into a fluid flow during use relative to other components of the apparatus; and a visual indicator positioned at least partially between the sacrificial anode and the system adapter, wherein the visual indicator provides, during use, a visual signal regarding an extent of a dissolution of the sacrificial anode, and wherein the visual indicator comprises a second opening in fluid communication, during use, with the first conduit and the second conduit.
A HVDC valve tower comprising: a cylindrical valve module loading part having a plurality of stacked layers, wherein each layer comprises a bottom frame and a plurality of sliding parts; a valve module loaded on the valve module loading part; and a crane disposed at a center of the top layer of the plurality of the stacked layers of the valve module loading part to be rotatable; wherein the crane is coupleable with the valve module; wherein each sliding part is coupled to the bottom frame to be slideable in a radial direction; and wherein the valve module is located on the sliding part. a cylindrical valve module loading part having a plurality of stacked layers, wherein each layer comprises a bottom frame and a plurality of sliding parts; a valve module loaded on the valve module loading part; and a crane disposed at a center of the top layer of the plurality of the stacked layers of the valve module loading part to be rotatable; wherein the crane is coupleable with the valve module; wherein each sliding part is coupled to the bottom frame to be slideable in a radial direction; and wherein the valve module is located on the sliding part.
Filter arrangement with a cabin filter and a filter seat for receiving the cabin filter, wherein the cabin filter comprises a folded filter medium and a trapezoidal sideband (6, 7) disposed on folding profiles of the filter medium, wherein at least one end fold (8, 9) of the folded filter medium is positioned in an inclined manner in relation to a plane on which fold edges of the folded filter medium are disposed, wherein the sideband (6, 7) has the same inclination as the end fold (8, 9), wherein the filter seat features a receiving contour which is designed correspondingly in relation to the sideband (6, 7) that has the same inclination as the end fold (8, 9) and wherein the cabin filter can be inserted into the filter seat in the direction of the fold edges.
Vane (7; 7') of a turbocharger with variable turbine geometry, which turbocharger has a turbine housing with an exhaust-gas inlet opening and with an exhaust-gas outlet opening, in which turbine housing there is arranged a turbine wheel fastened on a shaft, wherein the vane comprises the following: • a vane bottom side (8; 8') and a vane top side (9; 9'), which define the vane thickness, • a vane leading edge (10; 10') at a first intersection of the vane bottom side (8; 8') and the vane top side (9; 9'), • a vane trailing edge (11; 11') at a second intersection of the vane bottom side (8; 8') and the vane top side (9; 9'), and • a profile centreline which is defined by the vane bottom side (8; 8') and the vane top side (9; 9') and which runs between these from the vane leading edge (10; 10') to the vane trailing edge (11; 11'), • wherein the course of the profile centreline is undulating with two opposing antinodes (12A, 12B), wherein the profile centreline has an inflection point; and • wherein an angle of incidence γ preferably lies in a range from 10° to 30°, wherein the angle of incidence γ is the acute angle of a tangent to the profile centreline at the inflection point and of a tangent to the profile centreline at the vane leading edge (10; 10'); characterized in that, if the profile centreline (12; 12') is plotted on an X-Y coordinate system whose X-axis constitutes the vane length of the vane (7; 7') and the vane leading edge (10; 10') and the vane trailing edge (11; 11') are situated at Y=0, one of the antinodes of the profile centreline is a region which begins at the vane leading edge (10, 10') and which has negative Y values between the vane leading edge and a zero crossing of the profile centreline through the X-axis, and in that the second of the antinodes of the profile centreline is a region which always has positive Y values proceeding from the zero crossing of the profile centreline through the X-axis to the vane trailing edge, wherein the zero crossing is situated in a region between x=0.27 and x=0.40, wherein the vane leading edge (10; 10') is situated at x=0 and the vane trailing edge (11; 11') is situated at x=1. • a vane bottom side (8; 8') and a vane top side (9; 9'), which define the vane thickness, • a vane leading edge (10; 10') at a first intersection of the vane bottom side (8; 8') and the vane top side (9; 9'), • a vane trailing edge (11; 11') at a second intersection of the vane bottom side (8; 8') and the vane top side (9; 9'), and • a profile centreline which is defined by the vane bottom side (8; 8') and the vane top side (9; 9') and which runs between these from the vane leading edge (10; 10') to the vane trailing edge (11; 11'), • wherein the course of the profile centreline is undulating with two opposing antinodes (12A, 12B), wherein the profile centreline has an inflection point; and • wherein an angle of incidence γ preferably lies in a range from 10° to 30°, wherein the angle of incidence γ is the acute angle of a tangent to the profile centreline at the inflection point and of a tangent to the profile centreline at the vane leading edge (10; 10');
