mhurhangee/ep-ind-claims huggingface dataset:
An aqueous ophthalmic pharmaceutical composition, comprising: a pharmaceutical vehicle suitable for topical application to an eye; an amount of therapeutic agent; an effectively low amount of surfactant; and polyquaternium-1 as a preservative; wherein the therapeutic agent includes prostaglandin therapeutic agent and the surfactant includes hydrogenated and/or ethoxylated vegetable oil surfactant; wherein the amount of prostaglandin therapeutic agent is at least 0.00001 w/v % but is less than 5 w/v % of the composition; wherein the effectively low amount of hydrogenated and/or ethoxylated vegetable oil surfactant is at least 0.005 w/v % but is less than 0.3 w/v % of the composition; and wherein the composition is free of benzalkonium chloride. a pharmaceutical vehicle suitable for topical application to an eye; an amount of therapeutic agent; an effectively low amount of surfactant; and polyquaternium-1 as a preservative; wherein the therapeutic agent includes prostaglandin therapeutic agent and the surfactant includes hydrogenated and/or ethoxylated vegetable oil surfactant; wherein the amount of prostaglandin therapeutic agent is at least 0.00001 w/v % but is less than 5 w/v % of the composition; wherein the effectively low amount of hydrogenated and/or ethoxylated vegetable oil surfactant is at least 0.005 w/v % but is less than 0.3 w/v % of the composition; and wherein the composition is free of benzalkonium chloride.
Isolated placental stem cells for use in a method of treating an individual, wherein said isolated placental stem cells have been seeded onto or into a tissue matrix, wherein said placental stem cells are fibroblastoid and adhere to tissue culture plastic, wherein said placental stem cells are obtainable by perfusion of a human placenta with a perfusion solution, wherein said placenta has been exsanguinated and perfused to remove residual blood; and wherein said placental stem cells: (a) do not express MHC Class 2 antigens; (b) are SSEA3-, SSEA4-, OCT-4+ and ABC-p+; or (c) are CD10+, CD29+, CD34-, CD44+, CD45-, CD54+, CD90+, SH2+, SH3+, SH4+, SSEA3-, SSEA4-, OCT-4+, and ABC-p+; and wherein said individual is in need of cartilage repair or replacement, treatment of corneal epithelial defects, repair of facial dermabrasion, repair of a mucosal membrane, repair of a tympanic membrane, repair of an intestinal lining, repair of a neurological structure, repair of a traumatic injury of the skin, or reconstruction a damaged or diseased organ. (a) do not express MHC Class 2 antigens; (b) are SSEA3-, SSEA4-, OCT-4+ and ABC-p+; or (c) are CD10+, CD29+, CD34-, CD44+, CD45-, CD54+, CD90+, SH2+, SH3+, SH4+, SSEA3-, SSEA4-, OCT-4+, and ABC-p+; and wherein said individual is in need of cartilage repair or replacement, treatment of corneal epithelial defects, repair of facial dermabrasion, repair of a mucosal membrane, repair of a tympanic membrane, repair of an intestinal lining, repair of a neurological structure, repair of a traumatic injury of the skin, or reconstruction a damaged or diseased organ.
An actuator assembly for controlling fuel injection of a large combustion engine, especially a diesel engine, including an electric motor acting on a control shaft arranged to control the fuel injection and actuator control means (2,3) provided with an electric power supply (4,5) for controlling the electric motor, characterised in that the actuator assembly is provided with backup power in the form of capacitor power arranged to provide power for the actuator control means (2,3) in case of loss of power or power failure of the electric power supply (4,5) so as to enable the actuator control means (2,3) to control the electric motor to drive the control shaft to a predefined safe position, the actuator control means (2,3) including a drive electronic unit and a motor driver for controlling the current supplied to the electric motor, preferably each provided with an electric power supply (4,5) of their own, and the electric power supplies (4,5) are provided with power supply detectors (10,11) connected to the drive electronic unit for providing information of possible power failure in either one of the electric power supplies (4,5).
A combination comprising a compound which is 2-((4-(benzo[ d]thiazol-5-ylamino)-6-( tert -butylsulfonyl)quinazolin-7-yl)oxy)ethyl dihydrogen phosphate, of formula: or a pharmaceutically acceptable salt thereof, or a hydrate thereof together with one or more other therapeutic agents.
