mhurhangee/ep-ind-claims huggingface dataset:
A reaction vessel (46, 50, 60, 90) comprising: a) two opposing major walls (18, 48, 72, 74), wherein at least one of the major walls comprises a sheet or film; b) a plurality of contiguous minor walls (16, 62, 64, 66, 68, 70, 94, 96) joining the major walls to each other to form a reaction chamber; and c) a port for introducing fluid into the chamber, characterised in that two of the minor walls are light transmissive to provide respective optical windows to the chamber and the ratio of thermal conductance of the major walls to that of the minor walls is at least 2:1. a) two opposing major walls (18, 48, 72, 74), wherein at least one of the major walls comprises a sheet or film; b) a plurality of contiguous minor walls (16, 62, 64, 66, 68, 70, 94, 96) joining the major walls to each other to form a reaction chamber; and c) a port for introducing fluid into the chamber, characterised in that two of the minor walls are light transmissive to provide respective optical windows to the chamber and the ratio of thermal conductance of the major walls to that of the minor walls is at least 2:1.
A method of wireless communications, the method comprising: determining, by a base station, a frequency pre-compensation value for a transmission and reception point, TRP, on a single frequency network, SFN; indicating, by the base station to a user equipment, UE, the frequency pre-compensation value via the TRP; and applying, by the base station, the frequency pre-compensation value to a signal for transmission by the TRP to the UE. determining, by a base station, a frequency pre-compensation value for a transmission and reception point, TRP, on a single frequency network, SFN; indicating, by the base station to a user equipment, UE, the frequency pre-compensation value via the TRP; and applying, by the base station, the frequency pre-compensation value to a signal for transmission by the TRP to the UE.
A floating construction (1, 11) comprising a vessel (2, 12) partially or fully filled with water and with transparent walls or with walls comprising transparent sections, and space (3, 5, 6) provided around or partially around the vessel, where the vessel comprises at least one opening allowing the surrounding water to enter into the vessel, characterized in that the space (3, 5, 6) provided around the vessel (2, 12) is enclosed and the walls of the vessel (2, 12) are provided with plurality of air locks for entering and exiting the water inside the vessel so that the water surface level in the vessel is significantly higher than the surface level of the surrounding water to provide interior observation area for activities taking place inside the vessel.
A sealing structure suitable to seal two members (2, 3) which move relatively to each other, the sealing structure comprising: a bearing portion suitable to be placed between the two members (2, 3) and contacting both members so as to coaxially hold the two members to each other; first and second seal portions (61, 61A, 61B) individually containing a lip-shaped packing; and a first backup ring portion (71, 71A) disposed on a rear surface side of the first seal portion (61, 61A) to back up the first seal portion (61, 61A), and a second backup ring portion (71, 71B) disposed on a rear surface side of the second seal portion (61, 61B) to back up the second seal portion (61, 61B), wherein the two backup ring portions (71, 71A, 71B) are integrally provided to both end portions in the axial direction of the bearing portion and suitable to be placed between the two members (2, 3), the two backup ring portions (71, 71A, 71B) and the bearing portion are formed into an integral structure, and the bearing portion has a cylindrical shape, characterized in that the first and second backup ring portions (71, 71A, 71B) are individually formed into an annular protrusion shape projected in one direction or the other direction in the axial direction from both the end portions in the axial direction of the bearing portion, and an inner diameter dimension of the bearing portion is smaller than an inner diameter dimension of each of the first and second backup ring portions (71, 71A, 71B). a bearing portion suitable to be placed between the two members (2, 3) and contacting both members so as to coaxially hold the two members to each other; first and second seal portions (61, 61A, 61B) individually containing a lip-shaped packing; and a first backup ring portion (71, 71A) disposed on a rear surface side of the first seal portion (61, 61A) to back up the first seal portion (61, 61A), and a second backup ring portion (71, 71B) disposed on a rear surface side of the second seal portion (61, 61B) to back up the second seal portion (61, 61B), wherein the two backup ring portions (71, 71A, 71B) are integrally provided to both end portions in the axial direction of the bearing portion and suitable to be placed between the two members (2, 3), the two backup ring portions (71, 71A, 71B) and the bearing portion are formed into an integral structure, and the bearing portion has a cylindrical shape, characterized in that the first and second backup ring portions (71, 71A, 71B) are individually formed into an annular protrusion shape projected in one direction or the other direction in the axial direction from both the end portions in the axial direction of the bearing portion, and an inner diameter dimension of the bearing portion is smaller than an inner diameter dimension of each of the first and second backup ring portions (71, 71A, 71B).
