mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a data repository configured to store one or more data records; a server in communication with the data repository, wherein the server is configured to access the data repository in response to a user request from a client process to perform at least one of the following: access the one or more data records, add a data record, and modify the one or more data records; and a client application comprising a protocol library in communication with the server and a cache for temporarily storing the data records received in a reply message from the server in response to the user request, the client application configured to: receive the user request through the client process, encapsulate a protocol that provides communications between the client process and the server, and forward the received user request to the server using the encapsulated protocol, characterised in that the client application is configured to determine whether a data record stored in the data repository has been changed by another client process and to update the stored respective data record in the cache accordingly. a data repository configured to store one or more data records; a server in communication with the data repository, wherein the server is configured to access the data repository in response to a user request from a client process to perform at least one of the following: access the one or more data records, add a data record, and modify the one or more data records; and access the one or more data records, add a data record, and modify the one or more data records; and a client application comprising a protocol library in communication with the server and a cache for temporarily storing the data records received in a reply message from the server in response to the user request, the client application configured to: receive the user request through the client process, encapsulate a protocol that provides communications between the client process and the server, and forward the received user request to the server using the encapsulated protocol, characterised in that the client application is configured to determine whether a data record stored in the data repository has been changed by another client process and to update the stored respective data record in the cache accordingly. receive the user request through the client process, encapsulate a protocol that provides communications between the client process and the server, and forward the received user request to the server using the encapsulated protocol, characterised in that the client application is configured to determine whether a data record stored in the data repository has been changed by another client process and to update the stored respective data record in the cache accordingly.
A peptide Phe-D-Arg-Phe-Lys-NH 2 or a pharmaceutically acceptable salt thereof, for use in treating Duchenne muscular dystrophy in a human subject in need thereof.
An electrical equipment box including a back incorporating at least one hole of elongate shape in a direction X for fixing the said box to a wall, characterized in that said hole is in a stud attached to said back by a flexible connection allowing a small offset of said hole relative to a stable original position in a direction Y parallel to the plane of the back and perpendicular to said direction X.
A corrosion-resistant coated glass substrate suitable for use as a bath screen and/or a shower screen in a humid environment comprising: i) a substrate of soda lime silica glass; and ii) a silica layer deposited directly on both surfaces of the glass substrate, wherein: each silica layer is derived from a liquid polysilazane in the form of perhydropolysilazane; each silica layer comprises 95% or more silica in the form of SiO 2; each silica layer comprises a fully-densified continuous, non-porous film; and each silica layer has a thickness of 75 nm or higher and a thickness of 260 nm or lower. i) a substrate of soda lime silica glass; and ii) a silica layer deposited directly on both surfaces of the glass substrate, wherein: each silica layer is derived from a liquid polysilazane in the form of perhydropolysilazane; each silica layer comprises 95% or more silica in the form of SiO 2; each silica layer comprises a fully-densified continuous, non-porous film; and each silica layer has a thickness of 75 nm or higher and a thickness of 260 nm or lower. each silica layer is derived from a liquid polysilazane in the form of perhydropolysilazane; each silica layer comprises 95% or more silica in the form of SiO 2; each silica layer comprises a fully-densified continuous, non-porous film; and each silica layer has a thickness of 75 nm or higher and a thickness of 260 nm or lower.
