mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition comprising a PCSK9 inhibitor for use in reducing lipoprotein(a) (Lp(a)) levels in a patient who exhibits a serum Lp(a) level above 30 mg/dL and who is diagnosed with or identified as being at risk of developing a cardiovascular disease or disorder prior to or at the time of administration of the composition, or who is diagnosed with or identified as being at risk of developing a thrombotic occlusive disease or disorder prior to or at the time of administration of the composition; and wherein the PCSK9 inhibitor is an antibody or antigen-binding fragment thereof that specifically binds PCSK9.
A digital mailbox configured to send and receive files in electronic form, wherein said files comprise metadata comprising an electronic address of an addressee, wherein the digital mailbox comprises an address and wherein the digital mailbox comprises at least: - a first internal module for sending and receiving files in electronic form; - a second external module for sending and receiving files in electronic form associated to a building and placed in a position accessible to an operator; - an electronic connection between the first internal module and the second external module to allow to send and receive files in electronic form between the first and the second module and vice versa; - a power supply system configured to supply power to the first internal module and the second external module ; wherein the first internal module is configured to receive files in electronic form by accessing the second external module connected to the first internal module and to transfer to the second external module files in electronic format stored in a memory of the first internal module as a result of an authorized access to the second external module and wherein the second external module is configured to allow the download or the upload of files in electronic format, from or to a memory of a digital mail operator device; characterized in that the power supply system for the first internal module and the second external module is a common system that operates using Power over Ethernet (PoE) technology and by the fact that the electronic address of the addressee contained in the metadata of the file received by the second external module from the first internal module comprises a MAC address univocally associated to the first internal module of the addressee and in that the digital mailbox comprises a secondary memory partitioned into n parts, where n is a number of digital postal addresses active at the digital address of the digital mailbox, each partition being identified by a unique key assigned by the system being installed, the unique key corresponding to the complete digital mail address to route the files from the memory of the digital mail operator device to the partition indicated by the complete digital mail address. - a first internal module for sending and receiving files in electronic form; - a second external module for sending and receiving files in electronic form associated to a building and placed in a position accessible to an operator; - an electronic connection between the first internal module and the second external module to allow to send and receive files in electronic form between the first and the second module and vice versa; - a power supply system configured to supply power to the first internal module and the second external module ;
A method for positioning a planar material onto a supporting base in the automotive field, in particular a planar decorative material, which has a visible surface (surface A) and a reverse surface (surface B) facing away from the visible surface, said surface B of said planar material having at least one locally delimited modification inserted therein or applied thereon, characterised in that the location of the modification present on said surface B is directly detected by means of a capacitive or inductive detection device or in that the location of a marking present on the surface B and correlating to the modification is detected by means of a capacitive or inductive detection device , and in that the detected modification or marking present in the planar decorative material is subsequently positioned with respect to the supporting base .
Method for securing a system being configured to perform decision tasks carried out by a machine learning engine , equipped for operating with at least one machine learning model , the system comprising at least one training component for improving the at least one machine learning model , a device comprising the machine learning engine for carrying out decisions based on said machine learning model and a set of input data , and an interaction interface (S2) for exchanging said at least one machine learning model between training component and device , wherein the device comprises a model attestation checker , the method comprising the steps of: for the device : - acquiring input data , - ascertaining at least one machine learning model over the interaction interface (S2), for the model attestation checker : - checking if said at least one machine learning model is trusted by a model attestation , for the machine learning engine : - considering by the machine learning engine for said decision making only those machine learning models that are trusted, - carrying out the decision task for acquired input data by using said at least one trusted machine learning model , - providing a result attestation for the decision output . for the device : - acquiring input data , - ascertaining at least one machine learning model over the interaction interface (S2), - acquiring input data , - ascertaining at least one machine learning model over the interaction interface (S2), for the model attestation checker : - checking if said at least one machine learning model is trusted by a model attestation , - checking if said at least one machine learning model is trusted by a model attestation , for the machine learning engine : - considering by the machine learning engine for said decision making only those machine learning models that are trusted, - carrying out the decision task for acquired input data by using said at least one trusted machine learning model , - providing a result attestation for the decision output . - carrying out the decision task for acquired input data by using said at least one trusted machine learning model , - providing a result attestation for the decision output .
An abrasive article comprising: a carrier element ; an abrasive component , the abrasive component includes abrasive particles bound in a metal matrix, the metal matrix including a network of interconnected pores substantially filled with bonding metal; and a bonding region between the abrasive component and the carrier element, wherein the bonding region is an identifiable layer having a distinct phase from the carrier element and the abrasive component , the bonding region comprising the bonding metal, the bonding region being a separate phase from the carrier element .
