mhurhangee/patent-ind-claim-en huggingface dataset:
Pallet as load carrier, having an upper side referred to as pallet deck and an underside that incorporates runners , where the pallet is made from plastic and the runners incorporate an elongated, essentially rectangular support surface but incorporate relief points in the form of radiuses or chamfers on the four corners of this support surface, where stops that project above the pallet deck are arranged at the edge of the pallet deck and the stops are arranged in so-called relief point areas of the pallet deck , that is, above the relief points on the runners , characterised in that the underside is designed in the form of separate runners , the stops are designed as vertically projecting protuberances, and the protuberances are arranged only inside the relief point areas .
Toothed or structured machine element , in particular a gearwheel, for transmitting rotational movements, with the following features: a peripheral tooth system having a plurality of tooth elements (111, 112, ...) in order to engage with a further toothed machine element and thereby to permit the transmission of the rotational movement to the further machine element , wherein the plurality of tooth elements (111, 112, ...) are characterized by geometry parameters ( α, S ), and at least one tooth element of the plurality of tooth elements differs in at least one of the following geometry parameters ( α, S ) from other tooth elements from the plurality of tooth elements: an engagement angle ( α ), a tooth scale ( S ), characterized in that the tooth elements (111, 112, ...) are characterized by characteristic points , and at least one tooth element from the plurality of tooth elements is scaled with at least two differing local scale factors in such a way that the characteristic points are scaled differently and a distorted tooth element is generated. a peripheral tooth system having a plurality of tooth elements (111, 112, ...) in order to engage with a further toothed machine element and thereby to permit the transmission of the rotational movement to the further machine element , wherein the plurality of tooth elements (111, 112, ...) are characterized by geometry parameters ( α, S ), and at least one tooth element of the plurality of tooth elements differs in at least one of the following geometry parameters ( α, S ) from other tooth elements from the plurality of tooth elements: an engagement angle ( α ), a tooth scale ( S ), characterized in that the tooth elements (111, 112, ...) are characterized by characteristic points , and at least one tooth element from the plurality of tooth elements is scaled with at least two differing local scale factors in such a way that the characteristic points are scaled differently and a distorted tooth element is generated.
An uncoupling mat comprising a flexible plastic layer made of a film-like plastic with structuring that defines indentations provided with undercuts on the first side and cavities positioned between the indentations on the opposite second side , and a fleece or fabric securely connected to the second side and covering the cavities , characterised in that the plastic layer is provided with a plurality of weakening zones which each extend between two rows of indentations in a straight line and continuously between opposite side edges of the plastic layer and by which the plastic layer is structurally given an additional possibility of movement essentially transversely to the direction in which the weakening zones extend.
A method for recycling and treating a waste battery, including the following steps: preparing the waste battery, and additionally preparing a slagging agent at least containing 10 wt.% of Si and/or Mn; and adding the above prepared various materials to a smelting furnace so as to generate a Co and/or Ni containing alloy, a Mn-containing slag, and dust; and controlling an oxygen partial pressure, a smelting temperature and a duration time in the smelting furnace, such that the generated Mn-containing slag contains ≥ 15 wt.% of Mn, ≤ 5 wt.% of Fe, and ≤ 30 wt.% of Al 2 O 3 , and 0.2 ≤ Mn/SiO 2 ≤ 3.0. preparing the waste battery, and additionally preparing a slagging agent at least containing 10 wt.% of Si and/or Mn; and adding the above prepared various materials to a smelting furnace so as to generate a Co and/or Ni containing alloy, a Mn-containing slag, and dust; and controlling an oxygen partial pressure, a smelting temperature and a duration time in the smelting furnace, such that the generated Mn-containing slag contains ≥ 15 wt.% of Mn, ≤ 5 wt.% of Fe, and ≤ 30 wt.% of Al 2 O 3 , and 0.2 ≤ Mn/SiO 2 ≤ 3.0.
Method of operating an exhaust gas system , wherein the exhaust gas system is arranged downstream of an internal combustion engine and, in a flow direction of an exhaust gas , has a first exhaust gas treatment device comprising at least one particulate filter and a first catalytic converter , and also a second catalytic converter ; wherein the method comprises at least the following steps: a) ascertaining a loading of the first catalytic converter with ash that at least partly deactivates a catalytically active first coating of the first catalytic converter ; and when, as a result of the loading ascertained, only inadequate conversion of gaseous emissions in the first catalytic converter is expected; there being inadequate conversion of gaseous emissions if the legally stipulated emissions are exceeded; b) creating a light-off heating strategy for the second catalytic converter depending on the loading ascertained in step a); and c) initiating the light-off heating strategy ascertained in step b) for heating of the second catalytic converter . a) ascertaining a loading of the first catalytic converter with ash that at least partly deactivates a catalytically active first coating of the first catalytic converter ; and when, as a result of the loading ascertained, only inadequate conversion of gaseous emissions in the first catalytic converter is expected; there being inadequate conversion of gaseous emissions if the legally stipulated emissions are exceeded; b) creating a light-off heating strategy for the second catalytic converter depending on the loading ascertained in step a); and c) initiating the light-off heating strategy ascertained in step b) for heating of the second catalytic converter .
