mhurhangee/ep-ind-claims huggingface dataset:
A method of fabricating a structure comprising a metal oxide semiconductor field effect transistor (MOSFET), said method comprising: depositing a single first barrier layer over an uneven surface comprising a first insulator and a contact area adjacent to said first insulator, wherein said first barrier layer is deposited over and is in contact with all exposed surfaces of said first insulator and also over and in contact with an exposed surface of a substrate between said first insulator and a second insulator; depositing a first metallized layer over and in contact with said first barrier layer; and etching said first metallized layer to form an electrical contact in said contact area, wherein a surface of said first barrier layer and a surface of said electrical contact form a substantially level surface and wherein said first barrier layer is between said substrate and said electrical contact, wherein said MOSFET is located in said substrate adjacent to and underneath said first insulator, and a complementary MOSFET is located in said substrate adjacent to and underneath said second insulator, wherein said MOSFETs (14, 16) are isolated by said first insulator and said second insulator although being electrically coupled to said electrical contact; and depositing a second barrier layer over said substantially level surface subsequent to said etching, wherein said first barrier layer is between said first insulator and said second barrier layer. depositing a single first barrier layer over an uneven surface comprising a first insulator and a contact area adjacent to said first insulator, wherein said first barrier layer is deposited over and is in contact with all exposed surfaces of said first insulator and also over and in contact with an exposed surface of a substrate between said first insulator and a second insulator; depositing a first metallized layer over and in contact with said first barrier layer; and etching said first metallized layer to form an electrical contact in said contact area, wherein a surface of said first barrier layer and a surface of said electrical contact form a substantially level surface and wherein said first barrier layer is between said substrate and said electrical contact, wherein said MOSFET is located in said substrate adjacent to and underneath said first insulator, and a complementary MOSFET is located in said substrate adjacent to and underneath said second insulator, wherein said MOSFETs (14, 16) are isolated by said first insulator and said second insulator although being electrically coupled to said electrical contact; and depositing a second barrier layer over said substantially level surface subsequent to said etching, wherein said first barrier layer is between said first insulator and said second barrier layer.
A discoverer wireless transmit/receive unit, WTRU, configured for Model B proximity services, ProSe, discovery, the discoverer WTRU comprising: a transmitter configured to send a discovery request to a network device providing a ProSe function, wherein the discovery request includes at least a WTRU identity, a command, and an application identity, ID; a receiver configured to receive a discovery response from the network device providing the ProSe function including a first ProSe code for the discoverer WTRU and at least one associated discovery filter; the transmitter configured to send a first announcement message over a PC5 interface, the first announcement message including the first ProSe code; the receiver configured to receive a second announcement message from a discoveree WTRU, the second announcement message including a second ProSe code; a processor configured to use the at least one associated discovery filter to detect a match with the second ProSe code; and the transmitter configured to, on a condition that a match is detected, send a match report to the network device providing the ProSe function. a transmitter configured to send a discovery request to a network device providing a ProSe function, wherein the discovery request includes at least a WTRU identity, a command, and an application identity, ID; a receiver configured to receive a discovery response from the network device providing the ProSe function including a first ProSe code for the discoverer WTRU and at least one associated discovery filter; the transmitter configured to send a first announcement message over a PC5 interface, the first announcement message including the first ProSe code; the receiver configured to receive a second announcement message from a discoveree WTRU, the second announcement message including a second ProSe code; a processor configured to use the at least one associated discovery filter to detect a match with the second ProSe code; and the transmitter configured to, on a condition that a match is detected, send a match report to the network device providing the ProSe function.
A method of demulsifying an emulsion comprising water and oil, the method comprising adding an effective amount of a composition comprising at least one fully quaternized ammonium adduct of polyepihalohydrin and free of zinc chloride, wherein said adduct(s) have a weight average molecular weight from about 500 Da to about 2,500 Da, wherein the quaternary ammonium adduct(s) of polyepihalohydrin have general formula: wherein each R is independently methyl or ethyl and z ranges from 4 to 7 and X is chloride.
