mhurhangee/patent-ind-claim-en huggingface dataset:
A method for obtaining an enriched composition of very long chain polyunsaturated fatty acids having a chain length of more than 22 carbon atoms, from a natural oil composition obtained from algal oil, krill oil, squid oil or fish oil, the method comprising the steps of: a) Hydrolyzing an oil composition derived from algal oil, krill oil, squid oil or fish oil, and comprising very long chain polyunsaturated fatty acids with a base in the presence of an organic solvent selected from the group consisting of C 1 -C 5 alcohols and ketones of the formula R 1 (C=O)R 2 wherein R 1 and R 2 are each independently C 1 -C 5 alkyl, and water to form a composition comprising free fatty acid salts of very long chain polyunsaturated fatty acids; b) Subjecting such composition to conditions such that (i) a precipitate and (ii) a filtrate comprising free fatty acid salts of very long chain polyunsaturated fatty acids are formed; c) Removing the precipitate to obtain a filtrate comprising free fatty acid salts of very long chain polyunsaturated fatty acids; d) Reacting the filtrate comprising free fatty acid salts of very long chain polyunsaturated fatty acids with an acid to form a composition comprising very long chain polyunsaturated free fatty acids; and e) Concentrating the very long chain polyunsaturated fatty acids present in the composition comprising very long chain polyunsaturated free fatty acids to produce an enriched composition comprising at least 5% by weight of very long chain polyunsaturated fatty acids. a) Hydrolyzing an oil composition derived from algal oil, krill oil, squid oil or fish oil, and comprising very long chain polyunsaturated fatty acids with a base in the presence of an organic solvent selected from the group consisting of C 1 -C 5 alcohols and ketones of the formula R 1 (C=O)R 2 wherein R 1 and R 2 are each independently C 1 -C 5 alkyl, and water to form a composition comprising free fatty acid salts of very long chain polyunsaturated fatty acids; b) Subjecting such composition to conditions such that (i) a precipitate and (ii) a filtrate comprising free fatty acid salts of very long chain polyunsaturated fatty acids are formed; c) Removing the precipitate to obtain a filtrate comprising free fatty acid salts of very long chain polyunsaturated fatty acids; d) Reacting the filtrate comprising free fatty acid salts of very long chain polyunsaturated fatty acids with an acid to form a composition comprising very long chain polyunsaturated free fatty acids; and e) Concentrating the very long chain polyunsaturated fatty acids present in the composition comprising very long chain polyunsaturated free fatty acids to produce an enriched composition comprising at least 5% by weight of very long chain polyunsaturated fatty acids.
A bottom hole assembly for use in a subterranean well, the bottom hole assembly comprising: a whipstock ; a mill releasably secured to the whipstock ; an antenna ; a release mechanism , in which the release mechanism is configured to release the mill from the whipstock in response to a predetermined release radio frequency signal received by the antenna ; and a valve and a controller , in which the controller is configured to operate the valve in response to the predetermined release radio frequency signal received by the antenna , and in which the valve is configured to selectively open a flow path between a piston of the release mechanism and a flow passage in the mill . a whipstock ; a mill releasably secured to the whipstock ; an antenna ; a release mechanism , in which the release mechanism is configured to release the mill from the whipstock in response to a predetermined release radio frequency signal received by the antenna ; and a valve and a controller , in which the controller is configured to operate the valve in response to the predetermined release radio frequency signal received by the antenna , and in which the valve is configured to selectively open a flow path between a piston of the release mechanism and a flow passage in the mill .
Armrest comprising a base part , on which is mounted an arm support pivotable about a pivot axis (a) in opposing pivot directions (u1, u2) between a first position and a second position, wherein the arm support is lockable with a locking device in at least one pivot position and the locking device comprises a movable first structure and an immovable second structure , which can be releasably engaged with the first structure , wherein the first structure is movable between a locked position and a released position and is loaded by a restoring force into the locked position, characterised in that the base part comprises two bearing surfaces on which bearing surfaces of the arm support are directly or indirectly supported, wherein a first bearing surface is formed on a first pin and a second bearing surface on a second pin which is arranged coaxially to the first pin , wherein a bearing surface , in relation to the pivot axis (a), is arranged radially inside and a bearing surface radially outside of the first structure and of the second structure .