Method for prefabricating cables, comprising the steps: positioning a sleeve around the outer circumference of exposed individual wires of a stranded wire conductor; compressing the sleeve by means of a pressure welding operation, in particular a magnetic pulse welding operation; characterized by introducing at least one support at the end of a cable between the exposed individual wires of the stranded wire conductor of the cable, wherein the sleeve is positioned in such a way that the sleeve surrounds at least a partial length of the exposed stranded wire conductor and of the support and, by means of the pressure welding operation, the inner side of the sleeve with the individual wires of the stranded wire conductor that are in contact therewith, the individual wires of the stranded wire conductor that are in contact with one another, and the individual wires of the stranded wire conductor that are in contact with the support are cold-welded, by which means a contact part which is connected to the sleeve and/or the support is connected electrically to the stranded wire conductor. positioning a sleeve around the outer circumference of exposed individual wires of a stranded wire conductor; compressing the sleeve by means of a pressure welding operation, in particular a magnetic pulse welding operation; characterized by introducing at least one support at the end of a cable between the exposed individual wires of the stranded wire conductor of the cable, wherein the sleeve is positioned in such a way that the sleeve surrounds at least a partial length of the exposed stranded wire conductor and of the support and, by means of the pressure welding operation, the inner side of the sleeve with the individual wires of the stranded wire conductor that are in contact therewith, the individual wires of the stranded wire conductor that are in contact with one another, and the individual wires of the stranded wire conductor that are in contact with the support are cold-welded, by which means a contact part which is connected to the sleeve and/or the support is connected electrically to the stranded wire conductor.
A switching assembly for switching a point rail in and out of engagement with a stock rail comprising a frame and at least one organ that is at least partly rotatably supported by the frame, wherein the organ, when viewed from one side, is shaped as a segment of a body embodied with two linear edges converging to each other under a predefined angle towards a corner, and a nonlinear edge distant from the corner and connecting the linear edges, wherein said segment is supported by the frame at a position in the vicinity of said corner to which both linear edges are converging, wherein the organ is movable between two positions limiting at opposite ends a range of consecutive positions of the organ, a first position at one end of the range corresponding with the point rail being in engagement with the stock rail and a second position at an opposite end of the range wherein the point rail and the stock rail are out of engagement, and wherein partial rotation of the organ causes the point rail to lift while moving between the first and second position; characterized in that the nonlinear edge distant from the corner comprises a first linear portion that provides a stable support for the point rail in the first position wherein the point rail is in engagement with the stock rail, and that the remainder of the nonlinear edge of the organ is arranged to cause that leaving the stable first position immediately results into the organ and the point rail supported by the organ entering into an unstable area of the range of positions that the organ can assume.
Clamping element (20, 30) comprising two opposing first and second clamping jaws (12, 13) forming an inner cavity to receive an insert with an inner cavity (141, 142, 143) having a longitudinal axis to accommodate a rod-shaped element (101, 102), with each clamping jaw (12, 13) having a bore aligned with one another, wherein said clamping element (20, 30) comprises an abutting surface to accommodate a flange placed at one longitudinal end of the insert (60, 70), wherein the flange has the shape of a C and each free end of said flange comprises an inner surface facing the inner surface of the other free end of said flange, each clamping jaw (12, 13) further has an outer rim providing a recess between the two outer rims and acting as pressing surfaces to accommodate and hold free ends of the flange between the jaws (12, 13); and wherein the inner cavity of the insert comprises three reception grooves (141, 142, 143), each having a different cross-sectional radius.
An artificial urinary sphincter system, comprising: a reservoir to hold a fluid; a cuff (22, 300) that includes a pre-shaped spiral tube configured to be wrapped around a urethra and a connector; and a control device adapted to be fluidically coupled to the reservoir and the cuff (22, 300) by tubing and to regulate transfer of the fluid between the reservoir and the cuff (22, 300) such that the cuff (22, 300) receives and dispatches the fluid to expand and contract the pre-shaped spiral tube and to coapt the urethra for continence and open the urethra for voiding, characterized in that the connector comprises a first connector and a second connector and in that the connector is formed into the pre-shaped spiral tube at a first end and a first end portion of the tube, which is adjacent the first end, and wherein the first connector is suitable for attachment to a second end of the tube, such that the second end and a second end portion of the tube, which is adjacent the second end, is adapted to engage the first connector to provide a snug, fluid tight fit, and the second connector is suitable for attachment to the tubing. a reservoir to hold a fluid; a cuff (22, 300) that includes a pre-shaped spiral tube configured to be wrapped around a urethra and a connector; and a control device adapted to be fluidically coupled to the reservoir and the cuff (22, 300) by tubing and to regulate transfer of the fluid between the reservoir and the cuff (22, 300) such that the cuff (22, 300) receives and dispatches the fluid to expand and contract the pre-shaped spiral tube and to coapt the urethra for continence and open the urethra for voiding, characterized in that the connector comprises a first connector and a second connector and in that the connector is formed into the pre-shaped spiral tube at a first end and a first end portion of the tube, which is adjacent the first end, and wherein the first connector is suitable for attachment to a second end of the tube, such that the second end and a second end portion of the tube, which is adjacent the second end, is adapted to engage the first connector to provide a snug, fluid tight fit, and the second connector is suitable for attachment to the tubing.
