mhurhangee/ep-ind-claims huggingface dataset:
A communications network comprising: a plurality of node groups, wherein each node group in the plurality of node groups comprises a plurality of nodes; and wherein the each node group in the plurality of node groups is configured to form a group of potential pathways for a communications link between the each node group and another node group in the plurality of node groups; and a control system configured to form a communications channel between a first end point and a second end point using a series of communications links between a first end node group in the plurality of node groups and a second end node group in the plurality of node groups, wherein a communications link in the series of communications links between a first node group in the plurality of node groups and a second node group in the plurality of node groups is formed along a potential pathway selected from the group of potential pathways between the first node group and the second node group, and wherein the control system is configured to ensure that the series of communications links has a desired level of availability and a desired level of reliability by, when one of the potential pathways in one of the groups of potential pathways is no longer available for use in forming one of the communications links in the series of communications links, using another of the potential pathways in that group of potential pathways to form that communications link. a plurality of node groups, wherein each node group in the plurality of node groups comprises a plurality of nodes; and wherein the each node group in the plurality of node groups is configured to form a group of potential pathways for a communications link between the each node group and another node group in the plurality of node groups; and wherein each node group in the plurality of node groups comprises a plurality of nodes; and wherein the each node group in the plurality of node groups is configured to form a group of potential pathways for a communications link between the each node group and another node group in the plurality of node groups; and a control system configured to form a communications channel between a first end point and a second end point using a series of communications links between a first end node group in the plurality of node groups and a second end node group in the plurality of node groups, wherein a communications link in the series of communications links between a first node group in the plurality of node groups and a second node group in the plurality of node groups is formed along a potential pathway selected from the group of potential pathways between the first node group and the second node group, and wherein the control system is configured to ensure that the series of communications links has a desired level of availability and a desired level of reliability by, when one of the potential pathways in one of the groups of potential pathways is no longer available for use in forming one of the communications links in the series of communications links, using another of the potential pathways in that group of potential pathways to form that communications link.
Annular seal intended to be attached to a door of a motor vehicle or to a door frame of a motor vehicle, the seal comprising two junctions (5, 6) and two attachment clips (7a, 7b, 8a, 8b) on either side of the two junctions (5, 6), characterized in that - a first portion comprises at least one attachment clip (7a, 8a), a plurality of additional attachment clips and no adhesive means, - a second portion comprises at least one adhesive means, the adhesive means extending over the entire length of the second portion in the form of two self-adhesive strips (11a, 11b) which are uniform and parallel to one another, the two junctions (5, 6) delimit the first portion from the second portion, the first portion and the second portion forming two complementary portions of the seal, and in that the seal comprises a bore intended to apply a vacuum to the volume contained between the two self-adhesive strips (11a, 11b). - a first portion comprises at least one attachment clip (7a, 8a), a plurality of additional attachment clips and no adhesive means, - a second portion comprises at least one adhesive means, the adhesive means extending over the entire length of the second portion in the form of two self-adhesive strips (11a, 11b) which are uniform and parallel to one another,
A diagnostic method for predicting a therapeutic effect of chemotherapy with a combination drug of tegafur/gimeracil/oteracil potassium with respect to renal cell carcinoma patients, the method comprising the steps of: measuring an expression level of thymidylate synthase gene in a biological sample, which is obtained from a patient and is likely to contain cancer cells; and predicting that the patient is likely to sufficiently respond to the chemotherapy when the expression level measured in Step is equal to or less than a corresponding predetermined cut-off point, wherein the predetermined cut-off point is a ratio to beta actin in the real-time PCR method of 2.5x10 -2. measuring an expression level of thymidylate synthase gene in a biological sample, which is obtained from a patient and is likely to contain cancer cells; and predicting that the patient is likely to sufficiently respond to the chemotherapy when the expression level measured in Step is equal to or less than a corresponding predetermined cut-off point,
