mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing silica of the type comprising the reaction of a silicate with at least one acid, as a result of which a silica suspension is obtained, then the separation and drying of this suspension, in which the reaction of the silicate with the acid is carried out according to the following successive steps: (i) an aqueous vessel heel having a pH of between 2 and 5, preferably between 2.5 and 5, is formed, (ii) silicate and acid are simultaneously added to said vessel heel, in such a way that the pH of the reaction medium is maintained between 2 and 5, preferably between 2.5 and 5, (iii) the addition of the acid is stopped while at the same time continuing the addition of silicate to the reaction medium until a pH value of the reaction medium of between 7 and 10, preferably between 7.5 and 9.5, is obtained, (iv) silicate and acid are simultaneously added to the reaction medium, in such a way that the pH of the reaction medium is maintained between 7 and 10, preferably between 7.5 and 9.5, (v) the addition of the silicate is stopped while at the same time continuing the addition of the acid to the reaction medium until a pH value of the reaction medium of less than 6 is obtained, in which method, in step (ii), the acid used after the gel point has been reached in the reaction medium is a concentrated acid chosen from the group formed by sulfuric acid having a concentration of at least 80% by weight, in particular of at least 90% by weight, acetic acid or formic acid having a concentration of at least 90% by weight, nitric acid having a concentration of at least 60% by weight, phosphoric acid having a concentration of at least 75% by weight, and hydrochloric acid having a concentration of at least 30% by weight. (i) an aqueous vessel heel having a pH of between 2 and 5, preferably between 2.5 and 5, is formed, (ii) silicate and acid are simultaneously added to said vessel heel, in such a way that the pH of the reaction medium is maintained between 2 and 5, preferably between 2.5 and 5, (iii) the addition of the acid is stopped while at the same time continuing the addition of silicate to the reaction medium until a pH value of the reaction medium of between 7 and 10, preferably between 7.5 and 9.5, is obtained, (iv) silicate and acid are simultaneously added to the reaction medium, in such a way that the pH of the reaction medium is maintained between 7 and 10, preferably between 7.5 and 9.5, (v) the addition of the silicate is stopped while at the same time continuing the addition of the acid to the reaction medium until a pH value of the reaction medium of less than 6 is obtained,
A network element selection method performed by a network element selector, the method comprising: • receiving a request message from a base station, wherein the request message comprises information about a user equipment, UE, and a service chain header, the service chain header comprises a session index, and the session index is empty, wherein the information about the UE includes an International Mobile Subscriber Identity, IMSI, that is used to uniquely identify the UE (S 400), • determining that the session index is empty (S 403), and subsequently obtaining location information of each controller (S 404) among a plurality of controllers that provide services to user equipments and obtaining location information of the base station (S 405), • determining, for each controller among the plurality of controllers, a physical distance between the base station and the controller based on the location information of the base station and the location information of the controller (S 406), • selecting one of the controllers among the plurality of controllers based on the determined physical distances as a controller providing a service to the UE (S 407), • sending (S202) the request message to the selected controller. • receiving a request message from a base station, wherein the request message comprises information about a user equipment, UE, and a service chain header, the service chain header comprises a session index, and the session index is empty, wherein the information about the UE includes an International Mobile Subscriber Identity, IMSI, that is used to uniquely identify the UE (S 400), • determining that the session index is empty (S 403), and subsequently obtaining location information of each controller (S 404) among a plurality of controllers that provide services to user equipments and obtaining location information of the base station (S 405), • determining, for each controller among the plurality of controllers, a physical distance between the base station and the controller based on the location information of the base station and the location information of the controller (S 406), • selecting one of the controllers among the plurality of controllers based on the determined physical distances as a controller providing a service to the UE (S 407), • sending (S202) the request message to the selected controller.
