mhurhangee/ep-ind-claims huggingface dataset:
A composition effective for enhancing energy metabolism comprising: a) an amount of a phosphodiesterase 5 (PDE 5) inhibitor; and b) at least 500 mg of leucine and/or at least 200 mg of a leucine metabolite which is beta-hydroxymethylbutyrate. a) an amount of a phosphodiesterase 5 (PDE 5) inhibitor; and b) at least 500 mg of leucine and/or at least 200 mg of a leucine metabolite which is beta-hydroxymethylbutyrate.
Method for managing keys in a manipulation-proof manner for a virtual private network, comprising: a) authenticating a communication terminal on an authentication server with the aid of a first key by way of a public network; b) the authentication server providing a communication key in a protected manner, which is suitable for communication by way of a virtual private network in the public network, for the authenticated communication terminal by way of the public network; and c) encrypting the communication key in the communication terminal with the aid of a second key, which is provided by a manipulation-protected monitoring facility. a) authenticating a communication terminal on an authentication server with the aid of a first key by way of a public network; b) the authentication server providing a communication key in a protected manner, which is suitable for communication by way of a virtual private network in the public network, for the authenticated communication terminal by way of the public network; and c) encrypting the communication key in the communication terminal with the aid of a second key, which is provided by a manipulation-protected monitoring facility.
A pharmaceutical composition for use in a method of transplantation, wherein the composition is prepared by a preparation method comprising the following steps: a step of thawing cryopreserved retinal pigment epithelial cells, and a step of suspending the thawed RPE cells in a suspending agent comprising a poloxamer, preferably poloxamer 188; and wherein the method of transplantation comprises a step of administering the suspension containing the RPE cells obtained in step to an eye tissue of the patient within 8 hr after thawing. a step of thawing cryopreserved retinal pigment epithelial cells, and a step of suspending the thawed RPE cells in a suspending agent comprising a poloxamer, preferably poloxamer 188; and
Method of manufacturing a decorative part for a vehicle interior, wherein the decorative part comprises a carrier and a decorative layer applied to the carrier, wherein a front side of the decorative layer opposite the carrier forms a visible side of the decorative part, wherein the method comprises the steps of a) Providing a carrier film, wherein the carrier foil provided is a hot stamping film and/or IMD film, b) Formation of a laminate by applying a decorative layer to a first side of the carrier film, c) Microperforation of the decorative layer in one or more areas or over the entire surface, whereby the microperforation of the decorative layer is carried out by laser, d) Insertion or drawing-in of the laminate consisting of carrier film and microperforated decorative layer into a cavity of an injection mould in such a way that, when plastic is injected into the cavity, the decorative layer of the laminate is back-injected and a second side of the carrier film opposite the first side is pressed against a wall of the cavity, e) Closing the cavity and injecting plastic into the cavity to form the carrier of the decorative part, whereby the decorative layer is back-injected and the decorative layer is applied to a surface of the carrier facing the decorative layer during the carrier formation in the cavity, thereby forming the decorative layer of the decorative part, f) Opening the cavity and removing or ejecting the decorative part. a) Providing a carrier film, wherein the carrier foil provided is a hot stamping film and/or IMD film, b) Formation of a laminate by applying a decorative layer to a first side of the carrier film, c) Microperforation of the decorative layer in one or more areas or over the entire surface, whereby the microperforation of the decorative layer is carried out by laser, d) Insertion or drawing-in of the laminate consisting of carrier film and microperforated decorative layer into a cavity of an injection mould in such a way that, when plastic is injected into the cavity, the decorative layer of the laminate is back-injected and a second side of the carrier film opposite the first side is pressed against a wall of the cavity, e) Closing the cavity and injecting plastic into the cavity to form the carrier of the decorative part, whereby the decorative layer is back-injected and the decorative layer is applied to a surface of the carrier facing the decorative layer during the carrier formation in the cavity, thereby forming the decorative layer of the decorative part, f) Opening the cavity and removing or ejecting the decorative part.