An implant positioning device for an orthopaedic positioning device, comprising: a body having a top side and a bottom side; a fastener guide coupled to the body and configured to releasably hold a fastener in the implant positioning device ; and a through-bore formed in the body and extending from the top side of the body to the bottom side of the body ; characterized by : a retaining beam positioned in the through-bore and configured to elastically deflect and removably couple the implant positioning device to a plate . a body having a top side and a bottom side; a fastener guide coupled to the body and configured to releasably hold a fastener in the implant positioning device ; and a through-bore formed in the body and extending from the top side of the body to the bottom side of the body ; characterized by : a retaining beam positioned in the through-bore and configured to elastically deflect and removably couple the implant positioning device to a plate .
An apparatus, comprising: a host configured to communicate with a memory via a link , the host being further configured to: receive a first clock (RDQS) from the memory, receive, based on the first clock, data (DQs) from the memory synchronously, in a high-speed mode of a read operation, generate a second clock, the second clock being generated independent of the first clock in a low-speed mode of the read operation and being an internal clock of the host, wherein no read clock is between the host and the memory in the low-speed mode, and receive, based on the second clock, data (DQs) from the memory synchronously, in the low-speed mode of the read operation. receive a first clock (RDQS) from the memory, receive, based on the first clock, data (DQs) from the memory synchronously, in a high-speed mode of a read operation, generate a second clock, the second clock being generated independent of the first clock in a low-speed mode of the read operation and being an internal clock of the host, wherein no read clock is between the host and the memory in the low-speed mode, and receive, based on the second clock, data (DQs) from the memory synchronously, in the low-speed mode of the read operation.
An industrial truck comprising load receiving means for receiving elongated goods (L) and an elongated goods detection device for detecting elongated goods (L) and comprising a safety controller , which has at least one monitoring sensor and which forms at least one protection field using said monitoring sensor , wherein the safety controller is connected operatively with the elongated goods detection device and is designed to influence the at least one protection field on the basis of elongated goods (L) detected by the elongated goods detection device .
A method for mitigating bow wave or wake artefacts in radar images of a vessel, comprising a step of: - acquiring a radar image (I(x,y)) of a vessel, said acquired image being a Range-Doppler image; the method further comprises the steps of: - extracting from the radar image (I(x,y)) the or each artefact area which corresponds to an artefact due to bow waves or the wake of the vessel, the extraction being based on the or each artefact area extending over a band parallel to the Doppler axis, the extraction leading to an image of the artefact areas (R 3 (x,y)); - developing a mask of the vessel (M(x,y)); and, - attenuating the radar image samples (I(x,y)) which belong to the or each artefact area of the artefact area image (R 3 (x,y)) and which lie outside the mask of the vessel (M(x,y)) so as to obtain an attenuated image (I f (x,y)), characterised in that the step of extracting the or each artefact area is based on calculating the ratio of a vertical contrast (CV(x,y)) along the range axis to a horizontal contrast (CH(x,y)) along the Doppler axis of the radar image (I(x,y)) and selecting an artefact area as the area within which said ratio is greater than a threshold ratio, a contrast of a sample being determined by comparing the power of said sample with that of one or more neighbouring samples, which are located on the same row for the horizontal contrast and on the same column for the vertical contrast. - acquiring a radar image (I(x,y)) of a vessel, said acquired image being a Range-Doppler image; the method further comprises the steps of: - extracting from the radar image (I(x,y)) the or each artefact area which corresponds to an artefact due to bow waves or the wake of the vessel, the extraction being based on the or each artefact area extending over a band parallel to the Doppler axis, the extraction leading to an image of the artefact areas (R 3 (x,y)); - developing a mask of the vessel (M(x,y)); and, - attenuating the radar image samples (I(x,y)) which belong to the or each artefact area of the artefact area image (R 3 (x,y)) and which lie outside the mask of the vessel (M(x,y)) so as to obtain an attenuated image (I f (x,y)), - extracting from the radar image (I(x,y)) the or each artefact area which corresponds to an artefact due to bow waves or the wake of the vessel, the extraction being based on the or each artefact area extending over a band parallel to the Doppler axis, the extraction leading to an image of the artefact areas (R 3 (x,y)); - developing a mask of the vessel (M(x,y)); and, - attenuating the radar image samples (I(x,y)) which belong to the or each artefact area of the artefact area image (R 3 (x,y)) and which lie outside the mask of the vessel (M(x,y)) so as to obtain an attenuated image (I f (x,y)),
