mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a radar cover which covers a radar unit configured to detect surrounding conditions of a vehicle, the method comprising: preparing a base and a shining member, the base having a transparent portion and a black portion, the transparent portion having a recessed portion (11a1), the black portion being stacked on the transparent portion on a portion other than the recessed portion (11a1), the shining member comprising a basal portion and an edge portion, the basal portion including a shining layer on a surface thereof, the edge portion being formed to surround the basal portion; arranging the base and the shining member such that the edge portion of the shining member and the black portion of the base are in contact with each other and the shining layer of the basal portion and the recessed portion (11a1) face each other; and fixing the edge portion and the black portion to each other. preparing a base and a shining member, the base having a transparent portion and a black portion, the transparent portion having a recessed portion (11a1), the black portion being stacked on the transparent portion on a portion other than the recessed portion (11a1), the shining member comprising a basal portion and an edge portion, the basal portion including a shining layer on a surface thereof, the edge portion being formed to surround the basal portion; arranging the base and the shining member such that the edge portion of the shining member and the black portion of the base are in contact with each other and the shining layer of the basal portion and the recessed portion (11a1) face each other; and fixing the edge portion and the black portion to each other.
A laser amplification device (200; 800; 900; 1100), comprising an amplifying slab (210; 910) having an inlet side face (911; 111) and an outlet side face (212; 912; 1112) for a laser beam to be amplified, and the upper and lower faces of which are each covered with a respective temperature control system (230A, 230B; 930A, 930B), characterised in that each temperature control system (230A; 230B; 930A; 930B) comprises a cooling element (231A; 231B; 431 1; 431 2; 431 3; 431 4; 431 5; 631 1; 831A), covering a central region of the upper, respectively lower face of the amplifying slab, and at least one heating element (232A; 232B; 432 1; 432 2; 432 3; 432 4; 432 5; 632 1; 832A), covering peripheral regions of the upper, respectively lower face of the amplifying slab, and in that the temperature control systems (230A; 230B; 930A; 930B) are substantially symmetrical to each other, according to an orthogonal symmetry with respect to a plane, said plane being a plane parallel to the upper and lower faces of the amplifying slab (210; 910) and passing through said slab, and each temperature control system having a coverage rate higher than 90% with the symmetric one of the other temperature control system.
Plug connector (1, 51) for connecting cavity sections, particularly spacer cavity sections for double-glazing panes, with outwardly projecting blades (6, 56), which are inclined against insertion direction, and a base part, wherein the plug connector (1, 51) is constructed as a straight, angled, polygonal or cruciform connector, characterised in that in the cross-section of the plug connector (1, 51) the ends, which face towards the connector centre, of each two opposite blades (6, 56) describe together with the inner surface of the base part an inner envelope curve and the outer edges of the same opposite blades (6, 56) describe together with the outer surface of the base part an outer envelope curve, wherein the inner envelope curve starting from the base part is formed to widen rectilinearly over the entire height of the blades (6, 56) and wherein the blades of a plurality of these opposite blades (6, 56) are arranged in succession in connector length direction, and that at least one abutment is provided which is capable of limiting the insertion length of the plug connector in a cavity section, wherein the at least one abutment can be arranged between the outwardly projecting blades (6, 56) and can be of resilient construction.
Magnetic sensor cell comprising a magnetic tunnel junction comprising a reference layer having a reference magnetization oriented substantially parallel to the plane of the reference layer, a sense layer having a sense magnetization, and a tunnel barrier layer between the sense and reference layers (21, 23); the sense layer comprising an intrinsic anisotropy being substantially perpendicular to the plane of the sense layer such that the sense magnetization is orientable between an initial direction perpendicular to the plane of the sense layer and a direction parallel to the plane of the sense layer; characterized in that, the intrinsic anisotropy has an anisotropy field being above 150 Oe; and in that a thickness of the tunnel barrier layer is between 1 nm and 3 nm, such that a tunnel magnetoresistance of the magnetic tunnel junction is higher than 50%.
A machining apparatus for elongate profile sections with a clamping device by which the elongate profile section is capable of being fixed so as to be stable in position and a machining tool by which the fixed elongate profile is capable of being machined, a central component with at least one first integrated guide for the machining tool and at least one second integrated guide (10, 11) for the clamping device and whereby the central component is designed in one piece characterized in that the at least one guide is formed in an integral manner in a first wall of the component and the at least one second guide (10, 11) is formed in an integral manner in a second wall of the component and whereby a machining apparatus according to Claim 1, 2 or 3, characterized in that the second guide (10, 11) comprises two supports (16, 17) movable in opposite directions and the outer walls facing the two supports (16, 17) have a serrated profile (26, 27) which co-operates with a toothed wheel which is arranged between the two supports (16, 17) and which, as a result of rotation, guides the two supports (16, 17) by way of the tooth engagement.
