mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge for a medium to be dispensed comprising a rigid head part having a dispensing outlet and a flexible film forming a cartridge wall , with the film comprising at least one inner surface and an outer surface , and with the film bounding a cartridge chamber for the medium to be dispensed, extending at least partially in a longitudinal direction (A) of the cartridge and having a front end that is connected to the head part , wherein the head part comprises a collar , with the collar surrounding the dispensing outlet in a radially outer region of the head part , extending in the longitudinal direction (A) and having an inner circumferential surface , and wherein the front end of the film is sealingly and non-releasably connected to the inner circumferential surface of the collar , wherein the inner circumferential surface of the collar is attached to the film at a contact surface that is different from the outer surface of the film , characterised in that an additional intermediate film piece is provided between the front end of the film and the inner circumferential surface of the collar , the intermediate film piece comprising an inner layer and an outer layer , wherein the material of the outer layer is configured to bond strongly to the material of the inner circumferential surface of the collar and the material of the inner layer is configured to bond strongly to the material of the outer surface of the film and wherein the materials of the inner layer and of the outer layer are different.
A polyester resin composition comprising: a polyester resin comprising a unit (A) represented by the following general formula ; and an antioxidant: wherein R 1 is a hydrogen atom, CH 3 or C 2 H 5 , R 2 and R 3 are each independently a hydrogen atom or CH 3 , and n is 0 or 1, wherein the antioxidant comprises a phenol-based antioxidant and/or a phosphorus-based antioxidant. a polyester resin comprising a unit (A) represented by the following general formula ; and an antioxidant:
A planographic printing plate precursor comprising: a support; and an image recording layer on the support, wherein the image recording layer contains a polymer having any group selected from a sulfonamide group, an amide group, an imide group and a carbonate group in a main chain and having a group represented by the following Formula , wherein in the Formula , X represents a single bond or an oxygen atom, Ra represents an alkylene group having 6 to 40 carbon atoms in a case where X represents a single bond and Ra represents an alkylene group having 2 to 20 carbon atoms in a case where X represents an oxygen atom, and n represents an integer of 1 to 90. a support; and an image recording layer on the support, wherein the image recording layer contains a polymer having any group selected from a sulfonamide group, an amide group, an imide group and a carbonate group in a main chain and having a group represented by the following Formula , wherein in the Formula , X represents a single bond or an oxygen atom, Ra represents an alkylene group having 6 to 40 carbon atoms in a case where X represents a single bond and Ra represents an alkylene group having 2 to 20 carbon atoms in a case where X represents an oxygen atom, and n represents an integer of 1 to 90.
Table, particularly for playing table tennis, comprising a base assembly which is formed from at least one panel having a honeycomb structure on which two trays are mounted reversibly while being aligned horizontally to form a continuous use surface, each tray having a structure different from that of the panel , at least one blank being fixed to a lower wall of said tray, said blank having at least one free flap which is associated with the base assembly ensuring the mounting of said tray on said assembly, said table being characterised in that the trays are mounted on the base assembly so as to form therebetween a space wherein a table tennis net is placed.
A detection apparatus comprising: (a) a solid support comprising an array of solid state nanopores; (b) a plurality of lipid nanodiscs on the surface of the solid support, wherein each of the lipid nanodiscs forms a seal at one of the solid state nanopores, wherein the lipid nanodiscs are separated from each other by interstitial regions on the surface of the solid support, wherein the interstitial regions are devoid of any lipid material; and (c) a plurality of protein nanopores inserted in the lipid nanodiscs to create apertures in each of the seals. (a) a solid support comprising an array of solid state nanopores; (b) a plurality of lipid nanodiscs on the surface of the solid support, wherein each of the lipid nanodiscs forms a seal at one of the solid state nanopores, wherein the lipid nanodiscs are separated from each other by interstitial regions on the surface of the solid support, wherein the interstitial regions are devoid of any lipid material; and (c) a plurality of protein nanopores inserted in the lipid nanodiscs to create apertures in each of the seals.