A bicycle parking stand for locking a bicycle to the stand comprising: a bottom section (A) directly or through a base affixed to the ground or pavement, said bottom section (A) comprises a right vertical side wall , an opposite placed vertical left side wall and a back-wall , wherein the bicycle parking stand further comprising a top section (B) fixed on top of said bottom section (A), said top section (B) comprising the vertical left side wall , the back wall , a right vertical wall and a front wall , the stand further comprises a gate (E) hinged to the joined top section (A) and bottom section (B) by hinges (D), and an electronic unit (G) fixed inside the top section (B), said electronic unit (G) comprises an electronic lock (H) with a latch (P) and a printed circuitry board (I) containing electronics, the stand further comprises clamping means for releasable clamping a crankarm (V) of the bicycle to said clamping means, and the gate (E) is adapted to move from an open position to a closed position and a striker plate (F) placed on the gate (E) engages the latch (P) of the electronic lock (H) thereby preventing that said gate (E) can be opened and the bicycle pulled out of the clamping means when the electronic lock (H) is activated. a bottom section (A) directly or through a base affixed to the ground or pavement, said bottom section (A) comprises a right vertical side wall , an opposite placed vertical left side wall and a back-wall , wherein the bicycle parking stand further comprising a top section (B) fixed on top of said bottom section (A), said top section (B) comprising the vertical left side wall , the back wall , a right vertical wall and a front wall , the stand further comprises a gate (E) hinged to the joined top section (A) and bottom section (B) by hinges (D), and an electronic unit (G) fixed inside the top section (B), said electronic unit (G) comprises an electronic lock (H) with a latch (P) and a printed circuitry board (I) containing electronics, the stand further comprises clamping means for releasable clamping a crankarm (V) of the bicycle to said clamping means, and the gate (E) is adapted to move from an open position to a closed position and a striker plate (F) placed on the gate (E) engages the latch (P) of the electronic lock (H) thereby preventing that said gate (E) can be opened and the bicycle pulled out of the clamping means when the electronic lock (H) is activated.
Bicycle transport container, in particular bicycle transport box, for a bicycle frame which is preassembled such that the handlebar is connected to the fork stem, the container comprising an outer container and a frame retaining element which is arranged in the outer container and can be taken out of the outer container together with a bicycle frame that is carried by the frame retaining element , wherein a bottom side of the frame retaining element forms a base such that the frame retaining element stands autonomously, independently of the outer container , together with the bicycle frame carried by the frame retaining element , characterized in that a handlebar protector is arranged in the outer container , which handlebar protector comprises a lid element arranged above the handlebar . an outer container and a frame retaining element which is arranged in the outer container and can be taken out of the outer container together with a bicycle frame that is carried by the frame retaining element , wherein a bottom side of the frame retaining element forms a base such that the frame retaining element stands autonomously, independently of the outer container , together with the bicycle frame carried by the frame retaining element , characterized in that a handlebar protector is arranged in the outer container , which handlebar protector comprises a lid element arranged above the handlebar .
An anchoring member for a polyaxial bone anchoring device, the anchoring member including: a bone anchoring section having a first end , a second end , and a bone engagement structure on at least a portion thereof; a head , the head having an outer surface portion that defines a portion of a sphere (S), a central axis (C) extending through respective centers of the head and the first and second ends of the bone anchoring section and a neck between the first end of the bone anchoring section and the head , the neck including a first portion that is closer to the head than to the bone anchoring section , wherein in at least one plane (P) including the central axis (C), the first portion of the neck is concave with a first curvature; characterized in that the neck further includes a second portion between the first portion and the bone anchoring section , wherein in the at least one plane (P), the second portion is concave with a second curvature that is smaller than the first curvature. a bone anchoring section having a first end , a second end , and a bone engagement structure on at least a portion thereof; a head , the head having an outer surface portion that defines a portion of a sphere (S), a central axis (C) extending through respective centers of the head and the first and second ends of the bone anchoring section and a neck between the first end of the bone anchoring section and the head , the neck including a first portion that is closer to the head than to the bone anchoring section , wherein in at least one plane (P) including the central axis (C), the first portion of the neck is concave with a first curvature; characterized in that the neck further includes a second portion between the first portion and the bone anchoring section , wherein in the at least one plane (P), the second portion is concave with a second curvature that is smaller than the first curvature.
