mhurhangee/ep-ind-claims huggingface dataset:
A security document having a carrier element that comprises a surface having a main plane and a personalization region, a personalization layer being applied to the surface in the personalization region, the surface of the carrier element being formed having, in the personalization region, a plurality of structural elements that are oriented uniformly and that are elevated with respect to the main plane, the structural elements being formed having an axis spacing of less than 250 μm between vertical axes of the respective structural elements, the personalization layer lying above the structural elements, such that the structural elements are overlaid by the personalization layer, characterized in that the structural elements of the plurality of structural elements are formed to be immediately adjacent to each other, in that the personalization layer is applied only with colored ink particles without black ink particles and an associated black component is introduced into the interior of the carrier element, and in that a respective structural element of the plurality of structural elements is at least partially transparent and formed as an optical lens. the surface of the carrier element being formed having, in the personalization region, a plurality of structural elements that are oriented uniformly and that are elevated with respect to the main plane, the structural elements being formed having an axis spacing of less than 250 μm between vertical axes of the respective structural elements, the personalization layer lying above the structural elements, such that the structural elements are overlaid by the personalization layer, characterized in that the structural elements of the plurality of structural elements are formed to be immediately adjacent to each other, in that the personalization layer is applied only with colored ink particles without black ink particles and an associated black component is introduced into the interior of the carrier element, and in that a respective structural element of the plurality of structural elements is at least partially transparent and formed as an optical lens.
A method of separating a biological target from a label in a sample comprising: 1) binding the biological target to the label through a linking system comprising either a) linked ligands comprising i) a ligand that binds to the biological target and ii) an anti-polymer ligand that binds reversibly to the label, wherein the label is conjugated with a first polymer, or b) i) a first polymer-conjugated ligand that binds to the biological target and ii) the label, wherein the label is conjugated with an anti-polymer ligand that binds reversibly to the first polymer, and 2) adding a second polymer to the sample to separate the biological target from the label. 1) binding the biological target to the label through a linking system comprising either a) linked ligands comprising i) a ligand that binds to the biological target and ii) an anti-polymer ligand that binds reversibly to the label, wherein the label is conjugated with a first polymer, or b) i) a first polymer-conjugated ligand that binds to the biological target and ii) the label, wherein the label is conjugated with an anti-polymer ligand that binds reversibly to the first polymer, and a) linked ligands comprising i) a ligand that binds to the biological target and ii) an anti-polymer ligand that binds reversibly to the label, wherein the label is conjugated with a first polymer, or b) i) a first polymer-conjugated ligand that binds to the biological target and ii) the label, wherein the label is conjugated with an anti-polymer ligand that binds reversibly to the first polymer, and 2) adding a second polymer to the sample to separate the biological target from the label.
Wrapping device for a baler, having a wrapping table, a wrap dispenser, which is guided over a path which runs around a bale supported on the wrapping table, and a clamping device for fixing the wrap which comprises a first clamping bar and a second clamping bar, wherein the second clamping bar is movable between a first limiting stop position in which it is urged against the first clamping bar by means of a pressure-operated actuator, and a second limiting stop position, characterized in that in the first limiting stop position, the actuator can be switched in an unpressurized manner and the second clamping bar can be halted in an intermediate position between the first and second limiting stop position, wherein a valve arrangement (52, 53) is provided which can be switched around between a configuration in which a first working chamber of the actuator is connected to an outlet connection of a pump and a second working chamber of the actuator is connected to an inlet connection of the pump, a configuration in which the working chambers (50, 51) are connected together and separated from at least one of the connections for the pump, and a configuration in which at least one of the working chambers (50, 51) is tightly closed and the actuator is therefore halted.
A mesoscale fluidic system for separating motile cells from non-motile cells, the system comprising a substrate having a sample chamber and an analysis chamber; the sample chamber comprising a cell permeable filter defining a sample application compartment and a conditioning medium compartment, which cell permeable filter has a pore size in the range of from 1 μm to 20 μm; the sample chamber having a sample inlet port in the sample application compartment; the analysis chamber having an entry port and an exit port; the conditioning medium compartment being in fluid communication with the entry port of the analysis chamber via a channel and the conditioning medium compartment further comprising a medium inlet port in fluid communication with the ambient; wherein with reference to the gravitational field the sample application compartment is below the cell permeable filter and the conditioning medium compartment is above the cell permeable filter.