User Equipment, UE, configured to: receive information indicating at least one resilience parameter of an application from a RAN entity , wherein the at least one resilience parameter is based on a tolerance of the application to consecutive transmission failures of application data, set up a survival time counter for the application based on the information or the at least one resilience parameter , wherein the UE is further configured to, if a transmission failure occurs in a semi-persistently scheduled, SPS, transmission of application data to or from the UE : report Channel State Information, CSI, to the RAN entity , report the CSI based on the state of the survival time counter, and receive control information , wherein the control information comprises a dynamic resource allocation to override or extend a configured resource allocation for a subsequent SPS transmission of application data to or from the UE , wherein the dynamic resource allocation provides a higher redundancy for the subsequent transmission than the configured resource allocation . receive information indicating at least one resilience parameter of an application from a RAN entity , wherein the at least one resilience parameter is based on a tolerance of the application to consecutive transmission failures of application data, set up a survival time counter for the application based on the information or the at least one resilience parameter , wherein the UE is further configured to, if a transmission failure occurs in a semi-persistently scheduled, SPS, transmission of application data to or from the UE : report Channel State Information, CSI, to the RAN entity , report the CSI based on the state of the survival time counter, and receive control information , wherein the control information comprises a dynamic resource allocation to override or extend a configured resource allocation for a subsequent SPS transmission of application data to or from the UE , wherein the dynamic resource allocation provides a higher redundancy for the subsequent transmission than the configured resource allocation . report Channel State Information, CSI, to the RAN entity , report the CSI based on the state of the survival time counter, and receive control information , wherein the control information comprises a dynamic resource allocation to override or extend a configured resource allocation for a subsequent SPS transmission of application data to or from the UE , wherein the dynamic resource allocation provides a higher redundancy for the subsequent transmission than the configured resource allocation .
A device for the transdermal administration of Buprenorphine, which comprises an adhesive matrix, a backing layer and release liner, where such adhesive matrix comprises a non-crosslinked adhesive acrylic polymer and the polymer(s) of the adhesive matrix is/are without carboxylic functionality, Buprenorphine Base, Levulinic Acid and Isopropyl Myristate, characterised in that the concentration of said Buprenorphine Base is smaller than or equal to 8% by weight of the total dry weight of said adhesive matrix, wherein the concentration of said Levulinic acid is from about 5% to about 10% by weight of the total dry weight of said adhesive matrix, wherein the concentration of said Isopropyl Myristate is from about 5% to about 10% by weight of the total dry weight of said adhesive matrix, and in that it has a total surface area of less than or equal to 23 cm 2 .
An agricultural header , comprising: a frame ; a cutter bar assembly ; an arm pivotally coupled to the frame , wherein the arm comprises a first end coupled to the cutter bar assembly and a second end , and the arm is configured to rotate about a pivot joint relative to the frame ; and a locking mechanism configured to selectively block rotation of the arm about the pivot joint , characterized in that the locking mechanism comprises: a rod configured to extend laterally along the agricultural header , wherein the rod is configured to rotate in a first direction to transition the locking mechanism to a first position and rotate in a second direction , opposite the first direction , to transition the locking mechanism to a second position; and a hook coupled to the rod and configured to engage the second end of the arm , wherein the rod is configured to rotate in the first direction to engage the hook with the second end of the arm to block rotation of the arm , and the rod is configured to rotate in the second direction to disengage the hook from the second end of the arm to enable rotation of the arm . a frame ; a cutter bar assembly ; an arm pivotally coupled to the frame , wherein the arm comprises a first end coupled to the cutter bar assembly and a second end , and the arm is configured to rotate about a pivot joint relative to the frame ; and a locking mechanism configured to selectively block rotation of the arm about the pivot joint , characterized in that the locking mechanism comprises: a rod configured to extend laterally along the agricultural header , wherein the rod is configured to rotate in a first direction to transition the locking mechanism to a first position and rotate in a second direction , opposite the first direction , to transition the locking mechanism to a second position; and a hook coupled to the rod and configured to engage the second end of the arm , wherein the rod is configured to rotate in the first direction to engage the hook with the second end of the arm to block rotation of the arm , and the rod is configured to rotate in the second direction to disengage the hook from the second end of the arm to enable rotation of the arm . a rod configured to extend laterally along the agricultural header , wherein the rod is configured to rotate in a first direction to transition the locking mechanism to a first position and rotate in a second direction , opposite the first direction , to transition the locking mechanism to a second position; and a hook coupled to the rod and configured to engage the second end of the arm , wherein the rod is configured to rotate in the first direction to engage the hook with the second end of the arm to block rotation of the arm , and the rod is configured to rotate in the second direction to disengage the hook from the second end of the arm to enable rotation of the arm .
