mhurhangee/ep-ind-claims huggingface dataset:
A support for at least one segment of an electrical conductor of a ground power supply device for a ground vehicle, said support being in the form of an electrically insulating strip extending in a longitudinal direction, said support comprising: - a substantially flat top surface, - at least one groove (42, 44, 46) formed in said upper surface and extending in the longitudinal direction, the at least one groove being intended to receive the at least one segment of electrical conductor; and - a surface for attachment to a road, substantially opposite the upper surface, the support comprising a body formed from an elastomeric material, and being characterised in that it comprises a layer of a granular material, incorporated into the elastomeric material at the level of the upper surface of the support, so as to impart a roughness to the said upper surface, the granular material being formed of particles having a hardness greater than that of the elastomer material of the body. - a substantially flat top surface, - at least one groove (42, 44, 46) formed in said upper surface and extending in the longitudinal direction, the at least one groove being intended to receive the at least one segment of electrical conductor; and - a surface for attachment to a road, substantially opposite the upper surface, the support comprising a body formed from an elastomeric material, and being characterised in that it comprises a layer of a granular material, incorporated into the elastomeric material at the level of the upper surface of the support, so as to impart a roughness to the said upper surface, the granular material being formed of particles having a hardness greater than that of the elastomer material of the body.
A submarine vessel provided with a hull device reversibly fastened on an outer surface of a structure of the submarine vessel, the structure being made from a ferromagnetic material, the hull device comprising at least one attachment surface able to allow the attachment of the hull device to the structure, the attachment surface being deposed nearby the structure, characterized in that the hull device includes a plurality of permanent magnets arranged in the vicinity of the attachment surface in order to attach the hull device to the structure, and wherein the magnets are positioned in a grid on the attachment surface, each magnet being adjacent to or in the vicinity of at least one closest neighbor, each magnet having a polarity, the polarity of each magnet being oriented in the direction opposite the polarity of its at least one closest neighbor, wherein the hull device comprises a tile of elastomer material intended to form a coating for at least part of the hull. characterized in that the hull device includes a plurality of permanent magnets arranged in the vicinity of the attachment surface in order to attach the hull device to the structure, and wherein the magnets are positioned in a grid on the attachment surface, each magnet being adjacent to or in the vicinity of at least one closest neighbor, each magnet having a polarity, the polarity of each magnet being oriented in the direction opposite the polarity of its at least one closest neighbor, wherein the hull device comprises a tile of elastomer material intended to form a coating for at least part of the hull.
A divalent phosphazenium salt represented by the formula: in the formula, R 1 and R 2 represent each independently a hydrogen atom, a C 1-20 hydrocarbon group, a ring structure in which R 1 and R 2 are bonded to each other, or a ring structure in which a plurality of R 1 or R 2 are bonded to each other; A n- represents a deprotonated form of an organic sulfonic acid or organic disulfonic acid; either one of n and m is 1, and the other is 2; and a is 2 when Y is a carbon atom and 3 when Y is a phosphorus atom. R 1 and R 2 represent each independently a hydrogen atom, a C 1-20 hydrocarbon group, a ring structure in which R 1 and R 2 are bonded to each other, or a ring structure in which a plurality of R 1 or R 2 are bonded to each other; A n- represents a deprotonated form of an organic sulfonic acid or organic disulfonic acid; either one of n and m is 1, and the other is 2; and a is 2 when Y is a carbon atom and 3 when Y is a phosphorus atom.
A KD1 polypeptide comprising an amino acid sequence with at least 93% identity to the KD1 amino acid sequence set forth as amino acids 10-67 of SEQ ID NO:1, wherein amino acid 26 of SEQ ID NO:1 is changed from leucine to arginine or lysine, and wherein the polypeptide inhibits plasmin activity and has decreased anti-coagulation activity as compared to a wild type KD1 polypeptide.
A pharmaceutical composition comprising a monoclonal antibody or a mixture of monoclonal antibodies which binds to the C-terminus of PLAC1, preferably to the amino acid sequence spanning from amino acids 23 to 212 of PLAC1 and blocks the interaction between PLAC1 and FGF7 for use in a method for treating cancer or for use in treating cancer metastasis, wherein PLAC1 has the amino acid sequence of SEQ ID NO: 1.
A conductive protrusion assembly for an evaporator of an ice-making machine, the conductive protrusion assembly comprising: a conductive cup defining a chamber, the conductive cup is supported by a support plate of the evaporator; characterized by further comprising: a conductive lid fixed within the chamber, dividing the chamber into a cooling section and an insulating section, wherein the insulating section of the conductive cup is packed with an insulation material, wherein the conductive lid is defined with an inlet port and an outlet port to circulate a cooling fluid through the cooling section; and the insulating section is defined with a flow passage to allow flow of a defrost fluid. a conductive lid fixed within the chamber, dividing the chamber into a cooling section and an insulating section, wherein the insulating section of the conductive cup is packed with an insulation material, wherein the conductive lid is defined with an inlet port and an outlet port to circulate a cooling fluid through the cooling section; and the insulating section is defined with a flow passage to allow flow of a defrost fluid.
