mhurhangee/ep-ind-claims huggingface dataset:
A means for removing coating layers from surfaces, in particular for removing water-based surface coatings which comprises the following components: a) an organic solvent selected from one of the following groups (i) Ethylene glycol ether; polyethylene glycol ether, in particular diethylene glycol ether; ethylene glycol ester; propylene glycol ether; and dipropylene glycol ether; (ii) a monocyclic monoterpene; (iii) Amino methyl propanol; (iv) Methoxymethyl butanol; (v) Dibasic ester; (vi) Carbonic acid ester; (vii) γ-Butyrolactone; (viii) Alkylamides; or their mixtures; b) a wetting agent different from component a), whose proportion in the total means is in the range of 0.01 - 0.20 wt% and is selected from the following substance groups: - Alkoxylated acetyl diols; - Perfluoroalkyl copolymers, - Alkoxylated polydimethyl siloxanes; and - Sulfosuccinates. c) a surfactant different from component a), which presses the surface tension of water to below 45 mN/m; d) A complexing agent different from component a); and e) water. a) an organic solvent selected from one of the following groups (i) Ethylene glycol ether; polyethylene glycol ether, in particular diethylene glycol ether; ethylene glycol ester; propylene glycol ether; and dipropylene glycol ether; (ii) a monocyclic monoterpene; (iii) Amino methyl propanol; (iv) Methoxymethyl butanol; (v) Dibasic ester; (vi) Carbonic acid ester; (vii) γ-Butyrolactone; (viii) Alkylamides; or their mixtures; (i) Ethylene glycol ether; polyethylene glycol ether, in particular diethylene glycol ether; ethylene glycol ester; propylene glycol ether; and dipropylene glycol ether; (ii) a monocyclic monoterpene; (iii) Amino methyl propanol; (iv) Methoxymethyl butanol; (v) Dibasic ester; (vi) Carbonic acid ester; (vii) γ-Butyrolactone; (viii) Alkylamides; b) a wetting agent different from component a), whose proportion in the total means is in the range of 0.01 - 0.20 wt% and is selected from the following substance groups: - Alkoxylated acetyl diols; - Perfluoroalkyl copolymers, - Alkoxylated polydimethyl siloxanes; and - Sulfosuccinates. - Alkoxylated acetyl diols; - Perfluoroalkyl copolymers, - Alkoxylated polydimethyl siloxanes; and - Sulfosuccinates. c) a surfactant different from component a), which presses the surface tension of water to below 45 mN/m; d) A complexing agent different from component a); and e) water.
Adsorber element for a heat exchanger including a heat-conducting open poor solid body (1, 1a, 1b) and a sorption material for a vaporous adsorbate, which material is arranged on the surface of this solid body (1, 1a, 1b), characterized in that on the outer surface of the flat open pore solid body (1, 1a, 1b) a fluid-tight foil composite (2, 2a, 2b) is arranged at least in the areas in which a contact with a heat transfer fluid is provided, which foil composite is connected to the open pore solid body (1, 1a, 1b) positively, non-positively or by adhesive force, wherein the foil composite (2, 2a, 2b) has - at least one first layer that is a metal layer and/or a layer of a heat-conducting material in perpendicular orientation to the layer and - at least one second layer that is a sealing layer or a supporting layer, and wherein furthermore the adsorber element is embodied such that the heat exchange between the open pore solid body (1, 1a, 1b) and/or the sorption material arranged thereon and the heat transfer fluid can take place via the fluid-tight foil composite (2, 2a, 2b). - at least one first layer that is a metal layer and/or a layer of a heat-conducting material in perpendicular orientation to the layer and - at least one second layer that is a sealing layer or a supporting layer, and wherein furthermore the adsorber element is embodied such that the heat exchange between the open pore solid body (1, 1a, 1b) and/or the sorption material arranged thereon and the heat transfer fluid can take place via the fluid-tight foil composite (2, 2a, 2b).
A pharmaceutical composition comprising linaclotide, a cation or pharmaceutically acceptable salt thereof and an amine selected from meglumine or a mixture of meglumine and histidine.
Method for transporting a tail end in a fiber web machine from one structural section to another in such a way that the tail end is guided on a guide plate by means of an air flow, wherein blown air is brought onto a guide plate shaped into a curve, wherein - the blown air is directed by nozzles onto the guide plate in such a way that the air flow of the blown air guides the tail end onto the curved guide plate by means of a bump functioning as an aerodynamic profile, i.e. a bulge guiding the air flow, formed in the curved guide plate - wherein the nozzles structurally direct the blown air in such a way that the air flow follows the curved guide plate and guides the tail end in a direction parallel to its travel direction. - the blown air is directed by nozzles onto the guide plate in such a way that the air flow of the blown air guides the tail end onto the curved guide plate by means of a bump functioning as an aerodynamic profile, i.e. a bulge guiding the air flow, formed in the curved guide plate - wherein the nozzles structurally direct the blown air in such a way that the air flow follows the curved guide plate and guides the tail end in a direction parallel to its travel direction.
