mhurhangee/ep-ind-claims huggingface dataset:
Method for transmitting and receiving information in a cellular wireless communication system, said cellular wireless communication system comprising: • a first network control node arranged for controlling at least one first cell of said cellular wireless communication system, • a second network control node arranged for controlling at least one second cell of said cellular wireless communication system, wherein the first network control node is a first base station, and the second network control node is a second base station, said method comprising the steps of: • transmitting, by said first network control node, a cell coverage indicator indicating a cell coverage for said first cell to said second network control node, • receiving, by said second network control node, said cell coverage indicator, • using, by said second network control node, said cell coverage indicator for adjusting one or more radio resource management parameters associated with said second cell, wherein the one or more radio resource management parameters are mobility parameters, wherein the mobility parameters are anyone or more in a group comprising: a cell individual offset, handover candidate cells, a handover trigger, and a detected neighboring cell list. • a first network control node arranged for controlling at least one first cell of said cellular wireless communication system, • a second network control node arranged for controlling at least one second cell of said cellular wireless communication system, wherein the first network control node is a first base station, and the second network control node is a second base station, • transmitting, by said first network control node, a cell coverage indicator indicating a cell coverage for said first cell to said second network control node, • receiving, by said second network control node, said cell coverage indicator, • using, by said second network control node, said cell coverage indicator for adjusting one or more radio resource management parameters associated with said second cell, wherein the one or more radio resource management parameters are mobility parameters, wherein the mobility parameters are anyone or more in a group comprising: a cell individual offset, handover candidate cells, a handover trigger, and a detected neighboring cell list.
Garment (10, 90) for protecting at least one part of a user's body, against the effects of a contaminating agent, including across its thickness, from an external environment in which the user of the protective garment moves towards said user's body: - a textile layer, called the outer layer, configured to stop the liquid phase of the contaminating agent, having a dual hydrophobic and oleophobic property, and permeable to air, said outer layer being made by a plurality of pieces (21, 22, 23, 24) assembled together, at assembly zones, by stitching, - a textile layer, called filtering material layer, configured to absorb vapours originating from the contaminating agent, and permeable to air, at an assembly zone, the protective garment includes a textile layer, called reinforcing layer, having a dual hydrophilic and oleophilic property, and assembled with two pieces of the outer layer by a same stitching. - a textile layer, called the outer layer, configured to stop the liquid phase of the contaminating agent, having a dual hydrophobic and oleophobic property, and permeable to air, said outer layer being made by a plurality of pieces (21, 22, 23, 24) assembled together, at assembly zones, by stitching, - a textile layer, called filtering material layer, configured to absorb vapours originating from the contaminating agent, and permeable to air,
A non-aqueous electrolyte secondary battery comprising a power generating element including a positive electrode in which a positive electrode active material layer is formed on a surface of a positive electrode current collector, a negative electrode in which a negative electrode active material layer containing an aqueous binder is formed on a surface of a negative electrode current collector, and a separator that is disposed between the positive electrode active material layer and the negative electrode active material layer, the density of the negative electrode active material layer being 1.4 to 1.6 g/cm 3, wherein an electrolyte solution layer consisting of liquid electrolytes is disposed between the negative electrode active material layer and the separator and/or between the positive electrode active material layer and the separator, and wherein the ratio of total thickness of the positive electrode, the negative electrode and the separator to total thickness of the positive electrode, the negative electrode, the separator and the electrolyte solution layer, is 0.85 or more and less than 1.0. a positive electrode in which a positive electrode active material layer is formed on a surface of a positive electrode current collector, a negative electrode in which a negative electrode active material layer containing an aqueous binder is formed on a surface of a negative electrode current collector, and a separator that is disposed between the positive electrode active material layer and the negative electrode active material layer, the density of the negative electrode active material layer being 1.4 to 1.6 g/cm 3, wherein an electrolyte solution layer consisting of liquid electrolytes is disposed between the negative electrode active material layer and the separator and/or between the positive electrode active material layer and the separator, and wherein the ratio of total thickness of the positive electrode, the negative electrode and the separator to total thickness of the positive electrode, the negative electrode, the separator and the electrolyte solution layer, is 0.85 or more and less than 1.0.
A compound having the structure: wherein R 1 is guanidinium; and wherein n is zero or any positive integer. wherein R 1 is guanidinium; and wherein n is zero or any positive integer.
