mhurhangee/ep-ind-claims huggingface dataset:
A casing removal tool for a rigless removal of a portion of a wellbore casing from a wellbore, comprising: a tubular body configured to contain a thermite fuel mixture configured to initiate into a molten thermite fuel; a nozzle array characterized by and comprising a plurality of densely packed nozzles positioned in rows and columns on an area of an external surface of the tubular body, wherein the nozzle array is configured to impinge the molten thermite fuel onto a section of the wellbore casing so that the molten thermite fuel from each nozzle of the plurality of densely packed nozzles at least partially overlaps the molten thermite fuel from each adjacent nozzle of the plurality of densely packed nozzles for uniform annihilation of the section of the wellbore casing; and an orientation lug configured to anchor into a downhole orientation tool. a tubular body configured to contain a thermite fuel mixture configured to initiate into a molten thermite fuel; a nozzle array characterized by and comprising a plurality of densely packed nozzles positioned in rows and columns on an area of an external surface of the tubular body, wherein the nozzle array is configured to impinge the molten thermite fuel onto a section of the wellbore casing so that the molten thermite fuel from each nozzle of the plurality of densely packed nozzles at least partially overlaps the molten thermite fuel from each adjacent nozzle of the plurality of densely packed nozzles for uniform annihilation of the section of the wellbore casing; and an orientation lug configured to anchor into a downhole orientation tool.
An inulosucrase from Bacillus agaradhaerens (INUO) comprising a polypeptide consisting of amino acids 32-453 of SEQ ID NO: 4, a variant thereof, or an active fragment thereof, wherein the variant is able to catalyze polymerization of inulin oligosaccharides containing β-(2→1) linkages, and wherein the variant has at least 80% sequence identity with amino acids 32-453 of the amino acid sequence of SEQ ID NO: 4, and wherein the active fragment retains a measurable inulosucrase activity and is able to catalyze polymerization of inulin oligosaccharides containing β-(2→1) linkages.
Use of a blow-molded foam duct, which comprises a ventilation path formed therein, an inlet and an outlet, in such a manner that a ventilation fluid is supplied into the ventilation path through the inlet from an air conditioner unit and the ventilation fluid is discharged through the outlet toward the outside, the blow-molded foam duct having been formed by a method comprising the steps of: sandwiching a foaming parison or resin sheets (18; 19) with molds (12a; 12b) to mold the blow-molded foam duct having the ventilation path; blowing a fluid from a blow-in needle into the ventilation path; discharging the fluid blown into the ventilation path from a blow-out needle; and allowing the fluid for cooling the blow-molded foam duct to flow through the ventilation path so as to cool the blow-molded foam duct; characterized in that in the method by which the blow-molded foam duct has been formed, the blow-in needle is stuck into a portion that forms the inlet through which the ventilation fluid is supplied into the ventilation path and the blow-out needle is stuck into a portion that forms the outlet through which the ventilation fluid is discharged from the ventilation path, so that the fluid flows in the flow path direction in which the ventilation fluid flows through the ventilation path when the blow-molded foam duct is in use; and in that the blow-molded foam duct is formed so that the pressure loss of the blow-molded foam duct for fluid flowing in fluid flow direction through the ventilation path is smaller than the pressure loss of the blow-molded foam duct for fluid flowing through the ventilation path in a reversed direction with respect to the fluid flow direction. sandwiching a foaming parison or resin sheets (18; 19) with molds (12a; 12b) to mold the blow-molded foam duct having the ventilation path; blowing a fluid from a blow-in needle into the ventilation path; discharging the fluid blown into the ventilation path from a blow-out needle; and allowing the fluid for cooling the blow-molded foam duct to flow through the ventilation path so as to cool the blow-molded foam duct; characterized in that in the method by which the blow-molded foam duct has been formed, the blow-in needle is stuck into a portion that forms the inlet through which the ventilation fluid is supplied into the ventilation path and the blow-out needle is stuck into a portion that forms the outlet through which the ventilation fluid is discharged from the ventilation path, so that the fluid flows in the flow path direction in which the ventilation fluid flows through the ventilation path when the blow-molded foam duct is in use; and in that the blow-molded foam duct is formed so that the pressure loss of the blow-molded foam duct for fluid flowing in fluid flow direction through the ventilation path is smaller than the pressure loss of the blow-molded foam duct for fluid flowing through the ventilation path in a reversed direction with respect to the fluid flow direction.