A screw motor comprising: a stator ; a rotor that is rotatably disposed in the stator and comprises a rotor core ; a screw shaft that is inserted into the rotor core and integrally rotates along with the rotor core , a screw that is inserted into the screw shaft and linearly moves as the screw shaft rotates, wherein the screw shaft comprises a protrusion portion protruding in a radial direction of the screw shaft , characterized in that the rotor comprises magnets mounted on an outer circumferential surface of the rotor core , and a molding member that covers the magnets , wherein the protrusion portion includes a single coupling groove (34-1) disposed on an outer surface of the protrusion portion, wherein, the rotor core comprises a single coupling protrusion (31-1) disposed on an inner surface of the rotor core and inserted into the single coupling groove (34-1). a stator ; a rotor that is rotatably disposed in the stator and comprises a rotor core ; a screw shaft that is inserted into the rotor core and integrally rotates along with the rotor core , a screw that is inserted into the screw shaft and linearly moves as the screw shaft rotates, wherein the screw shaft comprises a protrusion portion protruding in a radial direction of the screw shaft , characterized in that the rotor comprises magnets mounted on an outer circumferential surface of the rotor core , and a molding member that covers the magnets , wherein the protrusion portion includes a single coupling groove (34-1) disposed on an outer surface of the protrusion portion, wherein, the rotor core comprises a single coupling protrusion (31-1) disposed on an inner surface of the rotor core and inserted into the single coupling groove (34-1).
A valve actuator comprising: a valve stem ; a cartridge with a guide channel ; wherein the guide channel has a first end portion and a second end portion, wherein the second end portion of the guide channel is situated opposite the first end portion of the guide channel ; a resilient member situated in the guide channel , the valve actuator comprising a seat slidably situated in the guide channel and joined to the resilient member and joined to the valve stem ; wherein the resilient member is configured to displace the seat along said guide channel from a first position to a second position; wherein the seat is configured to displace the valve stem along said guide channel from the first position to the second position; the cartridge comprising a first end plate disposed at the first end portion of the guide channel and at least a second end plate (9; 9a) disposed at the second end portion of the guide channel ; wherein the cartridge also comprises at least an arcuate arm (8; 8a); wherein the at least a second end plate (9; 9a) is anchored to the guide channel via the at least an arcuate arm (8; 8a); wherein the guide channel is integral with the at least a second end plate (9; 9a) and with the at least an arcuate arm (8; 8a); characterized in that the at least a second end plate (9; 9a) comprises an aperture; and in that the valve stem extends through the aperture of the at least a second end plate (9; 9a); and in that wherein the valve stem comprises a second portion disposed outside the cartridge . a valve stem ; a cartridge with a guide channel ; wherein the guide channel has a first end portion and a second end portion, wherein the second end portion of the guide channel is situated opposite the first end portion of the guide channel ; a resilient member situated in the guide channel , the valve actuator comprising a seat slidably situated in the guide channel and joined to the resilient member and joined to the valve stem ; wherein the resilient member is configured to displace the seat along said guide channel from a first position to a second position; wherein the seat is configured to displace the valve stem along said guide channel from the first position to the second position; the cartridge comprising a first end plate disposed at the first end portion of the guide channel and at least a second end plate (9; 9a) disposed at the second end portion of the guide channel ; wherein the cartridge also comprises at least an arcuate arm (8; 8a); wherein the at least a second end plate (9; 9a) is anchored to the guide channel via the at least an arcuate arm (8; 8a); wherein the guide channel is integral with the at least a second end plate (9; 9a) and with the at least an arcuate arm (8; 8a); characterized in that the at least a second end plate (9; 9a) comprises an aperture; and in that the valve stem extends through the aperture of the at least a second end plate (9; 9a); and in that wherein the valve stem comprises a second portion disposed outside the cartridge .
