mhurhangee/ep-ind-claims huggingface dataset:
A wiper blade assembly, comprising: an adhering member; an elastic member configured to support the adhering member; a rubber rail configured to be coupled to the adhering member; and spoilers configured to cover the elastic member and include rubber rail fixing units (600a, 600b) which fix the rubber rail, characterized in that the rubber rail fixing units (600a, 600b) and the spoilers are formed in one body by double extrusion to be fixed together and the rubber rail fixing units (600a, 600b) and the rubber rail are formed of a plastic material. an adhering member; an elastic member configured to support the adhering member; a rubber rail configured to be coupled to the adhering member; and spoilers configured to cover the elastic member and include rubber rail fixing units (600a, 600b) which fix the rubber rail, characterized in that the rubber rail fixing units (600a, 600b) and the spoilers are formed in one body by double extrusion to be fixed together and the rubber rail fixing units (600a, 600b) and the rubber rail are formed of a plastic material.
A runway deicing fluid comprising: glycerol; from 5% to 35% deicing salt; a thickener; a surfactant; and water. glycerol; from 5% to 35% deicing salt; a thickener; a surfactant; and water.
Filter device with a filter housing comprising at least two ports (12, 14), such as an inlet for unfiltered medium and an outlet for filtrate, and receiving a replaceable filter element, wherein a fluid-conveying connection present in an open position between the inlet and outlet is blocked in a closed position by means of a shut-off device and wherein the shut-off device can be moved into these individual positions by means of an actuating device, characterised in that the shut-off device comprises a partition wall positioned obliquely with respect to the longitudinal orientation of the filter housing, the top side of said partition wall opening, in the open position, into one port and the bottom side of said partition wall opening into the other port in each case; and the partition wall, when moved into the closed position by means of the actuating device, blocks at least the inlet by means of at least one shut-off element (66, 68). the shut-off device comprises a partition wall positioned obliquely with respect to the longitudinal orientation of the filter housing, the top side of said partition wall opening, in the open position, into one port and the bottom side of said partition wall opening into the other port in each case; and the partition wall, when moved into the closed position by means of the actuating device, blocks at least the inlet by means of at least one shut-off element (66, 68).
An integrated circuit (200; 200'), comprising: a magnetic sensing element having differential first and second outputs (208a, b) and an input, the input to receive current; first and second switches (210a, b) coupled to a respective one of the differential first and second outputs; a first voltage source coupled between the first and second switches, the first and second switches having a first state in which the first voltage source is coupled across the differential first and second outputs; and an IC output to output a voltage corresponding to the first voltage source when the first and second switches are in the first state for monitoring operation of a signal path from the magnetic sensing element to the IC output, characterized in the integrated circuit further including third and fourth switches (214a, b) coupled to a respective one of the differential first and second outputs; and a second voltage source coupled between the third and fourth switches, the third and fourth switches having a second state in which the second voltage source is coupled across the differential first and second outputs, wherein the IC output outputs a voltage corresponding to the second voltage source when the third and fourth switches are in the second state for monitoring operation of a signal path from the magnetic sensing element to the IC output. a magnetic sensing element having differential first and second outputs (208a, b) and an input, the input to receive current; first and second switches (210a, b) coupled to a respective one of the differential first and second outputs; a first voltage source coupled between the first and second switches, the first and second switches having a first state in which the first voltage source is coupled across the differential first and second outputs; and an IC output to output a voltage corresponding to the first voltage source when the first and second switches are in the first state for monitoring operation of a signal path from the magnetic sensing element to the IC output, characterized in the integrated circuit further including third and fourth switches (214a, b) coupled to a respective one of the differential first and second outputs; and a second voltage source coupled between the third and fourth switches, the third and fourth switches having a second state in which the second voltage source is coupled across the differential first and second outputs, wherein the IC output outputs a voltage corresponding to the second voltage source when the third and fourth switches are in the second state for monitoring operation of a signal path from the magnetic sensing element to the IC output.
