mhurhangee/patent-ind-claim-en huggingface dataset:
A system for processing meat pieces, comprising: • a radiation inspection apparatus configured to receive a primary stream of meat pieces and to detect undesired objects in the primary stream, • a first reject device , • a control unit configured to operate the first reject device using the detection of the undesired objects as an operation parameter such that meat pieces containing the undesired objects are rejected from the primary stream, and • a recirculation apparatus comprising one or more conveyor devices configured to receive and recirculate the rejected meat pieces as a secondary stream of meat pieces into the radiation inspection apparatus , the radiation inspection apparatus further being configured to detect undesired objects in the secondary stream of meat pieces, and • a second reject device , operated by the control unit using the detection of the undesired objects in the secondary stream as an operation parameter, the second reject device being configured to reject the undesired objects from the secondary stream of meat pieces. • a radiation inspection apparatus configured to receive a primary stream of meat pieces and to detect undesired objects in the primary stream, • a first reject device , • a control unit configured to operate the first reject device using the detection of the undesired objects as an operation parameter such that meat pieces containing the undesired objects are rejected from the primary stream, and • a recirculation apparatus comprising one or more conveyor devices configured to receive and recirculate the rejected meat pieces as a secondary stream of meat pieces into the radiation inspection apparatus , the radiation inspection apparatus further being configured to detect undesired objects in the secondary stream of meat pieces, and • a second reject device , operated by the control unit using the detection of the undesired objects in the secondary stream as an operation parameter, the second reject device being configured to reject the undesired objects from the secondary stream of meat pieces.
An agrochemical composition comprising: i. a complex formed with: a. at least one zinc salt, b. at least one of eugenol or a source thereof; and ii. at least one agrochemical excipient; wherein the composition comprises particles in the size range of from 0.1 micron to 50 microns; wherein the composition is in the form of a solid or a liquid, wherein the solid composition is in the form of water dispersible granules, broadcast granules, water disintegrable granules, wettable powder or micro granules; and wherein the water dispersible granules, water disintegrable granules, broadcast granules are in the size range of from 0.1 to 6 mm; and the micro granules are in the size range of from 0.1 to 2.5 mm; and wherein the liquid composition is in the form of an oil dispersion, an aqueous suspension, or a suspoemulsion; and wherein the agrochemical excipient comprises a surfactant. i. a complex formed with: a. at least one zinc salt, b. at least one of eugenol or a source thereof; and a. at least one zinc salt, b. at least one of eugenol or a source thereof; and ii. at least one agrochemical excipient; wherein the composition comprises particles in the size range of from 0.1 micron to 50 microns; wherein the composition is in the form of a solid or a liquid, wherein the solid composition is in the form of water dispersible granules, broadcast granules, water disintegrable granules, wettable powder or micro granules; and wherein the water dispersible granules, water disintegrable granules, broadcast granules are in the size range of from 0.1 to 6 mm; and the micro granules are in the size range of from 0.1 to 2.5 mm; and wherein the liquid composition is in the form of an oil dispersion, an aqueous suspension, or a suspoemulsion; and wherein the agrochemical excipient comprises a surfactant.
