mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical formulation in the form of a tablet comprising a core and an optional coating on said core comprising quetiapine or a pharmaceutically acceptable salt, solvate, or polymorph thereof, characterized in that the core of said formulation comprises a non-gelling ethyl cellulose with an ethoxyl content of 48 to 51.5% wherein the formulation comprises ethyl cellulose of the following grades: • ethyl cellulose with an ethoxyl content of 48 to 49.5% having a viscosity of 18 to 24 mPa.s, or • ethyl cellulose with an ethoxyl content of 49.6 to 51.5% having a viscosity of 8 to 11 mPa.s, wherein the weight ratio of quetiapine to ethyl cellulose is between 1.5 to 3, and wherein the proportion by weight of ethyl cellulose to the total weight of formulation is between 20 to 40%. • ethyl cellulose with an ethoxyl content of 48 to 49.5% having a viscosity of 18 to 24 mPa.s, or • ethyl cellulose with an ethoxyl content of 49.6 to 51.5% having a viscosity of 8 to 11 mPa.s,
Rotary press for dewatering a humid mass such as a sludge or pulp, comprising: a rotor comprising a hub and mounted for rotating around a central axis in a direction of rotation, the rotor further comprising a plurality of blades (20a-20h), each blade having a proximal end (21a-21h) attached to the hub and a distal end (22a-22h) spaced apart from the hub; a screen, at least partially surrounding the rotor and arranged for contacting distal ends (22a-22h) of the blades during rotation of the rotor, wherein the mesh screen is adapted for letting liquid pass there through while substantially blocking passage of solids, and wherein along the direction of rotation of the rotor and in a plane normal to the central axis the distance of the mesh screen to the central axis decreases over an arc of at least 120 degrees; an inlet comprising a passage for humid mass to a location between two adjacent blades of the plurality of blades; an outlet arranged downstream from the passage along the direction of rotation, for allowing passage of dewatered humid mass away from between two adjacent blades of the plurality of blades; wherein each blade comprises a flexible portion (23a-23h) extending between the hub and the distal end (22a-22h), wherein the flexible portion is adapted for, upon contact of the distal end with the mesh screen during rotation of the rotor and when seen in projection onto said plane, bending over an included bend angle (β) of at least 90 degrees. a rotor comprising a hub and mounted for rotating around a central axis in a direction of rotation, the rotor further comprising a plurality of blades (20a-20h), each blade having a proximal end (21a-21h) attached to the hub and a distal end (22a-22h) spaced apart from the hub; a screen, at least partially surrounding the rotor and arranged for contacting distal ends (22a-22h) of the blades during rotation of the rotor, wherein the mesh screen is adapted for letting liquid pass there through while substantially blocking passage of solids, and wherein along the direction of rotation of the rotor and in a plane normal to the central axis the distance of the mesh screen to the central axis decreases over an arc of at least 120 degrees; an inlet comprising a passage for humid mass to a location between two adjacent blades of the plurality of blades; an outlet arranged downstream from the passage along the direction of rotation, for allowing passage of dewatered humid mass away from between two adjacent blades of the plurality of blades; wherein each blade comprises a flexible portion (23a-23h) extending between the hub and the distal end (22a-22h), wherein the flexible portion is adapted for, upon contact of the distal end with the mesh screen during rotation of the rotor and when seen in projection onto said plane, bending over an included bend angle (β) of at least 90 degrees.
A tantalum sputtering target having a -plane orientation ratio of ≥ 30% and ≤70% and a -plane orientation ratio of 10% or more at the sputtering surface of the tantalum sputtering target.
Dosing device for a fire extinguishing device or for a fire extinguishing system for mixing an additive into a flow of extinguishing water, containing an element movable in a cavity, characterized in that the movable element at one end has at least one notch-shaped, wedge-shaped, channel-like or channel-shaped recess with a lateral opening, the recess open only to the top and to the side of the movable element, and the wall of the cavity has a closing area in which the lateral opening of the recess is completely covered or closed, and an open area, in which the lateral opening of the recess is not covered and is free for the additive to pass through, where the movable element is movable from the closing area into the open area and the admixing rate of the additive depends on the position or the adjustment of the movable element.
An apparatus comprising: a differential driver module comprising at least two switching modules (421, 422) and configured to generate at least one differential signal having a rise time and a fall time (210, 210'); wherein a ratio between the rise time or the fall time (210, 210') and a cycle time of at least one differential signal of the at least one differential signal is less than 10 percent. a differential driver module comprising at least two switching modules (421, 422) and configured to generate at least one differential signal having a rise time and a fall time (210, 210'); wherein a ratio between the rise time or the fall time (210, 210') and a cycle time of at least one differential signal of the at least one differential signal is less than 10 percent.
