mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a network node of a service management system, the method comprising: receiving , from a service installer, a first signed message including a request to authorize installation of a service image, a service image identifier, a service installer account identifier, and one or more hashes of the service image; and responsive to determining , based on the service installer account identifier and a distributed ledger, that the service installer is authorized to install a service image identified with the service image identifier in a cloud computing system, performing the following: recording the one or more hashes of the service image in a list of valid service images of the distributed ledger, and transmitting , to the service installer, a first message including a first service installation token and the service image identifier, wherein the first service installation token causes the service installer to install the service image in the cloud computing system, wherein the one or more hashes of the service image result from hashing one or more configuration files that are used to configure the service image. receiving , from a service installer, a first signed message including a request to authorize installation of a service image, a service image identifier, a service installer account identifier, and one or more hashes of the service image; and responsive to determining , based on the service installer account identifier and a distributed ledger, that the service installer is authorized to install a service image identified with the service image identifier in a cloud computing system, performing the following: recording the one or more hashes of the service image in a list of valid service images of the distributed ledger, and transmitting , to the service installer, a first message including a first service installation token and the service image identifier, wherein the first service installation token causes the service installer to install the service image in the cloud computing system, wherein the one or more hashes of the service image result from hashing one or more configuration files that are used to configure the service image. recording the one or more hashes of the service image in a list of valid service images of the distributed ledger, and transmitting , to the service installer, a first message including a first service installation token and the service image identifier, wherein the first service installation token causes the service installer to install the service image in the cloud computing system, wherein the one or more hashes of the service image result from hashing one or more configuration files that are used to configure the service image.
A method implemented by at least one processor at a communication device , the method comprising receiving input, in a message composition user interface from a user input device, for a child message of a parent message in a message thread; without sending the child message, storing the received input in association with the message thread in a memory of the communication device ; exiting the message composition user interface; receiving (700; 1015) a command to generate a new child message for a further message related to the parent message using the at least one user input device determining (725; 1020, 1025) that the further message related to the parent message belongs to the message thread; presenting (750; 1055) in the message composition user interface for the new child message, message body content for the new child message including the stored input retrieved from the memory ; and transmitting (760; 1065) the new child message to at least one recipient, wherein the child message comprises a reply to or a forward of the parent message in the message thread, and storing the received input in association with the message thread in the memory comprises: determining a difference between message body content of the child message and message body content of the parent message; storing the difference in a draft message data store ; and associating an identifier for the message thread with the difference in the draft message data store .
A method of making a capacitor, comprising the steps of: a) forming a first dielectric layer on a conductive substrate; b) printing a (semi)conductive layer on at least a portion of the first dielectric layer to form a top electrode; c) etching the first dielectric layer using the (semi)conductive layer as a mask; d) forming a second dielectric layer in a pattern on the conductive substrate and/or the (semi)conductive layer; e) forming an electrically conducting feature on the second dielectric layer, one portion of the electrically conducting feature contacting the (semi)conductive layer and a second portion of the conducting feature contacting the conductive substrate; and f) forming a bottom electrode from the conductive substrate. a) forming a first dielectric layer on a conductive substrate; b) printing a (semi)conductive layer on at least a portion of the first dielectric layer to form a top electrode; c) etching the first dielectric layer using the (semi)conductive layer as a mask; d) forming a second dielectric layer in a pattern on the conductive substrate and/or the (semi)conductive layer; e) forming an electrically conducting feature on the second dielectric layer, one portion of the electrically conducting feature contacting the (semi)conductive layer and a second portion of the conducting feature contacting the conductive substrate; and f) forming a bottom electrode from the conductive substrate.
A thrust producing unit for producing thrust in a predetermined direction , comprising a shrouding and at least two rotor assemblies , wherein the shrouding defines an internal volume and a longitudinal direction along a forward flight direction of the thrust producing unit , and wherein a first rotor assembly of the at least two rotor assemblies defines a first rotor axis and a second rotor assembly of the at least two rotor assemblies defines a second rotor axis , wherein the first rotor axis is inclined by an associated first inclination angle with respect to the predetermined direction , the first inclination angle being along the longitudinal direction and comprised in a range between +1° and +60°, and the first rotor assembly being arranged outside of the internal volume of the shrouding ; and the second rotor axis being inclined by an associated second inclination angle with respect to the predetermined direction , such that the second inclination angle that is along the longitudinal direction amounts to 0°and is inferior to the range of the first inclination angle , and the second rotor assembly is arranged inside of the internal volume of the shrouding . wherein the shrouding defines an internal volume and a longitudinal direction along a forward flight direction of the thrust producing unit , and wherein a first rotor assembly of the at least two rotor assemblies defines a first rotor axis and a second rotor assembly of the at least two rotor assemblies defines a second rotor axis , wherein the first rotor axis is inclined by an associated first inclination angle with respect to the predetermined direction , the first inclination angle being along the longitudinal direction and comprised in a range between +1° and +60°, and the first rotor assembly being arranged outside of the internal volume of the shrouding ; and the second rotor axis being inclined by an associated second inclination angle with respect to the predetermined direction , such that the second inclination angle that is along the longitudinal direction amounts to 0°and is inferior to the range of the first inclination angle , and the second rotor assembly is arranged inside of the internal volume of the shrouding .