Chain assembly for a high or very high voltage overhead electric line, comprising a) a long rod-type insulator having an insulating core composed of fibre-reinforced plastic and having at least one end fitting , b) an assembly for surge arresting having at least one protective fitting, wherein c) the at least one protective fitting comprises a fastening element which is fastened to the at least one end fitting of the long rod-type insulator , d) wherein the at least one protective fitting is fastened in an end-side axial region of the at least one end fitting , outside a connecting region between the insulating core and end fitting , e) the at least one end fitting has a first passage opening, and in that the fastening element comprises a second passage opening, and therefore, in order to connect the fastening element to the end fitting , a bolt-like element is guided through the first and the second passage opening, characterized in that the bolt-like element also serves for connecting the end fitting to a following element, in particular to a holding device for a conductor cable . a) a long rod-type insulator having an insulating core composed of fibre-reinforced plastic and having at least one end fitting , b) an assembly for surge arresting having at least one protective fitting, wherein c) the at least one protective fitting comprises a fastening element which is fastened to the at least one end fitting of the long rod-type insulator , d) wherein the at least one protective fitting is fastened in an end-side axial region of the at least one end fitting , outside a connecting region between the insulating core and end fitting , e) the at least one end fitting has a first passage opening, and in that the fastening element comprises a second passage opening, and therefore, in order to connect the fastening element to the end fitting , a bolt-like element is guided through the first and the second passage opening,
A method for management of a Machine Type Communication, MTC, event, the method comprising: receiving , by a system for management of the MTC event, data indicative of a MTC event state from a MTC device, wherein the MTC event state is a state of the MTC event prior to the MTC event reaching a critical MTC event state; mapping , by the system for management of the MTC event, the MTC event state with a Virtual Network Function, VNF, state of a VNF which is configured to mitigate the MTC event from reaching the critical MTC event state when it transitions in the mapped VNF state; sending , by the system for management of an MTC event, instructions to transition the VNF to the VNF state which is mapped with the MTC event state; wherein, the VNF comprises multiple VNF states and can be transitioned from one VNF state to another VNF state over a lifecycle of the VNF, and wherein each VNF state corresponds to utilization of different amounts of Network Function Virtualization Infrastructure, NFVI, resources. receiving , by a system for management of the MTC event, data indicative of a MTC event state from a MTC device, wherein the MTC event state is a state of the MTC event prior to the MTC event reaching a critical MTC event state; mapping , by the system for management of the MTC event, the MTC event state with a Virtual Network Function, VNF, state of a VNF which is configured to mitigate the MTC event from reaching the critical MTC event state when it transitions in the mapped VNF state; sending , by the system for management of an MTC event, instructions to transition the VNF to the VNF state which is mapped with the MTC event state; wherein, the VNF comprises multiple VNF states and can be transitioned from one VNF state to another VNF state over a lifecycle of the VNF, and wherein each VNF state corresponds to utilization of different amounts of Network Function Virtualization Infrastructure, NFVI, resources.
A medical device for modifying a left atrial appendage ("LAA") of a heart, the medical device comprising: an occluder portion coupled to a hub ; and an anchor portion operably coupled to the occluder portion , the anchor portion configured to roll-inward to a retracted position and roll-outward to a deployed position, characterised in that , the anchor portion is configured to roll-inward to a retracted position such that an outer surface of the anchor portion in the deployed position is moved to an inner surface of the anchor portion in the retracted position. an occluder portion coupled to a hub ; and an anchor portion operably coupled to the occluder portion , the anchor portion configured to roll-inward to a retracted position and roll-outward to a deployed position, characterised in that , the anchor portion is configured to roll-inward to a retracted position such that an outer surface of the anchor portion in the deployed position is moved to an inner surface of the anchor portion in the retracted position.
A hatch cover support assembly comprising a hatch cover support pad holder for holding a multi-layer hatch cover support pad , said hatch cover support pad holder being provided with a receiving cavity for placing said multi-layer hatch cover support pad and an elastic support piece , said multi-layer hatch cover support pad being provided for supporting a hatch cover on a coaming structure of a ship , said multi-layer hatch cover support pad comprising an outer wear surface for sliding against a mating surface provided on said hatch cover or said coaming structure , a wear layer comprising first and second opposite sides , said first side defining said outer wear surface , said wear layer comprising a first plastic material, a base layer comprising third and fourth opposite sides , said third side being joined to said second side , said base layer comprising a second polymer material, said second polymer material being less abrasion resistant than said first plastic material, characterised by said second side being joined, through moulding, to said third side . an outer wear surface for sliding against a mating surface provided on said hatch cover or said coaming structure , a wear layer comprising first and second opposite sides , said first side defining said outer wear surface , said wear layer comprising a first plastic material, a base layer comprising third and fourth opposite sides , said third side being joined to said second side , said base layer comprising a second polymer material, said second polymer material being less abrasion resistant than said first plastic material, characterised by said second side being joined, through moulding, to said third side .
A method comprising providing an aqueous mixture containing a sulfonated aromatic polymer component wherein the sulfonated aromatic polymer component is sulfonated naphthalene formaldehyde polycondensate and applying the aqueous mixture to soil; wherein the method further comprises treating the soil with an aqueous solution of fertilizer after treating the soil with the aqueous mixture of sulfonated aromatic polymer component.
An antibody to human epidermal growth factor receptor 2 (HER2) or an antigen binding fragment thereof, the antibody comprising: a heavy chain variable region of the following amino acid sequence: and a light chain variable region comprising the following amino acid sequence: optionally containing a D56A substitution. a heavy chain variable region of the following amino acid sequence: and a light chain variable region comprising the following amino acid sequence: optionally containing a D56A substitution.