A prosthetic valve (100, 200) comprising: a plurality of leaflets, each leaflet including a leaflet first side region (184a, 284a) and a leaflet second side region (184b, 284b) opposite from the leaflet first side region, the leaflet first side region having a first bending stiffness that is greater than a second bending stiffness of the leaflet second side region, wherein each leaflet opens asymmetrically, wherein the leaflet second side region is operable to initiate opening before the leaflet first side region and where the leaflet first side region is operable to initiate closing before the leaflet second side region, the leaflet first side region of a first leaflet being coupled to a leaflet second side region of an adjacent leaflet, characterised in that the leaflet comprises at least one layer of a composite material, and at least a first portion of the leaflet first side region comprises more layers of composite material than the leaflet second side region. a plurality of leaflets, each leaflet including a leaflet first side region (184a, 284a) and a leaflet second side region (184b, 284b) opposite from the leaflet first side region, the leaflet first side region having a first bending stiffness that is greater than a second bending stiffness of the leaflet second side region, wherein each leaflet opens asymmetrically, wherein the leaflet second side region is operable to initiate opening before the leaflet first side region and where the leaflet first side region is operable to initiate closing before the leaflet second side region, the leaflet first side region of a first leaflet being coupled to a leaflet second side region of an adjacent leaflet, characterised in that the leaflet comprises at least one layer of a composite material, and at least a first portion of the leaflet first side region comprises more layers of composite material than the leaflet second side region.
Apparatus for squeezing out liquid-absorbing cleaning elements, in particular textile mops, comprising: - a pressing cage which can be mounted on a collecting receptacle and in which are disposed pressing jaws which are movable in slotted guides (40; 40a; 40b), wherein - the pressing jaws are in each case operatively connected to a displacement element which is movable in a direction of movement between a first end position and a second end position, wherein the apparatus further comprises: - the displacement element can be fixed in the first end position by disposing the articulated lever (28; 28a, 28b) beyond its dead centre. - a pressing cage which can be mounted on a collecting receptacle and in which are disposed pressing jaws which are movable in slotted guides (40; 40a; 40b), wherein - the pressing jaws are in each case operatively connected to a displacement element which is movable in a direction of movement between a first end position and a second end position, wherein the apparatus further comprises: - the displacement element can be fixed in the first end position by disposing the articulated lever (28; 28a, 28b) beyond its dead centre.
An apparatus for generating a sharp shadow, said apparatus comprising: a shadow caster comprising: two side segments, each of said side segments being a triangular shape and comprising: a base of said triangular shape, two sides of said triangular shape, said sides extending from said base of said triangular shape and meeting at a point (apex), and an apex, said apex comprising: said point at which two said sides meet, and a pivot point; a front segment, said front segment being a rectangular shape disposed between said bases of said side segments with said side segments depending perpendicularly from opposite ends of said front segment; a rotational axis, said rotational axis intersecting said pivot points of said side segments; and a light source, said light source being linear, spanning between said apexes of said side shadow casters, and disposed along said rotational axis; wherein said side segments and said front segment are configured to rotate around said rotational axis; and wherein said light source projects light across said side segments and said front segment in order to generate said sharp shadow. a shadow caster comprising: two side segments, each of said side segments being a triangular shape and comprising: a base of said triangular shape, two sides of said triangular shape, said sides extending from said base of said triangular shape and meeting at a point (apex), and an apex, said apex comprising: said point at which two said sides meet, and a pivot point; a front segment, said front segment being a rectangular shape disposed between said bases of said side segments with said side segments depending perpendicularly from opposite ends of said front segment; two side segments, each of said side segments being a triangular shape and comprising: a base of said triangular shape, two sides of said triangular shape, said sides extending from said base of said triangular shape and meeting at a point (apex), and an apex, said apex comprising: said point at which two said sides meet, and a pivot point; a base of said triangular shape, two sides of said triangular shape, said sides extending from said base of said triangular shape and meeting at a point (apex), and an apex, said apex comprising: said point at which two said sides meet, and a pivot point; said point at which two said sides meet, and a pivot point; a front segment, said front segment being a rectangular shape disposed between said bases of said side segments with said side segments depending perpendicularly from opposite ends of said front segment; a rotational axis, said rotational axis intersecting said pivot points of said side segments; and a light source, said light source being linear, spanning between said apexes of said side shadow casters, and disposed along said rotational axis; wherein said side segments and said front segment are configured to rotate around said rotational axis; and wherein said light source projects light across said side segments and said front segment in order to generate said sharp shadow.