A mobile terminal, comprising: a front body; a rear body; and a slide module connecting the front body to the rear body such that the front body is slidable with respect to the rear body, wherein the slide module comprises: a first slide member fixed to a front surface of the rear body and having a rail unit at both sides of the rear body, the rail unit having a specific length corresponding to a slide stroke of the front body; and a second slide member fixed to a rear surface of the front body and having a moving guide constrained to the rail unit at both sides of the rear body to be slidably moved along the rail unit, characterized in that the moving guide has a bent portion protruding from the front body toward the rear body in order to receive the rail unit and cover the rail unit, wherein the bent portion of the moving guide is buried in the rear body. a front body; a rear body; and a slide module connecting the front body to the rear body such that the front body is slidable with respect to the rear body, wherein the slide module comprises: a first slide member fixed to a front surface of the rear body and having a rail unit at both sides of the rear body, the rail unit having a specific length corresponding to a slide stroke of the front body; and a second slide member fixed to a rear surface of the front body and having a moving guide constrained to the rail unit at both sides of the rear body to be slidably moved along the rail unit, characterized in that the moving guide has a bent portion protruding from the front body toward the rear body in order to receive the rail unit and cover the rail unit, wherein the bent portion of the moving guide is buried in the rear body. a first slide member fixed to a front surface of the rear body and having a rail unit at both sides of the rear body, the rail unit having a specific length corresponding to a slide stroke of the front body; and a second slide member fixed to a rear surface of the front body and having a moving guide constrained to the rail unit at both sides of the rear body to be slidably moved along the rail unit, characterized in that the moving guide has a bent portion protruding from the front body toward the rear body in order to receive the rail unit and cover the rail unit, wherein the bent portion of the moving guide is buried in the rear body.
A power semiconductor module, with - at least one semiconductor chip being connected to a cooling structure, - at least two power terminals being in electrical contact to the at least one semiconductor chip, and - a housing for the power semiconductor chip and the at least two power terminals, wherein - each of the at least two power terminals has a protruding part protruding beyond the housing in lateral directions, and - at least two protruding parts are provided with a first alignment hole, and - at least one of the at least two protruding parts are provided on a first lateral side of the power semiconductor module and characterized in that at least another one of the at least two protruding parts are provided on a second lateral side of the power semiconductor module being opposite the first lateral side. - at least one semiconductor chip being connected to a cooling structure, - at least two power terminals being in electrical contact to the at least one semiconductor chip, and - a housing for the power semiconductor chip and the at least two power terminals, wherein - each of the at least two power terminals has a protruding part protruding beyond the housing in lateral directions, and - at least two protruding parts are provided with a first alignment hole, and - at least one of the at least two protruding parts are provided on a first lateral side of the power semiconductor module and characterized in that at least another one of the at least two protruding parts are provided on a second lateral side of the power semiconductor module being opposite the first lateral side.
A monitoring system for monitoring voltages in a stack of batteries (10, 20, 30, etc) each battery comprising a plurality of cells (C1,1; C2, 1;...Cn,m), the monitoring system comprising a plurality of monitoring units (14, 24, 34,...) and a main controller, each monitoring unit (14, 24, 34) being associated with a different battery (10, 20, 30), whereby each of the monitoring units measures the voltage between a pair of terminals of a selected cell, whereby a first monitoring unit measures the voltage between a pair of terminals of a cell, or a group of cells, of a first battery and provides a first voltage measurement characterized in that a second monitoring unit measures the voltage between the pair of terminals of the same cell, or group of cells, of the said first battery and provides a second voltage measurement; and whereby the main controller is adapted to calculate a correction factor using said first and second measurements for correcting a set of measurements made by one of the monitoring units.