A communication apparatus comprising: a proximity wireless communication unit for performing proximity wireless communication in a tag mode in which information is written from a partner apparatus in a writer mode; a short-range wireless communication unit for performing short-range wireless communication having a communication range larger than a communication range of the proximity wireless communication unit; a memory for storing, in a communication started by the proximity wireless communication unit with the partner apparatus in a case where the communication apparatus is in a power-off state, communication parameter information of a network written from the partner apparatus using proximity wireless communication, wherein the communication parameter information includes at least one of a service set identification (SSID), a key and an authentication type for performing communication using the short-range wireless communication unit; and a power supply unit; wherein, in a case where the power supply unit controls the communication apparatus to be in a power-on state and the communication parameter information of a network written from the partner apparatus is stored in the memory, the short-range wireless communication unit is configured to start processing for connection of short-range wireless communication based on the communication parameter information stored in the memory. a proximity wireless communication unit for performing proximity wireless communication in a tag mode in which information is written from a partner apparatus in a writer mode; a short-range wireless communication unit for performing short-range wireless communication having a communication range larger than a communication range of the proximity wireless communication unit; a memory for storing, in a communication started by the proximity wireless communication unit with the partner apparatus in a case where the communication apparatus is in a power-off state, communication parameter information of a network written from the partner apparatus using proximity wireless communication, wherein the communication parameter information includes at least one of a service set identification (SSID), a key and an authentication type for performing communication using the short-range wireless communication unit; and a power supply unit; wherein, in a case where the power supply unit controls the communication apparatus to be in a power-on state and the communication parameter information of a network written from the partner apparatus is stored in the memory, the short-range wireless communication unit is configured to start processing for connection of short-range wireless communication based on the communication parameter information stored in the memory.
Low-frequency radar antenna, comprising an array of elementary antennas, capable of operating at a predefined operating frequency, characterised in that it comprises an antenna plane, the antenna plane comprising a radiating plane and a ground plane, the radiating plane carrying the array of elementary antennas, the antenna plane being able to be deployed from a folded state to a deployed state, in which it adopts a configuration substantially perpendicular to the terrestrial surface of the ground or sea, in that it comprises a device for storing the antenna plane, comprising a winding system for the radiating plane and a winding system for the ground plane, the antenna plane being flexible so that it can be wound in the folded state, and in that it comprises a lifting device of the aerostat type capable of lifting the antennae plane so as to hold it in the deployed state, the antennae plane being light so that it can be lifted by the lifting device. in that it comprises a device for storing the antenna plane, comprising a winding system for the radiating plane and a winding system for the ground plane, the antenna plane being flexible so that it can be wound in the folded state, and in that it comprises a lifting device of the aerostat type capable of lifting the antennae plane so as to hold it in the deployed state, the antennae plane being light so that it can be lifted by the lifting device.