A method for dynamically allocating system resources in a computing system in which a server receives requests for computational and/or data storage resources, comprising the operations of: setting an objective associated with a corresponding partition of a resource being configured according to a first configuration using a configuration script; establishing a mathematical function yielding a value associated with the objective; detecting a violation of the objective due to a changing workload, wherein the method operation of detecting a violation of the goal due to a changing workload includes triggering a reconfiguration examination; generating alternative configurations based upon constraints; evaluating the alternative configurations to meet the objective under the changing workload; eliminating alternative configurations from consideration based on a decision history, the decision history tracking alternative configurations which have failed to meet the objective under the changing workload; ranking the alternative configurations; selecting a highest ranked one of the alternative configurations; and substituting the first configuration with the highest ranked one of the alternative configurations. setting an objective associated with a corresponding partition of a resource being configured according to a first configuration using a configuration script; establishing a mathematical function yielding a value associated with the objective; detecting a violation of the objective due to a changing workload, wherein the method operation of detecting a violation of the goal due to a changing workload includes triggering a reconfiguration examination; generating alternative configurations based upon constraints; evaluating the alternative configurations to meet the objective under the changing workload; eliminating alternative configurations from consideration based on a decision history, the decision history tracking alternative configurations which have failed to meet the objective under the changing workload; ranking the alternative configurations; selecting a highest ranked one of the alternative configurations; and substituting the first configuration with the highest ranked one of the alternative configurations.
A closing device comprising a fixed part in the form of a housing (2, 38, 39) and a thereon mounted moving part in the form of a slide (3, 40), having two-piece tumblers (Z1-Z5), which, for the release of the moving part, have to be aligned by the use of a key such, that in each case one pin (7, 45) is located entirely in the fixed part and the other pin (9, 61) is located entirely in the moving part (3, 40), wherein the tumblers (Z1-Z5) are held with a blocking element (14, 27, 33) in a blocking position, and the blocking element (14, 27, 33), for the release of the tumblers (Z1-Z5), is adjustable with a drive mechanism (12, 23, 30) which can be controlled via an electronic control device and wherein the blocking element (14, 27, 33) is mounted in the housing.
A rotor (2, 10) of a permanent magnet rotary machine, said rotor comprising: a rotary shaft; a rotor core fixed to a circumferential surface of said rotary shaft; a plurality of permanent magnets arranged on a circumferential surface of said rotor core at specific intervals along a circumferential direction thereof; and a conducting circuit (7, 11) arranged to surround at least one of said permanent magnets forming one magnetic pole, said conducting circuit (7, 11) including a pair of first conductor sections (12, 71) arranged along both circumferential ends of said permanent magnet in contact therewith and a pair of second conductor sections (13, 72) arranged on both axial end surfaces of the rotor core to interconnect electrically the ends of the pair of first conductor sections (12, 71); said rotor (2, 10) being characterized by further comprising a magnetic material piece (8, 22) arranged on an outer surface, that being the surface which will face the air gap between the rotor (2, 10) and the stator of the permanent magnet rotary machine, of each permanent magnet covering the middle part in the circumferential direction that is surrounded by said conducting circuit (7, 11), wherein the width in the circumferential direction of said magnetic material piece (8, 22) is made equal to or smaller than the width in the circumferential direction of said permanent magnet forming one magnetic pole, and wherein the magnetic material pieces (8, 22) are made of a material having a permeability as high as that of the rotor core and having a lower electric conductivity than that of the conducting circuits (7, 11). a rotary shaft; a rotor core fixed to a circumferential surface of said rotary shaft; a plurality of permanent magnets arranged on a circumferential surface of said rotor core at specific intervals along a circumferential direction thereof; and a conducting circuit (7, 11) arranged to surround at least one of said permanent magnets forming one magnetic pole, said conducting circuit (7, 11) including a pair of first conductor sections (12, 71) arranged along both circumferential ends of said permanent magnet in contact therewith and a pair of second conductor sections (13, 72) arranged on both axial end surfaces of the rotor core to interconnect electrically the ends of the pair of first conductor sections (12, 71); said rotor (2, 10) being characterized by further comprising a magnetic material piece (8, 22) arranged on an outer surface, that being the surface which will face the air gap between the rotor (2, 10) and the stator of the permanent magnet rotary machine, of each permanent magnet covering the middle part in the circumferential direction that is surrounded by said conducting circuit (7, 11), wherein the width in the circumferential direction of said magnetic material piece (8, 22) is made equal to or smaller than the width in the circumferential direction of said permanent magnet forming one magnetic pole, and wherein the magnetic material pieces (8, 22) are made of a material having a permeability as high as that of the rotor core and having a lower electric conductivity than that of the conducting circuits (7, 11).