A method for detecting the position of the mass centre (F) of a passing-through beam of electric charges in a duct , the duct having a passage section with a plurality of detection faces facing the duct, comprising the steps of: • arranging, on said detection faces , a plurality of couples of detecting elements , so that each couple detects a space area ideally divided into two half-areas by an intermediate plane between the detecting elements of the respective couple; • in each couple of detecting elements, obtaining, from each detecting element , a signal thereby produced representing the distance thereof from the mass centre to be detected; • for each couple of detecting elements, comparing the signals produced by each detecting element, by obtaining a digital signal showing the greater proximity of the mass centre to one or to the other detecting element of the couple, i.e. that it belongs or does not belong to one of the half-areas corresponding to one or the other detecting element of the couple, or in case that it belongs to said intermediate plane ; • composing the digital signals produced by the couples of detecting elements of said plurality, by identifying the cross-section (S1) of the beam of electric charges, resulting from the intersection of the half-areas, to which the mass centre (F) of the beam electric charges belongs. • arranging, on said detection faces , a plurality of couples of detecting elements , so that each couple detects a space area ideally divided into two half-areas by an intermediate plane between the detecting elements of the respective couple; • in each couple of detecting elements, obtaining, from each detecting element , a signal thereby produced representing the distance thereof from the mass centre to be detected; • for each couple of detecting elements, comparing the signals produced by each detecting element, by obtaining a digital signal showing the greater proximity of the mass centre to one or to the other detecting element of the couple, i.e. that it belongs or does not belong to one of the half-areas corresponding to one or the other detecting element of the couple, or in case that it belongs to said intermediate plane ; • composing the digital signals produced by the couples of detecting elements of said plurality, by identifying the cross-section (S1) of the beam of electric charges, resulting from the intersection of the half-areas, to which the mass centre (F) of the beam electric charges belongs.
A simulator for real time simulation of an electrical power distribution network of a wind farm, the wind farm comprising a plurality of interconnected wind turbines, the simulator being adapted for testing the operation of a wind farm controller without connection to a real wind farm, the simulator comprising an input unit for receiving input data from a wind farm controller, an output unit , and a processing unit adapted to calculate output values based on the input data and a model of the electrical power distribution network, the output values representing calculated electrical parameter values at a predetermined point within the electrical power distribution network, characterised in that the output unit is adapted to transmit output data based on the calculated output values to the wind farm controller, so that the wind farm controller operates in the same way as when it is connected to a real wind farm.
Non-therapeutic use of a composition comprising a Thermitase for degrading PrP SC prions or PrP SC prion material.
Magnet core for an electrical induction device, which magnet core has at least two limbs and at least two yokes which connect the limbs at their ends, wherein the yokes and the limbs are each composed of laminated cores and the cross section of the limbs and that of the yokes are determined by the laminated core width of the laminated cores which are situated one on the other and the resulting step, wherein - at least one of the limbs of the magnet core carries a winding and this limb which carries the winding has a circular cross section with a stepped outer edge and the centres of the laminated cores of this limb lie on a straight line, and - in at least one of the yokes which adjoin this limb the laminated cores are oriented in such a way that the laminated core centres of laminated cores which are situated on the outside are offset in relation to the laminated core centre of central laminated cores in the direction of this limb so as to form a yoke cross-sectional area in which the geometric area centre of gravity (FP) is shifted in the direction of this limb in relation to the laminated core centre of the central laminated cores , characterized in that in at least one of the yokes the laminated cores are pressed together by means of a pressing device which has at least two pressing units , - at least one pressing unit of which presses together all laminated cores of the yoke , and - at least one pressing unit of which presses together only a portion of the laminated cores of the yoke . - at least one of the limbs of the magnet core carries a winding and this limb which carries the winding has a circular cross section with a stepped outer edge and the centres of the laminated cores of this limb lie on a straight line, and - in at least one of the yokes which adjoin this limb the laminated cores are oriented in such a way that the laminated core centres of laminated cores which are situated on the outside are offset in relation to the laminated core centre of central laminated cores in the direction of this limb so as to form a yoke cross-sectional area in which the geometric area centre of gravity (FP) is shifted in the direction of this limb in relation to the laminated core centre of the central laminated cores , - at least one pressing unit of which presses together all laminated cores of the yoke , and - at least one pressing unit of which presses together only a portion of the laminated cores of the yoke .
A substance detection and identification device comprising a housing , a sample inlet in said housing for passage of a sample material therethrough, a sensing unit located in said housing and comprising an outlet port and an array of sensing elements, each sensing element configured and operable to interact with sample material in the vicinity thereof for detecting one or more specific substances and generating sensing data indicative thereof, a sample path in the housing for flowing the sample material between the sample inlet and the sensing unit, a pressure unit configured for drawing the sample material to the sensing unit, and a heating unit configured to heat said sensing elements, characterized in that : said sensing unit having a vessel comprising the sensing elements arranged in a circular array around an axis and a circular inner array of apertures arranged in alignment with said circular array sensing of elements configured to provide concurrent and uniform distribution of the sample material drawn to the sensing elements; and the heating unit configured and operable to heat said sensing elements to physically separate between the sample material and said sensing elements for discharge of the sample material separated from the sensing elements through the outlet port. said sensing unit having a vessel comprising the sensing elements arranged in a circular array around an axis and a circular inner array of apertures arranged in alignment with said circular array sensing of elements configured to provide concurrent and uniform distribution of the sample material drawn to the sensing elements; and the heating unit configured and operable to heat said sensing elements to physically separate between the sample material and said sensing elements for discharge of the sample material separated from the sensing elements through the outlet port.