A method of forming a filter element comprising: locating the fluted filter media pack in a mold by available contact between the mold and the fluted filter media pack ; and molding a molded component comprising a border frame with one or more ribs onto the fluted filter media pack , wherein the molding includes pouring an uncured fluid polymeric material for the molded component in a mold having an annular cavity for forming the border frame and one or more rib cavities extending from one side of the annular cavity to the other side for forming said one or more ribs adapted to receive the uncured fluid polymeric material, so that uncured fluid polymeric material from the annular cavity and said one or more rib cavities extends into the opening of adjacent flutes of the fluted filter media pack , wherein the uncured fluid material enters openings formed by some flutes along the outer wraps of the filter media pack and wherein the uncured fluid frame material in the annular cavity extends up around the periphery of the filter media pack , partially entering the gap between the inner wall of the mold and the periphery of the filter media pack , thereby integrally bonding the border frame and said one or more ribs to the fluted filter media pack . locating the fluted filter media pack in a mold by available contact between the mold and the fluted filter media pack ; and molding a molded component comprising a border frame with one or more ribs onto the fluted filter media pack , wherein the molding includes pouring an uncured fluid polymeric material for the molded component in a mold having an annular cavity for forming the border frame and one or more rib cavities extending from one side of the annular cavity to the other side for forming said one or more ribs adapted to receive the uncured fluid polymeric material, so that uncured fluid polymeric material from the annular cavity and said one or more rib cavities extends into the opening of adjacent flutes of the fluted filter media pack , wherein the uncured fluid material enters openings formed by some flutes along the outer wraps of the filter media pack and wherein the uncured fluid frame material in the annular cavity extends up around the periphery of the filter media pack , partially entering the gap between the inner wall of the mold and the periphery of the filter media pack , thereby integrally bonding the border frame and said one or more ribs to the fluted filter media pack .
A beverage vessel for storing beverage, having - an inner flask made of metal forming a base material, wherein in the inner flask is adapted to store the beverage; - an outer flask ; - a thermally insulating layer arranged between the inner flask and the outer flask ; and - an opening for pouring the beverage into the beverage vessel or pouring the beverage out of the beverage vessel ; - wherein the base material of the inner flask is coated in its interior surface with an inert metal coating , characterized in that the inert metal coating comprises a hard gold layer having a hardness ranging between approximately 120 HV to approximately 360 HV. - an inner flask made of metal forming a base material, wherein in the inner flask is adapted to store the beverage; - an outer flask ; - a thermally insulating layer arranged between the inner flask and the outer flask ; and - an opening for pouring the beverage into the beverage vessel or pouring the beverage out of the beverage vessel ; - wherein the base material of the inner flask is coated in its interior surface with an inert metal coating ,
A composition comprising at least one thermoplastic polyurethane, at least melamine cyanurate, at least one first phosphorus-containing flame retardant (F1) selected from the group consisting of derivatives of phosphoric acid and derivatives of phosphonic acid and at least one further phosphorus-containing flame retardant (F2) selected from the group consisting of derivatives of phosphinic acid, wherein the phosphorus-containing flame retardant (F2) is a phosphinate, and wherein the phosphorus-containing flame retardant (F1) is a phosphoric ester, wherein the melamine cyanurate has a particle size in the range from 0.1 to 100 μm.
Method for controlling a reluctance motor having a rotor , which has a preferred direction in the aligned state, and a stator having at least two phases (phase 1, phase 2, 135a, 135b), characterised in that the method comprises the following steps: - energising at least a first phase (phase 1, 135a) and a second phase in order to excite the rotor to oscillate around the first (phase 1, 135a) or the second phase ; - detecting the inductance values of the at least two phases (phase 1, phase 2, 135a, 135b) in order to determine the phase having the higher inductance value; - energising only the phase having the detected smaller inductance value in order to excite an oscillation of the rotor around this phase and detecting a first course of the inductance value of the other phase; and - starting the reluctance motor if, in the first course of the inductance value, a local maximum is followed by a further local maximum having a greater amplitude. - energising at least a first phase (phase 1, 135a) and a second phase in order to excite the rotor to oscillate around the first (phase 1, 135a) or the second phase ; - detecting the inductance values of the at least two phases (phase 1, phase 2, 135a, 135b) in order to determine the phase having the higher inductance value; - energising only the phase having the detected smaller inductance value in order to excite an oscillation of the rotor around this phase and detecting a first course of the inductance value of the other phase; and - starting the reluctance motor if, in the first course of the inductance value, a local maximum is followed by a further local maximum having a greater amplitude.
A home appliance control method, characterized in that the method is applied to a wearable device and comprises: receiving (S11) operation mode information from a home appliance, wherein the operation mode information indicates a current operation mode of the home appliance; and sending (S12) the operation mode information to another home appliance to cause said another home appliance to operate in the operation mode, wherein said another home appliance and said home appliance are a same kind of home appliance and operate in the operation mode. receiving (S11) operation mode information from a home appliance, wherein the operation mode information indicates a current operation mode of the home appliance; and sending (S12) the operation mode information to another home appliance to cause said another home appliance to operate in the operation mode, wherein said another home appliance and said home appliance are a same kind of home appliance and operate in the operation mode.