A compound of formula I wherein Ar is R is CH 3 or OCH 3; or a pharmaceutically acceptable acid addition salt or a corresponding enantiomer thereof. Ar is R is CH 3 or OCH 3;
An encapsulant material for a photovoltaic module, the encapsulant material comprising: between 30 and 50 parts by weight of fibre cloth, the fibre cloth being made of a fibre material; and between 50 and 70 parts by weight of acrylic powder coating, the acrylic powder coating comprising an acrylic resin, a curing agent, and an additive, and the acrylic powder coating being uniformly coated on the fibre cloth, wherein the curing agent accounts for 5-25 wt. % of the acrylic powder coating, and is selected from the group consisting of blocked isocyanate, phthalic anhydride, trimellitic anhydride, sebacic acid, undecanedioic acid, dodecanedioic acid, tridecanedioic acid, tetradecanedioic acid, pentadecanedioic acid, hexadecanedioic acid, carboxyl polyester, hydrogenated epoxy, glycidyl methacrylate-type (GMA-type) acrylic acid, and a mixture thereof. between 30 and 50 parts by weight of fibre cloth, the fibre cloth being made of a fibre material; and between 50 and 70 parts by weight of acrylic powder coating, the acrylic powder coating comprising an acrylic resin, a curing agent, and an additive, and the acrylic powder coating being uniformly coated on the fibre cloth, wherein the curing agent accounts for 5-25 wt. % of the acrylic powder coating, and is selected from the group consisting of blocked isocyanate, phthalic anhydride, trimellitic anhydride, sebacic acid, undecanedioic acid, dodecanedioic acid, tridecanedioic acid, tetradecanedioic acid, pentadecanedioic acid, hexadecanedioic acid, carboxyl polyester, hydrogenated epoxy, glycidyl methacrylate-type (GMA-type) acrylic acid, and a mixture thereof.
Harness system for a user of a thermal weed control system, said system including a gas cylinder and a thermal lance supplied by said cylinder, which comprises: - a harness comprising: - in the back, a support for said cylinder; - a shoulder strap; and, - a belt; characterised in that it further comprises: - at least on said shoulder strap, means (31, 32) for attaching an upright of an arm; - an arm having an upright designed to be attached to said attachment means (31, 32) of the harness and having a cross-member extending from the upright; and, - a suspension wire comprising a first end attached to an upper part of the harness, preferably to an upper part of the shoulder strap, and a second end designed to be attached to said lance, said arm comprising a free end forming an eyelet, said suspension wire being designed to go through said eyelet. - a harness comprising: - in the back, a support for said cylinder; - a shoulder strap; and, - a belt; - in the back, a support for said cylinder; - a shoulder strap; and, - a belt; characterised in that it further comprises: - at least on said shoulder strap, means (31, 32) for attaching an upright of an arm; - an arm having an upright designed to be attached to said attachment means (31, 32) of the harness and having a cross-member extending from the upright; and, - a suspension wire comprising a first end attached to an upper part of the harness, preferably to an upper part of the shoulder strap, and a second end designed to be attached to said lance, - at least on said shoulder strap, means (31, 32) for attaching an upright of an arm; - an arm having an upright designed to be attached to said attachment means (31, 32) of the harness and having a cross-member extending from the upright; and, - a suspension wire comprising a first end attached to an upper part of the harness, preferably to an upper part of the shoulder strap, and a second end designed to be attached to said lance, said arm comprising a free end forming an eyelet, said suspension wire being designed to go through said eyelet.
A printing apparatus configured to print a can body, comprising: a plurality of printing plates (14; 14a-14h); a blanket; a blanket transfer device configured to transfer inks on the plurality of printing plates (14; 14a-14h) to the blanket; and a can body transfer device configured to transfer the inks transferred to the blanket to the can body, wherein the blanket transfer device transfers the inks such that at least part of an ink transferred from one printing plate (14; 14a-14h) is superimposed onto at least part of inks in other colors transferred from other printing plates (14; 14a-14h), and wherein a halftone dot image is printed on an outer surface of the can body, characterized in that the plurality of printing plates (14; 14a-14h) are manufactured based on a plate-making image having a superimposed portion in which at least part of halftone dots in one color is superimposed onto at least part of halftone dots in the other colors; and at least one of the other colors has a reduced halftone dot area or is removed in the superimposed portion. a plurality of printing plates (14; 14a-14h); a blanket; a blanket transfer device configured to transfer inks on the plurality of printing plates (14; 14a-14h) to the blanket; and a can body transfer device configured to transfer the inks transferred to the blanket to the can body, wherein the blanket transfer device transfers the inks such that at least part of an ink transferred from one printing plate (14; 14a-14h) is superimposed onto at least part of inks in other colors transferred from other printing plates (14; 14a-14h), and wherein a halftone dot image is printed on an outer surface of the can body, characterized in that the plurality of printing plates (14; 14a-14h) are manufactured based on a plate-making image having a superimposed portion in which at least part of halftone dots in one color is superimposed onto at least part of halftone dots in the other colors; and at least one of the other colors has a reduced halftone dot area or is removed in the superimposed portion.