An optical amplifying device (1A-1R) comprising: an optical amplifier (10A-10R) including an optical amplifying medium which optically amplifies light, and a transparent medium which the light passes a plurality of times through; an energy supplier which supplies excitation energy to the optical amplifying medium; and an optical resonator (13 1, 13 2) configured to resonate the light, wherein the optical amplifying medium and the transparent medium are on a resonant optical path of the optical resonator (13 1, 13 2); characterised in that the transparent medium has a rectangular parallelepiped shape having four inner faces defining a rectangular cross section, the rectangular cross section further comprising one chamfered corner and another chamfered corner for receiving and emitting the light from the transparent medium, and each of the four inner faces of the transparent medium is configured to reflect the light a plurality of times by total internal reflection so that the resonant optical path of the light turns inside the transparent medium. an optical amplifier (10A-10R) including an optical amplifying medium which optically amplifies light, and a transparent medium which the light passes a plurality of times through; an energy supplier which supplies excitation energy to the optical amplifying medium; and an optical resonator (13 1, 13 2) configured to resonate the light, wherein the optical amplifying medium and the transparent medium are on a resonant optical path of the optical resonator (13 1, 13 2); characterised in that the transparent medium has a rectangular parallelepiped shape having four inner faces defining a rectangular cross section, the rectangular cross section further comprising one chamfered corner and another chamfered corner for receiving and emitting the light from the transparent medium, and each of the four inner faces of the transparent medium is configured to reflect the light a plurality of times by total internal reflection so that the resonant optical path of the light turns inside the transparent medium.
A dual-bearing reel being attachable to a fishing rod and configured to forwardly reel out a fishing line in a forward direction, comprising: a reel unit including a first main body part and a second main body part, the first main body part including a first lateral surface, a second lateral surface being opposite to the first lateral surface, and an attachment-side surface, the second main body part including a third lateral surface facing the first lateral surface at a predetermined interval; a spool being disposed between the first main body part and the second main body part; a handle being rotatably attached to the first main body part on the second lateral surface; and an attaching member including an attaching surface facing a first direction, the attaching surface contacting to the fishing rod when the dual-bearing reel is attached to the fishing rod; the first main body part including a recessed portion extending along a first boundary portion, the first boundary portion being between the attachment-side surface and the first lateral surface, the attachment-side surface facing the first direction, characterised in that: the recessed portion has a circular-arc shape in a cross-section thereof when the recessed portion is viewed in a direction perpendicular to a direction in which the recessed portion extends. a reel unit including a first main body part and a second main body part, the first main body part including a first lateral surface, a second lateral surface being opposite to the first lateral surface, and an attachment-side surface, the second main body part including a third lateral surface facing the first lateral surface at a predetermined interval; a spool being disposed between the first main body part and the second main body part; a handle being rotatably attached to the first main body part on the second lateral surface; and an attaching member including an attaching surface facing a first direction, the attaching surface contacting to the fishing rod when the dual-bearing reel is attached to the fishing rod; the recessed portion has a circular-arc shape in a cross-section thereof when the recessed portion is viewed in a direction perpendicular to a direction in which the recessed portion extends.
An armrest, comprising a user interface, the armrest comprising - an upper beam, - a lower beam, - said upper and lower beams being arranged one on the other and attached at their first end rotatable with respect to an operator's operating environment by upper and lower pivot points (6, 7), respectively, the upper and lower pivot points having a first distance, - the upper and lower beams being attached at their second end rotatable to a user interface support by upper and lower support pivot points (10, 11), respectively, the upper and lower support pivot points having a second distance, - the beams (3, 4) and the pivot points (6, 7, 10,11) being arranged so that due to rotation of the beams (3, 4) from an operating position of the armrest to an upper position of said armrest, the user interface support rotates less than the beams (3, 4), wherein - the operating position of the armrest is at least essentially a horizontal position, and - the upper position is at least essentially a vertical position, characterized in that - at least an upper side of the upper beam comprises an armrest padding. - an upper beam, - a lower beam, - said upper and lower beams being arranged one on the other and attached at their first end rotatable with respect to an operator's operating environment by upper and lower pivot points (6, 7), respectively, the upper and lower pivot points having a first distance, - the upper and lower beams being attached at their second end rotatable to a user interface support by upper and lower support pivot points (10, 11), respectively, the upper and lower support pivot points having a second distance, - the beams (3, 4) and the pivot points (6, 7, 10,11) being arranged so that due to rotation of the beams (3, 4) from an operating position of the armrest to an upper position of said armrest, the user interface support rotates less than the beams (3, 4), wherein - the operating position of the armrest is at least essentially a horizontal position, and - the upper position is at least essentially a vertical position, characterized in that - at least an upper side of the upper beam comprises an armrest padding.