An air outlet arrangement , in particular for a motor vehicle, comprising an air outlet , which has a housing having an air duct and at least one air guide blade associated with the air duct and having a trailing edge and a leading edge , the air guide blade being mounted such that its leading edge is pivotable about an axis of rotation associated with the trailing edge , and having a decorative device that has at least one stationary decorative lamella with a visible edge extending in an extension of the trailing edge of the air guide blade , the air guide blade being mounted on the decorative lamella so as to be pivotable about the axis of rotation by means of a pivot pin , characterized in that the decorative lamella has a radially open bearing seat for the pivot pin , and in that the housing has a bearing projection that in the mounted state of the decorative lamella on the housing projects in particular into the bearing seat in order to form, together with the bearing seat , a radial bearing , in particular a pivot bearing, for the pivot pin .
An aerosol provision system for generating aerosol for user inhalation, the system comprising: an aerosol generating article comprising an aerosolisable material , the aerosolisable material being a solid or a gel; and a control unit having a receptacle configured to receive the aerosol generating article, wherein the control unit is configured, in use, to generate aerosol from the aerosolisable material , wherein: the aerosol generating article includes a data storage unit configured to store an identifier identifying the aerosol generating article, and the aerosol generating article comprises a substrate and the aerosolisable material is provided adjacent the substrate, wherein the substrate includes at least one of: paper, card, and a metal foil; characterised in that the control unit is configured to receive the identifier from the data storage unit and, based on the received identifier, cause the control unit to automatically begin heating of the aerosol generating article. an aerosol generating article comprising an aerosolisable material , the aerosolisable material being a solid or a gel; and a control unit having a receptacle configured to receive the aerosol generating article, wherein the control unit is configured, in use, to generate aerosol from the aerosolisable material , wherein: the aerosol generating article includes a data storage unit configured to store an identifier identifying the aerosol generating article, and the aerosol generating article comprises a substrate and the aerosolisable material is provided adjacent the substrate, wherein the substrate includes at least one of: paper, card, and a metal foil; characterised in that the control unit is configured to receive the identifier from the data storage unit and, based on the received identifier, cause the control unit to automatically begin heating of the aerosol generating article.
A method for terminating an optical field fiber to a stub fiber in a fiber optic connector, the method comprising: prior to inserting the optical field fiber into the fiber optic connector , capturing, by a digital camera sensor , a first image of scattered light emanating from a portion of the fiber optic connector and a portion of a reference fiber both in a field of view (FOV) of the digital camera sensor; after fully inserting the optical field fiber into the fiber optic connector but prior to mechanically splicing the optical field fiber to the stub fiber , capturing, by the digital camera sensor, a second image of scattered light emanating from the portion of the fiber optic connector and the portion of a reference fiber both in the FOV of the digital camera sensor; estimating, by a processor, an insertion loss value at the fiber optic connector based on a spatial pattern of the scattered light in the first image and a spatial pattern of the scattered light in the second image; and presenting, by the processor on an electronic display , the estimated insertion loss value and a pass indicator in response to determining that the estimated insertion loss value is less than a threshold insertion loss value. prior to inserting the optical field fiber into the fiber optic connector , capturing, by a digital camera sensor , a first image of scattered light emanating from a portion of the fiber optic connector and a portion of a reference fiber both in a field of view (FOV) of the digital camera sensor; after fully inserting the optical field fiber into the fiber optic connector but prior to mechanically splicing the optical field fiber to the stub fiber , capturing, by the digital camera sensor, a second image of scattered light emanating from the portion of the fiber optic connector and the portion of a reference fiber both in the FOV of the digital camera sensor; estimating, by a processor, an insertion loss value at the fiber optic connector based on a spatial pattern of the scattered light in the first image and a spatial pattern of the scattered light in the second image; and presenting, by the processor on an electronic display , the estimated insertion loss value and a pass indicator in response to determining that the estimated insertion loss value is less than a threshold insertion loss value.