An electromagnetic flow sensor for an electromagnetic flow meter, the sensor comprising: a body or frame; a passage through the body or frame; at least part of a magnetic circuit (248, 295) supported by the body or frame for directing a magnetic field across the passage; and at least first and second electrodes supported by the body or frame, the at least first and second electrodes arranged to sense a voltage in response to a conductive fluid flowing through the passage; wherein the at least part of the magnetic circuit comprises: a central pole piece (172; 292); and outer pole piece(s) (173; 295) extending around the central pole piece and the passage so as to serve as a magnetic screen from an external magnetic field characterised in that the passage has a central protrusion (261, 262, 264, 266) extending into and along the passage so as to present a 'U'-shaped profile to the flow of the conductive fluid, wherein the central protrusion is electrically insulated and includes the central pole piece. a body or frame; a passage through the body or frame; at least part of a magnetic circuit (248, 295) supported by the body or frame for directing a magnetic field across the passage; and at least first and second electrodes supported by the body or frame, the at least first and second electrodes arranged to sense a voltage in response to a conductive fluid flowing through the passage; wherein the at least part of the magnetic circuit comprises: a central pole piece (172; 292); and outer pole piece(s) (173; 295) extending around the central pole piece and the passage so as to serve as a magnetic screen from an external magnetic field characterised in that the passage has a central protrusion (261, 262, 264, 266) extending into and along the passage so as to present a 'U'-shaped profile to the flow of the conductive fluid, wherein the central protrusion is electrically insulated and includes the central pole piece. a central pole piece (172; 292); and outer pole piece(s) (173; 295) extending around the central pole piece and the passage so as to serve as a magnetic screen from an external magnetic field characterised in that the passage has a central protrusion (261, 262, 264, 266) extending into and along the passage so as to present a 'U'-shaped profile to the flow of the conductive fluid, wherein the central protrusion is electrically insulated and includes the central pole piece.
A method for sublimation transfer printing comprising in sequence the continuous steps of: • feeding a web of carrier from a feed mechanism in a machine direction to a carrier transport unit of a sublimation transfer printer provided with multiple digital printing stations, • synchronizing the speed of carrier with the movement of said transport unit • positioning carrier on said transport unit; • depositing sublimation ink or inks onto carrier whilst synchronizing the speed of carrier with the deposition of the sublimation ink or inks; • removing carrier from transport unit and passing carrier with deposited sublimation ink or inks together with a web of substrate material to be printed from a feed mechanism through a heat press at sublimation conditions, • transferring the sublimation ink or inks onto the substrate material, and • collecting the printed substrate material and used carrier from outlet wherein the digital printing stations extend transversally to the machine direction and cover the width of carrier. • feeding a web of carrier from a feed mechanism in a machine direction to a carrier transport unit of a sublimation transfer printer provided with multiple digital printing stations, • synchronizing the speed of carrier with the movement of said transport unit • positioning carrier on said transport unit; • depositing sublimation ink or inks onto carrier whilst synchronizing the speed of carrier with the deposition of the sublimation ink or inks; • removing carrier from transport unit and passing carrier with deposited sublimation ink or inks together with a web of substrate material to be printed from a feed mechanism through a heat press at sublimation conditions, • transferring the sublimation ink or inks onto the substrate material, and • collecting the printed substrate material and used carrier from outlet
A product package comprising a receiving space, a covering film, an inner lining and a body part created by folding out of a single blank, the body part comprising walls (2a, 2b, 2c, 8), a bottom and a rim portion as well as a plurality of slots for shaping the receiving space, wherein the rim portion of the body part is a continuous, seamless and planar portion interconnecting the walls (2a, 2b, 2c, 8) of the body part characterised in that the rim portion is created out of the single blank the outer edges of which constitute the outer edges of the rim portion of the product package and in that the body part of the product package does not have sections with superimposed material.
