mhurhangee/ep-ind-claims huggingface dataset:
An ink set comprising: an ozone stable cyan ink; and an ozone stable magenta ink; wherein said ozone stable magenta ink includes an ozone stable magenta dye, and a liquid vehicle including a fluorocarbon surfactant formed at least in part from a polymer comprising Formula 1: where R1= H, OH, or CH3; and R2= O m - n -CF 3 with m=1-3 and n=0-3, wherein said ozone stable magenta dye has a structure selected from the group consisting of Magenta Dye I, Magenta Dye II, Magenta Dye III and Magenta Dye IV: Wherein Magenta Dye I has R substituents selected from the group consisting of Combination A, Combination B, Combination C, Combination D, and Combination E Combination A Combination B Combination C Combination D Combination E And wherein Magenta Dye II has R substituents selected from the group consisting of Combination F, Combination G, Combination H, Combination I and Combination J Combination F R1= -SCH 3 R2= -CH 3 R3= CN R4= H R5 C 8 H 17 (t) Combination G R2= H R3= CONH 2 R4= H Combination H R2= CH 3 R3= H Combination I R1= CH 3 R2= CH 3 R3= H Combination J R2= H R3= H R6= C 8 H 17 (t) And wherein Magenta Dye III has R substituents selected from the group consisting of Combination K and Combination L Combination K R1= 5-CH 3 R2= H R3= CN R4= H Combination L R1= 5-NO 2 R2= CH 3 R3= H R4= SO 2 CH 3 And wherein Magenta Dye IV has R substituents as set out in Combination M Combination M R1= Me R2= CH 3 R3= CN R4= H an ozone stable cyan ink; and an ozone stable magenta ink; Combination A Combination B Combination C Combination D Combination E And wherein Magenta Dye II has R substituents selected from the group consisting of Combination F, Combination G, Combination H, Combination I and Combination J Combination F R1= -SCH 3 R2= -CH 3 R3= CN R4= H R5 C 8 H 17 (t) Combination G R2= H R3= CONH 2 R4= H Combination H R2= CH 3 R3= H Combination I R1= CH 3 R2= CH 3 R3= H Combination J R2= H R3= H R6= C 8 H 17 (t) And wherein Magenta Dye III has R substituents selected from the group consisting of Combination K and Combination L Combination K R1= 5-CH 3 R2= H R3= CN R4= H Combination L R1= 5-NO 2 R2= CH 3 R3= H R4= SO 2 CH 3 And wherein Magenta Dye IV has R substituents as set out in Combination M Combination M R1= Me R2= CH 3 R3= CN R4= H
A method for preparing an article that has a high probability of passing a UL94 V1 test, comprising: (a) designing a polymeric composition to be exposed to a designed dosage of UV radiation, wherein the polymeric composition comprises: (i) a cross-linkable polycarbonate resin having endcaps derived from 4-monohydroxybenzophenone and a weight average molecular weight of 15,000 to 30,000 as measured by GPC using polycarbonate molecular weight standards, and (ii) optionally one or more polymeric base resins, and wherein the polymeric composition has a designed weight percentage of the endcaps derived from 4-monohydroxybenzophenone, a designed melt flow rate and a designed weight average molecular weight; (b) preparing the cross-linkable polycarbonate resin by interfacial polymerization; (c) optionally blending the cross-linkable polycarbonate resin with the optional one or more polymeric base resins to form the polymeric composition; (d) forming an article from the polymeric composition; and (e) exposing the formed article to the designed UV dosage; wherein D, HBP, MF, and MW are selected based on an flame performance equation as follows: Sqrt p FTP + 0.01 = − 0.37308 + 0.05345 × D + 0.22797 × HBP − 2.06081 × 10 − 6 × MW − 0.092440 × MF + 2.81460 × 10 − 6 × MW × MF − 0.000583 × D 2 wherein p is the probability of a first time pass in a UL94 V1 test at 1.2 mm thickness after UV exposure and after 7 days of aging at 70°C; p is 0.7 or greater; D is at least 12 J/cm 2 of UVA radiation; and MF is from 7 to 20 g/10 min measured at (a) designing a polymeric composition to be exposed to a designed dosage of UV radiation, wherein the polymeric composition comprises: (i) a cross-linkable polycarbonate resin having endcaps derived from 4-monohydroxybenzophenone and a weight average molecular weight of 15,000 to 30,000 as measured by GPC using polycarbonate molecular weight standards, and (ii) optionally one or more polymeric base resins, and wherein the polymeric composition has a designed weight percentage of the endcaps derived from 4-monohydroxybenzophenone, a designed melt flow rate and a designed weight average molecular weight; (i) a cross-linkable polycarbonate resin having endcaps derived from 4-monohydroxybenzophenone and a weight average molecular weight of 15,000 to 30,000 as measured by GPC using polycarbonate molecular weight standards, and (ii) optionally one or more polymeric base resins, and (b) preparing the cross-linkable polycarbonate resin by interfacial polymerization; (c) optionally blending the cross-linkable polycarbonate resin with the optional one or more polymeric base resins to form the polymeric composition; (d) forming an article from the polymeric composition; and (e) exposing the formed article to the designed UV dosage;
A folding knife, comprising, a handle having a first and second handle halves (16, 18) held in a spaced apart relationship to define a blade groove therebetween; a blade pivotally connected between the handle halves at a tang and rotatable about a pivot axis between open and closed positions; and a pair of spring arms (82, 84), one on each side of the blade, each spring arm having a fixed end and a free end; characterized by a pin interconnecting the free ends of the spring arms, said pin positioned for exerting pressure on said tang for retaining said blade in the closed position and for exerting pressure on said tang to assist moving the blade into said open position when said blade is rotated about the pivot axis past a threshold point toward the open position.