Air treatment unit intended to dry an airflow entering into the unit comprising an absorber, a generator, a condenser, an evaporator and a fluid circulation circuit capable of receiving a working solution comprising a refrigerant fluid and an absorbent, the fluid circuit connecting the generator to the condenser, the condenser to the evaporator, the evaporator to the absorber and the absorber to the generator, and wherein - the generator is configured to vaporise the refrigerant fluid of the working solution, - the condenser is configured to condense the refrigerant fluid to the vapour state coming from the generator, - the evaporator is configured to vaporise the refrigerant fluid coming from the condenser, - the absorber is configured to condense the refrigerant fluid to the vapour state coming from the evaporator to enable its absorption by the working solution, where the evaporator comprises at least one humid cold battery intended to dry and cool an airflow entering through the direct exchange with the refrigerant fluid and the condenser comprises a hot battery intended to heat a dried and cooled airflow coming from the evaporator by direct exchange with the refrigerant fluid, characterised in that the treatment unit comprises a technical compartment, wherein the generator and the absorber and an air circulation compartment are arranged, configured to receive an ascending airflow, and wherein the evaporator and the condenser are arranged, the condenser being arranged above the evaporator, the condenser being arranged at a same height level as the generator, and the evaporator being arranged at a same height level as the absorber. - the generator is configured to vaporise the refrigerant fluid of the working solution, - the condenser is configured to condense the refrigerant fluid to the vapour state coming from the generator, - the evaporator is configured to vaporise the refrigerant fluid coming from the condenser, - the absorber is configured to condense the refrigerant fluid to the vapour state coming from the evaporator to enable its absorption by the working solution,
A base plate of an ostomy appliance, the base plate comprising: a first adhesive layer including: a stomal opening with a center point and a proximal surface configured to be attached to a skin surface of a user; a masking element arranged on a distal surface of the first adhesive layer, wherein the masking element is more insulative than the first adhesive layer; and a plurality of electrodes (222, 224, 226, 228, 230, 232) arranged on a distal side of the first adhesive layer, each electrode including a sensing part and a conductor part, wherein the masking element is arranged between the conductor parts of the plurality of electrodes and the first adhesive layer, and wherein the masking element is not arranged between the sensing parts of the plurality of electrodes and the first adhesive layer. a first adhesive layer including: a stomal opening with a center point and a proximal surface configured to be attached to a skin surface of a user; a masking element arranged on a distal surface of the first adhesive layer, wherein the masking element is more insulative than the first adhesive layer; and a plurality of electrodes (222, 224, 226, 228, 230, 232) arranged on a distal side of the first adhesive layer, each electrode including a sensing part and a conductor part, wherein the masking element is arranged between the conductor parts of the plurality of electrodes and the first adhesive layer, and wherein the masking element is not arranged between the sensing parts of the plurality of electrodes and the first adhesive layer.
A safety system for a machine, said safety system comprising: at least one sensor which generates sensor data; a non-safe computing module which is configured to perform at least one safety function based on the sensor data and to perform at least one self-diagnosis function directed to the safety function; and a safe diagnostic module which is configured to check the at least one self-diagnosis function by means of a supervisor implemented on the safe diagnostic module. at least one sensor which generates sensor data; a non-safe computing module which is configured to perform at least one safety function based on the sensor data and to perform at least one self-diagnosis function directed to the safety function; and a safe diagnostic module which is configured to check the at least one self-diagnosis function by means of a supervisor implemented on the safe diagnostic module.
A system for processing water washable flexo photopolymer printing plates, the system comprising a washing line including one or more brushes and a surface essentially facing said brushes, and a guiding means adapted to guide a water washable flexo photopolymer printing plate through the washing line by pulling it from a vicinity of a downstream edge thereof and dragging it on said surface whereby said brushes are adapted to contact onto a side of such water washable flexo photopolymer printing plate in a washing direction from the downstream edge towards an upstream edge of such water washable flexo photopolymer printing plate, characterized in that the system further comprises one or more attachments comprising one or more magnets, and said surface comprises ferromagnetic material, or the system further comprises one or more attachments comprising ferromagnetic material and said surface comprises one or more magnets, said one or more attachments are arranged to, in use, be annexed to the vicinity of the upstream edge of such water washable flexo photopolymer printing plate, thereby, in use, providing a friction between the attachments and the surface over magnetic attraction between said ferromagnetic material and the magnets, said friction being greater than that between a water washable flexo photopolymer printing plate and said surface under processing conditions.
Method for producing a product gas from a fuel, comprising - inputting the fuel into a pyrolysis chamber and executing a pyrolysis process for obtaining a product gas, - recirculating parts of the fuel exiting from the pyrolysis chamber to a combustion chamber (20, 23), and - in the combustion chamber (20, 23) executing a gasification process in a fluidized bed using a primary process fluid, followed by a combustion process in an area above the fluidized bed using a secondary process fluid, the gasification process being controlled by controlling the velocity and oxygen content of the primary process fluid, and the combustion process being controlled by controlling the velocity and oxygen content of the secondary process fluid, wherein the gasification process is operated with an equivalence ratio ER between 0.9 and 0.99, the equivalence ratio ER being defined as the ratio of the amount of oxygen supplied divided by the amount of oxygen needed for complete combustion of the fuel. - inputting the fuel into a pyrolysis chamber and executing a pyrolysis process for obtaining a product gas, - recirculating parts of the fuel exiting from the pyrolysis chamber to a combustion chamber (20, 23), and - in the combustion chamber (20, 23) executing a gasification process in a fluidized bed using a primary process fluid, followed by a combustion process in an area above the fluidized bed using a secondary process fluid, the gasification process being controlled by controlling the velocity and oxygen content of the primary process fluid, and the combustion process being controlled by controlling the velocity and oxygen content of the secondary process fluid, wherein the gasification process is operated with an equivalence ratio ER between 0.9 and 0.99, the equivalence ratio ER being defined as the ratio of the amount of oxygen supplied divided by the amount of oxygen needed for complete combustion of the fuel.