Manoeuvring system comprising a manoeuvring device for a trailer, and a remote control for controlling the trailer by means of the manoeuvring device, wherein the manoeuvring device has at least one auxiliary traction drive temporarily driving wheels on both sides of the trailer, and wherein the manoeuvring device has technical means in order to determine a change in the orientation of the vehicle, characterized in that the remote control has an input device with a handle part and provides for a rotation of the handle part about its vertical axis, and wherein, with the rotation of the handle part about the vertical axis, a rotational component of the traction movement of the trailer can be influenced, wherein control signals are detected by deflecting the handle part, and the orientation of the handle part specifies a desired target orientation of the vehicle, and wherein, during cornering of the trailer, the orientation thereof continuously changes, to be precise for such time until the target orientation is achieved.
A method for the preparation of cross-linked enzyme aggregates, characterised by the following steps: i. generating aldehyde groups on enzyme molecules that may be dissolved in a solvent, by the addition of an oxidant: selected from the group of periodates of alkaline-earth metals; ii. precipitating the enzyme molecules using a suitable precipitation agent; iii. cross-linking the precipitated enzyme molecules provided with aldehyde groups, using an amine composition, yielding cross-linked enzyme aggregates with improved properties. i. generating aldehyde groups on enzyme molecules that may be dissolved in a solvent, by the addition of an oxidant: selected from the group of periodates of alkaline-earth metals; ii. precipitating the enzyme molecules using a suitable precipitation agent; iii. cross-linking the precipitated enzyme molecules provided with aldehyde groups, using an amine composition, yielding cross-linked enzyme aggregates with improved properties.
A wireless network with coordinated sectors to mitigate interference, the network comprising: a plurality of antennas (106, 108) each having a directional gain pattern, at least one antenna located at a first access point and at least one antenna located at a second access point spaced apart from the first access point, at least one antenna at the first access point oriented with maximum gain in a first direction that defines a first sector and at least one antenna at the second access point oriented with maximum gain in a second direction that defines a second sector, wherein the first sector projects from the first access point in a direction opposite the second sector and the second sector projects from the second access point in a direction opposite the first sector; at least one transceiver coupled to the antennas (106, 108) to sequence any antennas oriented in the first sector separately from any antennas oriented in the second sector; and a controller in communication with one or more of the transceivers to control sequencing of the antennas (106, 108) by causing the transceivers to activate antennas in one sector at different times than antennas in another sector. a plurality of antennas (106, 108) each having a directional gain pattern, at least one antenna located at a first access point and at least one antenna located at a second access point spaced apart from the first access point, at least one antenna at the first access point oriented with maximum gain in a first direction that defines a first sector and at least one antenna at the second access point oriented with maximum gain in a second direction that defines a second sector, wherein the first sector projects from the first access point in a direction opposite the second sector and the second sector projects from the second access point in a direction opposite the first sector; at least one transceiver coupled to the antennas (106, 108) to sequence any antennas oriented in the first sector separately from any antennas oriented in the second sector; and a controller in communication with one or more of the transceivers to control sequencing of the antennas (106, 108) by causing the transceivers to activate antennas in one sector at different times than antennas in another sector.
A curved roller conveyor with a conveyor frame and a plurality of conveyor rollers rotatably supported on the conveyor frame, wherein the curved conveyor has a drive system with a drive belt having a round cross-section, wherein the conveyor rollers each have at least one axle and at least one conical casing element, wherein the at least one conical casing element is rotatably supported about the at least one axle, characterized in that several conveyor rollers rest on the drive belt in a floating manner and that the conveyor rollers each have a drive sleeve that is rotatably supported about the at least one axle, wherein the drive sleeve rests on the drive belt to establish a drive contact and can be rotated relative to the conical casing element with torque.
A motor drive comprising: a control sub-assembly main circuit board subdivided into a high voltage region and a low voltage region; a moldable plastic housing having an interior in which the control sub-assembly main circuit board is disposed; at least one component disposed in the interior and designed to be accessed by an operator during installation and/or maintenance of the motor drive; and a plastic barrier integrally molded into the plastic housing and disposed in the plastic housing to limit access to the high voltage region of the control sub-assembly main circuit board while allowing access to the at least one component provided on the low voltage region of the control sub-assembly main circuit board. a control sub-assembly main circuit board subdivided into a high voltage region and a low voltage region; a moldable plastic housing having an interior in which the control sub-assembly main circuit board is disposed; at least one component disposed in the interior and designed to be accessed by an operator during installation and/or maintenance of the motor drive; and a plastic barrier integrally molded into the plastic housing and disposed in the plastic housing to limit access to the high voltage region of the control sub-assembly main circuit board while allowing access to the at least one component provided on the low voltage region of the control sub-assembly main circuit board.