Operating device for use in a motor vehicle , having: - a housing for fastening the operating device , - an actuating element mounted such that it can be deflected out of a rest position in a translatory manner with respect to the housing by application of an actuating force , - a spring element via which the actuating element is resiliently mounted and subjected to a restoring force in the direction of a rest position when said actuating element is deflected in the translatory manner, characterised in that the spring element is designed as a plate or strip and is mounted on a respective bearing point in an immovable manner with respect to the housing by means of at least two bearing elements , wherein an intermediate region is defined between the bearing points and the actuating element rests against the spring element at two opposite ends of the spring element outside the intermediate region . - a housing for fastening the operating device , - an actuating element mounted such that it can be deflected out of a rest position in a translatory manner with respect to the housing by application of an actuating force , - a spring element via which the actuating element is resiliently mounted and subjected to a restoring force in the direction of a rest position when said actuating element is deflected in the translatory manner, characterised in that the spring element is designed as a plate or strip and is mounted on a respective bearing point in an immovable manner with respect to the housing by means of at least two bearing elements , wherein an intermediate region is defined between the bearing points and the actuating element rests against the spring element at two opposite ends of the spring element outside the intermediate region .
A method for using a Sn containing dopant source material for an ion implantation process, comprising the steps of: storing the Sn containing dopant source material in a storage and delivery container ; the Sn-containing dopant source material having one or more of the following attributes: (i) stability during storage and delivery; (ii) a vapor pressure of greater than or equal to 2,67 kPa (20 Torr) at room temperature (25°C); (iii) generation of an ion beam capable of doping greater than 10 11 atoms/cm 2 and (iv) naturally occurring as a liquid at room temperature; withdrawing the Sn containing dopant source material in the vapor phase from the storage and delivery container; flowing the vaporized Sn containing dopant source material; and introducing the vaporized Sn-containing dopant source material to an ion source chamber ; characterized in that said Sn-containing dopant source material is selected from the group consisting of F 3 SnCH 3 , F 3 SnCH=CH 2 , (CH 3 ) 2 Sn(CF 3 ) 2 , F 3 SnCH 2 CH 3 , (CH 3 ) 3 SnCF 3 , (CH 3 ) 3 SnCF 2 CF 3 , (CH 3 ) 3 SnCF=CF 2 , F 2 Sn(CH 2 CH 3 ) 2 , F 3 SnCH 2 CH 2 CH 2 CH 3 , and Sn(CF 3 ) 4 . storing the Sn containing dopant source material in a storage and delivery container ; the Sn-containing dopant source material having one or more of the following attributes: (i) stability during storage and delivery; (ii) a vapor pressure of greater than or equal to 2,67 kPa (20 Torr) at room temperature (25°C); (iii) generation of an ion beam capable of doping greater than 10 11 atoms/cm 2 and (iv) naturally occurring as a liquid at room temperature; (i) stability during storage and delivery; (ii) a vapor pressure of greater than or equal to 2,67 kPa (20 Torr) at room temperature (25°C); (iii) generation of an ion beam capable of doping greater than 10 11 atoms/cm 2 and (iv) naturally occurring as a liquid at room temperature; withdrawing the Sn containing dopant source material in the vapor phase from the storage and delivery container; flowing the vaporized Sn containing dopant source material; and introducing the vaporized Sn-containing dopant source material to an ion source chamber ; characterized in that said Sn-containing dopant source material is selected from the group consisting of F 3 SnCH 3 , F 3 SnCH=CH 2 , (CH 3 ) 2 Sn(CF 3 ) 2 , F 3 SnCH 2 CH 3 , (CH 3 ) 3 SnCF 3 , (CH 3 ) 3 SnCF 2 CF 3 , (CH 3 ) 3 SnCF=CF 2 , F 2 Sn(CH 2 CH 3 ) 2 , F 3 SnCH 2 CH 2 CH 2 CH 3 , and Sn(CF 3 ) 4 .