A viewing device including a viewing screen, a casing (8, 18), means for producing an image on the screen from a motion picture camera device, characterized in that: - the casing includes a first portion, a so-called front portion, and a second portion, a so-called rear portion, - the first portion including a rear face internal to the casing, and the second portion including a front face, internal to the casing comprising several parts (82, 82'), a part of which forms, with said rear face, a gap internal to the casing when it is in a closed position, said gap being delimited on one of its sides by a surface, connecting said two parts (82, 82'), a so-called connecting surface, including at least one connection means (101,102,103) of a cable (14, 14', 14"), - means (830, 831) for closing or for opening the casing, by moving said second portion, a so-called rear portion, away from or closer to said fist portion, a so-called front portion, while maintaining both of these portions (8, 18) attached to each other through two of their respective sides (85, 185), these two sides (85, 185), forming a face of the casing in the closed position of the latter, - a side portion of the casing, opposite to said face of the second portion, further including at least one opening (101', 102', 103') for letting through at least one cable (14, 14', 14") intended to be connected to connection means (101,102,103). - the casing includes a first portion, a so-called front portion, and a second portion, a so-called rear portion, - the first portion including a rear face internal to the casing, and the second portion including a front face, internal to the casing comprising several parts (82, 82'), a part of which forms, with said rear face, a gap internal to the casing when it is in a closed position, said gap being delimited on one of its sides by a surface, connecting said two parts (82, 82'), a so-called connecting surface, including at least one connection means (101,102,103) of a cable (14, 14', 14"), - means (830, 831) for closing or for opening the casing, by moving said second portion, a so-called rear portion, away from or closer to said fist portion, a so-called front portion, while maintaining both of these portions (8, 18) attached to each other through two of their respective sides (85, 185), these two sides (85, 185), forming a face of the casing in the closed position of the latter, - a side portion of the casing, opposite to said face of the second portion, further including at least one opening (101', 102', 103') for letting through at least one cable (14, 14', 14") intended to be connected to connection means (101,102,103).
A system for identifying a fraudulent base station, the system comprising an analyser device and at least two radio devices (300a:300N), configured to: provide a report, from any of the at least two radio devices (300a:300N) and to the analyser device upon said any of the at least two radio devices (300a:300N) having received from a base station an identity request message for a long-term identifier of said any of the at least two radio devices (300a:300N), of the identity request message; and identify, by the analyser device, the base station as fraudulent when reports of the same base station as received from at least two different ones of the at least two radio devices (300a:300N) are received within a threshold time duration with respect to each other. provide a report, from any of the at least two radio devices (300a:300N) and to the analyser device upon said any of the at least two radio devices (300a:300N) having received from a base station an identity request message for a long-term identifier of said any of the at least two radio devices (300a:300N), of the identity request message; and identify, by the analyser device, the base station as fraudulent when reports of the same base station as received from at least two different ones of the at least two radio devices (300a:300N) are received within a threshold time duration with respect to each other.