Spillway water system, comprising: - at least one adjustable barrier sluice gate of at least one watercourse and defining: - at least one upstream stretch and at least one downstream stretch of said watercourse arranged upstream and downstream of the sluice gate itself respectively; - at least one spillway point arranged at a spillway height and at which a spillway water flow rate skims which flows from said upstream stretch and flows into said downstream stretch; said sluice gate comprising adjustment means for adjusting said spillway height the adjustment means being adapted to raise or lower said spillway height; - first measurement means for measuring the level of water flowing along said downstream stretch; - second measurement means for measuring the level of water of said upstream stretch; - command means of said adjustment means operatively connected to said first and to said second measurement means (4, 5) and configured to raise or lower said spillway height depending on the level measured by said first and said second measurement means (4, 5); wherein said command means comprise at least one processing unit for processing a safety level configured to calculate the value of said safety level depending on the level measured by said first and said second measurement means (4, 5), by increasing or reducing the spillway height of said spillway point when the value of the level measured by said second measurement means is lower or higher respectively than the value of said safety level, thus maintaining the level of water of said upstream stretch at a value equal to said safety level. - at least one adjustable barrier sluice gate of at least one watercourse and defining: - at least one upstream stretch and at least one downstream stretch of said watercourse arranged upstream and downstream of the sluice gate itself respectively; - at least one spillway point arranged at a spillway height and at which a spillway water flow rate skims which flows from said upstream stretch and flows into said downstream stretch; said sluice gate comprising adjustment means for adjusting said spillway height the adjustment means being adapted to raise or lower said spillway height; - at least one upstream stretch and at least one downstream stretch of said watercourse arranged upstream and downstream of the sluice gate itself respectively; - at least one spillway point arranged at a spillway height and at which a spillway water flow rate skims which flows from said upstream stretch and flows into said downstream stretch; said sluice gate comprising adjustment means for adjusting said spillway height the adjustment means being adapted to raise or lower said spillway height; - first measurement means for measuring the level of water flowing along said downstream stretch; - second measurement means for measuring the level of water of said upstream stretch; - command means of said adjustment means operatively connected to said first and to said second measurement means (4, 5) and configured to raise or lower said spillway height depending on the level measured by said first and said second measurement means (4, 5);
A transmission device comprising: an image encoding unit (102A, 102B) configured to perform hierarchical encoding on image data of each picture that constitutes moving image data and generate a base stream having encoded image data of pictures in lower hierarchies and an enhanced stream having encoded image data of pictures in a higher hierarchy, which is a higher hierarchy than a highest hierarchy that any picture of the base stream can have, wherein the hierarchies of the pictures included in the base stream and the hierarchy of the pictures included in the enhanced stream are within previously allocated respective ranges, which are independent from each other; and a transmission unit configured to transmit a container in a predetermined format that includes the base stream and the enhanced stream which are generated by the image encoding unit. an image encoding unit (102A, 102B) configured to perform hierarchical encoding on image data of each picture that constitutes moving image data and generate a base stream having encoded image data of pictures in lower hierarchies and an enhanced stream having encoded image data of pictures in a higher hierarchy, which is a higher hierarchy than a highest hierarchy that any picture of the base stream can have, wherein the hierarchies of the pictures included in the base stream and the hierarchy of the pictures included in the enhanced stream are within previously allocated respective ranges, which are independent from each other; and a transmission unit configured to transmit a container in a predetermined format that includes the base stream and the enhanced stream which are generated by the image encoding unit.