Apparatus for removing pin bones from fish fillets, comprising at least one pin bone removal device as well as a conveying device configured to convey the fish fillets past the at least one pin bone removal device, wherein the pin bone removal device comprises a rotationally driven profiled roller having a counter-bearing element forming a clamping gap, wherein the roller and the counter-bearing element are designed to grasp the pin bones in the clamping gap by clamping and to remove said bones from the fish fillets by applying tensile force, characterised in that the counter-bearing element and the roller are designed to be controllably moved with respect to each other by control means.
A method of analyzing an executing process, the method comprising: accessing source code for the executing process on a developer machine; defining (301, 302) one or more snappoints in the source code, the snappoints being defined by a location in the source code and one or more conditional statements; generating a collection plan that includes the definitions of the one or more snappoints; sending the collection plan to a server running the executing process; modifying code for the executing process on the server to include instructions for creating a snapshot from the executing process each time the one or more conditional statements for a snappoint are met, wherein the snapshot comprises a clone of the executing process and uses paging system and copy-on-write to create a copy of the executing process' memory; generating a snapshot when the one or more conditional statements of a corresponding snappoint are met; associating a diagnostic tool with the snapshot; and collecting data from the snapshot using the diagnostic tool without affecting the executing process. accessing source code for the executing process on a developer machine; defining (301, 302) one or more snappoints in the source code, the snappoints being defined by a location in the source code and one or more conditional statements; generating a collection plan that includes the definitions of the one or more snappoints; sending the collection plan to a server running the executing process; modifying code for the executing process on the server to include instructions for creating a snapshot from the executing process each time the one or more conditional statements for a snappoint are met, wherein the snapshot comprises a clone of the executing process and uses paging system and copy-on-write to create a copy of the executing process' memory; generating a snapshot when the one or more conditional statements of a corresponding snappoint are met; associating a diagnostic tool with the snapshot; and collecting data from the snapshot using the diagnostic tool without affecting the executing process.
Train control system supporting operation on lines equipped with ETCS «Full Supervision» mode operating in ETCS levels 1 or 2, characterized by the system is adapted with an onboard function translating a «Full Supervision» movement authority into a «Limited Supervision» movement authority, wherein the onboard function is enabled or disabled by additional information added to the Full supervision movement authority in a special data packet 44 of the ETCS standard.
Method of recycling labeled plastic articles, in particular labeled plastic containers, with a first step in which labels are detached from the plastic articles, and with a second step in which the plastic articles treated in the first step are sorted, wherein in the second step, plastic articles from which the labels have not been properly detached in the first step are sorted out, and the plastic articles sorted out in this way are again fed to the first step, characterized in that the labels are mechanically detached from the plastic articles, and that the plastic articles from which the labels have not been properly detached are mechanically sorted out.
A process for preparing a compound of formula I: or a salt thereof, where a is 0 or 1; R 4 is selected from halo, -CH 3, -CF 3, and -CN; b is 0 or an integer from 1 to 3; and each R 5 is independently selected from halo, -OH, -CH 3, -OCH 3, and -CF 3; the process comprising the step of reslurrying a compound of formula: in 2-methyltetrahydrofuran and cyclopentyl methyl ether as solvent to form a compound of formula I or a salt thereof.
A respirator assembly comprising: a respirator hood having a front side that includes a visor and a back side that includes an air inlet opening; a shape stable air manifold (20, 120, 220, 320) having an air inlet conduit (26, 126, 226, 326) extending through the air inlet opening of the hood and having, within the hood, a plurality of air delivery conduits (27, 28, 128, 228, 328) in fluid communication with the air inlet conduit, each air delivery conduit having an air outlet (32, 132, 232, 332) adjacent the front side of the hood, characterized in that the shape stable air manifold is removably disposed relative to the hood. a respirator hood having a front side that includes a visor and a back side that includes an air inlet opening; a shape stable air manifold (20, 120, 220, 320) having an air inlet conduit (26, 126, 226, 326) extending through the air inlet opening of the hood and having, within the hood, a plurality of air delivery conduits (27, 28, 128, 228, 328) in fluid communication with the air inlet conduit, each air delivery conduit having an air outlet (32, 132, 232, 332) adjacent the front side of the hood, characterized in that the shape stable air manifold is removably disposed relative to the hood.