A device for adjusting the mandibular protrusion occlusion ratios with means for adjusting the protrusion positioning of the mandible with respect to the maxilla, the device including: - an elongated arched shell having an approximately inverted U-shaped cross-section with an inner face and an outer face, said shell having an anterior portion on the front and two right and left side portions on the rear, said shell being adapted to be placed with its inner face covering a mandibular dental arch of a subject for taking an impression of said mandibular dental arch, an upper part of the outer face coming opposite occlusal faces of teeth of the maxillary dental arch, - at least one adjustable protrusion-adjustment pressing device, said at least one pressing device including a pressing element integral with the anterior portion of the shell and intended to come into abutment against teeth of a maxillary dental arch, the pressing element being able to be move forward or rearward with respect to the shell to adjust the protrusion, characterized in that the means for adjusting the protrusion positioning further allow the protrusion adjustment to be recorded and in that the pressing element is made integral with the anterior portion of the shell by means of a threaded rod immobilized to the shell, said pressing element being able to slide along said threaded rod and being taken in sandwich between a spring on the shell side and a nut on the free end side of the threaded rod, the spring pushing the pressing element against the nut, said nut being able to be screwed on or unscrewed from the threaded rod to move the pressing element forward or rearward with respect to the shell. - an elongated arched shell having an approximately inverted U-shaped cross-section with an inner face and an outer face, said shell having an anterior portion on the front and two right and left side portions on the rear, said shell being adapted to be placed with its inner face covering a mandibular dental arch of a subject for taking an impression of said mandibular dental arch, an upper part of the outer face coming opposite occlusal faces of teeth of the maxillary dental arch, - at least one adjustable protrusion-adjustment pressing device, said at least one pressing device including a pressing element integral with the anterior portion of the shell and intended to come into abutment against teeth of a maxillary dental arch, the pressing element being able to be move forward or rearward with respect to the shell to adjust the protrusion,
A customizable gift box kit comprising: a box blank comprising a box bottom and a plurality of sidewalls having lateral edges, the sidewalls being foldable with respect to the box bottom so that each lateral edge of each sidewall is positioned adjacent to a lateral edge of an adjacent sidewall; a label assembly including: a face sheet including a carrier portion, a label, and at least one tearable line of separation enabling removal of the carrier portion from the label; a back sheet removably joined to the face sheet; and four appendages cut in the carrier portion, each of the four appendages including a first relatively narrow edge, a second relatively wider opposing edge, and S-shaped side edges for joining the first and second edges (90 and 92), the appendages are provided for joining each lateral edge of at least one sidewall to the adjacent lateral edge of an adjacent sidewall and for holding the adjacent sidewalls together,; and the label for adhering to the box blank, the label covering at least the box bottom. a box blank comprising a box bottom and a plurality of sidewalls having lateral edges, the sidewalls being foldable with respect to the box bottom so that each lateral edge of each sidewall is positioned adjacent to a lateral edge of an adjacent sidewall; a label assembly including: a face sheet including a carrier portion, a label, and at least one tearable line of separation enabling removal of the carrier portion from the label; a back sheet removably joined to the face sheet; and four appendages cut in the carrier portion, each of the four appendages including a first relatively narrow edge, a second relatively wider opposing edge, and S-shaped side edges for joining the first and second edges (90 and 92), the appendages are provided for joining each lateral edge of at least one sidewall to the adjacent lateral edge of an adjacent sidewall and for holding the adjacent sidewalls together,; and the label for adhering to the box blank, the label covering at least the box bottom. a face sheet including a carrier portion, a label, and at least one tearable line of separation enabling removal of the carrier portion from the label; a back sheet removably joined to the face sheet; and four appendages cut in the carrier portion, each of the four appendages including a first relatively narrow edge, a second relatively wider opposing edge, and S-shaped side edges for joining the first and second edges (90 and 92), the appendages are provided for joining each lateral edge of at least one sidewall to the adjacent lateral edge of an adjacent sidewall and for holding the adjacent sidewalls together,; and the label for adhering to the box blank, the label covering at least the box bottom.
A system (FIG. 2) for providing power to a powered device (FIG.1, PD1), PD, over a communication link, comprising: current limit circuitry adapted to be responsive to an overcurrent event for restricting an output current, the current limit circuitry being configured to restrict the output current to be at most equal to a current limit threshold, and threshold circuitry adapted to set the current limit threshold in accordance with an output voltage of the system to produce a substantially constant output power of the system independent of changes in the output voltage while powering the PD. current limit circuitry adapted to be responsive to an overcurrent event for restricting an output current, the current limit circuitry being configured to restrict the output current to be at most equal to a current limit threshold, and threshold circuitry adapted to set the current limit threshold in accordance with an output voltage of the system to produce a substantially constant output power of the system independent of changes in the output voltage while powering the PD.