Skidding system for an offshore installation or vessel, such as an offshore wind turbine installation ship, comprising at least one set of rails, and at least one carriage for supporting a load and moving the load along the rails, e.g. from a storage position to an operating position and/or vice versa, wherein the at least one carriage has means to adapt the carriage to different loads having different foot prints, wherein the at least one carriage comprises a plurality of supports for supporting a load and characterised in that at least two of the supports are movable relative to each other, wherein at least two of the supports are interconnected, directly or indirectly, via at least one telescopic beam.
A method for segmentation and/or shape detection of blood vessels in medical images, said method comprising the following steps: a) classifying a surrounding of at least one vessel represented in at least one medical image by applying a first classifier to the medical image, whereby the surrounding of the vessel is assigned to one of two surrounding classes, the two surrounding classes comprising a first surrounding class and a second surrounding class, wherein the concentration of bone structures being present in proximity of the vessel in the first surrounding class is higher than the concentration of bone structures being present in proximity of the vessel in the second surrounding class, b) segmentation according to a selected first or second segmentation method of the at least one vessel, wherein said segmentation is based on a given point within the vessel outer wall and a tangential vector to the vessel at the point, and characterized in that, c) the selection of said segmentation of the at least one vessel out of two predefined segmentation methods is based on the determined surrounding class to which the surrounding of said vessel has been assigned by said classification step. a) classifying a surrounding of at least one vessel represented in at least one medical image by applying a first classifier to the medical image, whereby the surrounding of the vessel is assigned to one of two surrounding classes, the two surrounding classes comprising a first surrounding class and a second surrounding class, wherein the concentration of bone structures being present in proximity of the vessel in the first surrounding class is higher than the concentration of bone structures being present in proximity of the vessel in the second surrounding class, b) segmentation according to a selected first or second segmentation method of the at least one vessel, wherein said segmentation is based on a given point within the vessel outer wall and a tangential vector to the vessel at the point, and characterized in that, c) the selection of said segmentation of the at least one vessel out of two predefined segmentation methods is based on the determined surrounding class to which the surrounding of said vessel has been assigned by said classification step.
An apparatus for improving signal to noise ratio of an analog data signal comprising: at least one sensor configured to sense the analog data signal, the analog data signal having a first component including patient parameter data and a second component including ancillary data; a converter coupled to the at least one sensor and configured to automatically convert the analog data signal into a digital data signal and to decimate the digital data signal from a first sample rate to a second lower sample rate; and a gain compensation circuit coupled to the converter configured to automatically measure a magnitude of at least one of the first component and second component of the digital data signal and to compare the measured magnitude to a reference value to determine if a gain applied to the analog data signal should be modified, characterized in that the gain compensation circuit is arranged to automatically compensate the decimated digital signal in response to determining that the gain applied to the digital data signal is modified and to obtain the first and second components from the compensated digital data signal. at least one sensor configured to sense the analog data signal, the analog data signal having a first component including patient parameter data and a second component including ancillary data; a converter coupled to the at least one sensor and configured to automatically convert the analog data signal into a digital data signal and to decimate the digital data signal from a first sample rate to a second lower sample rate; and a gain compensation circuit coupled to the converter configured to automatically measure a magnitude of at least one of the first component and second component of the digital data signal and to compare the measured magnitude to a reference value to determine if a gain applied to the analog data signal should be modified, characterized in that the gain compensation circuit is arranged to automatically compensate the decimated digital signal in response to determining that the gain applied to the digital data signal is modified and to obtain the first and second components from the compensated digital data signal.
A closure device for containers, comprising a lid designed to be coupled to the opening of a container, said lid comprising a spout having holes for establishing fluid communication between the interior of a container and the outside environment, a valve body attached to said lid and operable at said spout, wherein said valve body comprises a cup-shaped element having a blind bottom wall and a side wall that emerges from the bottom wall and delimits an upper opening; sad side wall of the cup-shaped element being made of a resilient material, and at least partially contacting a first sleeve of said lid, which is in fluid communication with said spout, such that said opening of the cup-shaped element faces toward said holes of the spout; said side wall of the cup-shaped element contacting said first sleeve in a fluid-tight manner and moving away from said first sleeve in response to a negative pressure introduced through said spout; said cup-shaped element further comprising a coupling wall, substantially concentric with said side wall and rising from said bottom wall; characterized in said coupling wall being attached to a second sleeve of said lid, located within said first sleeve, substantially concentric with said first sleeve.