A defrosting and chilling compartment for a refrigerator comprising: a holding section for holding an article to be defrosted or chilled, the holding section including a front, a rear, two sides (24, 25) and a top, at least one exhaust opening (28, 29) in the holding section for exhausting air from the holding section; at least one first pathway (60, 65) for conducting air to the holding section; a heating device for selectively heating the air conducted to the holding section along the at least one first pathway (60, 65); at least one second pathway for conducting air to outside the defrosting and chilling compartment, and at least one third pathway for conducting air from a source of cooling air to the holding section, the compartment includes a first air-moving device for selectively moving air to the holding section along the at least one first pathway (60, 65) characterized by the compartment including first pathways (60, 65), the at least one second pathway being independent of and isolated from the two first pathways (60, 65); and the at least one third pathway being independent of and isolated from the two first pathways (60, 65), and a second air-moving device for selectively moving air to outside the defrosting and chilling compartment along the at least one second pathway. a holding section for holding an article to be defrosted or chilled, the holding section including a front, a rear, two sides (24, 25) and a top, at least one exhaust opening (28, 29) in the holding section for exhausting air from the holding section; at least one first pathway (60, 65) for conducting air to the holding section; a heating device for selectively heating the air conducted to the holding section along the at least one first pathway (60, 65); at least one second pathway for conducting air to outside the defrosting and chilling compartment, and at least one third pathway for conducting air from a source of cooling air to the holding section, the compartment includes a first air-moving device for selectively moving air to the holding section along the at least one first pathway (60, 65) characterized by the compartment including first pathways (60, 65), the at least one second pathway being independent of and isolated from the two first pathways (60, 65); and the at least one third pathway being independent of and isolated from the two first pathways (60, 65), and a second air-moving device for selectively moving air to outside the defrosting and chilling compartment along the at least one second pathway.
The invention relates to a panel element for a covering, in particular a floor, wall or ceiling covering, wherein the covering has a plurality of panel elements which are connected to one another, wherein the panel element comprises a base body having longitudinal edges (4, 5) opposite one another and transverse edges (6, 7) opposite one another, wherein on the one longitudinal edge a longitudinal edge groove contour is provided with a groove and on the other longitudinal edge a corresponding longitudinal edge spring contour is provided with a spring, wherein on the one transverse edge a transverse edge groove contour is provided is provided with a groove and on the other transverse edge a corresponding transverse edge spring contour is provided with a spring, wherein the longitudinal edge groove contour has a top shorter groove cheek and a bottom longer groove cheek, between which the groove of the longitudinal edge is disposed, and wherein the transverse edge groove contour has a top shorter groove cheek and a bottom longer groove cheek, between which the groove of the transverse edge is disposed, characterised in that the ratio (a: c) of the projection (a) of the bottom groove cheek in relation to the top groove cheek of the longitudinal edge to the projection (c) of the spring of the longitudinal edge is between 1.5 and 3.1, preferably between 1.95 and 2.7, further preferably between 2.1 and 2.5 and in particular at least 2.3, so that the panel element, with its longitudinal edge which has the longitudinal edge spring contour, can be inserted into the longitudinal edge of a further panel element, said latter longitudinal edge having the longitudinal edge groove contour, at an angle between a minimum of 3° and a maximum of 25°, and/or in that the ratio (d: f) of the projection (d) of the bottom groove cheek in relation to the top groove cheek of the transverse edge to the projection (f) of the spring of the transverse edge is between 0.4 and 1.85, preferably between 0.6 and 1.5, further preferably between 0.7 and 1.1, and in particular at least 0.9, wherein a latching groove is provided on the top side of the bottom groove cheek of the transverse edge, wherein a latching protuberance is provided on the bottom side of the spring for engaging in the latching groove, and wherein on opposing surfaces of the spring and of the groove in the region of the transverse edge (6, 7) and on opposing surfaces of the latching groove and of the latching protuberance, while contact surfaces are replaced, contact-free spaces (32, 33, 34) having a gap width between 0.005 and 0.02 mm are provided so that the groove and the spring as well as the latching protuberance and the latching groove do not rest directly against one another over the entire length.
