mhurhangee/patent-ind-claim-en huggingface dataset:
A connection assembly for connecting first and second formwork elements (100a, b), comprising: a sleeve ; a counterplate comprising a plurality of surfaces (154a, b) having differing heights, wherein the plurality of surfaces (154a, b) having differing heights are configured to selectively engage with a front face of a waler of the first formwork element , the plurality of surfaces comprising a first surface and a second surface , the second surface having a height greater than the first surface and the second surface defining a counterplate aperture in the center thereof, wherein the counterplate aperture defines a plurality of inner diameters, with the second surface having a larger diameter than a diameter corresponding to the first surface such that a stop is provided from the sleeve advancing completely and freely through the aperture; a bolt block insert comprising a bolt block plate defining at least one recess , wherein the bolt block insert is removably engagable with the second formwork element ; a bolt configured to pass through the counterplate aperture and removably engage with the at least one recess of the bolt block plate ; a wingnut that engages with a threaded shaft of the bolt; and the sleeve that surrounds a portion of the threaded shaft of the bolt, wherein the sleeve engages with the counterplate aperture . a sleeve ; a counterplate comprising a plurality of surfaces (154a, b) having differing heights, wherein the plurality of surfaces (154a, b) having differing heights are configured to selectively engage with a front face of a waler of the first formwork element , the plurality of surfaces comprising a first surface and a second surface , the second surface having a height greater than the first surface and the second surface defining a counterplate aperture in the center thereof, wherein the counterplate aperture defines a plurality of inner diameters, with the second surface having a larger diameter than a diameter corresponding to the first surface such that a stop is provided from the sleeve advancing completely and freely through the aperture; a bolt block insert comprising a bolt block plate defining at least one recess , wherein the bolt block insert is removably engagable with the second formwork element ; a bolt configured to pass through the counterplate aperture and removably engage with the at least one recess of the bolt block plate ; a wingnut that engages with a threaded shaft of the bolt; and the sleeve that surrounds a portion of the threaded shaft of the bolt, wherein the sleeve engages with the counterplate aperture .
A method performed by a session management function, SMF, entity in a wireless communication system, the method comprising: allocating a first protocol data unit, PDU, session anchor at a procedure for establishing a PDU session on a user equipment, UE; allocating a second PDU session anchor for selective traffic routing to a data network, the second PDU session anchor being associated with the PDU session; adding an intermediate user plane function, UPF, entity for data forwarding between the first PDU session anchor and the UE, in case that the UE moves and leaves a service coverage of the first PDU session anchor; and releasing the second PDU session anchor regardless of a service and session continuity, SSC, mode of the PDU session, in case that the UE moves and leaves the service coverage of the second PDU session anchor, wherein the first PDU session anchor is associated with the SSC mode of the PDU session. allocating a first protocol data unit, PDU, session anchor at a procedure for establishing a PDU session on a user equipment, UE; allocating a second PDU session anchor for selective traffic routing to a data network, the second PDU session anchor being associated with the PDU session; adding an intermediate user plane function, UPF, entity for data forwarding between the first PDU session anchor and the UE, in case that the UE moves and leaves a service coverage of the first PDU session anchor; and releasing the second PDU session anchor regardless of a service and session continuity, SSC, mode of the PDU session, in case that the UE moves and leaves the service coverage of the second PDU session anchor, wherein the first PDU session anchor is associated with the SSC mode of the PDU session.
A device for retaining a matrix band about at least a portion of a periphery of a tooth to be treated, the device comprising: a first lug to fit on a first side of a proximal contact between the tooth to be treated and an adjacent tooth, a second lug to fit on a second, opposite side of said proximal contact between the tooth to be treated and the adjacent tooth , a resilient body member connecting between said first lug and said second lug , said body member holding said first and second lugs such that said first and second lugs must be separated to fit over said first and second sides of the proximal contact, wherein the body member applies a restorative or clamping force biasing said first and second lugs together against said first and second opposed sides of said proximal contact, and each of the first and second lugs pivotally coupled to the resilient body member to allow the resilient body member to rotate relative to the first and second lugs about an axis substantially transverse to the sagittal plane of a tooth to be treated enabling the resilient body member to rotate between the mesial and distal sides of the tooth in use while providing the clamping force biasing the first and second lugs together. a first lug to fit on a first side of a proximal contact between the tooth to be treated and an adjacent tooth, a second lug to fit on a second, opposite side of said proximal contact between the tooth to be treated and the adjacent tooth , a resilient body member connecting between said first lug and said second lug , said body member holding said first and second lugs such that said first and second lugs must be separated to fit over said first and second sides of the proximal contact, wherein the body member applies a restorative or clamping force biasing said first and second lugs together against said first and second opposed sides of said proximal contact, and each of the first and second lugs pivotally coupled to the resilient body member to allow the resilient body member to rotate relative to the first and second lugs about an axis substantially transverse to the sagittal plane of a tooth to be treated enabling the resilient body member to rotate between the mesial and distal sides of the tooth in use while providing the clamping force biasing the first and second lugs together.