A method of operating a fan (100, 400, 500) comprising: compressing air into a chamber (128, 200, 422, 526), the chamber defined in part by a housing (102, 420, 524) that defines a circular inside diameter and a back wall, the compressing by a first fan blade (104, 110, 300, 410, 412, 512, 514, 516) turning about a central axis, and the first fan blade having a first pitch angle (α) for moving air into the chamber; and extracting air from the chamber by a second fan blade (106, 108, 310, 406, 408, 506, 508, 510), the second fan blade turning about the central axis, and the second fan blade having a second pitch angle (β), opposite the first pitch angle, for extracting air from the chamber; wherein the first fan blade and the second fan blade are each coupled at a respective proximal end to a rotational hub (132, 404, 504). compressing air into a chamber (128, 200, 422, 526), the chamber defined in part by a housing (102, 420, 524) that defines a circular inside diameter and a back wall, the compressing by a first fan blade (104, 110, 300, 410, 412, 512, 514, 516) turning about a central axis, and the first fan blade having a first pitch angle (α) for moving air into the chamber; and extracting air from the chamber by a second fan blade (106, 108, 310, 406, 408, 506, 508, 510), the second fan blade turning about the central axis, and the second fan blade having a second pitch angle (β), opposite the first pitch angle, for extracting air from the chamber; wherein the first fan blade and the second fan blade are each coupled at a respective proximal end to a rotational hub (132, 404, 504).
Heat exchanger, in particular for a motor vehicle, comprising a protective device, mutually parallel tubes through which a first fluid circulates, and perpendicular fins connecting two successive tubes, a second fluid circulating between said tubes by passing through said fins, said protective device being apertured so as to allow the circulation of the second fluid through the fins, characterized in that said protective device comprises fixing spikes which are inserted forcibly between the fins, and wherein the fixing spikes have a width which is greater than the spacing between two fins.
A compression garment, comprising: a first elastic portion that wraps at least partially around a body part to provide a base compression level to the body part, wherein the first elastic portion is a stocking; a second non-elastic portion that wraps partially around the body part on top of the first portion, wherein the second non-elastic portion is a band, flap or strap attached to the stocking; and a fastener to attach the second non-elastic portion to the first elastic portion such that the attachment of the second portion onto the first portion changes the elasticity profile of the garment from a first elasticity profile to a second elasticity profile while applying the same base compression level; and wherein the dimensions of the first and second portions are selected such that the relative amount of the circumference of the body part that is covered by each of the first and second portions of the garment results in a garment applying a predetermined range of compression level fluctuation to the body part during wear. a first elastic portion that wraps at least partially around a body part to provide a base compression level to the body part, wherein the first elastic portion is a stocking; a second non-elastic portion that wraps partially around the body part on top of the first portion, wherein the second non-elastic portion is a band, flap or strap attached to the stocking; and a fastener to attach the second non-elastic portion to the first elastic portion such that the attachment of the second portion onto the first portion changes the elasticity profile of the garment from a first elasticity profile to a second elasticity profile while applying the same base compression level; and wherein the dimensions of the first and second portions are selected such that the relative amount of the circumference of the body part that is covered by each of the first and second portions of the garment results in a garment applying a predetermined range of compression level fluctuation to the body part during wear.
Wiper blade device with at least one wind deflector element and with at least one end cap which comprises a covering wall which is provided for covering an end region of the at least one wind deflector element, wherein the covering wall comprises a recess and the wind deflector element comprises a wind deflector tip which, at least in a mounted state, is guided through the recess, characterized in that the at least one wind deflector element protrudes over the covering wall in a vertical direction.
Water tank of an automatic beverage machine, in particular an automatic coffee machine, with a container and a cover closing off the top of said container, wherein at least one groove which runs up to an upper container edge of the container and sinks inward is provided on at least one container wall, wherein the cover has a cover edge which protrudes therefrom in the direction of its surface normal, the outer contour of which is embodied complementary to an inner contour of the container edge and engages into said container edge in a form-fitting manner, wherein the at least one groove is embodied as a reinforcing element, characterised in that the cover has a surface edge which covers the at least one groove and as a result forms a rear grip for detaching the cover.
Dosing device for providing a cleaning or disinfection solution and for dispensing the latter into a target vessel, in particular for use in building technology, comprising at least one input (13a, 13b, 13c) for connection with a container (29a, 29b, 29c) in which a medium to be dosed (15a, 15b, 15c) is arranged, and at least one output for dispensing to the target vessel, further comprising a control device and at least one pump that can be accessed by the control device, characterised in that different dosing programmes can be carried out with the control device depending on information transmitted to the control device about the colour (R, G, B) of the target vessel.