A reciprocating die pattern forming machine to form a pattern on a cylindrical surface of a blank having a cylindrical pattern receiving surface, said machine, comprising, a base, a pair of slidable members reciprocal on said base and movable along paths parallel to and on opposite sides of a longitudinal plane; at least one pair of pattern forming dies (512, 512a) each having a leading edge and a trailing edge and a pattern forming face mounted on said slidable members in facing relation, a drive mechanism for said slidable members to reciprocate said dies (512, 512a) between fully retracted and fully inserted positions, said faces of said dies (512, 512a) arranged to simultaneously engage the cylindrical pattern receiving surface of the positioned blank on diametrically opposite surfaces of said cylindrical pattern receiving surface, axial translation of said dies (512, 512a) from said fully retracted position to said fully inserted position causing the blank to rotate about its longitudinal center between said pattern forming faces to impart said pattern upon said cylindrical pattern receiving surface said dies (512, 512a) arranged to support the blank (600, 600a) during axial translation of said dies (512, 512a) toward the fully inserted position, characterized by a mechanism to deliver and position a blank (600, 600a) between said leading edges of said dies (512, 512a) when said leading edges of said dies (512, 512a) are spaced apart a distance greater than the diameter of the cylindrical pattern receiving surface, wherein said machine includes at least a pair of spaced bearing blocks supported on said base and a slidable rail slidably supported on each said bearing block, each said slidable rail supporting one of said dies (512, 512a) of said at least one pair of dies (512, 512a), wherein said machine includes two sets of spaced bearing blocks supported on said base and a pair of slidable rails with each slidable rail supported on said bearing blocks on one side of said longitudinal plane, wherein said machine includes two pairs of pattern forming dies (512, 512a) each having a leading edge and a trailing edge and a pattern forming face mounted on said slidable rails in facing relation and said delivery and positioning mechanism includes mechanism to deliver and position a blank (600, 600a) between the leading edges of said dies (512, 512a) of each said die set, wherein said drive mechanism includes two drive belts (505, 506) and two servo-motors each said drive belt (505, 506) connected to one of said slidable rails to reciprocate each said die (512, 512a) of each die set between said fully retracted and fully inserted positions.
A method for releasing a plurality of resources comprising: - supporting sessions between a plurality of devices and said plurality of resources; - determining that a hardware failure has occurred which is associated with the sessions using said plurality of resources; characterised by - transmitting a bulk resource release message which includes a range of values associated with an address range of said plurality of resources; wherein each value within said range of values corresponds to a resource to be released. - supporting sessions between a plurality of devices and said plurality of resources; - determining that a hardware failure has occurred which is associated with the sessions using said plurality of resources; characterised by - transmitting a bulk resource release message which includes a range of values associated with an address range of said plurality of resources; wherein each value within said range of values corresponds to a resource to be released.
Use of neural stem cells in the manufacture of a medicament for the treatment of a patient suffering peripheral arterial disease, wherein the disease is acute or critical limb ischemia, Buerger's disease or critical limb ischemia in diabetes.
A solar cell panel, comprising: a plurality of solar cells each including a semiconductor substrate and an electrode (42, 44) formed on the semiconductor substrate; and a wire for interconnecting the solar cells, wherein the electrode includes a bus-bar line having a pad portion for attachment of the wire and a line portion having a width smaller than a width of the pad portion, wherein the wire includes a first wire portion connected to the pad portion, and a second wire portion located on a portion excluding the pad portion, wherein the first wire portion has a thickness greater than a thickness of the second wire portion, and wherein the second wire portion is located over the line portion. a plurality of solar cells each including a semiconductor substrate and an electrode (42, 44) formed on the semiconductor substrate; and a wire for interconnecting the solar cells, wherein the electrode includes a bus-bar line having a pad portion for attachment of the wire and a line portion having a width smaller than a width of the pad portion, wherein the wire includes a first wire portion connected to the pad portion, and a second wire portion located on a portion excluding the pad portion, wherein the first wire portion has a thickness greater than a thickness of the second wire portion, and wherein the second wire portion is located over the line portion.