A biaxially orientated, single or multilayer porous film which comprises at least one porous layer, and this layer contains at least one propylene polymer, wherein (i) the porosity of the porous film is 30 % to 80 %, and (ii) the permeability of the porous film is <1000 s (Gurley value), characterized in that (iii) the porous film has a partial inorganic, preferably ceramic lamination and 10 % to 95 % of the entire surface on one side of the film is provided with the inorganic, preferably ceramic lamination, (iv) the laminated porous film has a Gurley value of <1200 s, and (v) the porosity is produced by transforming β-crystalline polypropylene when stretching the film, wherein at least one β-nucleation agent is present in the film, and (vi) the film comprises 50 % to 95 % by weight of propylene homopolymer and 15 % to 50 % by weight of propylene block copolymers, and contains 50 to 10000 ppm of β-nucleation agent. (i) the porosity of the porous film is 30 % to 80 %, and (ii) the permeability of the porous film is <1000 s (Gurley value), characterized in that (iii) the porous film has a partial inorganic, preferably ceramic lamination and 10 % to 95 % of the entire surface on one side of the film is provided with the inorganic, preferably ceramic lamination, (iv) the laminated porous film has a Gurley value of <1200 s, and (v) the porosity is produced by transforming β-crystalline polypropylene when stretching the film, wherein at least one β-nucleation agent is present in the film, and (vi) the film comprises 50 % to 95 % by weight of propylene homopolymer and 15 % to 50 % by weight of propylene block copolymers, and contains 50 to 10000 ppm of β-nucleation agent.
Claim # 1 - A credential authentication method, comprising: - a step wherein a credential is issued by an issuer to a candidate; - a step wherein the candidate registers with a credential authentication system; - a step wherein the candidate submits the credential to the credential authentication system; - a step wherein the issuer registers with the credential authentication system; - a step wherein the credential authentication system generates a reusable authentication ID for the credential, wherein the authentication ID is generated once the issuer of the credential authenticates online the credential by using the credential authentication system, wherein the authentication ID is a unique electronic ID and can be used repeatedly in lieu of paper based copies, attested or otherwise; - a step wherein the candidate submits the authentication ID to a requestor; and - a step wherein the requestor uses the authentication ID on the credential authentication system to seek the authentication status of the submitted credential. - a step wherein a credential is issued by an issuer to a candidate; - a step wherein the candidate registers with a credential authentication system; - a step wherein the candidate submits the credential to the credential authentication system; - a step wherein the issuer registers with the credential authentication system; - a step wherein the credential authentication system generates a reusable authentication ID for the credential, wherein the authentication ID is generated once the issuer of the credential authenticates online the credential by using the credential authentication system, wherein the authentication ID is a unique electronic ID and can be used repeatedly in lieu of paper based copies, attested or otherwise; - a step wherein the candidate submits the authentication ID to a requestor; and - a step wherein the requestor uses the authentication ID on the credential authentication system to seek the authentication status of the submitted credential.
A method for operating an electronically controlled centrifugal pump assembly, in which setting parameters of the pump for adapting to the hydraulic requirements of the local installation situation can be set in an electronic controller, and in which operating data of the pump assembly are registered during operation, characterized in that after a predetermined time after recording the operation of the centrifugal pump assembly, a check is carried out as to whether all setting parameters have not been changed with respect to a factory preset, wherein the setting parameters are stored digitally in a file of the controller and the controller monitors the storage date of the file, and a timer is provided, which runs for the predetermined time from the initial commissioning and after expiry of this predetermined time, a check is carried out as to whether the storage date of the file has changed or not, and in that when a change of the storage date of the file is not determined, a signal for changing the setting parameters is output.
Stackable canister for storing and transporting flowable material, comprising a bottom side, a top side and at least one side wall which connects the bottom side and the top side with each other and which defines the circumference of the canister, as well as a pour opening which can be plugged with a cap, wherein the bottom side comprises base surface sections being spaced from one another and the top side comprises first support surfaces, which are spaced from the pour opening, wherein the top side comprises a local maximum, at which the pour opening is located, wherein the bottom side comprises a recess in a direction towards the inside of the canister and which recess is spaced from the base surface sections, the recess being capable to receive at least partially the support surfaces of the top side and the pour opening plugged by the cap of a second canister which is identical in construction as the first one, wherein at least two first support surfaces are provided on the top side at opposite sides of the pour opening and comprise a positive gradient in the direction of the pour opening, wherein the top side comprises a margin portion as a further support surface between the first support surfaces and a side wall portion, which is approximately perpendicular to said side all portion, wherein the first and further support surfaces cover at least 10% of the cross-sectional surface of the canister and wherein the recess of the bottom side is designed in correspondence to the first support surfaces on the top side, such that two canisters which are identical in construction can be brought into engagement according to a lock-and-key principle, i.e. complementary and custom-fit.
A lithium ion secondary battery, wherein a separator is arranged inside the battery, and the separator comprises a polymer or polymer derivative selected from the group consisting of polyvinyl alcohol, a vinyl alcohol copolymer and polyvinyl acetal in an amount of 0.5 mg or more per 1 mAh of battery capacity in terms of a vinyl alcohol unit moiety content.