An article of footwear comprising: an upper; a sole structure; wherein the sole structure comprises an outsole, the sole structure having a first direction that is tangential to an outer surface of the outsole and the sole structure having a second direction that is orthogonal to the first direction, wherein the second direction is also tangential to the outer surface of the outsole; the sole structure further comprising a midsole (340, 402), the midsole (340, 402) having a midsole geometry matching an outsole geometry of the outsole; the sole structure further including a plurality of apertures arranged in geometric patterns, and wherein apertures extend through outsole and midsole (340, 402); wherein tensioning the sole structure in the first direction causes the outsole to expand in both the first direction and the second direction. an upper; a sole structure; wherein the sole structure comprises an outsole, the sole structure having a first direction that is tangential to an outer surface of the outsole and the sole structure having a second direction that is orthogonal to the first direction, wherein the second direction is also tangential to the outer surface of the outsole; the sole structure further comprising a midsole (340, 402), the midsole (340, 402) having a midsole geometry matching an outsole geometry of the outsole; the sole structure further including a plurality of apertures arranged in geometric patterns, and wherein apertures extend through outsole and midsole (340, 402); wherein tensioning the sole structure in the first direction causes the outsole to expand in both the first direction and the second direction.
A medical device with an endoscope head, which is configured to be detachably connected to endoscope tubes, and with a measuring adapter, wherein the endoscope head has a longitudinal channel for receiving an endoscope tube between its proximal end and its distal end, wherein at least one measuring channel (13, 14) is arranged in the endoscope head which measuring channel has at least one inner connection opening which is connected to the longitudinal channel, and at least one outer connection opening which is arranged on the outside of the endoscope head in a lateral adapter connection region (20, 21), wherein the outer connection opening is connected to at least one measuring channel (28, 29) in the measuring adapter, which is detachably connected to the endoscope head, wherein the measuring adapter is configured as a U-shaped clamp, with a back and with two arms (23, 24), which are connected to the back, characterised in that the measuring adapter has latching projections (35, 36) at a distance from the back, which are located at free ends of the resiliently formed arms (23, 24) and which point inwardly towards the endoscope head; and the endoscope head has a latching edge, wherein the arms (23, 24) are configured such that they are bent apart when the measuring adapter is attached to the endoscope head, wherein the latching projections (35, 36) slide over the adapter connection region (20, 21) of the endoscope head and snap behind the latching edge of the endoscope head, so that the arms (23, 24) spring back and form a sufficiently tight connection between the at least one measuring channel (13, 14) in the endoscope head and a measuring channel (15, 16) in the at least one arm (23, 24) of the measuring adapter. the endoscope head has a latching edge, wherein the arms (23, 24) are configured such that they are bent apart when the measuring adapter is attached to the endoscope head, wherein the latching projections (35, 36) slide over the adapter connection region (20, 21) of the endoscope head and snap behind the latching edge of the endoscope head, so that the arms (23, 24) spring back and form a sufficiently tight connection between the at least one measuring channel (13, 14) in the endoscope head and a measuring channel (15, 16) in the at least one arm (23, 24) of the measuring adapter.
A machine for retreading tires, comprising: an expandable rim configured to be disposed around a moveable hub, the expandable rim including a plurality of shoes arranged symmetrically in a circumferential direction, each of the plurality of shoes including a base portion and a rim portion, the base portion positioned closer to the axis of rotation, the rim portion including a rim segment and flange segments on either side of the rim segment, the rim segment having an original rim width measured along the rotation axis of the rim between inward facing surfaces of the flange segments; a belt being disposed along the rim segment of the plurality of shoes; and characterised by further comprising an adapter attached to a flange segment of each of the plurality of shoes, the adapter extending over a circular segment of the expandable rim formed by the rim portion of the plurality of shoes, the adapter having a circular curvature corresponding to a circular curvature of the rim portion of each of the plurality of shoes; wherein a resulting rim width measured along the rotation axis of the rim between at least one inward facing surface of the adapter and an inward facing surface of the flange segment at another side of the rim is different than the original rim width. an expandable rim configured to be disposed around a moveable hub, the expandable rim including a plurality of shoes arranged symmetrically in a circumferential direction, each of the plurality of shoes including a base portion and a rim portion, the base portion positioned closer to the axis of rotation, the rim portion including a rim segment and flange segments on either side of the rim segment, the rim segment having an original rim width measured along the rotation axis of the rim between inward facing surfaces of the flange segments; a belt being disposed along the rim segment of the plurality of shoes; and characterised by further comprising an adapter attached to a flange segment of each of the plurality of shoes, the adapter extending over a circular segment of the expandable rim formed by the rim portion of the plurality of shoes, the adapter having a circular curvature corresponding to a circular curvature of the rim portion of each of the plurality of shoes; wherein a resulting rim width measured along the rotation axis of the rim between at least one inward facing surface of the adapter and an inward facing surface of the flange segment at another side of the rim is different than the original rim width.