A method by a first terminal (201-1701) in a communication system, the method comprising: registering with a server (205-1705) by transmitting a registration message to the server (205-1705); transmitting, in case that a first unidirectional service is triggered based on a sensor of the first terminal, a first service request message including information requesting the first unidirectional service to the server (205-1705); receiving, from a second terminal (309, 409, 508, 609-809, 911-1211, 1307-1507, 1609, 1707), a response message to accept the first unidirectional service; transmitting, to the second terminal (309, 409, 508, 609-809, 911-1211, 1307-1507, 1609, 1707), an acknowledgement, ACK, message for the response message; and establishing a first media session for the first unidirectional service with the second terminal (309, 409, 508, 609-809, 911-1211, 1307-1507, 1609, 1707), the first media session being used only for the first terminal (201-1701) to transmit data, wherein the first service request message includes a service commencement mode indicating whether a first service request is to be accepted automatically or manually and at least one of an IP multimedia subsystem, IMS, communication service identifier, ICSI, and an IMS application reference identifier, IARI, indicating the first unidirectional service. registering with a server (205-1705) by transmitting a registration message to the server (205-1705); transmitting, in case that a first unidirectional service is triggered based on a sensor of the first terminal, a first service request message including information requesting the first unidirectional service to the server (205-1705); receiving, from a second terminal (309, 409, 508, 609-809, 911-1211, 1307-1507, 1609, 1707), a response message to accept the first unidirectional service; transmitting, to the second terminal (309, 409, 508, 609-809, 911-1211, 1307-1507, 1609, 1707), an acknowledgement, ACK, message for the response message; and establishing a first media session for the first unidirectional service with the second terminal (309, 409, 508, 609-809, 911-1211, 1307-1507, 1609, 1707), the first media session being used only for the first terminal (201-1701) to transmit data, wherein the first service request message includes a service commencement mode indicating whether a first service request is to be accepted automatically or manually and at least one of an IP multimedia subsystem, IMS, communication service identifier, ICSI, and an IMS application reference identifier, IARI, indicating the first unidirectional service.
An observation unit for underwater deployment on or in a submerged earth layer or a submerged structure , comprising: - a housing adapted for supporting the underwater observation unit relative to the submerged layer or structure; - an underwater imaging device attached to the housing, and configured to acquire image data of a second light source located within a wide field of view, FOV, covering the surroundings of the observation unit; - a processor device configured to receive the image data from the imaging device, and to determine positional data of the second light source relative to the imaging device, and - a communication device , comprising an optical signal transmitter with a light source that is fixed to the housing, the optical signal transmitter being configured to transmit the positional data by emitting a light signal with the light source into the surroundings of the observation unit and towards at least one of: another underwater observation unit , an underwater vehicle , and an underwater processing station. - a housing adapted for supporting the underwater observation unit relative to the submerged layer or structure; - an underwater imaging device attached to the housing, and configured to acquire image data of a second light source located within a wide field of view, FOV, covering the surroundings of the observation unit; - a processor device configured to receive the image data from the imaging device, and to determine positional data of the second light source relative to the imaging device, and - a communication device , comprising an optical signal transmitter with a light source that is fixed to the housing, the optical signal transmitter being configured to transmit the positional data by emitting a light signal with the light source into the surroundings of the observation unit and towards at least one of: another underwater observation unit , an underwater vehicle , and an underwater processing station.