An adapter for coupling a coaxial interface to a power conductor, comprising: a body with a connector end and a conductor end; a conductor junction positioned at the conductor end dimensioned to couple with the power conductor; and a mating surface positioned at the connector end and dimensioned to couple with the coaxial interface; wherein the conductor junction, an outer conductor contacting portion of the mating surface and an inner conductor contacting portion of the mating surface are coupled together electrically and wherein the conductor junction comprises a cylindrical projection having a borehole coaxial with a longitudinal axis of the body. a body with a connector end and a conductor end; a conductor junction positioned at the conductor end dimensioned to couple with the power conductor; and a mating surface positioned at the connector end and dimensioned to couple with the coaxial interface; wherein the conductor junction, an outer conductor contacting portion of the mating surface and an inner conductor contacting portion of the mating surface are coupled together electrically and wherein the conductor junction comprises a cylindrical projection having a borehole coaxial with a longitudinal axis of the body.
A method for performing remote attestation, the method comprising: using a gateway between a verifier and a remote host, wherein the remote host includes a trusted execution environment, TEE, in which an application to be attested is running; receiving, by the gateway, an attestation request from the verifier; determining, by the gateway, a type of the TEE of the remote host and an expected identity of the application to be attested and selecting an attestation protocol based on the determined type of the TEE of the remote host; compiling, by a compilation module of the gateway, the code of the application to be attested by selecting and applying a compiler from a number of different architecture-dependent compilers depending on the determined type of the TEE of the remote host; computing, by an identity computation module of the gateway, the expected identity of the application to be attested based on the compiled code of the application and on the determined type of the TEE of the remote host; and verifying, by the gateway, the expected identity of the application to be attested by executing the selected attestation protocol with the remote host and transmitting an attestation result to the verifier. using a gateway between a verifier and a remote host, wherein the remote host includes a trusted execution environment, TEE, in which an application to be attested is running; receiving, by the gateway, an attestation request from the verifier; determining, by the gateway, a type of the TEE of the remote host and an expected identity of the application to be attested and selecting an attestation protocol based on the determined type of the TEE of the remote host; compiling, by a compilation module of the gateway, the code of the application to be attested by selecting and applying a compiler from a number of different architecture-dependent compilers depending on the determined type of the TEE of the remote host; computing, by an identity computation module of the gateway, the expected identity of the application to be attested based on the compiled code of the application and on the determined type of the TEE of the remote host; and verifying, by the gateway, the expected identity of the application to be attested by executing the selected attestation protocol with the remote host and transmitting an attestation result to the verifier.
An electrical connector, of the type constituted by a box-like body with a closure cover which is associated therewith by means of a film hinge, inside said box-like body there being at least one first seat, with an opening, with access on from the cover side, for a female electrical connection terminal for an electrical cable and at least one optional contiguous second seat, which is open onto a corresponding said first seat, for a male electrical terminal to be mated with said female terminal, the free end of said cover having at least one tab in which there is an engagement slot for a corresponding tooth which protrudes from the box-like body, at the edge of the box-like body arranged between said film hinge and the at least one opening for accessing the corresponding first seat there being provided a space for the free flexing of said film hinge; characterized in that each tooth protrudes from a plate-like portion which extends from the partition between two laterally adjacent seats for terminals; in that said edge is substantially flat and the film hinge, in the configuration in which the cover is closed, not being in contact with it; in that said plate-like portion has a wider centering head which, in the configuration in which the cover is closed, is arranged proximate to, or in contact against, a translational motion-preventing abutment provided on said cover; and in that said abutment is provided by: the substantially vertical end face of the slot, which prevents the unwanted movement of the cover in the direction and with the orientation from the hinge to the tooth; or by a recess which is provided to the rear of the slot and proximate thereto.
An isolated nucleic acid molecule encoding (i) a human Zscan4-ERT2 fusion protein or (ii) a human Zscan4-ΔC protein, wherein the human Zscan4-ΔC protein comprises a deletion of at least one zinc finger domain, and wherein the human Zscan4-ΔC protein is at least 95% identical to an amino acid sequence selected from the group consisting of amino acids 1-311 of SEQ ID NO:2, amino acids 1-339 of SEQ ID NO: 2, amino acids 1-367 of SEQ ID NO: 2, and amino acids 1-395 of SEQ ID NO: 2, wherein the human Zscan4-ERT2 fusion protein or human Zscan4-ΔC protein has the capacity to increase pluripotency of a pluripotent stem cell, promote genomic stability or increase telomere length.