Apparatus comprising a drip emitter for attachment to an inner surface of a wall of an irrigation hose, said drip emitter comprising an elastomer component, wherein said drip emitter is configured such that, when attached to the inner surface of the irrigation hose, said drip emitter defines: (i) a water inlet for receiving water from the irrigation hose; (ii) a drip outlet for releasing water through an opening in the wall of the irrigation hose; and (iii) a fluid flow pathway [18a, 18b] from said water inlet to said drip outlet, said fluid flow pathway [18a, 18b] including a labyrinth flow restriction, at least part of said labyrinth flow restriction comprising: a sequence of baffles, a base underlying said sequence of baffles, and a plurality of under-tooth bypass spaces located between said base and said sequence of baffles, wherein said base is exposed to a fluid pressure within the irrigation hose such that increased fluid pressure within the irrigation hose causes progressive closing of said plurality of under-tooth bypass spaces, thereby regulating a flow rate through said drip emitter, and characterized in that said at least part of said labyrinth flow restriction is formed in said elastomer component wherein said base and said sequence of baffles are integrally formed of a single piece said elastomer. (i) a water inlet for receiving water from the irrigation hose; (ii) a drip outlet for releasing water through an opening in the wall of the irrigation hose; and (iii) a fluid flow pathway [18a, 18b] from said water inlet to said drip outlet, said fluid flow pathway [18a, 18b] including a labyrinth flow restriction, at least part of said labyrinth flow restriction comprising: a sequence of baffles, a base underlying said sequence of baffles, and a plurality of under-tooth bypass spaces located between said base and said sequence of baffles, a sequence of baffles, a base underlying said sequence of baffles, and a plurality of under-tooth bypass spaces located between said base and said sequence of baffles,
A humidification system comprising: a main gases flow path (1, 101, 501) having a main gases flow path inlet (6, 106, 506) and a main gases flow path outlet (5, 105, 505), a humidification source, wherein the main gases flow path (1, 101, 501) comprises a first portion (2, 102, 502) and a second portion (3, 103, 503), wherein the first portion (2, 102, 502) comprises a larger cross sectional area than the second portion (3, 103, 503) so that with a flow of gases (11, 12, 111, 112, 511, 512) through the main gases flow path (1, 101, 501) a high pressure region is generated in the first portion (2, 102, 502) and a low pressure region is generated in the second portion (3, 103, 503), and a low pressure region inlet aperture (8, 108, 508), the low pressure region inlet aperture (8, 108, 508) being positioned at the low pressure region to allow a gases flow from the humidification source to the main gases flow path (1, 101, 501), wherein the main gases flow path (1, 101, 501) further comprises a variable cross section means configured to vary a cross sectional area of a portion of the main gases flow path (1, 101, 501). a main gases flow path (1, 101, 501) having a main gases flow path inlet (6, 106, 506) and a main gases flow path outlet (5, 105, 505), a humidification source, wherein the main gases flow path (1, 101, 501) comprises a first portion (2, 102, 502) and a second portion (3, 103, 503), wherein the first portion (2, 102, 502) comprises a larger cross sectional area than the second portion (3, 103, 503) so that with a flow of gases (11, 12, 111, 112, 511, 512) through the main gases flow path (1, 101, 501) a high pressure region is generated in the first portion (2, 102, 502) and a low pressure region is generated in the second portion (3, 103, 503), and a low pressure region inlet aperture (8, 108, 508), the low pressure region inlet aperture (8, 108, 508) being positioned at the low pressure region to allow a gases flow from the humidification source to the main gases flow path (1, 101, 501), wherein the main gases flow path (1, 101, 501) further comprises a variable cross section means configured to vary a cross sectional area of a portion of the main gases flow path (1, 101, 501).
Composition comprising: - at least one organosilicon compound A comprising at least two identical or different hydrolyzable and condensable groups, or at least two silanol functions ≡SiOH, - at least one crosslinking agent B, - optionally at least one filler C, and - a catalytically effective amount of at least one polycondensation catalyst M which is a zinc complex comprising in its structure two types of ligand: carboxylate and amine. - at least one organosilicon compound A comprising at least two identical or different hydrolyzable and condensable groups, or at least two silanol functions ≡SiOH, - at least one crosslinking agent B, - optionally at least one filler C, and - a catalytically effective amount of at least one polycondensation catalyst M which is a zinc complex comprising in its structure two types of ligand: carboxylate and amine.