A rapid clamping pin, comprising a cylindrical pin body provided with at least one clamping member at one of its ends, a control rod for the application and/or withdrawal of the clamping member, contained in the pin body, and an operating and control member of this clamping member placed at the other of its ends on a clamping support of one or several pieces to be clamped, characterised in that the pieces to be assembled (P1, P2) are placed between the clamping support and the clamping member, the said pin comprises at least one simultaneous control member of the application and/or withdrawal of the clamping member and of the progressive clamping/unclamping of the flat pieces between the clamping member in application/withdrawal position and the said clamping support, the said simultaneous control member comprising at least: - an operating button by turn/push control placed on a push rod of the clamping member, the operating button/push rod assembly being placed on the other of the ends of the pin body and mounted on the latter by means of a return spring, - a transverse axis, substantially orthogonal to the longitudinal symmetry axis of the push rod and engaged in a sliding manner in an aperture arranged on the wall of the pin body, the transverse axis/aperture assembly forming an axial transmission cam of the movement in translation of the push rod along the rotation axis thereof to bring about the application/withdrawal of the clamping member, the said aperture arranged on the wall of the pin body being formed by two elementary apertures symmetrical with respect to the longitudinal symmetry axis of the push rod, each end of the transverse axis being engaged in a sliding manner in one of the elementary apertures, characterised in that each elementary aperture forms a clamping ramp. - an operating button by turn/push control placed on a push rod of the clamping member, the operating button/push rod assembly being placed on the other of the ends of the pin body and mounted on the latter by means of a return spring, - a transverse axis, substantially orthogonal to the longitudinal symmetry axis of the push rod and engaged in a sliding manner in an aperture arranged on the wall of the pin body, the transverse axis/aperture assembly forming an axial transmission cam of the movement in translation of the push rod along the rotation axis thereof to bring about the application/withdrawal of the clamping member,
A method of operating a processor, the processor being capable of operating in different states, at least two of the states supporting different instruction sets, the method comprising: retrieving a block of instructions from memory while the processor is operating in one of the states; pre-decoding the instructions in accordance with said one of the states; storing the pre-decoded instructions in the cache; determining whether the current state of the processor is the same as said one of the states used to pre-decode the instructions when one of the pre-decoded instructions in the cache is needed by the processor, wherein the determination is made by checking a tag; and characterized by, retrieving, from the memory, the same block of instructions as previously retrieved if the tag indicates that the current state of the processor is different from said one of the states used to pre-decode the instructions; pre-decoding the newly retrieved instructions in accordance with the current state of the processor; storing the pre-decoded second copy of the instructions in the cache; and adding state information to the tag, wherein the tag is included in the cache. retrieving a block of instructions from memory while the processor is operating in one of the states; pre-decoding the instructions in accordance with said one of the states; storing the pre-decoded instructions in the cache; determining whether the current state of the processor is the same as said one of the states used to pre-decode the instructions when one of the pre-decoded instructions in the cache is needed by the processor, wherein the determination is made by checking a tag; and characterized by, retrieving, from the memory, the same block of instructions as previously retrieved if the tag indicates that the current state of the processor is different from said one of the states used to pre-decode the instructions; pre-decoding the newly retrieved instructions in accordance with the current state of the processor; storing the pre-decoded second copy of the instructions in the cache; and adding state information to the tag, wherein the tag is included in the cache.
A process for the enrichment, recovery or removal of plant proteins from an aqueous liquid, wherein gas bubbles of hydrogen gas or a hydrogen gas containing gas mixture or electrochemically generated gas bubbles are generated in the liquid, forming a foam that contains dissolved plant proteins, and foam is separated from the liquid.
An aqueous polymer dispersion, comprising: water; and a polymer derived from at least one multivinyl siloxane oligomer and one or more additional monomers, wherein the polymer comprises an acrylic-based polymer, a styrene acrylic-based copolymer, or a styrene butadiene-based copolymer, wherein the multivinyl siloxane oligomer has an Si-O-Si backbone and at least one alkoxy group, wherein the polymer is derived from 0.01% to 1% by weight of the at least one multivinyl siloxane oligomer based on the dry weight of the polymer, wherein the multivinyl siloxane oligomer has a structure represented by Formula I: wherein in Formula I, each of the A groups are independently selected from hydrogen, hydroxy, alkoxy, substituted or unsubstituted C 1-4 alkyl, or substituted or unsubstituted C 2-4 alkenyl and n is an integer from 1 to 50, and wherein at least two of the groups attached to the Si-O-Si backbone are vinyl groups. water; and a polymer derived from at least one multivinyl siloxane oligomer and one or more additional monomers, wherein the polymer comprises an acrylic-based polymer, a styrene acrylic-based copolymer, or a styrene butadiene-based copolymer, wherein the multivinyl siloxane oligomer has an Si-O-Si backbone and at least one alkoxy group, wherein the polymer is derived from 0.01% to 1% by weight of the at least one multivinyl siloxane oligomer based on the dry weight of the polymer, wherein the multivinyl siloxane oligomer has a structure represented by Formula I: wherein in Formula I, each of the A groups are independently selected from hydrogen, hydroxy, alkoxy, substituted or unsubstituted C 1-4 alkyl, or substituted or unsubstituted C 2-4 alkenyl and n is an integer from 1 to 50, and wherein at least two of the groups attached to the Si-O-Si backbone are vinyl groups.
