mhurhangee/ep-ind-claims huggingface dataset:
Guide lip designed to be connected with an articulated point of attachment to a fishing lure or similar, said guide lip including a spoon-shaped body having a curved front surface and a rear surface, one first attachment device and one second attachment device, the first and second attachment devices (3, 4) forming a conceived axle extending there between as seen in the guide lip's direction toward a pulling source/a point that pulls the bait forward, and that the front surface of the guide lip includes a first wing and a second wing which during movement of the guide lip through the water essentially direct the water in the direction toward a water conveying edge, said water conveying edge being on the front surface and positioned on the guide lip's top part above the conceived axle or positioned on the guide lip's bottom part below the conceived axle, wherein the first attachment device is arranged on the front surface of the spoon-shaped body and the second attachment device is arranged on the rear surface of the spoon-shaped body; the front surface and the rear surface of the spoon-shaped body have a surface extension extending above and below the conceived axle; and an angle formed between a line that is parallel with said conceived axle and a line that stretches from the water conveying edge and through a virtual position on the front surface of the guide lip that lies on one-third the distance between the water conveying edge and an opposite edge of the guide lip, as seen from the water conveying edge and in the guide lip's direction toward the pulling source/the point that pulls the bait forward, is greater than 90 degrees, wherein the first wing is located on one side of the front surface and the second wing is located on another side of the front surface opposite the first wing, characterized in that the first and the second wings (7, 8) extend toward the pulling source in front of a region where the first attachment device connects to the spoon-shaped body.
Locking system for locking and unlocking a cabin door of a lift cabin of a lift system, in which lift system the lift cabin can travel along a lift track having stopping points and associated stopping point zones, comprising - a lock mechanism which can be brought into a locking position and in an unlocking position, wherein the cabin door in the locking position of the lock mechanism is immobilized in the closed position and can be opened in the unlocking position of the lock mechanism, - an actuator by which the lock mechanism is brought either into its locking position or its unlocking position, - a control device which causes the actuator to bring the lock mechanism into its locking position when at least the conditions are met that the lift cabin is located in a stopping point zone, characterized in that the lift system comprises a position detecting unit which continuously detects the position of the lift cabin relative to the lift track and communicates the position to the control device, and the control device continuously detects whether the condition that the lift cabin is located in the region of a stopping point zone is met by comparing the position of the lift cabin communicated by the position detecting unit to stored position limit values of the stopping point zones. - a lock mechanism which can be brought into a locking position and in an unlocking position, wherein the cabin door in the locking position of the lock mechanism is immobilized in the closed position and can be opened in the unlocking position of the lock mechanism, - an actuator by which the lock mechanism is brought either into its locking position or its unlocking position, - a control device which causes the actuator to bring the lock mechanism into its locking position when at least the conditions are met that the lift cabin is located in a stopping point zone, the lift system comprises a position detecting unit which continuously detects the position of the lift cabin relative to the lift track and communicates the position to the control device, and the control device continuously detects whether the condition that the lift cabin is located in the region of a stopping point zone is met by comparing the position of the lift cabin communicated by the position detecting unit to stored position limit values of the stopping point zones.
A high-pressure fuel supply pump, comprising: a discharge valve disposed on a discharge side of a pressurizing chamber; a discharge valve seat adapted to close a discharge side flow passage of the pressurizing chamber by seating the discharge valve; and a discharge valve spring adapted to press the discharge valve toward the discharge valve seat, characterized in that in a case where a minimum seat diameter of a seat portion in which the discharge valve is seated on the discharge valve seat is set to D and a spring force of the discharge valve spring at a time of setting is set to F, the spring force F is made smaller than a spring force of a suction valve biasing spring adapted to press a suction valve for sucking fuel in a direction opposite to the pressurizing chamber and a coefficient K obtained by dividing the spring force F by the minimum seat diameter D is set to be 0.2 N/mm or more such that a fuel pressure generated on the discharge side of the pressurizing chamber becomes a value equal to or more than a saturated vapor pressure of fuel after the discharge valve is closed. a discharge valve disposed on a discharge side of a pressurizing chamber; a discharge valve seat adapted to close a discharge side flow passage of the pressurizing chamber by seating the discharge valve; and a discharge valve spring adapted to press the discharge valve toward the discharge valve seat, characterized in that in a case where a minimum seat diameter of a seat portion in which the discharge valve is seated on the discharge valve seat is set to D and a spring force of the discharge valve spring at a time of setting is set to F, the spring force F is made smaller than a spring force of a suction valve biasing spring adapted to press a suction valve for sucking fuel in a direction opposite to the pressurizing chamber and a coefficient K obtained by dividing the spring force F by the minimum seat diameter D is set to be 0.2 N/mm or more such that a fuel pressure generated on the discharge side of the pressurizing chamber becomes a value equal to or more than a saturated vapor pressure of fuel after the discharge valve is closed.