A rotary pump with a rotational direction which can be switched, comprising: a) a housing which comprises a pump space featuring an inlet into a low-pressure region of the pump space for a medium to be pumped and an outlet out of a high-pressure region of the pump space for the medium to be pumped; b) at least one rotor (10, 11); c) at least one bearing for the at least one rotor (10, 11); d) at least one sealing stay (8, 9) which axially faces the rotor (10, 11) and separates the low-pressure region from the high-pressure region in the rotational direction of the rotor (10, 11); e) and a lubricant feed which feeds a lubricant from the pump space to at least the bearing, f) wherein the lubricant feed is formed in the sealing stay, g) wherein the rotary pump is an internal-axle pump such as for example a rotary piston pump, a vane cell pump, an internally toothed wheel pump or other internal-axle pump, h) wherein the at least one bearing is a slide bearing, characterised in that i) the lubricant feed is a groove in the sealing stay, and j) the sealing stay is formed between the inlet and the outlet in the rotational direction of the rotor (10, 11), and the lubricant feed extends from the bearing to between the inlet and the outlet. a) a housing which comprises a pump space featuring an inlet into a low-pressure region of the pump space for a medium to be pumped and an outlet out of a high-pressure region of the pump space for the medium to be pumped; b) at least one rotor (10, 11); c) at least one bearing for the at least one rotor (10, 11); d) at least one sealing stay (8, 9) which axially faces the rotor (10, 11) and separates the low-pressure region from the high-pressure region in the rotational direction of the rotor (10, 11); e) and a lubricant feed which feeds a lubricant from the pump space to at least the bearing, f) wherein the lubricant feed is formed in the sealing stay, g) wherein the rotary pump is an internal-axle pump such as for example a rotary piston pump, a vane cell pump, an internally toothed wheel pump or other internal-axle pump, h) wherein the at least one bearing is a slide bearing, characterised in that i) the lubricant feed is a groove in the sealing stay, and j) the sealing stay is formed between the inlet and the outlet in the rotational direction of the rotor (10, 11), and the lubricant feed extends from the bearing to between the inlet and the outlet.
A common gate amplifier comprising: an active device, the active device comprising: an n-type transistor having a drain (dn), a gate (gn), a bulk (bn) and a source; a p-type transistor having a drain (dp), a gate (gp), a bulk (bp) and a source, wherein the n-type transistor and the p-type transistor share a common source (s); a first capacitor coupled between the gate of the n-type transistor and the gate of the p-type transistor; a second capacitor coupled between the drain of the n-type transistor and the drain of the p-type transistor; and a third capacitor coupled between the bulk of the n-type transistor and the bulk of the p-type transistor; and a tuning block coupled to the common source, wherein the tuning block is configured to provide an output current (I_s) to the common source, wherein the active device is operable in class AB, B, C, D, E or F, wherein the active device is configured to have a high breakdown voltage, wherein the active device is configured to trap even harmonic signals. an active device, the active device comprising: an n-type transistor having a drain (dn), a gate (gn), a bulk (bn) and a source; a p-type transistor having a drain (dp), a gate (gp), a bulk (bp) and a source, wherein the n-type transistor and the p-type transistor share a common source (s); a first capacitor coupled between the gate of the n-type transistor and the gate of the p-type transistor; a second capacitor coupled between the drain of the n-type transistor and the drain of the p-type transistor; and a third capacitor coupled between the bulk of the n-type transistor and the bulk of the p-type transistor; and an n-type transistor having a drain (dn), a gate (gn), a bulk (bn) and a source; a p-type transistor having a drain (dp), a gate (gp), a bulk (bp) and a source, wherein the n-type transistor and the p-type transistor share a common source (s); a first capacitor coupled between the gate of the n-type transistor and the gate of the p-type transistor; a second capacitor coupled between the drain of the n-type transistor and the drain of the p-type transistor; and a third capacitor coupled between the bulk of the n-type transistor and the bulk of the p-type transistor; and a tuning block coupled to the common source, wherein the tuning block is configured to provide an output current (I_s) to the common source, wherein the active device is operable in class AB, B, C, D, E or F, wherein the active device is configured to have a high breakdown voltage, wherein the active device is configured to trap even harmonic signals.
A composition comprising Bacillus Calmette-Guerin for use as a medicament for reducing cholesterol in a subject suffering from a disease associated with an elevated level of cholesterol selected from the group consisting of hypercholesterolemia, hyperlipidemia, coronary heart disease, peripheral arterial disease, peripheral vascular disease, hypertension, stroke, diabetes, metabolic syndrome, obesity, and insulin resistance.