Method for the automatic phase detection of measurement values which are measured phase-specifically by measuring units (M1-M7) installed in a multiphase low-voltage network, provided with a time stamp and routed to at least one data concentration unit on a regular basis, characterised in that for a predefinable observation period the measurement values of the measuring units (M1-M7) are collected, that the predefinable observation period is subdivided into a plurality of time segments to which the respective measurement values are assigned based on their time stamp, that based on reference measurement values for each of the time segments an independent classifier is generated, and that based on the respective independent classifier the corresponding phases are assigned to the measurement values of the respective segment.
Diffuser (1, 1') for an oblong luminaire, in particular for a LED luminaire with an in-line arrangement of LED, whereby the diffuser is substantially U-shaped in cross-section perpendicular to the longitudinal extension with two side legs (2A, B) and a roof section connecting the side legs, characterized in that a lip (5a, b) internal to the U-shape and extending towards the roof section is respectively molded on both side legs (2A, B) in the area of the free ends thereof for making available further optically active diffuser wall sections.
A method of operating a sectorized communications device, the method comprising: transmitting to a first relay station from a first sector of said communications device during a first time interval (step 204); and transmitting to a second relay station from a second sector of said communications device during a second time interval, said first and second time intervals being non-overlapping time intervals (step 210); transmitting to a third relay station from a third sector of said communications device during the first time interval (step 208); and refraining from transmitting from the second sector during said first time interval (step 206); wherein said first and second time intervals are recurring time intervals and said second time interval is a time interval during which said first relay station transmits to access terminals, and wherein said first time interval is a time interval during which said second relay station transmits to access terminals. transmitting to a first relay station from a first sector of said communications device during a first time interval (step 204); and transmitting to a second relay station from a second sector of said communications device during a second time interval, said first and second time intervals being non-overlapping time intervals (step 210); transmitting to a third relay station from a third sector of said communications device during the first time interval (step 208); and refraining from transmitting from the second sector during said first time interval (step 206); wherein said first and second time intervals are recurring time intervals and said second time interval is a time interval during which said first relay station transmits to access terminals, and wherein said first time interval is a time interval during which said second relay station transmits to access terminals.
A method of recognizing a speaker, the method comprising: receiving electrical signals corresponding to a speech of the speaker from at least some resonators of a plurality of resonators having different resonance bands; calculating a magnitude difference of the resonance bands using the electrical signals, characterized in that the magnitude difference of the resonance bands is a magnitude difference of electrical signals output from two resonators having neighboring resonance frequencies based on a frequency; and the method further comprises: generating a bitmap of a band gradient by encoding the magnitude difference of the resonance bands, wherein the bitmap of the band gradient is a sequence of the magnitude differences of the resonance bands; and recognizing the speaker using the bitmap of the band gradient. receiving electrical signals corresponding to a speech of the speaker from at least some resonators of a plurality of resonators having different resonance bands; calculating a magnitude difference of the resonance bands using the electrical signals, characterized in that the magnitude difference of the resonance bands is a magnitude difference of electrical signals output from two resonators having neighboring resonance frequencies based on a frequency; and the method further comprises: generating a bitmap of a band gradient by encoding the magnitude difference of the resonance bands, wherein the bitmap of the band gradient is a sequence of the magnitude differences of the resonance bands; and recognizing the speaker using the bitmap of the band gradient. generating a bitmap of a band gradient by encoding the magnitude difference of the resonance bands, wherein the bitmap of the band gradient is a sequence of the magnitude differences of the resonance bands; and recognizing the speaker using the bitmap of the band gradient.
An implantable medical device, comprising: a hermetically sealed housing including a battery case and a circuit case; an energy source disposed within the battery case; an operational circuit disposed within the circuit case and electrically coupled to the energy source; a first electrode disposed on an outer surface of the housing and electrically coupled to a first input of an input mechanism of the operational circuit; and characterised by a second electrode coupled to an outer surface of the battery case and electrically coupled to a second input of the input mechanism of the operational circuit, wherein the second electrode is coupled to the input mechanism through a signal pathway that is electrically isolated from a current pathway defined between the battery and the operational circuit. a hermetically sealed housing including a battery case and a circuit case; an energy source disposed within the battery case; an operational circuit disposed within the circuit case and electrically coupled to the energy source; a first electrode disposed on an outer surface of the housing and electrically coupled to a first input of an input mechanism of the operational circuit; and characterised by a second electrode coupled to an outer surface of the battery case and electrically coupled to a second input of the input mechanism of the operational circuit, wherein the second electrode is coupled to the input mechanism through a signal pathway that is electrically isolated from a current pathway defined between the battery and the operational circuit.