A cyber-security device for providing secure communication of supervisor control and data acquisition, SCADA, or automation protocol data messages between an external network and an internal network , the cyber-security device comprising: an external communication interface configured to send data messages to, and receive data messages from, the external network; an internal communication interface configured to send data messages to, and receive data messages from, the internal network; a processor in communication with the external communication interface and the internal communication interface, the processor being operable to process the data messages in accordance with a processor-implemented rule-set configured for (a) qualifying, byte-by-byte, (i) the content of each of the data messages received from the external network via the external communication interface as conforming to qualification criteria defined by the rule-set for external-to-internal communications, and (ii) the content of each of the data message received from the internal network via the internal communication interface as conforming to qualification criteria defined by the rule-set for internal-to-external communications, and (b) validating, byte-by-byte, the content of each qualified data message to determine data message validity in accordance with the rule set, (c) passing to the internal communication interface qualified and validated data messages received from the external communication interface, and (d) passing to the external communication interface qualified and validated data messages received from the internal communication interface. an external communication interface configured to send data messages to, and receive data messages from, the external network; an internal communication interface configured to send data messages to, and receive data messages from, the internal network; a processor in communication with the external communication interface and the internal communication interface, the processor being operable to process the data messages in accordance with a processor-implemented rule-set configured for (a) qualifying, byte-by-byte, (i) the content of each of the data messages received from the external network via the external communication interface as conforming to qualification criteria defined by the rule-set for external-to-internal communications, and (ii) the content of each of the data message received from the internal network via the internal communication interface as conforming to qualification criteria defined by the rule-set for internal-to-external communications, and (b) validating, byte-by-byte, the content of each qualified data message to determine data message validity in accordance with the rule set, (c) passing to the internal communication interface qualified and validated data messages received from the external communication interface, and (d) passing to the external communication interface qualified and validated data messages received from the internal communication interface.
A system, comprising: a first mobile device configured to: emit a first chirp from the first mobile device; obtain a first indication of the first chirp at a first time reference within a first audio signal ; obtain a second indication of a second chirp received from a second mobile device at a second time reference within the first audio signal; obtain a third indication of a third time reference corresponding to when the second mobile device emits the second chirp ; obtain a fourth indication of a fourth time reference corresponding to when the second mobile device receives the first chirp ; and calculate a first distance between the first mobile device and the second mobile device based on two or more calculations using the first time reference, the second time reference, the third time reference, and the fourth time reference. emit a first chirp from the first mobile device; obtain a first indication of the first chirp at a first time reference within a first audio signal ; obtain a second indication of a second chirp received from a second mobile device at a second time reference within the first audio signal; obtain a third indication of a third time reference corresponding to when the second mobile device emits the second chirp ; obtain a fourth indication of a fourth time reference corresponding to when the second mobile device receives the first chirp ; and calculate a first distance between the first mobile device and the second mobile device based on two or more calculations using the first time reference, the second time reference, the third time reference, and the fourth time reference.
A headphone comprising: a baffle plate ; a driver unit fixed to the baffle plate , the driver unit having an outer edge ; and a resilient fixing member fixing the driver unit to the baffle plate , wherein the fixing member comprises: a contact part having a shape of a plate in contact with the outer edge of the driver unit ; and at least three fixing portions fixed to the baffle plate , the contact part has an outer edge, the at least three fixing portions each comprises; a wall portion standing from the outer edge of the contact part ; an overhang portion that overhangs outwardly in the radial direction of the contact part from end of the wall portion ; and a fastening hole in which a fastening member (T), for fastening the fixing member and the baffle plate , is to be inserted and disposed in the overhang portion , wherein; the baffle plate comprises at least three bosses to which the fixing member is fixed, and the at least three bosses each has a hole , and the fastening member (T) inserted into the fastening hole is configured to fit into the hole of the boss . a baffle plate ; a driver unit fixed to the baffle plate , the driver unit having an outer edge ; and a resilient fixing member fixing the driver unit to the baffle plate , wherein the fixing member comprises: a contact part having a shape of a plate in contact with the outer edge of the driver unit ; and at least three fixing portions fixed to the baffle plate , the contact part has an outer edge, the at least three fixing portions each comprises; a wall portion standing from the outer edge of the contact part ; an overhang portion that overhangs outwardly in the radial direction of the contact part from end of the wall portion ; and a fastening hole in which a fastening member (T), for fastening the fixing member and the baffle plate , is to be inserted and disposed in the overhang portion , wherein; a wall portion standing from the outer edge of the contact part ; an overhang portion that overhangs outwardly in the radial direction of the contact part from end of the wall portion ; and a fastening hole in which a fastening member (T), for fastening the fixing member and the baffle plate , is to be inserted and disposed in the overhang portion , wherein; the baffle plate comprises at least three bosses to which the fixing member is fixed, and the at least three bosses each has a hole , and the fastening member (T) inserted into the fastening hole is configured to fit into the hole of the boss .