A charging method, comprising the following steps: determining , by a session management function, a data flow on a first user plane function, and a charging key corresponding to the data flow, characterized in comprising: determining , by the session management function, that there is no available quota for the charging key corresponding to the data flow on the first user plane function; sending (S4041, S504, S602, S703), by the session management function to an online charging system, a quota request for the charging key that there is no available quota, wherein the charging key that there is no available quota corresponds to the data flow on the first user plane function, and the quota request comprises an identifier of the first user plane function and the charging key corresponding to the data flow on the first user plane function; receiving (S4042, S505, S603, S704), by the session management function, the identifier of the first user plane function and a quota granted by the online charging system to the charging key that there is no available quota; and delivering (S4043, S506, S604, S705), by the session management function, the granted quota for the charging key for which there is no available quota to the first user plane function. determining , by the session management function, that there is no available quota for the charging key corresponding to the data flow on the first user plane function; sending (S4041, S504, S602, S703), by the session management function to an online charging system, a quota request for the charging key that there is no available quota, wherein the charging key that there is no available quota corresponds to the data flow on the first user plane function, and the quota request comprises an identifier of the first user plane function and the charging key corresponding to the data flow on the first user plane function; receiving (S4042, S505, S603, S704), by the session management function, the identifier of the first user plane function and a quota granted by the online charging system to the charging key that there is no available quota; and delivering (S4043, S506, S604, S705), by the session management function, the granted quota for the charging key for which there is no available quota to the first user plane function.
A ram assembly used in a ram type blowout preventer configured to form a seal against a tubular member extending into a wellbore, comprising: a packer assembly including at least one packer member having a substantially U-shaped face to form the seal against the tubular member ; and a ram body configured to house said packer assembly and when actuated in a ram actuation direction towards the tubular member pushes said U-shaped face on the packer assembly against the tubular member , the ram body including an upper U-shaped face generally aligned with the U-shaped face of the packer assembly and an upper centralizing lobe ; characterized in that the upper centralizing lobe includes a tapered section formed at an intersection of the upper centralizing lobe and the U-shaped face of the packer assembly to improve hang off capacity of the preventer . a packer assembly including at least one packer member having a substantially U-shaped face to form the seal against the tubular member ; and a ram body configured to house said packer assembly and when actuated in a ram actuation direction towards the tubular member pushes said U-shaped face on the packer assembly against the tubular member , the ram body including an upper U-shaped face generally aligned with the U-shaped face of the packer assembly and an upper centralizing lobe ; characterized in that the upper centralizing lobe includes a tapered section formed at an intersection of the upper centralizing lobe and the U-shaped face of the packer assembly to improve hang off capacity of the preventer .
Transducer system for a drive, comprising: - a revolution counter having • a Wiegand sensor arranged on a stationary part of the transducer system , and • at least two magnet pairs arranged at different positions in the circumferential direction on a rotatable part of the transducer system , • wherein the magnet pairs each comprise a first magnet and a second magnet ; and - a position transducer having a magnetic field sensor arranged on the stationary part and a magnetic strip arranged on the rotatable part ; wherein for each magnet pair, the first magnet , the magnetic strip of the position transducer, and the second magnet are arranged on the rotatable part in this order with respect to a first direction. - a revolution counter having • a Wiegand sensor arranged on a stationary part of the transducer system , and • at least two magnet pairs arranged at different positions in the circumferential direction on a rotatable part of the transducer system , • wherein the magnet pairs each comprise a first magnet and a second magnet ; and • a Wiegand sensor arranged on a stationary part of the transducer system , and • at least two magnet pairs arranged at different positions in the circumferential direction on a rotatable part of the transducer system , • wherein the magnet pairs each comprise a first magnet and a second magnet ; and - a position transducer having a magnetic field sensor arranged on the stationary part and a magnetic strip arranged on the rotatable part ; wherein for each magnet pair, the first magnet , the magnetic strip of the position transducer, and the second magnet are arranged on the rotatable part in this order with respect to a first direction.