A dry powder immediate release film coating composition with moisture barrier properties comprising a powder mixture containing polyvinyl alcohol, a polymer with pH dependent solubility, selected from the group consisting of methacrylic acid copolymers, cellulose acetate phthalate, hydroxypropylmethyl cellulose phthalate, hydroxypropylmethyl cellulose acetate succinate, poly(butyl methacrylate, 2-dimethylaminoethyl methacrylate, methyl methacrylate) 1:2:1 and combinations thereof in an amount of 1-8% by weight of the composition, an alkalizing agent comprising sodium bicarbonate in an amount up to about 6% by weight, calculated based upon the amount of polymer with pH dependent solubility, a glidant and optionally a plasticizer.
A method for determining a VXLAN data path failure, the method comprising: generating, at an originating tunnel end point device in a network, a first data packet comprising an echo request, the echo request including a VXLAN network identifier, VNI, located in a payload portion of the echo request, wherein the VNI identifies a selected VXLAN segment and is used by a destination node to generate an echo reply in response to the echo request; generating a second data packet comprising a header having a format associated with a VXLAN technology, the header comprising a network identifier portion including the VNI; encapsulating the first data packet in the second data packet; transmitting the second data packet to a destination node via the selected VXLAN segment; receiving the echo reply in response to transmitting the second data packet to the destination node, the echo reply including a UDP port number of the destination node; and determining whether there is a failure in the selected VXLAN segment by matching the echo reply with the echo request based on the port number. generating, at an originating tunnel end point device in a network, a first data packet comprising an echo request, the echo request including a VXLAN network identifier, VNI, located in a payload portion of the echo request, wherein the VNI identifies a selected VXLAN segment and is used by a destination node to generate an echo reply in response to the echo request; generating a second data packet comprising a header having a format associated with a VXLAN technology, the header comprising a network identifier portion including the VNI; encapsulating the first data packet in the second data packet; transmitting the second data packet to a destination node via the selected VXLAN segment; receiving the echo reply in response to transmitting the second data packet to the destination node, the echo reply including a UDP port number of the destination node; and determining whether there is a failure in the selected VXLAN segment by matching the echo reply with the echo request based on the port number.
Wastewater treatment apparatus (10; 10'; 10"; 10"', 10"") for treating wastewater, in particular rainwater, comprising: - a wastewater inlet (12; 12'; 12"; 12"'; 12""), - a wastewater outlet (40; 40"; 40"'; 40"") and - at least one filter device (14; 14'; 14"; 14"'; 14"") which is fluidically arranged between the wastewater inlet (12; 12'; 12"; 12"'; 12"") and the wastewater outlet (40; 40"; 40"'; 40"") and comprises a housing in which a filter medium for adsorbing and/or absorbing impurities from the wastewater is received, the wall of the housing being designed such that the wastewater to be treated can flow therethrough on all sides in the horizontal direction only, characterised in that a lower edge of the wastewater outlet (40; 40"; 40"'; 40"") is arranged above the upper edge of the housing of the at least one filter device (14; 14'; 14"; 14'"; 14"") in the vertical direction, or at least at the same height, the wastewater treatment apparatus further comprising a partition and/or a base (19; 19') on which the at least one filter device (14; 14'; 14"; 14"'; 14"") stands, an opening provided in the partition and/or in the base (19; 19') being aligned with an outlet opening of the at least one filter device (14; 14'; 14"; 14'"; 14""), in that a riser is provided, which is designed such that wastewater which has already been purified and has collected underneath the partition and/or the base (19; 19') rises in said riser, for which purpose said riser projects upwards from the partition and/or the base (19; 19') and is connected to the wastewater outlet (40; 40"; 40"'; 40""), the riser comprising a portion which is open at the top and which branches off from a portion which leads to the wastewater outlet (40; 40"; 40"'; 40""), and in that the at least one filter device (14; 14'; 14"; 14"'; 14"") is designed so as to be surrounded, during operation, by the wastewater to be purified over the entire peripheral surface of said filter device around a vertically extending axis. - a wastewater inlet (12; 12'; 12"; 12"'; 12""), - a wastewater outlet (40; 40"; 40"'; 40"") and - at least one filter device (14; 14'; 14"; 14"'; 14"") which is fluidically arranged between the wastewater inlet (12; 12'; 12"; 12"'; 12"") and the wastewater outlet (40; 40"; 40"'; 40"") and comprises a housing in which a filter medium for adsorbing and/or absorbing impurities from the wastewater is received, the wall of the housing being designed such that the wastewater to be treated can flow therethrough on all sides in the horizontal direction only,