A brake pressure control valve, comprising: a block in which at least a first hole part (31 a, 31 b) and two second hole parts (31 c, 31 c) are formed; a variable load valve that is disposed in the first hole part (31 a, 31 b) of the block and capable of generating variable load pressure according to a vehicle load; and relay valves that are disposed in the two second hole parts (31 c, 31 c) of the block respectively and capable of generating brake pressure on the basis of control pressure generated according to the variable load pressure, wherein the first hole part (31 a, 31 b) extends from a front surface of the block toward a back surface of the block, wherein the two second hole parts (31 c, 31 c) are formed as to extend vertically, wherein the relay valves respectively have pistons and diaphragms that are disposed so as to project laterally from the pistons and supporting the pistons while allowing the piston to reciprocate, the two relay valves (22, 22) disposed in the two second hole parts (31c, 31 c) are disposed in horizontal alignment with a space therebetween such that the diaphragms thereof are mutually adjacent, and the variable load valve disposed in the first hole part (31 a, 31 b) is disposed in a position between the two pistons (22e, 22e) and away from a position where the diaphragms are mutually adjacent and is disposed at a level between highest parts of the relay valves and the diaphragms. a block in which at least a first hole part (31 a, 31 b) and two second hole parts (31 c, 31 c) are formed; a variable load valve that is disposed in the first hole part (31 a, 31 b) of the block and capable of generating variable load pressure according to a vehicle load; and relay valves that are disposed in the two second hole parts (31 c, 31 c) of the block respectively and capable of generating brake pressure on the basis of control pressure generated according to the variable load pressure,
A ventricular function assisting device comprising two or more arms (10a, 10b, 10c) each of which comprising a bottom end, a free top end and an intermediate section extending between said ends, wherein said bottom ends of said two or more arms (10a, 10b, 10c) are attached in a base section of said device thereby forming a flower cup configuration, and wherein said two or more arms (10a, 10b, 10c) comprise elastic elements or portions configured such that they are capable of being elastically bent in radial directions relative to longitudinal axis of said flower cup configuration, and wherein said device is capable of being set into two conformations: i) a folded conformation, in which said two or more arms are pressed inwardly in a radial direction towards each other thus allowing fitting it in a delivery tube or sheath in said folded conformation; and ii) a deployed conformation, in which said two or more arms (10a, 10b, 10c) are opened in a radial outward direction, wherein said device is adapted to be attached at its base section to an apex inside a heart ventricle in said deployed conformation such that at least its free top ends are pressed against the walls of said heart ventricle thereby allowing said two or more arms (10a, 10b, 10c) to elastically bend in radial direction during contractions of said heart ventricle and thereby store potential energy in said elastic elements or portions provided therein, and to release said energy during expansions of said heart ventricle; characterised in that said device is made from an elastic wire or from a layered structure of elastic strips; and that the vertices of the arms of said device are curved and rounded; and that said device is configured to be implanted inside the heart ventricle in a preloaded state, such that the diameter of said device outside of the heart ventricle in a top view perspective when its arms are in a fully deployed state is greater than the diameter of the ventricle.
An aerial photograph image pickup method comprising a step of making to fly meanderingly a flying object, which comprises a GPS device, a navigating means (8, 9, 10, 11), an image pickup device for taking an image downward, an image processing unit (24, 25) and a main arithmetic control unit, characterised in that said method further comprises a step of taking an image with said image pickup device at each vertex where a direction is changed in the meandering flight, a step of extracting feature points from a common overlap portion of the images taken at three vertexes adjacent to each other, a step of determining two sets of two images adjacent to each other from the images taken at said three vertexes and acquiring positional information of said two vertexes by said GPS device for each set, a step of performing photogrammetry of measuring points corresponding to said feature points based on the positional information and based on said feature points of said two images on each set, a step of setting said feature points when surveying results of said measuring points coincide with each other in said two sets as tie points for image combination, and a step of carrying out, based on said tie points and three-dimensional coordinates of said three vertexes measured by said GPS device, a local processing of a calculation of photographing positions of the images taken at said three vertexes and an orientation calculation of tilting.
A method to control ammonia slip in a selective catalytic reduction system, the method comprising: detecting an engine operation transition event; increasing NOx concentration in an engine exhaust gas stream; and decreasing a reductant dose to the exhaust gas stream. detecting an engine operation transition event; increasing NOx concentration in an engine exhaust gas stream; and decreasing a reductant dose to the exhaust gas stream.
A system, comprising: a hybrid power plant controller programmed to receive a plurality of signals representative of one or more operating parameters of a hybrid power plant comprising at least one gas turbine engine, at least one piston engine, and at least one catalyst system, wherein the one or more operating parameters comprise at least gas turbine acoustics, and wherein the hybrid power plant controller is programmed to utilize closed-loop optimal control to generate one or more operational setpoints based on the one or more operating parameters for the hybrid power plant to control performance of the hybrid power plant and to provide the one or more operational setpoints to respective controllers (20, 22, 24) of the at least one gas turbine engine, the at least one piston engine, and the at least one catalyst system to control operation of the at least one gas turbine engine, the at least one piston engine, and the at least one catalyst system. a hybrid power plant controller programmed to receive a plurality of signals representative of one or more operating parameters of a hybrid power plant comprising at least one gas turbine engine, at least one piston engine, and at least one catalyst system, wherein the one or more operating parameters comprise at least gas turbine acoustics, and wherein the hybrid power plant controller is programmed to utilize closed-loop optimal control to generate one or more operational setpoints based on the one or more operating parameters for the hybrid power plant to control performance of the hybrid power plant and to provide the one or more operational setpoints to respective controllers (20, 22, 24) of the at least one gas turbine engine, the at least one piston engine, and the at least one catalyst system to control operation of the at least one gas turbine engine, the at least one piston engine, and the at least one catalyst system.