A method, performed by a device , of authenticating an application in an execution environment of a trust zone, the method comprising: executing (S310) a client application, CA, in a normal world ; receiving a request for receiving, in the normal world, a service of a trusted application, TA, of a secure world from the CA; acquiring (S320), when the request is received in the normal world, source information of the CA loaded in a memory of the device, wherein the acquiring of the source information comprises acquiring data for a source code of the CA from a binary file of the CA; acquiring (S330), in the normal world, first hash information from the source information by calculating a hash value from the source information based on a predetermined hash algorithm; providing (S340), to the secure world, the first hash information together with signature information and a sub certificate included in the CA; and authenticating (S350), in the secure world, the CA based on the sub certificate and a root certificate of the TA, wherein the root certificate of the TA is matched with a plurality of sub certificates which are corresponding to a plurality of different client applications, CAs, and the sub certificate in the CA is one of the plurality of sub certificates. executing (S310) a client application, CA, in a normal world ; receiving a request for receiving, in the normal world, a service of a trusted application, TA, of a secure world from the CA; acquiring (S320), when the request is received in the normal world, source information of the CA loaded in a memory of the device, wherein the acquiring of the source information comprises acquiring data for a source code of the CA from a binary file of the CA; acquiring (S330), in the normal world, first hash information from the source information by calculating a hash value from the source information based on a predetermined hash algorithm; providing (S340), to the secure world, the first hash information together with signature information and a sub certificate included in the CA; and authenticating (S350), in the secure world, the CA based on the sub certificate and a root certificate of the TA, wherein the root certificate of the TA is matched with a plurality of sub certificates which are corresponding to a plurality of different client applications, CAs, and the sub certificate in the CA is one of the plurality of sub certificates.
A cartridge for a vapour provision system comprising the cartridge and a control unit , wherein the cartridge comprises: a housing part having a mouthpiece end and an interface end , wherein the mouthpiece end includes a vapour outlet for the cartridge and the interface end includes an interface for coupling the cartridge to a control unit; an air channel extending from an air inlet in the housing part to the vapour outlet; a reservoir within the housing part containing liquid for vaporisation, wherein an end of the reservoir at the interface end of the housing part is sealed by a resilient plug , wherein the reservoir includes a dividing wall between a first reservoir region on a side of the dividing wall facing the mouth piece end of the housing part and a second reservoir region on a side of the dividing wall facing the interface end of the housing part, wherein the second reservoir region is defined by a space between the air channel and an outer wall of the resilient plug, and wherein the dividing wall comprises at least one fluid communication opening to provide fluid communication between the first reservoir region and the second reservoir region; and a liquid transport element arranged to transport liquid from the second region of the reservoir to a vaporiser for generating vapour in a vapour generation region for user inhalation. a housing part having a mouthpiece end and an interface end , wherein the mouthpiece end includes a vapour outlet for the cartridge and the interface end includes an interface for coupling the cartridge to a control unit; an air channel extending from an air inlet in the housing part to the vapour outlet; a reservoir within the housing part containing liquid for vaporisation, wherein an end of the reservoir at the interface end of the housing part is sealed by a resilient plug , wherein the reservoir includes a dividing wall between a first reservoir region on a side of the dividing wall facing the mouth piece end of the housing part and a second reservoir region on a side of the dividing wall facing the interface end of the housing part, wherein the second reservoir region is defined by a space between the air channel and an outer wall of the resilient plug, and wherein the dividing wall comprises at least one fluid communication opening to provide fluid communication between the first reservoir region and the second reservoir region; and a liquid transport element arranged to transport liquid from the second region of the reservoir to a vaporiser for generating vapour in a vapour generation region for user inhalation.