A method comprising: loading a logon user interface, UI by an operating system, OS, logon routine interfacing with an OS of a local machine; loading and initializing a plurality of registered credential provider modules being coexisting interfaces to the OS, a user using at least one of the credential provider modules to log on to the local machine through its OS, each credential provider module using a different identifying and authenticating process corresponding to a different type of credentials; requesting a flat list of all credential providers corresponding to the plurality of registered credential provider modules for display; receiving a user's choice of one of the displayed credential providers; receiving, at an input device (103, 105, 107, 208) in communication with the local machine, a credential from the user corresponding to the chosen credential provider; translating, at the credential provider module corresponding to the chosen credential provider, the received credential into a common credential protocol; communicating the translated credential through a pre-logon access provider, PLAP, Application Program Interface, API to the logon UI; calling the OS logon routine to authenticate the translated credential against a credential database; and logging on the user identified by the translated credential to access the local machine when the authentication is successful. loading a logon user interface, UI by an operating system, OS, logon routine interfacing with an OS of a local machine; loading and initializing a plurality of registered credential provider modules being coexisting interfaces to the OS, a user using at least one of the credential provider modules to log on to the local machine through its OS, each credential provider module using a different identifying and authenticating process corresponding to a different type of credentials; requesting a flat list of all credential providers corresponding to the plurality of registered credential provider modules for display; receiving a user's choice of one of the displayed credential providers; receiving, at an input device (103, 105, 107, 208) in communication with the local machine, a credential from the user corresponding to the chosen credential provider; translating, at the credential provider module corresponding to the chosen credential provider, the received credential into a common credential protocol; communicating the translated credential through a pre-logon access provider, PLAP, Application Program Interface, API to the logon UI; calling the OS logon routine to authenticate the translated credential against a credential database; and logging on the user identified by the translated credential to access the local machine when the authentication is successful.
A dual function lavatory door comprising: a hinged door panel comprising a doorway hinge operable to couple to a first side of a lavatory doorway of a lavatory and to position the hinged door panel to couple to a first interior side-wall of the lavatory in a deployed position; an extendable door panel coupled to the hinged door panel by a vertical hinge, and operable to couple to a second side of the lavatory doorway opposite to the first side and to fold along the vertical hinge into an interior space of the lavatory in the deployed position; an extension panel coupled to the extendable door panel, wherein the extension panel is operable to extend from the extendable door panel to couple to a second interior side-wall of the lavatory opposite to the first interior side-wall in the deployed position; and a spring loaded plunger operable to extend the extension panel outwardly from the extendable door panel in the deployed position. a hinged door panel comprising a doorway hinge operable to couple to a first side of a lavatory doorway of a lavatory and to position the hinged door panel to couple to a first interior side-wall of the lavatory in a deployed position; an extendable door panel coupled to the hinged door panel by a vertical hinge, and operable to couple to a second side of the lavatory doorway opposite to the first side and to fold along the vertical hinge into an interior space of the lavatory in the deployed position; an extension panel coupled to the extendable door panel, wherein the extension panel is operable to extend from the extendable door panel to couple to a second interior side-wall of the lavatory opposite to the first interior side-wall in the deployed position; and a spring loaded plunger operable to extend the extension panel outwardly from the extendable door panel in the deployed position.