A functionalized polyolefin comprising a aminoalkylsilyl-functionalized polyolefin (PO-aminoalkyl-Si), an alkylsilane-functionalized polyolefin, or an alkoxysilane-functionalized polyolefin, each having a polyolefin portion derived from a vinyl/vinylidene terminated polyolefin and a functional group attached thereto, wherein the polyolefin portion of the functionalized polyolefin has a weight-average molecular weight (Mw) within the range from 500 to 300,000 g/mole.
A composition comprising a refrigerant mixture for replacing R-410A, said refrigerant mixture consisting essentially of from 25 to 38 weight percent difluoromethane, 55 to 65 weight percent 2,3,3,3-tetrafluoropropene, and 3 to 10 weight percent carbon dioxide.
A dosage form that provides controlled release of apixaban, the dosage form comprising a solubility-improved form of apixaban that is a solid amorphous dispersion comprising said apixaban and hydroxypropyl methyl cellulose acetate succinate (HPMCAS).
A submersible pump assembly, comprising: a rotary pump ; an electrical motor operatively coupled to the pump for driving the pump ; the motor comprising: a stator having an inner diameter surface defining a central opening with a longitudinal axis ; a shaft extending axially through the central opening ; a plurality of rotor sections mounted to the shaft and located within the central opening ; an inner sleeve mounted to the shaft between the rotor sections for rotation therewith; a key configured to secure the inner sleeve to the shaft and to allow some axial movement of the inner sleeve relative to the shaft ; a hard, wear resistant outer sleeve surrounding the inner sleeve in sliding engagement; a metal carrier body sleeve having an inner diameter surface defining a bore in which the outer sleeve is located; and an anti-rotation member on an exterior of the carrier body sleeve in static engagement with the inner diameter surface of the stator for preventing rotation of the carrier body sleeve ; an annular metal wave spring located in an annular space between the carrier body sleeve and the outer sleeve , which is in static frictional contact with an outer diameter surface of the outer sleeve and in static frictional contact with the inner diameter surface of the carrier body sleeve , thereby preventing rotation of the outer sleeve relative to the carrier body sleeve , wherein the wave spring comprises a cylindrical wall formed into a cylindrical configuration with an end gap between circumferential ends of the cylindrical wall. a rotary pump ; an electrical motor operatively coupled to the pump for driving the pump ; the motor comprising: a stator having an inner diameter surface defining a central opening with a longitudinal axis ; a shaft extending axially through the central opening ; a plurality of rotor sections mounted to the shaft and located within the central opening ; an inner sleeve mounted to the shaft between the rotor sections for rotation therewith; a key configured to secure the inner sleeve to the shaft and to allow some axial movement of the inner sleeve relative to the shaft ; a hard, wear resistant outer sleeve surrounding the inner sleeve in sliding engagement; a metal carrier body sleeve having an inner diameter surface defining a bore in which the outer sleeve is located; and an anti-rotation member on an exterior of the carrier body sleeve in static engagement with the inner diameter surface of the stator for preventing rotation of the carrier body sleeve ; an annular metal wave spring located in an annular space between the carrier body sleeve and the outer sleeve , which is in static frictional contact with an outer diameter surface of the outer sleeve and in static frictional contact with the inner diameter surface of the carrier body sleeve , thereby preventing rotation of the outer sleeve relative to the carrier body sleeve , wherein the wave spring comprises a cylindrical wall formed into a cylindrical configuration with an end gap between circumferential ends of the cylindrical wall.
Method for biogas polishing via adsorption, in particular pressure and/or temperature swing adsorption, comprising the steps of: - providing a feed of biogas comprising at least methane and carbon dioxide, wherein the feed of biogas comprises at least 95 vol% methane, preferably at least 97 vol%; - subjecting the biogas to at least one adsorption step by introducing the biogas in at least one reactor , the reactor comprising at least one sorbent that is selective for carbon dioxide; - enabling adsorption of at least part of the carbon dioxide; and - removal of at least part of the polished biogas from the reactor , which polished biogas comprises a carbon dioxide concentration below 200 ppm, preferably below 100 ppm; wherein the sorbent is an amine based sorbent comprising benzylamine. - providing a feed of biogas comprising at least methane and carbon dioxide, wherein the feed of biogas comprises at least 95 vol% methane, preferably at least 97 vol%; - subjecting the biogas to at least one adsorption step by introducing the biogas in at least one reactor , the reactor comprising at least one sorbent that is selective for carbon dioxide; - enabling adsorption of at least part of the carbon dioxide; and - removal of at least part of the polished biogas from the reactor , which polished biogas comprises a carbon dioxide concentration below 200 ppm, preferably below 100 ppm;