A resin composition comprising: 10 parts by weight to less than 30 parts by weight of a butadiene-based graft copolymer including 30 wt% to 70 wt% of a butadiene-based rubber polymer core, and 30 wt% to 70 wt% of a graft shell having a vinyl cyanide monomer-derived unit and an aromatic vinyl monomer-derived unit; 5 parts by weight or more to less than 30 parts by weight of an acrylate-based graft copolymer including 30 wt% to 70 wt% of an acrylate-based rubber polymer core, and 30 wt% to 70 wt% of a graft shell having a vinyl cyanide monomer-derived unit and an aromatic vinyl monomer-derived unit; 35 parts by weight to 65 parts by weight of a vinyl cyanide-aromatic vinyl-based copolymer; 1 part by weight to 10 parts by weight of an ethylene-alkyl acrylate-based copolymer elastomer based on the total 100 parts by weight of,, and; and 1 part by weight to 10 parts by weight of a polyester-based elastomer. 10 parts by weight to less than 30 parts by weight of a butadiene-based graft copolymer including 30 wt% to 70 wt% of a butadiene-based rubber polymer core, and 30 wt% to 70 wt% of a graft shell having a vinyl cyanide monomer-derived unit and an aromatic vinyl monomer-derived unit; 5 parts by weight or more to less than 30 parts by weight of an acrylate-based graft copolymer including 30 wt% to 70 wt% of an acrylate-based rubber polymer core, and 30 wt% to 70 wt% of a graft shell having a vinyl cyanide monomer-derived unit and an aromatic vinyl monomer-derived unit; 35 parts by weight to 65 parts by weight of a vinyl cyanide-aromatic vinyl-based copolymer; 1 part by weight to 10 parts by weight of an ethylene-alkyl acrylate-based copolymer elastomer based on the total 100 parts by weight of,, and; and 1 part by weight to 10 parts by weight of a polyester-based elastomer.
A powder coating material spray gun comprising a barrel a nozzle and a handle that is manually gripped by an operator during a coating operation, a coating material inlet, a coating material flow path (70, 209) that extends through said barrel to said nozzle, and a purge air inlet (80, 232) to said handle that is separate from said coating material inlet, wherein purge air enters said coating material flow path during a purging operation at a location that purges coating material through the part of the coating material flow path that extends through the barrel of said gun and through said nozzle, characterized in that said coating material inlet is to said handle, said coating material flow path (70, 209) extending through said handle and then through said barrel to said nozzle, and in that said purge air flows into said coating material flow path at a location that is within said handle such that said purge air purges coating material through the part of said coating material flow path that extends through said handle before purging coating material through the part of said coating material flow path that extends through said barrel to said nozzle.
A method comprising: accessing, by a client device, an online application via a browser executed by the client device; making, by the client device, an assessment as to whether the online application uses Hypertext Transfer Protocol, HTTP, security headers that satisfy a security header policy among a plurality of security header policies, the security header policy specifying a plurality of HTTP security headers; generating, by the client device, scoring for the online application based on the assessment, the scoring comprising metrics for each of the plurality of HTTP security headers specified in the security header policy; and presenting, by the client device, the generated scoring to a user of the client device. accessing, by a client device, an online application via a browser executed by the client device; making, by the client device, an assessment as to whether the online application uses Hypertext Transfer Protocol, HTTP, security headers that satisfy a security header policy among a plurality of security header policies, the security header policy specifying a plurality of HTTP security headers; generating, by the client device, scoring for the online application based on the assessment, the scoring comprising metrics for each of the plurality of HTTP security headers specified in the security header policy; and presenting, by the client device, the generated scoring to a user of the client device.
A set of floor panels provided with a locking system comprising a displaceable tongue having a main tongue body and at least two wedge parts (45a, b) located in a displacement groove in a first edge of a first floor panel, cooperating for vertical locking of the edges with a tongue groove in adjacent second edge of a second floor panel, the locking system further comprises a locking strip with a locking element in one edge which cooperates, for horizontal locking of the edges, with a locking groove in an adjacent edge, the main tongue body comprises at least two flexible protrusions (31a,b) and two recesses (43a, b), the wedge parts (45a, b) are located at least partly in the recesses (43a, b), the protrusions are slideable against the wedge parts to obtain a displacement of the main tongue body in a first direction perpendicular to the edges and thereby causing the vertical locking of the edges, characterised in that the flexible protrusions (31a, b) in unlocked position are essentially displaced along the displaceable tongue in relation to the wedge parts (45a, b) and configured to exert a pre tension against the wedge parts (45a, b) and the tongue groove, that the main tongue body comprise a friction connection that allows displacement along the displacement groove and prevents the main tongue body to fall out from the displacement groove, that the wedge parts (45a, b) comprise a friction connection that prevents the wedge parts to be displaced in the displacement groove when the main tongue body is displaced along the edge and that the wedge parts (45a, b) and the main tongue body comprise releasable wedge part connections (46a, b) adapted to be released during the insertion of the displaceable tongue into the displacement groove, such that the displaceable tongue is formed as a one-piece component and converted to a two-piece component during a controlled insertion of the tongue into the displacement groove.