A method for a pictorial chatting, comprising: storing a drawing process of completing a picture in a chronological order from a start of drawing the picture when a first user draws the picture through a picture input window displayed on a display part of a user terminal, wherein a plurality of stage data are inserted into the picture data at certain positions each corresponding to a degree of completion of the picture; transmitting the stored picture to a second user terminal as a chat participant; displaying the transmitted picture on a display of the second user terminal; playing back the process of drawing the picture in chronological order according to the selection of the second user and displaying the picture at the position where the stage data is inserted according to the selection of the second user, characterized by receiving second user input in order to edit the picture displayed on the second user terminal. storing a drawing process of completing a picture in a chronological order from a start of drawing the picture when a first user draws the picture through a picture input window displayed on a display part of a user terminal, wherein a plurality of stage data are inserted into the picture data at certain positions each corresponding to a degree of completion of the picture; transmitting the stored picture to a second user terminal as a chat participant; displaying the transmitted picture on a display of the second user terminal; playing back the process of drawing the picture in chronological order according to the selection of the second user and displaying the picture at the position where the stage data is inserted according to the selection of the second user, characterized by receiving second user input in order to edit the picture displayed on the second user terminal.
Device for coupling a high-frequency signal between a first component and a second component, designed to supply: - a first bias voltage-current pair (Ve, Ie) to the first component; - a second bias voltage-current pair (Vs, Is) to the second component; - the coupling device comprising a first and a second transmission line (7, 9), characterized in that it also comprises: - a first plurality of current limiters (11, 12, 13) connected to a first voltage supply port and to the first transmission line and distributed along this first transmission line, - a second plurality of current limiters (41, 42, 43) connected to a second voltage supply port and to the second transmission line and distributed along the second transmission line. - a first bias voltage-current pair (Ve, Ie) to the first component; - a second bias voltage-current pair (Vs, Is) to the second component; - the coupling device comprising a first and a second transmission line (7, 9), characterized in that it also comprises: - a first plurality of current limiters (11, 12, 13) connected to a first voltage supply port and to the first transmission line and distributed along this first transmission line, - a second plurality of current limiters (41, 42, 43) connected to a second voltage supply port and to the second transmission line and distributed along the second transmission line. - a first plurality of current limiters (11, 12, 13) connected to a first voltage supply port and to the first transmission line and distributed along this first transmission line, - a second plurality of current limiters (41, 42, 43) connected to a second voltage supply port and to the second transmission line and distributed along the second transmission line.
A fragment of human serum albumin comprising a serum albumin subdomain IIA, wherein said fragment of serum albumin has half or less molecular weight of that of said serum albumin for use in the treatment of hyperbilirubinemia.
A three-frame difference target-tracking system for target track identification, the system configured to: perform a three-frame difference calculation on a first offset image, a second offset image and a reference image to generate a three-frame difference output image, wherein the three-frame difference calculation comprises generating the three-frame difference output image based on one of the following equations: abs D C − D B − abs D A / 2 ∗ sign D C; abs D A + D B − abs D C / 2 ∗ sign D A; or abs D A + D C − abs D B / 2 ∗ − sign D A, wherein: D A is a difference between corresponding pixels in the reference image and the second offset image, D B is a difference between corresponding pixels in the reference image and the first offset image, and D C is a difference between corresponding pixels in the first offset image and the second offset image; and perform clutter suppression on the three-frame difference output image to generate a clutter-suppressed output image. perform a three-frame difference calculation on a first offset image, a second offset image and a reference image to generate a three-frame difference output image, wherein the three-frame difference calculation comprises generating the three-frame difference output image based on one of the following equations: abs D C − D B − abs D A / 2 ∗ sign D C; abs D A + D B − abs D C / 2 ∗ sign D A; or abs D A + D C − abs D B / 2 ∗ − sign D A, wherein: D A is a difference between corresponding pixels in the reference image and the second offset image, D B is a difference between corresponding pixels in the reference image and the first offset image, and D C is a difference between corresponding pixels in the first offset image and the second offset image; and D A is a difference between corresponding pixels in the reference image and the second offset image, D B is a difference between corresponding pixels in the reference image and the first offset image, and D C is a difference between corresponding pixels in the first offset image and the second offset image; and perform clutter suppression on the three-frame difference output image to generate a clutter-suppressed output image.