An image processing apparatus configured to convert image data into color material data including color material data indicating a color material amount of a chromatic color material and color material data indicating a color material amount of a clear color material, the image processing apparatus comprising: conversion means (502, 503) configured to convert image data of a region of interest comprising a plurality of pixels in an image into the color material data of the chromatic color material, characterized by comprising determination means (504; 807; 1401) configured to determine the color material data of the clear color material for each pixel on the region of interest, wherein the determination means acquires at least two color material amounts of the clear color material corresponding to color signals of the plurality of pixels in the region of interest by referring to a table (512; 802; 2003) storing color signal values and at least two color material amounts of the clear color material for the color signal values, and determines the color material data of the clear color material for each pixel by assigning any one of the at least two color material amounts of the clear color material to the respective pixels, and wherein colors by coloring of specular reflection light occurring at the respective pixels change according to the assigned color material amount of the clear color material and cancel each other out in the region of interest. conversion means (502, 503) configured to convert image data of a region of interest comprising a plurality of pixels in an image into the color material data of the chromatic color material, characterized by comprising determination means (504; 807; 1401) configured to determine the color material data of the clear color material for each pixel on the region of interest, wherein the determination means acquires at least two color material amounts of the clear color material corresponding to color signals of the plurality of pixels in the region of interest by referring to a table (512; 802; 2003) storing color signal values and at least two color material amounts of the clear color material for the color signal values, and determines the color material data of the clear color material for each pixel by assigning any one of the at least two color material amounts of the clear color material to the respective pixels, and wherein colors by coloring of specular reflection light occurring at the respective pixels change according to the assigned color material amount of the clear color material and cancel each other out in the region of interest.
A computer implemented system comprising the following computer executable components: a tabular data stream, TDS, protocol (120, 222, 833) that transfers requests-responses between a client(s) (130, 221, 820) and a server(s) (140, 223, 850); and an identification component (135, 220, 320, 610) as part of the TDS (120, 222, 833), the identification component (135, 220, 320, 610) designates null columns associated with a row (204, 206, 208), to reduce number of bits during transmission of query results from the server (140, 223, 850) to the client (130, 221, 820) if the number of null columns exceeds a predetermined threshold. a tabular data stream, TDS, protocol (120, 222, 833) that transfers requests-responses between a client(s) (130, 221, 820) and a server(s) (140, 223, 850); and an identification component (135, 220, 320, 610) as part of the TDS (120, 222, 833), the identification component (135, 220, 320, 610) designates null columns associated with a row (204, 206, 208), to reduce number of bits during transmission of query results from the server (140, 223, 850) to the client (130, 221, 820) if the number of null columns exceeds a predetermined threshold.
A needle guard (13; 213; 313) couplable to a ready-to-fill syringe (6; 106; 206) comprising a lock collar (1; 101; 201) couplable to a neck (11; 111; 211; 311) of a syringe, and a device shield (3; 103; 203) biased to move relative to the lock collar from a first position in which a syringe sharp (17; 117; 317) extends beyond the device shield to a second position in which the syringe sharp is covered by the device shield, the lock collar being configured to engage and hold the device shield in the first position, wherein the device shield (3; 103; 203) comprises deflectable retention arms, wherein, as the device shield moves proximally along a syringe neck, the retention arms of the device shield interface with a syringe step down to deflect outwards, to disengage from the lock collar, triggering the device shield to move distally under a bias from the first position to the second position.
A system for detecting attacks on mobile networks, the system comprising: one or more processors and a memory, the memory being a non-transitory computer-readable medium having executable instructions encoded thereon, such that upon execution of the instructions, the one or more processors perform operations of: continuously measuring a time-varying signal at each node in a mobile network; determining network flux on the time-varying signal of all nodes in the mobile network, wherein the network flux is determined based on a function of internal fluctuations in the time-varying signal and external fluctuations in the time-varying signal, wherein when internal fluctuation and external fluctuation on a particular node added together give the measured time-varying signal on said particular node; detecting a network attack if the network flux exceeds a predetermined threshold; and initiating a reactive protocol if the network flux exceeds the predetermined threshold. continuously measuring a time-varying signal at each node in a mobile network; determining network flux on the time-varying signal of all nodes in the mobile network, wherein the network flux is determined based on a function of internal fluctuations in the time-varying signal and external fluctuations in the time-varying signal, wherein when internal fluctuation and external fluctuation on a particular node added together give the measured time-varying signal on said particular node; detecting a network attack if the network flux exceeds a predetermined threshold; and initiating a reactive protocol if the network flux exceeds the predetermined threshold.