A solar device, comprising: a first solar cell configured to have a first long edge of a non-linear shape with protruding portions and includes first contact pads (116a-116f, 802) arranged in respective peaks of the protruding portions, wherein the first long edge extends in a length direction between respective ends of two opposing short edges that extend in a width direction; and a second solar cell configured to have a long edge to overlap with the first long edge at the protruding portions of the first solar cell, the long edge of the second solar cell is of a non-linear shape with protruding portions and including second contact pads (116a-116f, 802) in respective peaks of the protruding portions and that are aligned with the first contact pads (116a-116f, 802) to electrically connect the first solar cell and the second solar cell, thereby the first and second solar cells are arranged in a shingled manner such that an overlapping area in the width direction is larger over the contact pads (116a-166f, 802) than at points between the contact pads a first solar cell configured to have a first long edge of a non-linear shape with protruding portions and includes first contact pads (116a-116f, 802) arranged in respective peaks of the protruding portions, wherein the first long edge extends in a length direction between respective ends of two opposing short edges that extend in a width direction; and a second solar cell configured to have a long edge to overlap with the first long edge at the protruding portions of the first solar cell, the long edge of the second solar cell is of a non-linear shape with protruding portions and including second contact pads (116a-116f, 802) in respective peaks of the protruding portions and that are aligned with the first contact pads (116a-116f, 802) to electrically connect the first solar cell and the second solar cell, thereby the first and second solar cells are arranged in a shingled manner such that an overlapping area in the width direction is larger over the contact pads (116a-166f, 802) than at points between the contact pads
A cochlear lead comprising: a plurality of electrodes configured to stimulate an auditory nerve from within a cochlea; a flexible body supporting the plurality of electrodes along a length of the flexible body; and a stiffening element (500, 515, 700) made of a metal material, wherein the stiffening element is slidably encapsulated within the flexible body and is fully encapsulated within the cochlear lead and wherein a distal portion of the stiffening element is configured to plastically deform upon insertion into a curved portion of the cochlea, characterised in that the stiffening element is extending past a most distal electrode. a plurality of electrodes configured to stimulate an auditory nerve from within a cochlea; a flexible body supporting the plurality of electrodes along a length of the flexible body; and a stiffening element (500, 515, 700) made of a metal material, wherein the stiffening element is slidably encapsulated within the flexible body and is fully encapsulated within the cochlear lead and wherein a distal portion of the stiffening element is configured to plastically deform upon insertion into a curved portion of the cochlea, characterised in that the stiffening element is extending past a most distal electrode.
A method for making a modifiable heat transfer label, the method comprising: providing a support surface, a portion of the support surface having a modifiable area for at least one of data and graphics; and removing selectively portions of the modifiable area of the support surface such that a substrate is visible through the selectively removed portions of the heat transfer label, and characterised in that the support surface includes a portion for at least one of fixed data and fixed graphics. providing a support surface, a portion of the support surface having a modifiable area for at least one of data and graphics; and removing selectively portions of the modifiable area of the support surface such that a substrate is visible through the selectively removed portions of the heat transfer label, and characterised in that the support surface includes a portion for at least one of fixed data and fixed graphics.