Wear resistant austenitic steel having superior toughness in weld heat affected zones thereof, the austenitic steel consisting of, by weight%, manganese (Mn): 15% to 25%, carbon (C): 0.8% to 1.8%, copper (Cu): 0.3% to 5% and satisfying 0.7C-0.56(%) ≤ Cu, and, optionally, sulfur (S) : 0.03% to 0.1%, calcium (Ca) : 0.001% to 0.01% and chromium (Cr): 8 % or less, excluding 0%, and the balance of iron (Fe) and inevitable impurities, wherein the weld heat affected zones, caused by butt welding of the austenitic steel, have a microstructure comprising 5 volume% or less of carbides, and wherein the weld heat affected zones have Charpy impact values of 100 J or greater at -40°C.
A method for secure selective token-based access control comprising: receiving, at data processing hardware of a computing platform , a data access request from over a computer communications network ; extracting, by the data processing hardware, a token from the request ; selecting, by the data processing hardware, a decryption key for use in decrypting the token and attempting decryption of the token using the decryption key ; on condition that the decryption key successfully decrypts the token into decrypted data, reading, by the data processing hardware, a creation date of the token in the decrypted data and applying a rule to the creation date , the rule determining whether or not to expire the token , wherein the rule is specific to a portion of an application targeted by the request and stored in a table ; and, responsive to a determination by the application of the rule to expire the token based upon the creation date of the token , expiring, by the data processing hardware, the token from subsequent use in authorizing servicing of the data access request , but otherwise authorizing servicing of the data access request . receiving, at data processing hardware of a computing platform , a data access request from over a computer communications network ; extracting, by the data processing hardware, a token from the request ; selecting, by the data processing hardware, a decryption key for use in decrypting the token and attempting decryption of the token using the decryption key ; on condition that the decryption key successfully decrypts the token into decrypted data, reading, by the data processing hardware, a creation date of the token in the decrypted data and applying a rule to the creation date , the rule determining whether or not to expire the token , wherein the rule is specific to a portion of an application targeted by the request and stored in a table ; and, responsive to a determination by the application of the rule to expire the token based upon the creation date of the token , expiring, by the data processing hardware, the token from subsequent use in authorizing servicing of the data access request , but otherwise authorizing servicing of the data access request .
Method of changing the potential value during the electrochemical measurement, wherein in the first cycle of changing the potential value, the first potential value of a formal potential of the tested redox system is applied to the working electrode increased by a value of the first of the series of amplitudes, the duration of the first applied potential results from the first of the series of frequencies applied, the value of the second return pulse results from the potential reduced by the value of the first of the series of amplitudes, then in the second cycle of change, the value of the potential is changed analogously, but the value of the amplitude used is another of the series, while the change of the duration of the application of the potential is based on the next series of frequency values, in the next stage successive cycles of potential changes are realized analogously exhausting the previously planned series of values of amplitude and frequency, the intensity of the current flowing through the circuit is measured each time at the end of the duration of the applied values of the potential, wherein the amplitude values are selected from the range 5-250 mV and the frequency values are selected from the range 1-1000 Hz, and wherein the first value taken from those ranges are most preferably lowest or highest one, the number of cycles is from 5 to 1000, most preferably 50 and the range order is ascending or descending, independently of each other.
A method of producing a protein, the method comprising the step of culturing in a culture medium a host cell comprising a first expression cassette comprising an isolated nucleic acid at least 90% identical to SEQ ID NO: 2, or at least 90% identical to a fragment thereof, operably linked to a heterologous coding sequence encoding a protein, wherein the culturing is done under conditions permitting expression of the protein; wherein the protein is expressed using the first expression cassette in combination with a second expression cassette, said second cassette comprising the heterologous coding sequence encoding the protein operably linked to: (a) an isolated nucleic acid having a sequence comprising SEQ ID NO: 3 or SEQ ID NO: 4, wherein SEQ ID NO: 3 or SEQ ID NO: 4 have promoter activity; or (b) an FLD promoter, a DAS promoter, or any other known methanol-regulated promoter; or (c) a GAP promoter or a TEF2 promoter. (a) an isolated nucleic acid having a sequence comprising SEQ ID NO: 3 or SEQ ID NO: 4, wherein SEQ ID NO: 3 or SEQ ID NO: 4 have promoter activity; or (b) an FLD promoter, a DAS promoter, or any other known methanol-regulated promoter; or (c) a GAP promoter or a TEF2 promoter.