A method for electronic detection and determination of analyte using a test strip, comprising the following steps: detecting a signal T0 in a detection zone and a signal R0 in a reference zone before a sample is added (S101, S201); adding a sample and detecting the signal in each of the detection zone and the reference zone at an interval of a second preset period; characterized by further comprising the following steps: calculating a judgement value based on a number of the immediately previous signals in each of the detection zone and the reference zone, the signal T0 in the detection zone before the sample is added, and the signal R0 in the reference zone before the sample is added, each time when a number of successive signals are detected in each of the detection zone and the reference zone, the number of successive detections being k and the number of the immediately previous signals being 2 k (S103, S205); and determining a judgement result based on a number of successive judgement values and a preset result threshold corresponding to a current detection time, the number of successive judgement values being m (S104, S206). detecting a signal T0 in a detection zone and a signal R0 in a reference zone before a sample is added (S101, S201); adding a sample and detecting the signal in each of the detection zone and the reference zone at an interval of a second preset period; characterized by further comprising the following steps: calculating a judgement value based on a number of the immediately previous signals in each of the detection zone and the reference zone, the signal T0 in the detection zone before the sample is added, and the signal R0 in the reference zone before the sample is added, each time when a number of successive signals are detected in each of the detection zone and the reference zone, the number of successive detections being k and the number of the immediately previous signals being 2 k (S103, S205); and determining a judgement result based on a number of successive judgement values and a preset result threshold corresponding to a current detection time, the number of successive judgement values being m (S104, S206). calculating a judgement value based on a number of the immediately previous signals in each of the detection zone and the reference zone, the signal T0 in the detection zone before the sample is added, and the signal R0 in the reference zone before the sample is added, each time when a number of successive signals are detected in each of the detection zone and the reference zone, the number of successive detections being k and the number of the immediately previous signals being 2 k (S103, S205); and determining a judgement result based on a number of successive judgement values and a preset result threshold corresponding to a current detection time, the number of successive judgement values being m (S104, S206).
A method for producing high fidelity oligonucleotides on a solid support, the method comprising: a) exposing a plurality of support-bound single-stranded oligonucleotides comprising a predefined sequence to a polymerase enzyme under conditions suitable for a template-dependant synthesis reaction, thereby to produce a plurality of double-stranded oligonucleotides, each of which comprises a support-bound oligonucleotide and a synthesized complementary oligonucleotide; b) denaturing the plurality of double-stranded oligonucleotides such that the synthesized oligonucleotides are released from the support-bound oligonucleotides into a solution; c) reannealing the synthesized oligonucleotides to the support-bound oligonucleotides, thereby to produce reannealed double-stranded oligonucleotides; and d) exposing the reannealed double-stranded oligonucleotides to a mismatch recognizing and cleaving component under conditions suitable for cleavage of reannealed double-stranded oligonucleotides containing a mismatch. a) exposing a plurality of support-bound single-stranded oligonucleotides comprising a predefined sequence to a polymerase enzyme under conditions suitable for a template-dependant synthesis reaction, thereby to produce a plurality of double-stranded oligonucleotides, each of which comprises a support-bound oligonucleotide and a synthesized complementary oligonucleotide; b) denaturing the plurality of double-stranded oligonucleotides such that the synthesized oligonucleotides are released from the support-bound oligonucleotides into a solution; c) reannealing the synthesized oligonucleotides to the support-bound oligonucleotides, thereby to produce reannealed double-stranded oligonucleotides; and d) exposing the reannealed double-stranded oligonucleotides to a mismatch recognizing and cleaving component under conditions suitable for cleavage of reannealed double-stranded oligonucleotides containing a mismatch.
A C-element comprising; a first nanopillar including a first fixed magnetic layer and coupled to a first contact; a second nanopillar including a second fixed magnetic layer and coupled to a second contact; and a third nanopillar including a third fixed magnetic layer and coupled to a third contact; wherein the first, second, and third nanopillars (414, 415, 416) are included in the C-element and are all formed over a common free magnetic layer, and the third fixed magnetic layer and the free magnetic layer form a magnetic tunnel junction, characterized in that the first and second nanopillars (414, 415) are formed on a common axis and the third nanopillar is formed on an additional axis that is orthogonal to the common axis.