A chair, comprising: a chair seat; and an actuator mechanism for the chair, the actuator mechanism being arranged in the chair seat and comprising: a screw shaft (120; 120A, 120B) having an external thread; a lever (110; 110A, 110B) configured to rotate the screw shaft (120; 120A, 120B); and a shuttle (130; 130A, 130B) engaged with the external thread of the screw shaft (120; 120A, 120B), whereby a rotation of the screw shaft (120; 120A, 120B) caused by the lever (110; 110A, 110B)translates into a linear motion of the shuttle (130; 130A, 130B) along the screw shaft (120; 120A, 120B), and wherein a function of the chair is controlled by said linear motion of the shuttle (130; 130A, 130B). a chair seat; and an actuator mechanism for the chair, the actuator mechanism being arranged in the chair seat and comprising: a screw shaft (120; 120A, 120B) having an external thread; a lever (110; 110A, 110B) configured to rotate the screw shaft (120; 120A, 120B); and a shuttle (130; 130A, 130B) engaged with the external thread of the screw shaft (120; 120A, 120B), whereby a rotation of the screw shaft (120; 120A, 120B) caused by the lever (110; 110A, 110B)translates into a linear motion of the shuttle (130; 130A, 130B) along the screw shaft (120; 120A, 120B), and wherein a function of the chair is controlled by said linear motion of the shuttle (130; 130A, 130B). a screw shaft (120; 120A, 120B) having an external thread; a lever (110; 110A, 110B) configured to rotate the screw shaft (120; 120A, 120B); and a shuttle (130; 130A, 130B) engaged with the external thread of the screw shaft (120; 120A, 120B), whereby a rotation of the screw shaft (120; 120A, 120B) caused by the lever (110; 110A, 110B)translates into a linear motion of the shuttle (130; 130A, 130B) along the screw shaft (120; 120A, 120B), and wherein a function of the chair is controlled by said linear motion of the shuttle (130; 130A, 130B).
Tank system, comprising a vessel for receiving a two-phase mixture of cryogenic gas and cryogenic liquid with a first pressure sensor for measuring the vessel pressure (P 1), a first extraction line outgoing from a top region of the vessel for cryogenic gas and a second extraction line outgoing from a bottom region of the vessel for cryogenic liquid, a feed line for feeding a consumer, into which feed line both extraction lines (7, 9) lead, and a heating element, through which the feed line passes, wherein a valve circuit connected to the first pressure sensor is switchable at least between a first switching state (S 1), in which the first extraction line is open and the second extraction line is closed at least in the direction of the consumer, and a second switching state (S 2), in which the first extraction line is closed at least in the direction of the consumer and the second extraction line is open, and wherein the valve circuit is in the first switching state (S 1) when the measured vessel pressure (P 1) is greater than a predetermined first threshold (σ 1) and is in the second switching state (S 2) when the measured vessel pressure (P 1) is less than the first threshold (σ 1), the tank system further comprising a second pressure sensor connected to the valve circuit for measuring a consumer-side feeding pressure (P 2) of the feed line, wherein the valve circuit is switchable between the said switching states (S 1, S 2) and a third switching state (S 3), in which both extraction lines (7, 9) are open, characterized in that the valve circuit is in the third switching state (S 3) when the measured vessel pressure (P 1) is greater than the first threshold (σ 1) and at the same time the measured feeding pressure (P 2) is less than a predetermined second threshold (σ 2).
A device management method, characterised in that the method comprises: detecting, by a terminal, an access of a device (S102, S302); judging, by the terminal, whether a WEB User Interface, WEB UI, deployed on the terminal supports the device by detecting a type of the device through a universal Application Programming Interface, API, provided by a Web Server in the device; in response to judging that the WEB UI of the terminal does not support the device, downloading, by the terminal, a resource supporting the device from the device (S306, S404, S506); searching, by the terminal, the resource supporting the device for a configuration file corresponding to the device; and generating, by the terminal, a user device management application WEB UI corresponding to the device according to the configuration file corresponding to the device. detecting, by a terminal, an access of a device (S102, S302); judging, by the terminal, whether a WEB User Interface, WEB UI, deployed on the terminal supports the device by detecting a type of the device through a universal Application Programming Interface, API, provided by a Web Server in the device; in response to judging that the WEB UI of the terminal does not support the device, downloading, by the terminal, a resource supporting the device from the device (S306, S404, S506); searching, by the terminal, the resource supporting the device for a configuration file corresponding to the device; and generating, by the terminal, a user device management application WEB UI corresponding to the device according to the configuration file corresponding to the device.