A secure boot method comprising the steps of: shutting down an application being processed by a controller ; setting , by the application at shut down, a boot mode to a first setting to indicate to a bootloader that, upon a next boot, the bootloader should authenticate the application; rebooting the bootloader prior to the controller entering a low power state; authenticating the application; setting an authentication code; storing the authentication code in persistent memory; setting, at the bootloader , the boot mode to a second setting to indicate to the bootloader that, upon the next boot, the bootloader should boot the application; and entering the low power state. shutting down an application being processed by a controller ; setting , by the application at shut down, a boot mode to a first setting to indicate to a bootloader that, upon a next boot, the bootloader should authenticate the application; rebooting the bootloader prior to the controller entering a low power state; authenticating the application; setting an authentication code; storing the authentication code in persistent memory; setting, at the bootloader , the boot mode to a second setting to indicate to the bootloader that, upon the next boot, the bootloader should boot the application; and entering the low power state.
A method for making a bulk material, the method comprising: providing a plurality of metallic particulates to a working surface of an additive manufacturing apparatus; adding a plurality of nanoparticles to the working surface and arranging the plurality of nanoparticles interstitially between adjacent ones of the plurality of metallic particulates, the nanoparticles having a characteristic dimension of less than 100 nm; applying an energy beam to the combination of metallic particulates and nanoparticles such that at least internal portions of the metallic particulates remain unmelted; and consolidating the metallic particulates and the nanoparticles into a first bulk layer, wherein a composition of the plurality of metallic particulates comprises a first metallic material selected from a group consisting of: iron, nickel, titanium, aluminum, and alloys thereof, and wherein the plurality of nanoparticles comprise graphene. providing a plurality of metallic particulates to a working surface of an additive manufacturing apparatus; adding a plurality of nanoparticles to the working surface and arranging the plurality of nanoparticles interstitially between adjacent ones of the plurality of metallic particulates, the nanoparticles having a characteristic dimension of less than 100 nm; applying an energy beam to the combination of metallic particulates and nanoparticles such that at least internal portions of the metallic particulates remain unmelted; and consolidating the metallic particulates and the nanoparticles into a first bulk layer, wherein a composition of the plurality of metallic particulates comprises a first metallic material selected from a group consisting of: iron, nickel, titanium, aluminum, and alloys thereof, and wherein the plurality of nanoparticles comprise graphene.
Sensor device for detecting at least one analyte in a fluid , in particular in a bodily fluid, comprising at least one closed detector chamber and at least one electrical sensor having at least one sensor electrode , wherein the detector chamber is able to be connected to the fluid such that the analyte is able to enter into the detector chamber , wherein the detector chamber comprises at least one detector substance , wherein the detector substance is designed so as to influence at least one electrical property of the electrical sensor , in particular at least one electrical property of the sensor electrode , depending on a concentration of the analyte in the detector chamber , wherein the detector substance is designed such that dielectric properties of the detector substance are dependent on a concentration of the analyte in the detector chamber , wherein the detector substance comprises electrically charged particles , in particular electrically charged particles and/or electrically charged molecules, wherein the detector chamber and the detector substance are designed such that an average spacing between the electrically charged particles and the sensor electrode and/or a charge distribution within the detector chamber are dependent on a concentration of the analyte in the detector chamber , wherein at least one receptor is accommodated in the detector chamber , wherein the receptor is designed so as to reversibly bind the analyte .
A method for manufacturing a calcium carbonate block of no less than 0.1 cm in diameter and thickness, useful as material of an artificial bone, the method comprising: (a) shaping calcium hydroxide into a calcium hydroxide block; (b) exposing the calcium hydroxide block obtained in (a) to carbon dioxide using a carbonic acid incubator to partially carbonate the surface of the calcium hydroxide block, whereby a partial calcium carbonate block is obtained; and (c) immersing the partial calcium carbonate block obtained in (b) in a carbonate ion containing solution consisting of water and carbonic acid gas dissolved therein, or consisting of water and a carbonate ion supplying substance dissolved therein, wherein the carbonate ion supplying substance is selected from the group consisting of sodium carbonate, sodium hydrogen carbonate, potassium carbonate, potassium hydrogen carbonate, ammonium carbonate and ammonium hydrogen carbonate. (a) shaping calcium hydroxide into a calcium hydroxide block; (b) exposing the calcium hydroxide block obtained in (a) to carbon dioxide using a carbonic acid incubator to partially carbonate the surface of the calcium hydroxide block, whereby a partial calcium carbonate block is obtained; and (c) immersing the partial calcium carbonate block obtained in (b) in a carbonate ion containing solution consisting of water and carbonic acid gas dissolved therein, or consisting of water and a carbonate ion supplying substance dissolved therein, wherein the carbonate ion supplying substance is selected from the group consisting of sodium carbonate, sodium hydrogen carbonate, potassium carbonate, potassium hydrogen carbonate, ammonium carbonate and ammonium hydrogen carbonate.