An attraction station for killing flying insects comprising: 1) a generally planar first panel providing at least one surface: a. being substantially dark in color; and b. providing specular reflectivity providing a facade of an opening; 2) a second panel providing a surface being substantially dark in color is provided; wherein the reflective surface is framed at least in part by the dark surface (14, 18, 20); and a pesticide (22, 30) on one or more surfaces for killing flying insects congregating or staging on the surface. 1) a generally planar first panel providing at least one surface: a. being substantially dark in color; and b. providing specular reflectivity providing a facade of an opening; a. being substantially dark in color; and b. providing specular reflectivity providing a facade of an opening; 2) a second panel providing a surface being substantially dark in color is provided; wherein the reflective surface is framed at least in part by the dark surface (14, 18, 20); and a pesticide (22, 30) on one or more surfaces for killing flying insects congregating or staging on the surface.
A load sensor arrangement for installation on a vehicle axle of a vehicle, the load sensor arrangement comprising: a non-invasive load sensor for measuring a load subjected to said vehicle axle, a sensor holder comprising a sensor holding portion and a mounting portion, said mounting portion being adapted for arrangement to said vehicle axle, characterized in that said load sensor comprises a magnetic sensor, adapted to measure a change in an inductive response from said vehicle axle by applying a magnetic field to said vehicle axle, or an optical sensor, said sensor holding portion is adapted for holding said load sensor in a position for direct measuring on said vehicle axle, and said load sensor arrangement comprising an attachment element for releasable connection of said load sensor to said sensor holding portion. a non-invasive load sensor for measuring a load subjected to said vehicle axle, a sensor holder comprising a sensor holding portion and a mounting portion, said mounting portion being adapted for arrangement to said vehicle axle, characterized in that said load sensor comprises a magnetic sensor, adapted to measure a change in an inductive response from said vehicle axle by applying a magnetic field to said vehicle axle, or an optical sensor, said sensor holding portion is adapted for holding said load sensor in a position for direct measuring on said vehicle axle, and said load sensor arrangement comprising an attachment element for releasable connection of said load sensor to said sensor holding portion. said sensor holding portion is adapted for holding said load sensor in a position for direct measuring on said vehicle axle, and said load sensor arrangement comprising an attachment element for releasable connection of said load sensor to said sensor holding portion.
A water purifier, comprising: a hot water tank (140, 340, 440); an inlet pipe (130, 330, 430) connected to the hot water tank (140, 340, 440) and configured to supply purified water to the hot water tank (140, 340, 440); a heater configured to heat the hot water tank (140, 340, 440); an inverter printed circuit board configured to control the operation of the heater; a heat sink (170, 270, 370, 470) formed of a metal material and disposed to partially enclose the inlet pipe (130, 330, 430); and a power semiconductor element (163, 363, 463) electrically connected to the inverter printed circuit board to control power to the heater, and fixed to the heat sink (170, 270, 370, 470) to heat-exchange with purified water flowing in the inlet pipe (130, 330, 430); characterized in that the inlet pipe (130, 330, 430) includes a first extension part and a second extension part that are bent at least one time at one side of the heat sink (170, 270, 370, 470) to intersect the heat sink (170, 270, 370, 470) in opposite directions from each other, and wherein the inlet pipe (130, 330, 430) is configured to supply purified water to the hot water tank via the heat sink (170, 270, 370, 470), and the power semiconductor element is fixed to an external surface of the heat sink to heat-exchange with purified water flowing through the heat sink. a hot water tank (140, 340, 440); an inlet pipe (130, 330, 430) connected to the hot water tank (140, 340, 440) and configured to supply purified water to the hot water tank (140, 340, 440); a heater configured to heat the hot water tank (140, 340, 440); an inverter printed circuit board configured to control the operation of the heater; a heat sink (170, 270, 370, 470) formed of a metal material and disposed to partially enclose the inlet pipe (130, 330, 430); and a power semiconductor element (163, 363, 463) electrically connected to the inverter printed circuit board to control power to the heater, and fixed to the heat sink (170, 270, 370, 470) to heat-exchange with purified water flowing in the inlet pipe (130, 330, 430); characterized in that the inlet pipe (130, 330, 430) includes a first extension part and a second extension part that are bent at least one time at one side of the heat sink (170, 270, 370, 470) to intersect the heat sink (170, 270, 370, 470) in opposite directions from each other, and wherein the inlet pipe (130, 330, 430) is configured to supply purified water to the hot water tank via the heat sink (170, 270, 370, 470), and the power semiconductor element is fixed to an external surface of the heat sink to heat-exchange with purified water flowing through the heat sink.