Device for protecting an ascending person during ascent and including a non-fixed rope that is to be carried by the ascending person, comprising; a) retaining means for fixing the device to a fixed anchoring point in a predetermined position, b) a structural configuration which enables the introduction of the rope into the device, fixed in the predetermined position, from below, c) at least one first redirecting component by which the rope to be introduced into the device can be guided through the device on a curved path, d) a mechanism that causes automatic locking off of the rope when the speed of movement of the rope through the device exceeds a predetermined limit value, wherein e) at least one second redirecting component is provided by which the rope emerging from the device can be guided out of the device in the direction of ascent, and wherein f) a laterally arranged flat first bearing surface is provided, g) wherein the second redirecting component is a roller configured as a pivot bearing which is arranged on the side of the device opposite the first bearing surface at a distance of approximately 10 to 50 cm to the bearing surface. a) retaining means for fixing the device to a fixed anchoring point in a predetermined position, b) a structural configuration which enables the introduction of the rope into the device, fixed in the predetermined position, from below, c) at least one first redirecting component by which the rope to be introduced into the device can be guided through the device on a curved path, d) a mechanism that causes automatic locking off of the rope when the speed of movement of the rope through the device exceeds a predetermined limit value, wherein e) at least one second redirecting component is provided by which the rope emerging from the device can be guided out of the device in the direction of ascent, and wherein f) a laterally arranged flat first bearing surface is provided, g) wherein the second redirecting component is a roller configured as a pivot bearing which is arranged on the side of the device opposite the first bearing surface at a distance of approximately 10 to 50 cm to the bearing surface.
A rotor blade comprising a winglet, the winglet comprising: a winglet body extending at least partially between a winglet origin and a blade tip, the winglet body defining a sweep and a pre-bend, wherein the sweep defined between the winglet origin and the blade tip ranges from about 0.5% to about 4.0% of a span of the rotor blade, wherein the pre-bend defined between the winglet origin and the blade tip ranges from about 1.5% to about 4.5% of the span of the rotor blade, characterized in that the winglet body further defines a chord, the chord at the blade tip ranging from about 0.0% to about 0.5% of the span of the rotor blade. a winglet body extending at least partially between a winglet origin and a blade tip, the winglet body defining a sweep and a pre-bend, wherein the sweep defined between the winglet origin and the blade tip ranges from about 0.5% to about 4.0% of a span of the rotor blade, wherein the pre-bend defined between the winglet origin and the blade tip ranges from about 1.5% to about 4.5% of the span of the rotor blade, characterized in that the winglet body further defines a chord, the chord at the blade tip ranging from about 0.0% to about 0.5% of the span of the rotor blade.
Baby sling, which consists of a planar, flexible textile element, at least 90% of said textile element consisting of natural fibres and/ or fibres made from natural fibres, wherein the textile element shows a mesh structure, wherein the loops of the mesh structure have a maximum length of between 2 and 5 mm.
A tumbler with a small bottle, suitable for serving two separate beverages which gradually mix as the tumbler is tilted when drinking, wherein the tumbler has a base which has, coaxial to the tumbler, a receptacle with an insertion opening for inserting the upper, open end of a small bottle, characterized in that the small bottle is fully contained in said receptacle.
A hydraulic braking control system for agricultural vehicles or the like comprising: - a brake pump actuatable by means of one pedal; - at least one first rear brake or left brake and at least one second rear brake or right brake arranged to be actuated by said brake pump; said brake pump being connected to said rear brakes (25, 26) through a branch and a pair of respective valves (15, 16), wherein said respective valves (15, 16) are of the normally open type and are configured for being selectively closed in order to control the selective braking of said rear brakes (25, 26); - a pair of pads (109, 110), a right pad and a left pad, which are articulated on a rocker arm fastened to the pedal, whereby the actuation of both pads (109, 110) is arranged to keep both valves (15, 16) open and cause braking of both rear brakes (25, 26), and whereby the actuation of one of the two pads (109, 110) is arranged to close, under the control of a control unit, the valve (15, 16) opposed to the pad having been actuated and cause braking of the rear brake (25, 26) corresponding to the pad (109, 110) having been actuated, the system being characterized in that in case of blackout of the control unit, the actuation of one of the two pads (109, 110) is arranged to keep both valves (15, 16) open and cause braking of both rear brakes (25, 26). - a brake pump actuatable by means of one pedal; - at least one first rear brake or left brake and at least one second rear brake or right brake arranged to be actuated by said brake pump; said brake pump being connected to said rear brakes (25, 26) through a branch and a pair of respective valves (15, 16), wherein said respective valves (15, 16) are of the normally open type and are configured for being selectively closed in order to control the selective braking of said rear brakes (25, 26); - a pair of pads (109, 110), a right pad and a left pad, which are articulated on a rocker arm fastened to the pedal, whereby the actuation of both pads (109, 110) is arranged to keep both valves (15, 16) open and cause braking of both rear brakes (25, 26), and whereby the actuation of one of the two pads (109, 110) is arranged to close, under the control of a control unit, the valve (15, 16) opposed to the pad having been actuated and cause braking of the rear brake (25, 26) corresponding to the pad (109, 110) having been actuated, the system being characterized in that in case of blackout of the control unit, the actuation of one of the two pads (109, 110) is arranged to keep both valves (15, 16) open and cause braking of both rear brakes (25, 26).