A cigarette comprising a filter , a cigarette piece and a connecting sleeve adapted to wrap and thereby couple the filter to the cigarette piece , the cigarette extending along an axis , wherein the filter is a telescopic coaxial filter comprising an inner portion and an outer portion wrapped around the inner portion , the outer portion comprising in succession along the axis a first section which is integral with the cigarette piece and a second section which is slidable relative to the first section along the cigarette axis between a drawn-in position and an extended position, characterized in that means for stopping the second section to define the fully extended position are located between the inner portion and the outer portion and comprise a first abutment element and a second abutment element , respectively fixed to or associated with the inner portion and the outer portion , or vice versa, and wherein the axial distance ("L") between the two abutment elements defines the stroke ("C") of the second section relative to the first section between the drawn-in position and the extended position.
A micro-negative pressure foam dressing comprising an exothermic agent layer , an isolation component covering on the exothermic agent layer , an elastic memory piece disposed under the exothermic agent layer , a liquid absorbing negative pressure pad disposed under the elastic memory piece , a contact layer disposed under the liquid absorbing negative pressure pad , a sealing film disposed between the liquid absorbing negative pressure pad and the elastic memory piece , and a bottom release film disposed under the contact layer , wherein the liquid absorbing negative pressure pad is a foam layer.
A method for, in particular substantially instantaneously, determining the particle size and/or the amount of aerosol particles, in particular the particle size distribution of aerosol particles, in overspray aerosols during the spray application of coating materials, comprising the steps of - supplying a coating composition, a spray device containing a spray nozzle, a suction device, in particular a suction funnel, having an opening comprising a suction surface, a suction pump, a measuring system, containing an optical sensor, a specimen tube for feeding aerosol particles from the suction device to the measuring system, and an evaluation unit, - connecting the suction device by means of the specimen tube to the measuring system, - connecting the measuring system to the evaluation unit, - positioning the spray nozzle of the spray device in an, in particular closed, measuring room at a first distance from a substrate surface to be coated with the coating composition having a lower edge and an upper edge, - positioning the suction device at a second distance from the substrate surface to be coated, - actuating the spray device such that the coating composition is applied via the spray nozzle in the form of an aerosol jet, comprising an aerosol primary jet, to the substrate surface to be coated, - sucking in overspray aerosol via the suction device by means of the suction pump and transporting aerosol particles of the overspray aerosol via the specimen tube to the measuring system, - detecting the aerosol particles in the measuring system during a measuring period and forwarding the detected signals to the evaluation unit, - evaluating the detected signals in the evaluation unit. - supplying a coating composition, a spray device containing a spray nozzle, a suction device, in particular a suction funnel, having an opening comprising a suction surface, a suction pump, a measuring system, containing an optical sensor, a specimen tube for feeding aerosol particles from the suction device to the measuring system, and an evaluation unit, - connecting the suction device by means of the specimen tube to the measuring system, - connecting the measuring system to the evaluation unit, - positioning the spray nozzle of the spray device in an, in particular closed, measuring room at a first distance from a substrate surface to be coated with the coating composition having a lower edge and an upper edge, - positioning the suction device at a second distance from the substrate surface to be coated, - actuating the spray device such that the coating composition is applied via the spray nozzle in the form of an aerosol jet, comprising an aerosol primary jet, to the substrate surface to be coated, - sucking in overspray aerosol via the suction device by means of the suction pump and transporting aerosol particles of the overspray aerosol via the specimen tube to the measuring system, - detecting the aerosol particles in the measuring system during a measuring period and forwarding the detected signals to the evaluation unit, - evaluating the detected signals in the evaluation unit.