An inspection device for a sheet layer that inspects a sheet layer laminated on a base substrate, the inspection device comprising: a scanning device including a laser sensor that measures a two-dimensional shape of an inspection object using laser slit light, and a movement mechanism (2A, 2B) that moves the laser sensor in a predetermined direction; a first recognition unit that obtains three-dimensional shape data of an inspection object by associating a plurality of two-dimensional shape data obtained by the laser sensor with position data of the laser sensor at the time of measuring the two-dimensional shape; a second recognition unit that derives a three-dimensional shape of a sheet layer by obtaining a difference between first three-dimensional shape data indicating a three-dimensional shape of a first inspection object before the sheet layer is laminated on the base substrate and second three-dimensional shape data indicating a three-dimensional shape of a second inspection object after the sheet layer is laminated on the base substrate, characterized in that the inspection device further comprises a support mechanism that supports the base substrate such that the base substrate has a changeable posture. a scanning device including a laser sensor that measures a two-dimensional shape of an inspection object using laser slit light, and a movement mechanism (2A, 2B) that moves the laser sensor in a predetermined direction; a first recognition unit that obtains three-dimensional shape data of an inspection object by associating a plurality of two-dimensional shape data obtained by the laser sensor with position data of the laser sensor at the time of measuring the two-dimensional shape; a second recognition unit that derives a three-dimensional shape of a sheet layer by obtaining a difference between first three-dimensional shape data indicating a three-dimensional shape of a first inspection object before the sheet layer is laminated on the base substrate and second three-dimensional shape data indicating a three-dimensional shape of a second inspection object after the sheet layer is laminated on the base substrate, characterized in that the inspection device further comprises a support mechanism that supports the base substrate such that the base substrate has a changeable posture.
A method of purification of ethylene oxide which comprises: quenching and washing ethylene oxide reactor effluent by contact with aqueous alkali, passing a gaseous ethylene oxide containing stream obtained from said quench/wash to an ethylene oxide absorber wherein the ethylene oxide is absorbed in water to form a dilute aqueous ethylene oxide and carbon dioxide-containing solution and thereafter stripping said dilute solution in a EO stripper to produce a gaseous ethylene oxide and carbon dioxide-containing overhead vapor which is then passed to a reabsorber wherein ethylene oxide and carbon dioxide are absorbed to form a concentrated aqueous solution, the reabsorbate then being passed to a carbon dioxide and lights stripper to release gaseous carbon dioxide and the ethylene oxide-containing solution being recovered for use or further treatment; and passing an impurities-containing liquid stream obtained from said quench/wash to a second stripper such as a purge stripper or quench bleed stripper, introducing steam and carbon dioxide into said second stripper, wherein the CO 2 vapor is fed into the stripping steam to provide a minimum of 0.07 bar of CO 2 partial pressure and/or the pH in the second stripper after feeding carbon dioxide to it is below 8.0; feeding the gaseous overhead from said quench bleed stripper to said reabsorber; and removing the impurity-containing bottoms from said quench bleed stripper. quenching and washing ethylene oxide reactor effluent by contact with aqueous alkali, passing a gaseous ethylene oxide containing stream obtained from said quench/wash to an ethylene oxide absorber wherein the ethylene oxide is absorbed in water to form a dilute aqueous ethylene oxide and carbon dioxide-containing solution and thereafter stripping said dilute solution in a EO stripper to produce a gaseous ethylene oxide and carbon dioxide-containing overhead vapor which is then passed to a reabsorber wherein ethylene oxide and carbon dioxide are absorbed to form a concentrated aqueous solution, the reabsorbate then being passed to a carbon dioxide and lights stripper to release gaseous carbon dioxide and the ethylene oxide-containing solution being recovered for use or further treatment; and passing an impurities-containing liquid stream obtained from said quench/wash to a second stripper such as a purge stripper or quench bleed stripper, introducing steam and carbon dioxide into said second stripper, wherein the CO 2 vapor is fed into the stripping steam to provide a minimum of 0.07 bar of CO 2 partial pressure and/or the pH in the second stripper after feeding carbon dioxide to it is below 8.0; feeding the gaseous overhead from said quench bleed stripper to said reabsorber; and removing the impurity-containing bottoms from said quench bleed stripper. feeding the gaseous overhead from said quench bleed stripper to said reabsorber; and removing the impurity-containing bottoms from said quench bleed stripper.