An electronic device, comprising: a network interface configured to send and/or receive a message to another electronic device in a fabric network (1000, 1018, 1054, 1076, 1078, 1080) including one or more logical networks (1002, 1020, 1022, 1024, 1056, 1058); and a memory configured to store a unique local address, ULA, having an address format, wherein the ULA provides an indication of a destination of the message sent in the fabric network (1000, 1018, 1054, 1076, 1078, 1080), wherein the address format comprises: a global ID configured to identify the fabric network (1000, 1018, 1054, 1076, 1078, 1080) to which the electronic device is communicatively coupled to; a logical network ID, the logical network ID configured to identify a logical network (1002, 1020, 1022, 1024, 1056, 1058) of the fabric network (1000, 1018, 1054, 1076, 1078, 1080); and an interface ID, wherein the interface ID is configured to uniquely identify the electronic device on the fabric network (1000, 1018, 1054, 1076, 1078, 1080). a network interface configured to send and/or receive a message to another electronic device in a fabric network (1000, 1018, 1054, 1076, 1078, 1080) including one or more logical networks (1002, 1020, 1022, 1024, 1056, 1058); and a memory configured to store a unique local address, ULA, having an address format, wherein the ULA provides an indication of a destination of the message sent in the fabric network (1000, 1018, 1054, 1076, 1078, 1080), wherein the address format comprises: a global ID configured to identify the fabric network (1000, 1018, 1054, 1076, 1078, 1080) to which the electronic device is communicatively coupled to; a logical network ID, the logical network ID configured to identify a logical network (1002, 1020, 1022, 1024, 1056, 1058) of the fabric network (1000, 1018, 1054, 1076, 1078, 1080); and an interface ID, wherein the interface ID is configured to uniquely identify the electronic device on the fabric network (1000, 1018, 1054, 1076, 1078, 1080). a global ID configured to identify the fabric network (1000, 1018, 1054, 1076, 1078, 1080) to which the electronic device is communicatively coupled to; a logical network ID, the logical network ID configured to identify a logical network (1002, 1020, 1022, 1024, 1056, 1058) of the fabric network (1000, 1018, 1054, 1076, 1078, 1080); and an interface ID, wherein the interface ID is configured to uniquely identify the electronic device on the fabric network (1000, 1018, 1054, 1076, 1078, 1080).
A system for detecting abnormal operating conditions in a shutdown valve, the system including a shutdown valve (SDV 1) with an inlet pipe, an outlet pipe, a flow-controlling element located between said inlet and outlet pipes, a stem connected to the flow-controlling element driven by an actuator arrangement, wherein the system further includes a first detector system for detecting stiction of the flow-controlling element, including a first predictor connected to the stem, with an accelerometer sensor detecting rotational acceleration of the stem and a motion sensor detecting rotational motion of the stem, the first predictor detecting the position of the flow-controlling element transferred through the stem, and a second detector system for detecting a leak in the flow-controlling element, including a second predictor for detecting vibrations in the flow-controlling element. wherein the system further includes a first detector system for detecting stiction of the flow-controlling element, including a first predictor connected to the stem, with an accelerometer sensor detecting rotational acceleration of the stem and a motion sensor detecting rotational motion of the stem, the first predictor detecting the position of the flow-controlling element transferred through the stem, and a second detector system for detecting a leak in the flow-controlling element, including a second predictor for detecting vibrations in the flow-controlling element.
A solid dispersion comprising solid substantially amorphous -1-(2,2-difluorobenzo[d][1,3]dioxol-5-yl)-N-(1-(2,3-dihydroxypropyl)-6-fluoro-2-(1-hydroxy-2-methylpropan-2-yl)-1H-indol-5-yl)cyclopropanecarboxamide and a polymer, wherein the solid substantially amorphous -1-(2,2-difluorobenzo[d][1,3]dioxol-5-yl)-N-(1-(2,3-dihydroxypropyl)-6-fluoro-2-(1-hydroxy-2-methylpropan-2-yl)-1H-indol-5-yl)cyclopropanecarboxamide comprises less than about 5% crystalline -1-(2,2-difluorobenzo[d][1,3]dioxol-5-yl)-N-(1-(2,3-dihydroxypropyl)-6-fluoro-2-(1-hydroxy-2-methylpropan-2-yl)-1H-indol-5-yl)cyclopropanecarboxamide, wherein the polymer is hydroxypropylmethylcellulose (HPMC) or hydroxypropylmethylcellulose acetate succinate (HPMCAS).