Method for controlling the declutching of a sliding gear of a vehicle gearbox with dogs that is constrained to rotate with a shaft of said gearbox on which shaft it can move axially under the control of a powered shift actuator between a neutral declutched position and at least one engaged position engaged on a hybrid gear ratio where it is engaged on a pinion rigidly connected to the shaft in order to transmit to the wheels of the vehicle, cumulatively or otherwise, the torque received from at least two distinct power sources, comprising the following steps: - application of a zero torque request to all the power sources of the vehicle, - application of a declutching instruction to the sliding gear, and characterized in that it comprises the following additional steps: - in the absence of rapid declutching, estimating the resistance torque ( C r ) on the dogs of the sliding gear, - calculating the residual torque ( C res ) on the dogs as a function of the calculated resistance torque and the anti-disengagement angle thereof, - cancelling the residual torque ( C res ) by application of an opposite torque (C1 , C2) on the sliding gear, - declutching. - application of a zero torque request to all the power sources of the vehicle, - application of a declutching instruction to the sliding gear, - in the absence of rapid declutching, estimating the resistance torque ( C r ) on the dogs of the sliding gear, - calculating the residual torque ( C res ) on the dogs as a function of the calculated resistance torque and the anti-disengagement angle thereof, - cancelling the residual torque ( C res ) by application of an opposite torque (C1 , C2) on the sliding gear, - declutching.
A machine for aseptic filling of liquids comprising an interior chamber and an access opening in a wall of the machine, the access opening enabling access to the interior chamber , wherein the access device comprises an opening window including a movable sash and a window frame permanently attached to the wall , wherein for the aseptic sealing an inflatable seal is provided between the sash and the window frame , characterised in that in the closed state of the opening window , an expansion area for the inflatable seal is provided between the sash and the window frame , the expansion area being configured such that its cross section increases towards the interior chamber of the aseptic machine.
A package comprising or configured to receive one or more superconducting chips , the package comprising : - a carrier substrate comprising one or more superconducting chips mounted thereon or suitable for mounting one or more superconducting chips thereon, - a metal support plate having a front and back surface, with the carrier substrate mounted on the front surface of said metal support plate, the metal support plate being configured to be coupled to a low temperature stage of a refrigerating apparatus, - a first shield structure formed of a magnetic shielding material, comprising a receptacle-shaped shell portion , and a planar shield portion extending laterally outward from the rim of the shell portion , wherein the interior of the shell portion forms a cavity extending above and around the location of the one or more superconducting chips , - a second shield structure formed of a magnetic shielding material and comprising at least a second planar shield portion , wherein : - the carrier substrate and the metal support plate are sandwiched between said first and second planar shield portions (7a,9;7a,11a), - a plurality of pillars formed of a magnetic shielding material are clamped between the first and second planar shield portions, wherein said pillars are : ∘ penetrating the carrier substrate and the metal support plate , ∘ in physical contact with both of said first and second planar shield portions (7a,9;7a,11a). - a carrier substrate comprising one or more superconducting chips mounted thereon or suitable for mounting one or more superconducting chips thereon, - a metal support plate having a front and back surface, with the carrier substrate mounted on the front surface of said metal support plate, the metal support plate being configured to be coupled to a low temperature stage of a refrigerating apparatus, - a first shield structure formed of a magnetic shielding material, comprising a receptacle-shaped shell portion , and a planar shield portion extending laterally outward from the rim of the shell portion , wherein the interior of the shell portion forms a cavity extending above and around the location of the one or more superconducting chips , - a second shield structure formed of a magnetic shielding material and comprising at least a second planar shield portion , - the carrier substrate and the metal support plate are sandwiched between said first and second planar shield portions (7a,9;7a,11a), - a plurality of pillars formed of a magnetic shielding material are clamped between the first and second planar shield portions, wherein said pillars are : ∘ penetrating the carrier substrate and the metal support plate , ∘ in physical contact with both of said first and second planar shield portions (7a,9;7a,11a). ∘ penetrating the carrier substrate and the metal support plate , ∘ in physical contact with both of said first and second planar shield portions (7a,9;7a,11a).