Self-releasing system comprising a self-releasing cover for a functional opening of a lining component of a vehicle interior, the cover having: - a lid which can be locked to the functional opening of the lining component such that a front side of the lid at least partially covers the functional opening; - at least one releasing element which is arranged on a rear side of the lid facing away from the front side of the lid; the cover being designed such that the releasing element can be actuated by exerting a force on the releasing element in the direction of the lid and, as a result of the actuation, the lid can be deformed and/or displaced and a locking of the lid to the functional opening can be detached; the releasing element having a pressure surface on the rear side of the lid, which pressure surface can be subjected to the force exertion required to release the locking; characterized in that the self-releasing system further comprises a functional element which, when the lining component is moved into the intended position during assembly, comes into contact with the releasing element such that the functional element applies a force to the pressure surface 22. - a lid which can be locked to the functional opening of the lining component such that a front side of the lid at least partially covers the functional opening; - at least one releasing element which is arranged on a rear side of the lid facing away from the front side of the lid; the cover being designed such that the releasing element can be actuated by exerting a force on the releasing element in the direction of the lid and, as a result of the actuation, the lid can be deformed and/or displaced and a locking of the lid to the functional opening can be detached; the releasing element having a pressure surface on the rear side of the lid, which pressure surface can be subjected to the force exertion required to release the locking; characterized in that the self-releasing system further comprises a functional element which, when the lining component is moved into the intended position during assembly, comes into contact with the releasing element such that the functional element applies a force to the pressure surface 22. the cover being designed such that the releasing element can be actuated by exerting a force on the releasing element in the direction of the lid and, as a result of the actuation, the lid can be deformed and/or displaced and a locking of the lid to the functional opening can be detached; the releasing element having a pressure surface on the rear side of the lid, which pressure surface can be subjected to the force exertion required to release the locking; characterized in that the self-releasing system further comprises a functional element which, when the lining component is moved into the intended position during assembly, comes into contact with the releasing element such that the functional element applies a force to the pressure surface 22.
An apparatus for wirelessly receiving power from a transmitter, comprising: a metal cover; and a receive circuit configured to inductively couple power via a magnetic field generated by the transmitter to power or charge a load electrically coupled to the receive circuit, characterised in that the metal cover comprises a recessed channel extending substantially around a portion of the metal cover, and the receive circuit comprises at least one conductor placed within the recessed channel, the at least one conductor configured to form a loop substantially around the portion of the metal cover. a metal cover; and a receive circuit configured to inductively couple power via a magnetic field generated by the transmitter to power or charge a load electrically coupled to the receive circuit, characterised in that the metal cover comprises a recessed channel extending substantially around a portion of the metal cover, and the receive circuit comprises at least one conductor placed within the recessed channel, the at least one conductor configured to form a loop substantially around the portion of the metal cover.
Fiber for use in treating inflammation of the gastrointestinal tract of a companion pet, wherein the treatment of inflammation comprises orally administering to the companion pet a composition comprising fiber, wherein the treatment of inflammation comprises reducing the quantity of Desulfovibrio and/or Helicobacter species in the GI tract, and wherein the fiber is selected from the group consisting of an oligosaccharide, a galactan, a beta glucan and a mixture thereof.
Button for fastening fabrics, for instance clothing, wherein the button comprises a body and is provided with attachment means at a central location of the body, arranged for attaching, for instance by sewing, the button to a fabric, wherein the body of the button has a tapering width (w), seen in a direction parallel to the plane of the lower surface of the body, characterized in that the button is further provided with attachment means at or near the circumferential edge of the body and wherein the width (w) of the body tapers towards the location of the attachment means at or near the edge.
Industrial robot, comprising - a robot arm, with a plurality of limbs which are arranged one behind the other and can be moved relative to axes (A1-A6), electric drives for moving the limbs, and a securing device for securing an end effector, and - a controller connected to the electric drives, which controller is configured to control by power-regulation the electric drives for a movement of the limbs at least in a partial operating mode by means of a feedback control device, wherein the feedback control device due to a nominal force to be applied by the robot arm determines nominal torques to be applied by the drives and comprises at least one integral component, characterised in that the feedback control device is configured to limit the integral component on the basis of at least one criterion dynamically as a function of the current task of the industrial robot and/or as a function of the current movement of the industrial robot and/or on the basis of an uncertainty of a dynamic model of the industrial robot saved in the controller and modelling the dynamic properties of the robot arm. - a robot arm, with a plurality of limbs which are arranged one behind the other and can be moved relative to axes (A1-A6), electric drives for moving the limbs, and a securing device for securing an end effector, and - a controller connected to the electric drives, which controller is configured to control by power-regulation the electric drives for a movement of the limbs at least in a partial operating mode by means of a feedback control device, wherein the feedback control device due to a nominal force to be applied by the robot arm determines nominal torques to be applied by the drives and comprises at least one integral component, characterised in that the feedback control device is configured to limit the integral component on the basis of at least one criterion dynamically as a function of the current task of the industrial robot and/or as a function of the current movement of the industrial robot and/or on the basis of an uncertainty of a dynamic model of the industrial robot saved in the controller and modelling the dynamic properties of the robot arm.