A trace gas measurement apparatus for electrical equipment, the trace gas measurement apparatus comprising: at least one sample cell configured to collect an oil sample from the electrical equipment, wherein the at least one sample cell comprises: (i) an oil receiving portion for receiving an oil sample and (ii) a head space in an upper section thereof configured to receive ambient air therein; an oil pump for selectively pumping oil into and out of the sample cell; and a hydrogen gas sensor within an exhaust path of the sample cell and configured to: receive air exhausted from the sample cell and measure hydrogen gas in the air exhausted, characterized by at least one perforated or porous sheet horizontally fixed within the head space and arranged to receive oil. at least one sample cell configured to collect an oil sample from the electrical equipment, wherein the at least one sample cell comprises: (i) an oil receiving portion for receiving an oil sample and (ii) a head space in an upper section thereof configured to receive ambient air therein; an oil pump for selectively pumping oil into and out of the sample cell; and a hydrogen gas sensor within an exhaust path of the sample cell and configured to: receive air exhausted from the sample cell and measure hydrogen gas in the air exhausted, characterized by at least one perforated or porous sheet horizontally fixed within the head space and arranged to receive oil.
A spool valve comprising: a body portion having at least two ports and a spool-receiving opening; and a spool slideably retained within the opening of the body portion, the spool having at least one passageway moveable to a first position so as to communicate with the at least two ports, wherein the spool is positionable in a second spool position wherein the at least two ports are not in communication, characterised in that: the spool is positionable in a third spool position, wherein the at least two ports are able to communicate with a reservoir that stores hydraulic fluid. a body portion having at least two ports and a spool-receiving opening; and a spool slideably retained within the opening of the body portion, the spool having at least one passageway moveable to a first position so as to communicate with the at least two ports, the spool is positionable in a third spool position, wherein the at least two ports are able to communicate with a reservoir that stores hydraulic fluid.
A process for dispensing material between two rolls of a laminator comprising: a) releasing at least two reactants from separate reactant storage tanks (12, 14) b) contacting the reactants with a mixer having a mixing speed in the range of from 1000 rpm to 8000 rpm and; c) mixing the reactants in the mixer for less than 60 seconds to form mixed product d) depositing the mixed product into a dispensing nozzle e) dispensing mixed product from the dispensing nozzle between the two rolls; f) discontinuing the release of the reactants; g) releasing a first solvent from a first solvent storage container h) contacting the first solvent with the mixer i) depositing the first solvent into the dispensing nozzle; j) dispensing the first solvent from the dispensing nozzle between the two rolls; k) discontinuing the release of the first solvent; and l) repeating steps a) through e). a) releasing at least two reactants from separate reactant storage tanks (12, 14) b) contacting the reactants with a mixer having a mixing speed in the range of from 1000 rpm to 8000 rpm and; c) mixing the reactants in the mixer for less than 60 seconds to form mixed product d) depositing the mixed product into a dispensing nozzle e) dispensing mixed product from the dispensing nozzle between the two rolls; f) discontinuing the release of the reactants; g) releasing a first solvent from a first solvent storage container h) contacting the first solvent with the mixer i) depositing the first solvent into the dispensing nozzle; j) dispensing the first solvent from the dispensing nozzle between the two rolls; k) discontinuing the release of the first solvent; and l) repeating steps a) through e).
A subsea system, comprising: at least one valve actuator module; and at least one modem unit that receives power signals; a housing; characterized by at least one wet mating connector, comprising at least one connection member on an outer surface of the housing and connectable to a power cable that receives the power signals; and the modem unit is in the housing and is connected to said at least one connection member; wherein at least one auxiliary equipment is responsive to an output provided by the modem unit. at least one valve actuator module; and at least one modem unit that receives power signals; a housing; characterized by at least one wet mating connector, comprising at least one connection member on an outer surface of the housing and connectable to a power cable that receives the power signals; and the modem unit is in the housing and is connected to said at least one connection member; wherein at least one auxiliary equipment is responsive to an output provided by the modem unit.