A method for forming a concatenation of representations of media recordings to use to identify unknown media content, the method comprising: receiving media content recordings; determining a representation for each media content recording; concatenating, by a computing device, the representation for each media content recording as a data structure; storing, by the computing device, a mapping between an identifier for a respective media content recording and a global position in the data structure that corresponds to the representation of the respective media content recording, wherein the data structure has a global timeline obtained by concatenating the representation for each media content recording, and wherein a given media content recording is represented as being located within the data structure along the global timeline at a given global position; and storing a list of global starting positions for media content recordings that are included in the concatenated data structure to segment the global timeline of the data structure according to the media content recordings. receiving media content recordings; determining a representation for each media content recording; concatenating, by a computing device, the representation for each media content recording as a data structure; storing, by the computing device, a mapping between an identifier for a respective media content recording and a global position in the data structure that corresponds to the representation of the respective media content recording, wherein the data structure has a global timeline obtained by concatenating the representation for each media content recording, and wherein a given media content recording is represented as being located within the data structure along the global timeline at a given global position; and storing a list of global starting positions for media content recordings that are included in the concatenated data structure to segment the global timeline of the data structure according to the media content recordings.
A process for producing a pervious composite material, comprising: forming a wet mixture, wherein the wet mixture comprises: water, a particulate comprising a ground calcium silicate having a median particle size from 1 μm to 100 μm; and aggregates having sizes of 0.25 mm to 25 mm, casting the wet mixture in a mold; and curing the casted wet mixture at a temperature in the range from 20°C to 100°C for 6 hours to 60 hours under an atmosphere of water vapour and CO 2. forming a wet mixture, wherein the wet mixture comprises: water, a particulate comprising a ground calcium silicate having a median particle size from 1 μm to 100 μm; and aggregates having sizes of 0.25 mm to 25 mm, water, a particulate comprising a ground calcium silicate having a median particle size from 1 μm to 100 μm; and aggregates having sizes of 0.25 mm to 25 mm, casting the wet mixture in a mold; and curing the casted wet mixture at a temperature in the range from 20°C to 100°C for 6 hours to 60 hours under an atmosphere of water vapour and CO 2.
A method for sending broadcast which is a mechanism applied between applications in a terminal device for information transmission, the method being applied to the terminal device and comprising: acquiring, from a broadcast sending queue, a current broadcast message to be sent, and determining a sending process for sending the current broadcast message to be sent; characterized by determining a sending process of an already sent broadcast message in the broadcast sending queue, wherein the already sent broadcast message is being processed and reserved in the broadcast sending queue; and determining, according to whether the sending process of the current broadcast message to be sent is the same sending process as the sending process of the already sent broadcast message, whether to send the current broadcast message to be sent to a broadcast recipient of the current broadcast message to be sent while the already sent broadcast message is being processed, wherein the determining, according to whether the sending process of the current broadcast message to be sent is the same sending process as the sending process of the already sent broadcast message, whether to send the current broadcast message to be sent to a broadcast recipient of the current broadcast message to be sent while the already sent broadcast message is being processed comprises: when the sending process of the current broadcast message to be sent is different from the sending process of the already sent broadcast message, sending the current broadcast message to be sent to the broadcast recipient of the current broadcast message to be sent while the already sent broadcast message is being processed. acquiring, from a broadcast sending queue, a current broadcast message to be sent, and determining a sending process for sending the current broadcast message to be sent; characterized by determining a sending process of an already sent broadcast message in the broadcast sending queue, wherein the already sent broadcast message is being processed and reserved in the broadcast sending queue; and determining, according to whether the sending process of the current broadcast message to be sent is the same sending process as the sending process of the already sent broadcast message, whether to send the current broadcast message to be sent to a broadcast recipient of the current broadcast message to be sent while the already sent broadcast message is being processed, wherein the determining, according to whether the sending process of the current broadcast message to be sent is the same sending process as the sending process of the already sent broadcast message, whether to send the current broadcast message to be sent to a broadcast recipient of the current broadcast message to be sent while the already sent broadcast message is being processed comprises: when the sending process of the current broadcast message to be sent is different from the sending process of the already sent broadcast message, sending the current broadcast message to be sent to the broadcast recipient of the current broadcast message to be sent while the already sent broadcast message is being processed.