A method for transmitting a service signal by using an Ethernet channel, wherein the Ethernet channel comprises multiple Ethernet physical coding sublayer PCS, channels, each Ethernet PCS channel uses a bearing area with a fixed length to transmit a service signal, and the method comprises: • receiving a first service signal and a second service signal (step 101); • multiplexing the first service signal and the second service signal to the bearing area of an Ethernet PCS channel, wherein one part of the bearing area of the Ethernet PCS channel bears the first service signal, and another part of the bearing area of the Ethernet PCS channel bears the second service signal, wherein the bearing area of the Ethernet PCS channel comprises an overhead bearing area and a payload bearing area, the overhead bearing area bears bandwidth indication information, the bandwidth indication information is used to indicate bandwidth in the payload bearing area which is occupied by the first service signal (step 102); and • transmitting the first service signal and the second service signal that are borne in the bearing area of the Ethernet PCS channel (step 103). • receiving a first service signal and a second service signal (step 101); • multiplexing the first service signal and the second service signal to the bearing area of an Ethernet PCS channel, wherein one part of the bearing area of the Ethernet PCS channel bears the first service signal, and another part of the bearing area of the Ethernet PCS channel bears the second service signal, wherein the bearing area of the Ethernet PCS channel comprises an overhead bearing area and a payload bearing area, the overhead bearing area bears bandwidth indication information, the bandwidth indication information is used to indicate bandwidth in the payload bearing area which is occupied by the first service signal (step 102); and • transmitting the first service signal and the second service signal that are borne in the bearing area of the Ethernet PCS channel (step 103).
A manufacturing process of aluminum alloy beverage cans by Drawing-Ironing, wherein a friction higher between the bodymaker punch and the aluminum sheet than between the ironing die and said aluminum sheet is produced by the following specificities: - An aluminum alloy sheet with an internal surface higher in roughness than the external one, the external surface, in contact with dies, having a Ra factor below 0.3 μm, and the internal one, in contact with the punch , having a Ra factor above 0.4 μm, - A bodymaker punch with a roughness Ra above 0.35 μm and an isotropic texture, and optionally: - Ironing dies with a rounded intersection between infeed as well as exit surface and land, with a surface in the working area having Ra below 0.03 μm and with a width of the land below about 0.38 mm. - An aluminum alloy sheet with an internal surface higher in roughness than the external one, the external surface, in contact with dies, having a Ra factor below 0.3 μm, and the internal one, in contact with the punch , having a Ra factor above 0.4 μm, - A bodymaker punch with a roughness Ra above 0.35 μm and an isotropic texture, - Ironing dies with a rounded intersection between infeed as well as exit surface and land, with a surface in the working area having Ra below 0.03 μm and with a width of the land below about 0.38 mm.
A combustor of a gas turbine engine comprising: a swirler including: an inner injector defining an axis; an outer annular injector which at least partially surrounds said inner injector ; and a combustor vane along said axis; characterised in that the combustor further comprises a combustor vane with a multiple of fuel injectors which flank said combustor vane . an inner injector defining an axis; an outer annular injector which at least partially surrounds said inner injector ; and a combustor vane along said axis; characterised in that the combustor further comprises a combustor vane with a multiple of fuel injectors which flank said combustor vane .