A modular 3D-printing end-effector for binder jet three-dimensional printing using a gantry comprising: - an elongated support module comprising a mounting portion for being mounted to a vertical carrier arm of a gantry to, in use, longitudinally extend in a substantially horizontal direction, - a first module for depositing a powder layer with a mass median diameter (D 50 ) between 1 and 500 micron; - a second module for evening a height of said powder layer; and - a third module , being an inkjet system with a space between nozzles of 30 to 500 micron and a droplet size of 40 picoliters to 10 nanoliters, for providing a binder fluid to said evened powder layer to form a printed layer, and wherein the first, second, and third module are each connected to a mutually different lateral face of the elongated support module , such that in a horizontal printing motion the first, second and third module pass over a same area in a sequence of first to second to third, and wherein the third module comprises an actuator for moving the third module along the length of the support module. - an elongated support module comprising a mounting portion for being mounted to a vertical carrier arm of a gantry to, in use, longitudinally extend in a substantially horizontal direction, - a first module for depositing a powder layer with a mass median diameter (D 50 ) between 1 and 500 micron; - a second module for evening a height of said powder layer; and - a third module , being an inkjet system with a space between nozzles of 30 to 500 micron and a droplet size of 40 picoliters to 10 nanoliters, for providing a binder fluid to said evened powder layer to form a printed layer, and - a first module for depositing a powder layer with a mass median diameter (D 50 ) between 1 and 500 micron; - a second module for evening a height of said powder layer; and - a third module , being an inkjet system with a space between nozzles of 30 to 500 micron and a droplet size of 40 picoliters to 10 nanoliters, for providing a binder fluid to said evened powder layer to form a printed layer, and wherein the first, second, and third module are each connected to a mutually different lateral face of the elongated support module , such that in a horizontal printing motion the first, second and third module pass over a same area in a sequence of first to second to third, and wherein the third module comprises an actuator for moving the third module along the length of the support module.
A spacing device for a system for laminating a laminate , in particular of photovoltaic modules, the system comprising a membrane holding mechanism which is designed, for lamination, to apply a membrane to the laminate by exerting pressure, the spacing device comprising: a circulating belt ; a plurality of spacing elements which are connected to the belt and designed to at least partially form a frame for the laminate in at least a portion of the circulating belt and thereby suppress edge compression of the laminate during lamination; characterized in that the spacing device comprises at least one tow bar which is detachably connectable to the spacing elements and the at least partially formed frame is fastened to the at least one tow bar . a circulating belt ; a plurality of spacing elements which are connected to the belt and designed to at least partially form a frame for the laminate in at least a portion of the circulating belt and thereby suppress edge compression of the laminate during lamination; characterized in that the spacing device comprises at least one tow bar which is detachably connectable to the spacing elements and the at least partially formed frame is fastened to the at least one tow bar .
Product for the prevention and treatment of burnout symptoms of the scalp, with an extract of Virgin Witch Hazel (Hamamelis virginiana), Minoxidil (C9H15N5O), Rosemary (Rosmarinus officinalis), Field Horsetail (Equisetum arvense), Stinging Nettle (Urticaria dioica), Birch (Betula alba), Salicylic Acid (Salcylic Acid), Water (Aqua) and Ethanol, as a liquid hair tincture free of Cocamidopropyl Betaine and Parabens.
A computer-implemented method comprising: receiving streaming data from one or more sensors ; applying an aggregation operation to the streaming data to generate aggregated streaming data; applying a uniformity operation to the aggregated streaming data to generate a uniform signal; storing the uniform signal in a batched columnar representation in a memory; accessing, from the batched columnar representation stored in the memory , a columnar array including a plurality of field values; storing a portion of the plurality of the field values in a circular buffer in accordance with a data window , the data window associated with a digital signal processing, DSP, operation; and applying the DSP operation to the portion of the plurality of the field values stored in the circular buffer to generate a DSP output; wherein the streaming data includes a first functional payload associated with a first time interval and a second functional payload associated with a second time interval, and wherein the computer-implemented method further comprises: evaluating the first functional payload at a first time point to generate a first materialized value; and evaluating the second functional payload at a second time point to generate a second materialized value, wherein the uniform signal includes the first materialized value and the second materialized value. receiving streaming data from one or more sensors ; applying an aggregation operation to the streaming data to generate aggregated streaming data; applying a uniformity operation to the aggregated streaming data to generate a uniform signal; storing the uniform signal in a batched columnar representation in a memory; accessing, from the batched columnar representation stored in the memory , a columnar array including a plurality of field values; storing a portion of the plurality of the field values in a circular buffer in accordance with a data window , the data window associated with a digital signal processing, DSP, operation; and applying the DSP operation to the portion of the plurality of the field values stored in the circular buffer to generate a DSP output; wherein the streaming data includes a first functional payload associated with a first time interval and a second functional payload associated with a second time interval, and wherein the computer-implemented method further comprises: evaluating the first functional payload at a first time point to generate a first materialized value; and evaluating the second functional payload at a second time point to generate a second materialized value, wherein the uniform signal includes the first materialized value and the second materialized value. evaluating the first functional payload at a first time point to generate a first materialized value; and evaluating the second functional payload at a second time point to generate a second materialized value, wherein the uniform signal includes the first materialized value and the second materialized value.