A mobile station configured to perform carrier aggregation using a primary cell and a secondary cell, the mobile station comprising: a first management unit configured to manage a primary timing adjustment group that includes the primary cell, and a secondary timing adjustment group that does not include the primary cell; and a second management unit configured to autonomously manage a downlink only cell where to perform a downlink communication only, while associating the downlink only cell with the primary cell or a secondary cell in the primary timing adjustment group with each other, wherein the first management unit is configured to manage each of a timing reference cell and a Pathloss reference cell for each of the primary cell and the secondary cell in the primary timing adjustment group, as the primary cell or a cell designated by a network, and the first management unit is configured to manage each of a timing reference cell and a Pathloss reference cell for a secondary cell in the secondary timing adjustment group, as a cell selected by the mobile station. a first management unit configured to manage a primary timing adjustment group that includes the primary cell, and a secondary timing adjustment group that does not include the primary cell; and a second management unit configured to autonomously manage a downlink only cell where to perform a downlink communication only, while associating the downlink only cell with the primary cell or a secondary cell in the primary timing adjustment group with each other, wherein the first management unit is configured to manage each of a timing reference cell and a Pathloss reference cell for each of the primary cell and the secondary cell in the primary timing adjustment group, as the primary cell or a cell designated by a network, and the first management unit is configured to manage each of a timing reference cell and a Pathloss reference cell for a secondary cell in the secondary timing adjustment group, as a cell selected by the mobile station.
A non-transitory computer readable medium having a computer readable program code embodied therein, said computer readable program code adapted to be executed to implement a method for providing geometric shape recognition for at least one input stroke on a computing device comprising a display and an input surface, said method comprising: recognizing at least one primitive that corresponds to at least one input stroke, wherein a primitive is a geometric shape; and characterized by comprising: breaking down the at least one primitive into its vector component items; defining at least one constraint at the vector component level and applying the at least one constraint to the vector component items of the at least one primitive, wherein the at least one constraint links the vector component items together, whereby the at least one constraint defines a geometric property of the linked vector component items; and providing an output on the display based on the application of the at least one constraint to the vector component items of the at least one primitive by rebuilding the at least one primitive from its vector component items having the at least one constraint applied thereto. recognizing at least one primitive that corresponds to at least one input stroke, wherein a primitive is a geometric shape; and characterized by comprising: breaking down the at least one primitive into its vector component items; defining at least one constraint at the vector component level and applying the at least one constraint to the vector component items of the at least one primitive, wherein the at least one constraint links the vector component items together, whereby the at least one constraint defines a geometric property of the linked vector component items; and providing an output on the display based on the application of the at least one constraint to the vector component items of the at least one primitive by rebuilding the at least one primitive from its vector component items having the at least one constraint applied thereto. breaking down the at least one primitive into its vector component items; defining at least one constraint at the vector component level and applying the at least one constraint to the vector component items of the at least one primitive, wherein the at least one constraint links the vector component items together, whereby the at least one constraint defines a geometric property of the linked vector component items; and providing an output on the display based on the application of the at least one constraint to the vector component items of the at least one primitive by rebuilding the at least one primitive from its vector component items having the at least one constraint applied thereto.
An apparatus containing a dialysis solution or a dialysis solution concentrate, preferably for use in peritoneal dialysis, comprising a reception container that can accommodate a solution volume which is intended for at least two treatments, characterized in that the apparatus has a plurality of extraction ports for extracting the dialysis solution from the reception container; and in that the extraction ports have a security against double use that irreversibly closes the extraction port after use.