A seat-occupancy state detection device comprising: a seat occupancy sensor that forms a pressure sensitive portion on a seat occupancy surface of a seat; a load sensor that detects a load (Ws) applied to the seat occupancy surface; and a seat-occupancy state determination unit that determines a seat occupancy state of an occupant on the seat, based on an ON/OFF state of the seat occupancy sensor and the load which is detected by the load sensor, wherein the seat-occupancy state determination unit includes a seat non-occupancy state determination section that is configured to determine a seat non-occupancy state in which no occupant sits on the seat in a case where the seat occupancy sensor enters an OFF state and the load is equal to or lower than a first threshold value, and characterised in that the seat-occupancy determination unit further includes a threshold-value setting section that is configured to set a threshold value of the load, which is used in determination of the seat non-occupancy state, to a higher value, as duration increases after the seat occupancy sensor enters the OFF state. a seat occupancy sensor that forms a pressure sensitive portion on a seat occupancy surface of a seat; a load sensor that detects a load (Ws) applied to the seat occupancy surface; and a seat-occupancy state determination unit that determines a seat occupancy state of an occupant on the seat, based on an ON/OFF state of the seat occupancy sensor and the load which is detected by the load sensor, wherein the seat-occupancy state determination unit includes a seat non-occupancy state determination section that is configured to determine a seat non-occupancy state in which no occupant sits on the seat in a case where the seat occupancy sensor enters an OFF state and the load is equal to or lower than a first threshold value, and characterised in that the seat-occupancy determination unit further includes a threshold-value setting section that is configured to set a threshold value of the load, which is used in determination of the seat non-occupancy state, to a higher value, as duration increases after the seat occupancy sensor enters the OFF state. a seat non-occupancy state determination section that is configured to determine a seat non-occupancy state in which no occupant sits on the seat in a case where the seat occupancy sensor enters an OFF state and the load is equal to or lower than a first threshold value, and characterised in that the seat-occupancy determination unit further includes a threshold-value setting section that is configured to set a threshold value of the load, which is used in determination of the seat non-occupancy state, to a higher value, as duration increases after the seat occupancy sensor enters the OFF state.
A syringe assembly, comprising: a syringe; a vibrator configured to vibrate at least one frequency, wherein the vibrator is attached to the syringe; characterized in that the syringe assembly includes at least one pressure sensor configured to determine a vacuum pressure during fluid draw from the syringe by an infusion pump, wherein the vibrator is configured to vibrate based on the determined vacuum pressure. a syringe; a vibrator configured to vibrate at least one frequency, wherein the vibrator is attached to the syringe; characterized in that the syringe assembly includes at least one pressure sensor configured to determine a vacuum pressure during fluid draw from the syringe by an infusion pump, wherein the vibrator is configured to vibrate based on the determined vacuum pressure.
A display substrate, comprising: a base substrate; a metal pattern located on the base substrate; and an anti-reflection pattern located on a surface of the metal pattern proximate to the base substrate, wherein a difference between a first slope angle of the anti-reflection pattern and a second slope angle of the metal pattern is less than a first threshold, and a distance between a first edge of a side surface of the anti-reflection pattern proximate to the metal pattern and a second edge of a side surface of the metal pattern proximate to the anti-reflection pattern is less than a second threshold; the first slope angle is an acute angle formed between the side surface of the anti-reflection pattern and the base substrate, the second slope angle is an acute angle formed between the side surface of the metal pattern and the base substrate, and the first edge and the second edge are located on a same side of the anti-reflection pattern, wherein the metal pattern is a gate metal layer pattern of the display substrate, a material of the metal pattern is copper, and a material of the anti-reflection pattern is molybdenum oxide doped with a corrosion-resistant metal wherein in the anti-reflection pattern, a molar ratio of the corrosion-resistant metal to molybdenum is 4:100 to 6:100 and characterized in that the: corrosion-resistant metal is at least one selected from: ruthenium, rhodium, palladium, silver, osmium, iridium, platinum and gold. a base substrate; a metal pattern located on the base substrate; and an anti-reflection pattern located on a surface of the metal pattern proximate to the base substrate, wherein a difference between a first slope angle of the anti-reflection pattern and a second slope angle of the metal pattern is less than a first threshold, and a distance between a first edge of a side surface of the anti-reflection pattern proximate to the metal pattern and a second edge of a side surface of the metal pattern proximate to the anti-reflection pattern is less than a second threshold; the first slope angle is an acute angle formed between the side surface of the anti-reflection pattern and the base substrate, the second slope angle is an acute angle formed between the side surface of the metal pattern and the base substrate, and the first edge and the second edge are located on a same side of the anti-reflection pattern, wherein the metal pattern is a gate metal layer pattern of the display substrate, a material of the metal pattern is copper, and a material of the anti-reflection pattern is molybdenum oxide doped with a corrosion-resistant metal wherein in the anti-reflection pattern, a molar ratio of the corrosion-resistant metal to molybdenum is 4:100 to 6:100 and characterized in that the: corrosion-resistant metal is at least one selected from: ruthenium, rhodium, palladium, silver, osmium, iridium, platinum and gold.