A spray gun for the expulsion of a fluid, with - at least one cylinder in which a piston is mounted movably, the cylinder having formed in it a fluid chamber, the volume of which can be varied by means of a movement of the piston and in which at least one first cylinder orifice is formed, and - a spray orifice which is connected to the first cylinder orifice of the cylinder via a connecting line, so that a fluid, which is received by the fluid chamber and is pressed out through the first cylinder orifice by means of the pressure exerted by the piston, arrives via the connecting line at the spray orifice and is expelled there, wherein - a fluid valve is arranged in the connecting line, and - in the cylinder a sensor is provided, by means of which a defined position of the piston, in which fluid is still located in the fluid chamber during the expulsion operation, can be detected, and by means of which the fluid valve can be actuated, the fluid valve being closed by means of the sensor when the defined position of the piston has been detected. - at least one cylinder in which a piston is mounted movably, the cylinder having formed in it a fluid chamber, the volume of which can be varied by means of a movement of the piston and in which at least one first cylinder orifice is formed, and - a spray orifice which is connected to the first cylinder orifice of the cylinder via a connecting line, so that a fluid, which is received by the fluid chamber and is pressed out through the first cylinder orifice by means of the pressure exerted by the piston, arrives via the connecting line at the spray orifice and is expelled there, - a fluid valve is arranged in the connecting line, and - in the cylinder a sensor is provided, by means of which a defined position of the piston, in which fluid is still located in the fluid chamber during the expulsion operation, can be detected, and by means of which the fluid valve can be actuated, the fluid valve being closed by means of the sensor when the defined position of the piston has been detected.
A filter assembly comprising: a filter housing defining an internal cavity, an inlet and an outlet; a first grate interposed between the inlet and the outlet; a cover axially spaced from the first grate; a seal; a filter element having filter media, the filter element axially interposed between the first grate and the cover and positioned, at least in part, within the internal cavity, the seal acting between the filter element and the filter housing preventing bypass around the filter media from the inlet to the outlet wherein the filter element includes an outer wrapper, the filter media being positioned within the outer wrapper and being circumscribed by the outer wrapper, the filter media is a fluted filter media pack that has an inlet flow face and an outlet flow face and the filter media has a first axial length between the inlet face of the filter element and the outlet face of the filter element, characterized in that the wrapper has a second axial length, wherein the second axial length is less than the first axial length such that an exposed portion of the filter media extends axially out of the outer wrapper and that the outer wrapper circumscribes the fluted filter media pack and extends axially less than an entire length of the flutes of the fluted filter media pack and that the axially extending portion of the fluted filter media pack is exposed, and that the cover includes an annular axially extending first flange portion that circumscribes the exposed portion of the filter media when the filter assembly is assembled. a filter housing defining an internal cavity, an inlet and an outlet; a first grate interposed between the inlet and the outlet; a cover axially spaced from the first grate; a seal; a filter element having filter media, the filter element axially interposed between the first grate and the cover and positioned, at least in part, within the internal cavity, the seal acting between the filter element and the filter housing preventing bypass around the filter media from the inlet to the outlet wherein the filter element includes an outer wrapper, the filter media being positioned within the outer wrapper and being circumscribed by the outer wrapper, the filter media is a fluted filter media pack that has an inlet flow face and an outlet flow face and the filter media has a first axial length between the inlet face of the filter element and the outlet face of the filter element, characterized in that the wrapper has a second axial length, wherein the second axial length is less than the first axial length such that an exposed portion of the filter media extends axially out of the outer wrapper and that the outer wrapper circumscribes the fluted filter media pack and extends axially less than an entire length of the flutes of the fluted filter media pack and that the axially extending portion of the fluted filter media pack is exposed, and that the cover includes an annular axially extending first flange portion that circumscribes the exposed portion of the filter media when the filter assembly is assembled.
An isolated laccase variant, comprising substitutions at three or more positions corresponding to positions 9, 21, 37, 79, 102, 170, 175, 178, 179, 200, 262, 275, 276, 289, 292, 333, 357, 360, 393, 397, 418, 485, 506, and 518 of the full-length polypeptide of SEQ ID NO: 2, wherein the variant has laccase activity and wherein the variant has at least 90% but less than 100% sequence identity to SEQ ID No: 2 or the mature polypeptide thereof; wherein the variant comprises the substitutions A9R+L79D+L179N, wherein the expression yield of the variant is increased at least 2-fold compared to the parent having sequence SEQ ID No: 2.