An electronic smoking article comprising: a cartridge having an outer wall, an engaging end, and a mouth end; a control housing configured to receive the engaging end of the cartridge; an electrical energy source positioned in the control housing; a liquid within the cartridge, the liquid comprising an inhalable substance; a substrate within the cartridge configured to absorb or adsorb the liquid comprising the inhalable substance; a heating member positioned within the cartridge in direct contact with the substrate and configured for vaporization of the liquid comprising the inhalable substance to form a vapor, the heating member being in electrical connection with the electrical energy source only when the engaging end of the cartridge is received by the control housing; wherein the cartridge includes an annular space between the substrate and the outer wall of the cartridge wherein the vapor is formed, and the cartridge comprises a flow path therethrough that includes the annular space. a cartridge having an outer wall, an engaging end, and a mouth end; a control housing configured to receive the engaging end of the cartridge; an electrical energy source positioned in the control housing; a liquid within the cartridge, the liquid comprising an inhalable substance; a substrate within the cartridge configured to absorb or adsorb the liquid comprising the inhalable substance; a heating member positioned within the cartridge in direct contact with the substrate and configured for vaporization of the liquid comprising the inhalable substance to form a vapor, the heating member being in electrical connection with the electrical energy source only when the engaging end of the cartridge is received by the control housing; wherein the cartridge includes an annular space between the substrate and the outer wall of the cartridge wherein the vapor is formed, and the cartridge comprises a flow path therethrough that includes the annular space.
A method of making acrylic acid comprising the steps: a. contacting a feed stream comprising lactic acid, lactide, or mixtures thereof with a first molten salt catalyst in a first reactor at a first reaction temperature and a first reaction time to produce a first stream comprising 2-bromopropionic acid (2-BrPA); b. contacting said 2-BrPA with a second molten salt catalyst in a second reactor at a second reaction temperature and a second reaction time to produce a second stream comprising 3-bromopropionic acid (3-BrPA) and said acrylic acid; and c. contacting said 3-BrPA with an amine in a third reactor at a third reaction temperature and a third reaction time to produce a third stream comprising said acrylic acid; wherein said first molten salt catalyst comprises a bromide anion (Br -); wherein said second molten salt catalyst comprises a Br -; wherein said acrylic acid of said second stream is combined with said acrylic acid of said third stream into a production stream of said acrylic acid; and wherein said acrylic acid in said production stream has an overall acrylic acid yield and an overall acrylic acid selectivity. a. contacting a feed stream comprising lactic acid, lactide, or mixtures thereof with a first molten salt catalyst in a first reactor at a first reaction temperature and a first reaction time to produce a first stream comprising 2-bromopropionic acid (2-BrPA); b. contacting said 2-BrPA with a second molten salt catalyst in a second reactor at a second reaction temperature and a second reaction time to produce a second stream comprising 3-bromopropionic acid (3-BrPA) and said acrylic acid; and c. contacting said 3-BrPA with an amine in a third reactor at a third reaction temperature and a third reaction time to produce a third stream comprising said acrylic acid;
BICYCLE SADDLE, comprising a hard shell covered by a padding with two identical portions (2, 3), arranged symmetrically with respect to the longitudinal axis of the saddle, said portions being separated from one another, at their rear part, by a substantially dovetail-shaped inlet and then connected together by a depression, after which there is a channel open from under to above, the inlet, the depression and the channel being arranged at the middle longitudinal axis of the saddle, the channel gradually narrowing in width going from its rear part to its front part, the channel being defined by two extensions (8, 9) that join together and are inclined so as to make the front end of the saddle take up an aquiline shape, wherein the padding comprises first areas (14, 16) intended to support the cyclist's gluteal muscles located at the rear that have a convexity facing upwards in a longitudinal and transverse section and in correspondence of these first areas (14, 16) the shell being inclined with respect to horizontal, in normal operating conditions of the saddle, by about 5°-10°, said first areas following on with two second areas (13, 15), which have substantial padding, with a thickness of about 10-15 mm and convex, on these second areas (13, 15) rest the inner part of the ischial tuberosities, said second areas (13, 15) having an inclination with respect to horizontal of about 30°-45°, said second areas (13, 15) each joining up with one of the narrow extensions (8, 9), which define the channel, said extensions (8, 9) following on with third areas (43, 45), in correspondence of these third areas the shell being upwardly inclined by about 5°-10°, at the end of which said extensions join back up at the front end of the saddle forming a semi-circle, giving shape to the aquiline structure, which defines the saddle at the front, said structure being downwardly inclined by about 30°-60°, the saddle being characterised in that along the extensions (8, 9) in both the underlying areas (21, 23) of the shell there are inverted U-shaped edges, of equal thickness to it, which go down perpendicularly on the outside and with an inclination equal to 78° on the inside.