A vascular device comprising: a body having a proximal portion (212,512) and a distal portion (216,516) and movable from a collapsed insertion position to an expanded position having a larger cross-sectional dimension, the body including a plurality of struts (218, 518); at least two elongated struts (232, 532) extending distally from the body; a plurality of vessel engaging members (228, 528) extending outwardly from the body for engaging the internal wall of a vessel; and a valve (240,540) movable between a collapsed delivery position and an expanded placement position, at least a portion of the valve extending distally from the body in the delivery and placement positions, wherein the elongated struts engage a distal portion of the valve in the placement position of the valve to retain the valve, characterised in that in the collapsed position a retraction member extends between the distal end of the body and the proximal end of the valve (240, 540); and the retraction member is connected to the valve, the retraction member applying a retraction force to the valve during movement to the expanded position to pull the valve in a proximal direction; and in the expanded position the retraction member forms an expandable ring positioned within the valve so as to apply a radial force to the valve for forcing the valve against a vessel wall, the retraction member is made of wires. a body having a proximal portion (212,512) and a distal portion (216,516) and movable from a collapsed insertion position to an expanded position having a larger cross-sectional dimension, the body including a plurality of struts (218, 518); at least two elongated struts (232, 532) extending distally from the body; a plurality of vessel engaging members (228, 528) extending outwardly from the body for engaging the internal wall of a vessel; and a valve (240,540) movable between a collapsed delivery position and an expanded placement position, at least a portion of the valve extending distally from the body in the delivery and placement positions, wherein the elongated struts engage a distal portion of the valve in the placement position of the valve to retain the valve, characterised in that in the collapsed position a retraction member extends between the distal end of the body and the proximal end of the valve (240, 540); and the retraction member is connected to the valve, the retraction member applying a retraction force to the valve during movement to the expanded position to pull the valve in a proximal direction; and in the expanded position the retraction member forms an expandable ring positioned within the valve so as to apply a radial force to the valve for forcing the valve against a vessel wall, the retraction member is made of wires.
A compound comprising a modified oligonucleotide complementary to a first region of UBE3A-ATS, said first region flanked by (a) an upstream region and (b) a downstream region complementary to at least the 3' end of a UBE3A pre-mRNA, wherein: i) the UBE3A-ATS comprises a nucleic acid sequence at least 85% identical to SEQ ID NO: 1, and the first region of a UBE3A-ATS consists of nucleobases 997469 to 1032966 of SEQ ID NO: 1, or ii) the UBE3A-ATS comprises a nucleic acid sequence at least 85% identical to SEQ ID NO: 2, and the first region a UBE3A-ATS consists of nucleobases 446213 to 513602 of SEQ ID NO: 2; and the oligonucleotide is capable of inducing expression of paternal UBE3A in a cell. i) the UBE3A-ATS comprises a nucleic acid sequence at least 85% identical to SEQ ID NO: 1, and the first region of a UBE3A-ATS consists of nucleobases 997469 to 1032966 of SEQ ID NO: 1, or ii) the UBE3A-ATS comprises a nucleic acid sequence at least 85% identical to SEQ ID NO: 2, and the first region a UBE3A-ATS consists of nucleobases 446213 to 513602 of SEQ ID NO: 2;
A method for predicting increased resistance of a rainbow trout ( Oncorhynchus mykiss) to infectious pancreatic necrosis, the method comprises: determining the presence of at least one allele conferring IPN resistance ("IPN resistance allele") within the genome of said rainbow trout, wherein the at least one IPN resistance allele is an allele of at least one single nucleotide polymorphism, wherein the at least one SNP is selected from the SNPs listed in Table 1.
A hinged carrying case for a portable defibrillator having an open position and a closed position comprising: a rigid base having a base interior region bounded by four base side walls and a bottom surface; a rigid lid having a lid interior region bounded by four lid side walls and a top surface; a hinge disposed on one base side wall connecting the base to the lid; a latch assembly disposed on a side of the carrying case opposite the hinge side wall for holding the lid to the base in the closed position; an arcuate handle with two ends, the handle disposed across a second side of the carrying case adjacent both of the hinge and the latch assembly, wherein one end of the handle is attached to the base side wall on which the hinge is located and the second end of the handle is connected to the base side wall on which the latch assembly is located; and a plurality of interior compartments disposed in the base interior region and the lid interior region,, characterized in that the arcuate handle is rigid. a rigid base having a base interior region bounded by four base side walls and a bottom surface; a rigid lid having a lid interior region bounded by four lid side walls and a top surface; a hinge disposed on one base side wall connecting the base to the lid; a latch assembly disposed on a side of the carrying case opposite the hinge side wall for holding the lid to the base in the closed position; an arcuate handle with two ends, the handle disposed across a second side of the carrying case adjacent both of the hinge and the latch assembly, wherein one end of the handle is attached to the base side wall on which the hinge is located and the second end of the handle is connected to the base side wall on which the latch assembly is located; and a plurality of interior compartments disposed in the base interior region and the lid interior region,, characterized in that the arcuate handle is rigid.
A compound selected from -2-[3-[[N-(benzoxazol-2-yl)-N-3-(4-methoxyphenoxy)propyl]aminomethyl]phenoxy]butyric acid and -2-[3-[[N-(5-fluorobenzoxazol-2-yl)-N-2-phenoxyethyl]aminomethyl]phenoxy]butyric acid, a salt thereof, or a solvate of the compound or the salt, for use in prevention and/or treatment of visceral fat obesity.