A method of preserving rotor speed during a one engine inoperative operation of a rotorcraft, the method comprising: monitoring an engine parameter of an engine; using a computer processor to compare the engine parameter to an engine operating limit by: calculating a maximum rotor speed error as a function of said engine parameter and adding a function of the rotor speed error to the difference between the engine parameter and the engine parameter operating limit when the rotor speed drops below a commanded rotor speed by a predetermined amount; calculating a collective command when the engine parameter is at or near the engine parameter operating limit; when the engine parameter is at or near an engine parameter operating limit, making a command output based on the calculation of said maximum rotor speed error and commanding a decrease collective pitch; and applying a limiting or selection scheme to limit the decrease collective command. monitoring an engine parameter of an engine; using a computer processor to compare the engine parameter to an engine operating limit by: calculating a maximum rotor speed error as a function of said engine parameter and adding a function of the rotor speed error to the difference between the engine parameter and the engine parameter operating limit when the rotor speed drops below a commanded rotor speed by a predetermined amount; calculating a collective command when the engine parameter is at or near the engine parameter operating limit; when the engine parameter is at or near an engine parameter operating limit, making a command output based on the calculation of said maximum rotor speed error and commanding a decrease collective pitch; and applying a limiting or selection scheme to limit the decrease collective command. calculating a maximum rotor speed error as a function of said engine parameter and adding a function of the rotor speed error to the difference between the engine parameter and the engine parameter operating limit when the rotor speed drops below a commanded rotor speed by a predetermined amount; calculating a collective command when the engine parameter is at or near the engine parameter operating limit; when the engine parameter is at or near an engine parameter operating limit, making a command output based on the calculation of said maximum rotor speed error and commanding a decrease collective pitch; and applying a limiting or selection scheme to limit the decrease collective command.
Steam production system for professional coffee machines comprising: at least a dispensing nozzle; at least a boiler for producing steam in flow communication with at least a water supply source, said source not being part of the system, and the dispensing nozzle, the boiler for producing steam being provided with at least an autonomous heating device for the initial production of steam, the boiler having a total volume of not more than 1 litre, preferably not more than 0.8 litre; characterized in that the system further comprises at least a heating assembly for instantaneous production of steam in flow communication with the steam production boiler and /or with the dispensing nozzle, the heating assembly comprising at least a heating electric element, at least a heat exchanger associated to the electric heating element and at least a circuit for the passage of water associated to the heat exchanger for producing steam, the water passage circuit having an inlet that can be joined to a water supply source or to a duct arriving from the latter and an outlet of the produced steam connected to the boiler and/or to the dispensing nozzle for producing steam; and a programmable electronic unit operatively connected to the boiler for producing steam and to the heating assembly for ensuring the supply of steam to the dispensing nozzle, the programmable electronic unit being configured to operate the heating element of the boiler for producing steam and, later then, the electric heating element of the heating assembly. at least a dispensing nozzle; at least a boiler for producing steam in flow communication with at least a water supply source, said source not being part of the system, and the dispensing nozzle, the boiler for producing steam being provided with at least an autonomous heating device for the initial production of steam, the boiler having a total volume of not more than 1 litre, preferably not more than 0.8 litre; characterized in that the system further comprises at least a heating assembly for instantaneous production of steam in flow communication with the steam production boiler and /or with the dispensing nozzle, the heating assembly comprising at least a heating electric element, at least a heat exchanger associated to the electric heating element and at least a circuit for the passage of water associated to the heat exchanger for producing steam, the water passage circuit having an inlet that can be joined to a water supply source or to a duct arriving from the latter and an outlet of the produced steam connected to the boiler and/or to the dispensing nozzle for producing steam; and a programmable electronic unit operatively connected to the boiler for producing steam and to the heating assembly for ensuring the supply of steam to the dispensing nozzle, the programmable electronic unit being configured to operate the heating element of the boiler for producing steam and, later then, the electric heating element of the heating assembly.