A process for oxidatively stabilizing oils treated with short path evaporation (SPE) comprising the step of: Adding to SPE-treated oil at least one anti-oxidant while the SPE-treated oil has a peroxide value of below or equal to 1.5 milli-equivalent peroxide/kg and peroxide value is measured according to the AOCS Method Cd 8b-90, wherein the oil is derived from palm oil, and wherein the SPE-treated oil has been obtained from SPE treatment after at least one refining and/or processing step, and wherein the at least one refining and/or processing step is a deodorization step, and wherein the short path evaporation is performed at a temperature of from 200-280°C, and wherein the at least one anti-oxidant is added in a period of less than 1 minute up to 15 days after SPE treatment. Adding to SPE-treated oil at least one anti-oxidant while the SPE-treated oil has a peroxide value of below or equal to 1.5 milli-equivalent peroxide/kg and peroxide value is measured according to the AOCS Method Cd 8b-90, wherein the oil is derived from palm oil, and wherein the SPE-treated oil has been obtained from SPE treatment after at least one refining and/or processing step, and wherein the at least one refining and/or processing step is a deodorization step, and wherein the short path evaporation is performed at a temperature of from 200-280°C, and wherein the at least one anti-oxidant is added in a period of less than 1 minute up to 15 days after SPE treatment.
A method for isolating nucleic acids from a sample, preferably a blood sample, comprising the following steps: a) obtaining a sample which has been stabilised by the use of at least one cationic detergent, wherein the cationic detergent has formed complexes with the nucleic acids; b) obtaining the complexes optionally together with other sample components from the stabilised sample, wherein said complexes comprise the nucleic acids to be isolated; c) resuspending the complexes and optionally adding one or more additives before, during and/or after resuspension, thereby obtaining a resuspended sample comprising at least i) the nucleic acid to be isolated; ii) at least one chaotropic agent; and iii) at least one chelating agent; and d) isolating nucleic acids from the resuspended sample, wherein the isolated nucleic acids comprise RNA. a) obtaining a sample which has been stabilised by the use of at least one cationic detergent, wherein the cationic detergent has formed complexes with the nucleic acids; b) obtaining the complexes optionally together with other sample components from the stabilised sample, wherein said complexes comprise the nucleic acids to be isolated; c) resuspending the complexes and optionally adding one or more additives before, during and/or after resuspension, thereby obtaining a resuspended sample comprising at least i) the nucleic acid to be isolated; ii) at least one chaotropic agent; and iii) at least one chelating agent; and i) the nucleic acid to be isolated; ii) at least one chaotropic agent; and iii) at least one chelating agent; d) isolating nucleic acids from the resuspended sample,
A recip saw blade for use with a powered reciprocating saw, the recip blade comprising a blade body including a cutting edge, and a tang located at one end of the blade body, characterised in that the tang defines an arcuate cross-sectional shape, the cross-sectional shape of the tang defining two arcs laterally spaced and facing in substantially opposite directions relative to each other.
An authorisation system for operating agricultural working machines , wherein a working process which includes processing of a field by a fleet of working machines is defined, characterised in that the working process includes a respective application package for each working machine , associated with a respective operator of one of the working machines is the application package for processing by the respective working machine , wherein the authorisation system includes an identification device , in particular a radio key or the like, and the respective operator is defined by a respective identification device at a computing device of the respective working machine , each application package has application package-specific parameters and the computing device based on the identification of the respective operator actuates an apparatus arrangement of the respective working machine with the parameters of the application package associated with the respective operator , wherein associated with the respective operator are cross-application operator settings for setting the apparatus arrangement and the computing device also actuates the apparatus arrangement with the parameters based on the operator settings and the working process includes multi-stage processing of the field in a process chain and the application packages concern processing stages which occur in time succession.