Method comprising the steps of: - moulding a piece made of plastic material, i.e. high density polyethylene HDPE or polypropylene PP, said moulded piece having at least a first portion and a second portion connected to said first portion along a connecting zone, said piece being a cap; - mechanically folding in a guided manner said second portion around said connecting zone at a folding temperature that is greater than ambient temperature, said second portion being a flap of said cap; characterised by comprising the step of selecting said folding temperature according to at least an intermediate physical transition temperature of said plastics and in that said folding temperature is comprised between 15 and 60°C for high density polyethylene HDPE and between 25 and 70°C for polypropylene PP. - moulding a piece made of plastic material, i.e. high density polyethylene HDPE or polypropylene PP, said moulded piece having at least a first portion and a second portion connected to said first portion along a connecting zone, said piece being a cap; - mechanically folding in a guided manner said second portion around said connecting zone at a folding temperature that is greater than ambient temperature, said second portion being a flap of said cap;
A decorative film comprising: a base layer; a metal-treated layer formed on a lower surface of the base layer; and an adhesive resin layer formed on a lower surface of the metal-treated layer and comprising an adhesive resin and an amine accelerator, wherein the amine accelerator comprises at least one selected from aziridine compounds represented by Formula 6 or a glycidyl amine compound represented by Formula 3: wherein R 7 and R 11 are each independently C 1 to C 4 alkylene, R 8 and R 10 are each independently a single bond, C 1 to C 4 alkylene, or C 6 to C 12 arylene, R 9 is C 1 to C 4 alkylene, or C 6 to C 12 arylene, X and Y are each independently an oxygen or nitrogen atom, at least one of X and Y is a nitrogen atom, p and q are each 1 when X or Y is an oxygen atom, and p and q are each 2 when X or Y is a nitrogen atom. a base layer; a metal-treated layer formed on a lower surface of the base layer; and an adhesive resin layer formed on a lower surface of the metal-treated layer and comprising an adhesive resin and an amine accelerator, wherein the amine accelerator comprises at least one selected from aziridine compounds represented by Formula 6 or a glycidyl amine compound represented by Formula 3:
Sensor for the optical detection of a substance in the plasma fraction of a whole blood sample, the sensor comprising - a translucent slab with a front side and a back side facing away from the front side, wherein the front side is adapted for being contacted with a whole blood sample, wherein the translucent slab comprises pores; - a reflective layer at the front side of the translucent slab, the reflective layer being adapted to reflect light reaching the reflective layer from the translucent slab; and - a light source and a detector configured for optically probing the translucent slab, wherein the light source is adapted to illuminate at least the pores in the translucent slab, wherein the detector is arranged to receive light emerging from the pores in response to an illumination by the light source, and wherein the detector is adapted to generate a signal representative of the detected light; wherein the pores in the translucent slab are dead-end pores extending from respective openings at the front side, through the reflective layer into the translucent slab, wherein a cross-sectional dimension of the openings of the pores is dimensioned so as to prevent red blood cells from entering the pores, while allowing the substance in the plasma fraction of the whole blood sample to enter the pores; characterized in that an inner wall surface of the pores is coated with a hydrophilic coating. - a translucent slab with a front side and a back side facing away from the front side, wherein the front side is adapted for being contacted with a whole blood sample, wherein the translucent slab comprises pores; - a reflective layer at the front side of the translucent slab, the reflective layer being adapted to reflect light reaching the reflective layer from the translucent slab; and - a light source and a detector configured for optically probing the translucent slab, wherein the light source is adapted to illuminate at least the pores in the translucent slab, wherein the detector is arranged to receive light emerging from the pores in response to an illumination by the light source, and wherein the detector is adapted to generate a signal representative of the detected light;
Compression screw to control maceration of a material to be conveyed, e.g. wood chips, comprising an inlet area to receive the material to be conveyed, a screw rotatable round an axis of rotation in a housing and an outlet area, where the screw is mounted rotatably inside a plug pipe in the discharge area, characterised in that the screw has a flight, at least partially, the screw being formed as an area without a flight, at least partially, in the area of the plug pipe, and the screw and the plug pipe being suitable for being moved and positioned in relation to one another, where a calibrating area is formed between plug pipe and screw, the calibrating area comprising either an area of the plug pipe with a decreasing inner diameter and an area of the screw without a flight and with a constant outer diameter or an area of the screw without a flight and with a decreasing outer diameter, or the calibrating area comprises an area of the plug pipe with a constant or increasing inner diameter and an area of the screw without a flight and with an increasing outer diameter.