A sintered sliding material with excellent corrosion resistance, heat resistance, and wear resistance having a composition made of: 36 to 86 mass% ofNi; 1 to 11 mass% of Sn; 0.05 to 1.0 mass% of P; 1 to 9 mass% of C; and the Cu balance including inevitable impurities, wherein the sintered sliding material is made of a sintered material of a plurality of grains of alloy of Ni-Cu alloy or Cu-Ni alloy, the Ni-Cu alloy and the Cu-Ni alloy containing Sn, P, C, and Si, the sintered material has a structure in which pores are dispersedly formed in grain boundaries of the plurality of the grains of alloy, and as inevitable impurities in a matrix constituted from the grains of alloy, a C content is 0.002 mass% to 0.6 mass% and a Si content is 0.015 mass% to 0.15 mass%.
A reversible seed trench appurtenance assembly (200; 300; 400; 500; 600; 700; 800; 900; 1000; 1100; 1200) for a row unit of an agricultural planter, the row unit having an opening assembly configured to open a seed trench in a soil surface as the row unit advances in a forward direction of travel, the reversible seed trench appurtenance assembly comprising: a mounting bracket operably supported by the row unit of the planter; a seed trench appurtenance (210; 310; 410; 510; 610; 710; 810; 910; 1010; 1110; 1210) having an upper portion (212; 312; 412; 512; 612; 712; 812; 912; 1012; 1112; 1212) and a trailing portion (213; 313; 413; 513; 613; 713; 813; 913; 1013; 1113; 1213), said upper portion received within said mounting bracket, said seed trench appurtenance movable between a normal operating position in which said trailing portion extends into the seed trench and a reversing position in which said trailing portion is vertically above said normal operating position; characterized in that the reversible seed trench appurtenance assembly is configured such that in use when the row unit is reversed in a direction opposite the forward direction of travel, said seed trench appurtenance (210; 310; 410; 510; 610; 710; 810; 910; 1010; 1110; 1210) moves from said normal operating position to said reversing position thereby avoiding damage to the seed trench appurtenance and the mounting bracket. a mounting bracket operably supported by the row unit of the planter; a seed trench appurtenance (210; 310; 410; 510; 610; 710; 810; 910; 1010; 1110; 1210) having an upper portion (212; 312; 412; 512; 612; 712; 812; 912; 1012; 1112; 1212) and a trailing portion (213; 313; 413; 513; 613; 713; 813; 913; 1013; 1113; 1213), said upper portion received within said mounting bracket, said seed trench appurtenance movable between a normal operating position in which said trailing portion extends into the seed trench and a reversing position in which said trailing portion is vertically above said normal operating position; characterized in that the reversible seed trench appurtenance assembly is configured such that in use when the row unit is reversed in a direction opposite the forward direction of travel, said seed trench appurtenance (210; 310; 410; 510; 610; 710; 810; 910; 1010; 1110; 1210) moves from said normal operating position to said reversing position thereby avoiding damage to the seed trench appurtenance and the mounting bracket.
A dishware unit , in particular plates, for packaging, transporting and/or consuming meals , with a body covered with a film , wherein an adhesive is present between the film and the body in an adhesive region in order to seal the dishware unit , wherein the dishware unit consists at least partially of a ceramic material and the film comprises at least one sealing layer based on polyethylene, characterized in that the adhesive comprises at least one pressure-sensitive hot-melt adhesive and consists at least partially of thermoplastic rubber and the sealing layer of the film adheres to the ceramic material of the dishware unit .
A method for measuring respiratory rate, the method being carried-out by a wireless sensor device including a processor and a memory device coupled to the processor, wherein the memory device stores an application which, when executed by the processor, causes the processor to perform the steps of: measuring at least one respiration signal; filtering the respiration signal using a lowpass filter; peak-picking the respiration signal to determine the respiratory rate; determining a quality metric of the respiratory rate, characterized in that the quality metric is derived based on a coefficient of variation of a difference in minima times (c t ), a coefficient of variationof peak-to-peak values (c p ), a mean peak-to-peak value (m p ), and a ratio of a number of picked extrema to a total number of all local extrema (r ext ); weighting the quality metric using previously learned weights; and transforming the weighted quality metric using an exponential to get the quality metric to a value between 0 and 1. measuring at least one respiration signal; filtering the respiration signal using a lowpass filter; peak-picking the respiration signal to determine the respiratory rate; determining a quality metric of the respiratory rate, characterized in that the quality metric is derived based on a coefficient of variation of a difference in minima times (c t ), a coefficient of variationof peak-to-peak values (c p ), a mean peak-to-peak value (m p ), and a ratio of a number of picked extrema to a total number of all local extrema (r ext ); weighting the quality metric using previously learned weights; and transforming the weighted quality metric using an exponential to get the quality metric to a value between 0 and 1.