A pellet grill , comprising: a burn pot including an upper end having a first opening , a lower end located opposite the upper end and having a second opening , and a sidewall extending between the upper and lower ends and having a third opening ; a fuel grate positioned within the burn pot between the upper and lower ends , the fuel grate configured to support pellet fuel within the burn pot , the fuel grate including a plurality of ash openings dimensioned to enable ash produced from combustion of the pellet fuel to pass downwardly through the fuel grate toward the second opening , the fuel grate including an upper surface and a trough extending downwardly from the upper surface , the trough configured to centralize pellet fuel within the burn pot , the trough including a fourth opening aligned with the third opening ; and an ignitor extending through the third opening into the burn pot and through the fourth opening into the trough . a burn pot including an upper end having a first opening , a lower end located opposite the upper end and having a second opening , and a sidewall extending between the upper and lower ends and having a third opening ; a fuel grate positioned within the burn pot between the upper and lower ends , the fuel grate configured to support pellet fuel within the burn pot , the fuel grate including a plurality of ash openings dimensioned to enable ash produced from combustion of the pellet fuel to pass downwardly through the fuel grate toward the second opening , the fuel grate including an upper surface and a trough extending downwardly from the upper surface , the trough configured to centralize pellet fuel within the burn pot , the trough including a fourth opening aligned with the third opening ; and an ignitor extending through the third opening into the burn pot and through the fourth opening into the trough .
Fluid-conducting household appliance , wherein the fluid-conducting household appliance comprises: a housing with a receiving container and an opening ; a door unit , wherein the door unit is provided to close the opening , wherein the door unit comprises a viewing window and a window element , wherein the window element is embodied opposite the viewing window and at least partially protrudes into the receiving container when the door unit is closed, wherein the viewing window is substantially transparent so that the receiving container can be viewed when the opening is closed, wherein the door unit comprises at least one frame element ; an electronic unit comprising at least one projection unit , wherein the at least one projection unit emits light such that visual information is visible on a projection surface , wherein the projection surface is provided in the region of the viewing window ; an optical unit , wherein the optical unit is arranged in an upper region of the door unit such that the light emitted by the projection unit is reflected by the reflection element of the optical unit onto the projection surface in the region of the viewing window , characterised in that the projection unit is arranged on the at least one frame element . a housing with a receiving container and an opening ; a door unit , wherein the door unit is provided to close the opening , wherein the door unit comprises a viewing window and a window element , wherein the window element is embodied opposite the viewing window and at least partially protrudes into the receiving container when the door unit is closed, wherein the viewing window is substantially transparent so that the receiving container can be viewed when the opening is closed, wherein the door unit comprises at least one frame element ; an electronic unit comprising at least one projection unit , wherein the at least one projection unit emits light such that visual information is visible on a projection surface , wherein the projection surface is provided in the region of the viewing window ; an optical unit , wherein the optical unit is arranged in an upper region of the door unit such that the light emitted by the projection unit is reflected by the reflection element of the optical unit onto the projection surface in the region of the viewing window , characterised in that the projection unit is arranged on the at least one frame element .
Apparatus for managing the flow of a liquid, comprising - an outer casing separating the apparatus from the external environment, said outer casing defining an inner chamber provided with an inlet and an outlet for the liquid, - on said outer casing , a system for fitting a gauge for detecting and/or measuring from the outside of the apparatus, the pressure in said inner chamber , said system being provided with - a channel for fluid communication between said chamber and the outside of said casing, - a gauge-holder body , with which said gauge is associated, so that said channel is in fluid communication with an operating area in said gauge-holder body associated with the sensitive portion of said gauge , - fixing means adapted to fix to the external side of said outer casing , alternatively to one another, said gauge-holder body , or a closing element, removable, for said channel, adapted to close said channel with seal when said gauge-holder body is not associated with said casing, wherein said casing comprises an open central portion in which there is defined at least part of said chamber and a closing bell element of said central portion , said bell element being reversibly fixed to said central portion , said gauge-holder body being blocked between said central portion and said bell element . - an outer casing separating the apparatus from the external environment, said outer casing defining an inner chamber provided with an inlet and an outlet for the liquid, - on said outer casing , a system for fitting a gauge for detecting and/or measuring from the outside of the apparatus, the pressure in said inner chamber , said system being provided with - a channel for fluid communication between said chamber and the outside of said casing, - a gauge-holder body , with which said gauge is associated, so that said channel is in fluid communication with an operating area in said gauge-holder body associated with the sensitive portion of said gauge , - fixing means adapted to fix to the external side of said outer casing , alternatively to one another, said gauge-holder body , or a closing element, removable, for said channel, adapted to close said channel with seal when said gauge-holder body is not associated with said casing, - a channel for fluid communication between said chamber and the outside of said casing, - a gauge-holder body , with which said gauge is associated, so that said channel is in fluid communication with an operating area in said gauge-holder body associated with the sensitive portion of said gauge , - fixing means adapted to fix to the external side of said outer casing , alternatively to one another, said gauge-holder body , or a closing element, removable, for said channel, adapted to close said channel with seal when said gauge-holder body is not associated with said casing,