A vending apparatus for providing a user with a customized sublimated product , comprising: a dye sublimation transfer printer configured to receive a digital image file representing an image from the user and further configured to print the received image on a transfer media ; a substrate configured to receive the transfer media; one or more product storage containers configured to store a plurality of products; a robotic transport mechanism configured to place the transfer media on the substrate, retrieve a selected product from a storage container, and position the product on the transfer media; one or more heating platens configured to engage the transfer media and sublimate the printed image onto one or more opposing sides of the selected product in a single thermal cycle; a cooling system configured to cool the sublimated product to at least about an ambient temperature; a delivery opening configured to provide the cooled product to the user; a housing substantially enclosing the dye sublimation transfer printer, substrate, one or more product storage containers, robotic transport mechanism, one or more heating platens, and cooling system in a manner that prevents a user from contacting the enclosed components; and a user interface device configured to permit the user to determine one or more images for printing, select one of the plurality of products on which to sublimate the one or more images, and facilitate payment by the user for the sublimated product. a dye sublimation transfer printer configured to receive a digital image file representing an image from the user and further configured to print the received image on a transfer media ; a substrate configured to receive the transfer media; one or more product storage containers configured to store a plurality of products; a robotic transport mechanism configured to place the transfer media on the substrate, retrieve a selected product from a storage container, and position the product on the transfer media; one or more heating platens configured to engage the transfer media and sublimate the printed image onto one or more opposing sides of the selected product in a single thermal cycle; a cooling system configured to cool the sublimated product to at least about an ambient temperature; a delivery opening configured to provide the cooled product to the user; a housing substantially enclosing the dye sublimation transfer printer, substrate, one or more product storage containers, robotic transport mechanism, one or more heating platens, and cooling system in a manner that prevents a user from contacting the enclosed components; and a user interface device configured to permit the user to determine one or more images for printing, select one of the plurality of products on which to sublimate the one or more images, and facilitate payment by the user for the sublimated product.
Method of detachably fastening a smartphone holder to a shopping trolley, wherein in a first step a smartphone is placed on a mounting of the holder , wherein in a second step the smartphone is locked in the mounting , wherein locking the smartphone in the mounting activates a locking mechanisms which automatically locks the holder inserted into a second mounting provided therefore on the shopping trolley into the second mounting, characterised in that on locking the smartphone in the holder , a token inserted in an insertion opening of the holder is released, in that to undo the locking, the token is inserted into the insertion opening again and in that the token is inserted into a first position in the insertion opening in which an authorisation check takes place, wherein in the case of a positive authorisation check manual undoing of the locking is possible and wherein with the undoing of the locking the token is pulled deeper into the holder.
A method for printing, with a continuous ink-jet printer, a graphical code on a surface , said graphical code having H lines and W columns i (i=1,...W), and comprising a pattern of HxW cells, each cell being at the intersection of a column and of a line, each printed cell or dot being formed with help of at least one drop generated by a printhead of said continuous inkjet printer, two successive dots of a same column being separated by at least one non printed cell, said method comprising, for printing each column: * retrieving or selecting, from at least one set of data or database (DB) of charges, the charges to be applied to each of the drops for printing the dots of said column from at least one set of data or database (DB) of charges of the drops for each of a number of configurations of printed dots in a column, said number being equal to or less than 2 (H/2)+1 if H is an even number or equal to or less than 2 ((H+1)/2)+1 if H is an odd number; * generating N 1 drops and charging part of said drops for printing the dots of said column according to said charges retrieved or selected from said at least one set of data or database (DB) and printing said dots of said column. * retrieving or selecting, from at least one set of data or database (DB) of charges, the charges to be applied to each of the drops for printing the dots of said column from at least one set of data or database (DB) of charges of the drops for each of a number of configurations of printed dots in a column, said number being equal to or less than 2 (H/2)+1 if H is an even number or equal to or less than 2 ((H+1)/2)+1 if H is an odd number; * generating N 1 drops and charging part of said drops for printing the dots of said column according to said charges retrieved or selected from said at least one set of data or database (DB) and printing said dots of said column.
A method for providing or using effluent from a wastewater treatment plant ( WWTP; 100; 400), comprising: providing the effluent by the wastewater treatment plant (WWTP; 100; 400); distributing the provided effluent from the wastewater treatment plant (WWTP; 100; 400) to at least one building (110; 410) for providing thermal energy to the at least one building (110; 410); providing the distributed effluent from the at least one building (110; 410) to a delivery arrangement (115, 210; 420, 425); and providing the provided effluent from the delivery arrangement (115, 210; 420, 425) to a fertilization system (130; 430a, 430b) which is separate from the wastewater treatment plant (WWTP; 100; 400). providing the effluent by the wastewater treatment plant (WWTP; 100; 400); distributing the provided effluent from the wastewater treatment plant (WWTP; 100; 400) to at least one building (110; 410) for providing thermal energy to the at least one building (110; 410); providing the distributed effluent from the at least one building (110; 410) to a delivery arrangement (115, 210; 420, 425); and providing the provided effluent from the delivery arrangement (115, 210; 420, 425) to a fertilization system (130; 430a, 430b) which is separate from the wastewater treatment plant (WWTP; 100; 400).