A selective delivery molecule of Formula I, having the structure: [D A -c A]-A-[c M -M]-X-B-[c B -D B] Formula I wherein, X is a peptide linker cleavable by a matrix metalloproteinase; A is a peptide with a sequence consisting of 5 consecutive glutamates; B is a peptide with a sequence consisting of 8 consecutive arginines; c A, c B, and c M are each independently 0-1 amino acid; M is a polyethylene glycol polymer having an average molecular weight of 500Da, 2kDa, 5kDa, or 10kDa; any M is either directly (c M = 0) or indirectly (c M = 1) bound to A, B or X, or to linkers between X and A; D A and D B are a pair of acceptor and donor fluorescent moieties that are capable of undergoing Försters/fluorescence resonance energy transfer with the other; [D A -c A] is bound to the N-terminus of A; [c B -D B] is bound to the C-terminus of B; and the C-terminus of X is bound to the N-terminus of B. X is a peptide linker cleavable by a matrix metalloproteinase; A is a peptide with a sequence consisting of 5 consecutive glutamates; B is a peptide with a sequence consisting of 8 consecutive arginines; c A, c B, and c M are each independently 0-1 amino acid; M is a polyethylene glycol polymer having an average molecular weight of 500Da, 2kDa, 5kDa, or 10kDa; any M is either directly (c M = 0) or indirectly (c M = 1) bound to A, B or X, or to linkers between X and A; D A and D B are a pair of acceptor and donor fluorescent moieties that are capable of undergoing Försters/fluorescence resonance energy transfer with the other; [D A -c A] is bound to the N-terminus of A; [c B -D B] is bound to the C-terminus of B; and the C-terminus of X is bound to the N-terminus of B.
Forming apparatus for forming an item, the item including an end part, a body part and a tip, the body part extending from the end part, the tip being located at an end of the body part remote from the end part, wherein the apparatus includes a tip holder for holding the tip and an end die for clamping the end part, the apparatus including a rotator for inducing relative rotation between the end die and the tip holder which, in a twisting step, induces a twist in the body part in use, characterized in that the apparatus includes a body die, the body die including an upper die part and a lower die part, each having a respective formation surface, the body die being arranged in use to conform surfaces of the twisted body part to the formation surfaces of the upper and lower die parts of the body die by inducing creep deformation.
A method for automating column packing comprising: determining a slurry concentration of a chromatography medium; determining a column volume in at least one chromatography column; determining a compression factor in the at least one chromatography column for the chromatography medium; calculating a volume of the slurry needed for packing the volume with the determined compression factor, the calculation being based on the determined column volume, the determined compression factor and the determined slurry concentration; configuring the calculated volume of the slurry in a slurry tank; positioning a movable adapter of the at least one chromatography column at a low position; positioning or opening a media valve that allows for delivery of the calculated volume of the slurry into the at least one chromatography column; moving the adapter upwards and as the adapter is moved, sucking slurry from the slurry tank into the column; monitoring the adapter's height and stopping the adapter when the adapter has moved to a height corresponding to the pre-calculated slurry volume; consolidating the chromatography medium; automatically lowering the movable adapter in order to compress the chromatography medium to the determined compression factor; and automatically terminating the packing of the at least one chromatography column when a desired final packed column height is reached; the method being characterised in that said automatically terminating the packing is based on a determination of the height of adapter or the volume of liquid displaced by the adapter. determining a slurry concentration of a chromatography medium; determining a column volume in at least one chromatography column; determining a compression factor in the at least one chromatography column for the chromatography medium; calculating a volume of the slurry needed for packing the volume with the determined compression factor, the calculation being based on the determined column volume, the determined compression factor and the determined slurry concentration; configuring the calculated volume of the slurry in a slurry tank; positioning a movable adapter of the at least one chromatography column at a low position; positioning or opening a media valve that allows for delivery of the calculated volume of the slurry into the at least one chromatography column; moving the adapter upwards and as the adapter is moved, sucking slurry from the slurry tank into the column; monitoring the adapter's height and stopping the adapter when the adapter has moved to a height corresponding to the pre-calculated slurry volume; consolidating the chromatography medium; automatically lowering the movable adapter in order to compress the chromatography medium to the determined compression factor; and automatically terminating the packing of the at least one chromatography column when a desired final packed column height is reached; the method being characterised in that said automatically terminating the packing is based on a determination of the height of adapter or the volume of liquid displaced by the adapter.