A magnifier camera comprising: a display housing with a pivotal camera assembly positioned therein, a camera with an axis, a heat sink, and a light source fixed to the pivotal camera assembly, a display screen formed on the display housing, a series of controls positioned adjacent the display screen, an upper lever arm pivotally connected to the pivotal camera assembly; a base interconnected to the display housing by way of a first hinge, the base having two feet with an intermediate plane formed therebetween, an image plane being parallel to the intermediate plane, a lower lever arm pivotally connected to the base and the upper lever arm; a handle secured to a lower surface of the base by way of a second hinge mechanism, the second hinge mechanism providing detents at various angular positions of the handle, the second hinge being perpendicular to the first hinge and permitting the handle to be pivoted laterally relative to the base to permit a user to hold the camera by way of the handle; whereby pivoting the display housing relative to the base results in the rotational movement of the upper lever arm and the pivotal camera assembly, the pivotal camera assembly thereby keeping the axis of the camera perpendicular to the image plane at all times. a display housing with a pivotal camera assembly positioned therein, a camera with an axis, a heat sink, and a light source fixed to the pivotal camera assembly, a display screen formed on the display housing, a series of controls positioned adjacent the display screen, an upper lever arm pivotally connected to the pivotal camera assembly; a base interconnected to the display housing by way of a first hinge, the base having two feet with an intermediate plane formed therebetween, an image plane being parallel to the intermediate plane, a lower lever arm pivotally connected to the base and the upper lever arm; a handle secured to a lower surface of the base by way of a second hinge mechanism, the second hinge mechanism providing detents at various angular positions of the handle, the second hinge being perpendicular to the first hinge and permitting the handle to be pivoted laterally relative to the base to permit a user to hold the camera by way of the handle; whereby pivoting the display housing relative to the base results in the rotational movement of the upper lever arm and the pivotal camera assembly, the pivotal camera assembly thereby keeping the axis of the camera perpendicular to the image plane at all times.
A compound of the formula wherein X is C-R 7 or N; R 1 is C 3-7 -alkyl, R 2 is C 3-7 -alkyl; R 3 is wherein R 8 is C 1-7 -alkyl and R 9 is absent or is =N-R 10, wherein R 10 is selected from the group consisting of hydrogen, C 1-7 -alkyl, halogen-C 1-7 -alkyl, hydroxy-C 1-7 -alkyl and hydoxy-C 1-7 -alkoxy-C 1-7 -alkyl and R 4 is hydrogen or; R 4 is wherein R 8 is C 1-7 -alkyl and R 9 is absent or is =N-R 10, wherein R 10 is selected from the group consisting of hydrogen, C 1-7 -alkyl, halogen-C 1-7 -alkyl, hydroxy-C 1-7 -alkyl and hydoxy-C 1-7 -alkoxy-C 1-7 -alkyl and R 3 is hydrogen; R 5, R 6 and R 7 are independently from each other selected from hydrogen; or pharmaceutically acceptable salts thereof. X is C-R 7 or N; R 1 is C 3-7 -alkyl, R 2 is C 3-7 -alkyl; R 3 is wherein R 8 is C 1-7 -alkyl and R 9 is absent or is =N-R 10, wherein R 10 is selected from the group consisting of hydrogen, C 1-7 -alkyl, halogen-C 1-7 -alkyl, hydroxy-C 1-7 -alkyl and hydoxy-C 1-7 -alkoxy-C 1-7 -alkyl and R 4 is hydrogen or; R 4 is wherein R 8 is C 1-7 -alkyl and R 9 is absent or is =N-R 10, wherein R 10 is selected from the group consisting of hydrogen, C 1-7 -alkyl, halogen-C 1-7 -alkyl, hydroxy-C 1-7 -alkyl and hydoxy-C 1-7 -alkoxy-C 1-7 -alkyl and R 3 is hydrogen; R 5, R 6 and R 7 are independently from each other selected from hydrogen; or pharmaceutically acceptable salts thereof.
A pump device for a container for liquid, paste-like or foamable skin cleansing and care preparations, for example, for liquid soaps, disinfectants, protective skin pastes or creams, wherein the pump device comprises a tapered bellows chamber, wherein the bellows comprises several bellows elements of a different diameter each, wherein at least one smaller bellows element can be pressed into an adjacent larger bellows element, characterised in that each bellows element comprises a crown-shaped bottom element as well as an annular wall element associated with the crown-shaped bottom element by an annular integral hinge.