mhurhangee/patent-ind-claim-en huggingface dataset:
A three-dimensional, 3D, printer comprising: a controller to: obtain data relating to slices of a build model, wherein a slice is a representation of a layer of build material to be processed by the 3D printer and the build model corresponds to the physical build volume in which objects may be generated by a 3D printer; determine whether a slice represents a non-empty layer or an empty layer by detecting whether the slice represents a layer of build material devoid of any portion that is to be solidified; process non-empty layers according to a first operating mode; process empty layers according to a second operating mode that is different from the first operating mode in that the following is part of the first operating mode and not part of the second operating mode: move a printhead over a formed layer whilst controlling the printhead to print patterns of a printing agent in accordance with the slice data; and apply fusing energy to cause portions of the formed layer to fuse and solidify. obtain data relating to slices of a build model, wherein a slice is a representation of a layer of build material to be processed by the 3D printer and the build model corresponds to the physical build volume in which objects may be generated by a 3D printer; determine whether a slice represents a non-empty layer or an empty layer by detecting whether the slice represents a layer of build material devoid of any portion that is to be solidified; process non-empty layers according to a first operating mode; process empty layers according to a second operating mode that is different from the first operating mode in that the following is part of the first operating mode and not part of the second operating mode: move a printhead over a formed layer whilst controlling the printhead to print patterns of a printing agent in accordance with the slice data; and apply fusing energy to cause portions of the formed layer to fuse and solidify. move a printhead over a formed layer whilst controlling the printhead to print patterns of a printing agent in accordance with the slice data; and apply fusing energy to cause portions of the formed layer to fuse and solidify.
An adapter for a riveting tool for a pressure-operated riveting device , in particular a hydraulic riveting device, having - a connection portion which can be connected in a supportable manner to the riveting device, and - a setting head which can be brought into engagement with the rivet to be set, wherein a force measuring apparatus receiving the force acting on the setting head during the riveting operation is arranged between the connection portion and the setting head , characterized in that - the connection portion has a connecting element for arranging on a rivet stirrup , - the connecting element rests on a counterpressure plate for supporting the force measuring apparatus , - a pressure plate rests, at one end, on the setting head and, at the other end, on the force measuring apparatus , and - the pressure plate extends through an opening in the force measuring apparatus and in the counterpressure plate into a threaded sleeve of the rivet stirrup and is fixed there. - a connection portion which can be connected in a supportable manner to the riveting device, and - a setting head which can be brought into engagement with the rivet to be set, - the connection portion has a connecting element for arranging on a rivet stirrup , - the connecting element rests on a counterpressure plate for supporting the force measuring apparatus , - a pressure plate rests, at one end, on the setting head and, at the other end, on the force measuring apparatus , and - the pressure plate extends through an opening in the force measuring apparatus and in the counterpressure plate into a threaded sleeve of the rivet stirrup and is fixed there.
An encapsulated workflow reagent comprising an encapsulating material and a workflow reagent encapsulated within the encapsulating material, wherein the encapsulating material is attached to a surface of a scaffolding material (B), wherein the scaffolding material is a porous solid, wherein the workflow reagent is an enzyme, and wherein the encapsulating material is made with one or more polymers configured to provide a controlled release of the workflow reagents.
A method for enabling status updates in a 5G core network, the method being performed in a network function, NF, service consumer node, comprising: sending (S130) a service discovery message to an NF repository function, NRF, requesting a service producer candidate; receiving (S140) a list comprising one or more candidates for the requested service producer, wherein the list comprises an indication of NF status for each candidate service producer in the list as well as a hypermedia link for query of current NF status of each candidate service producer in the list; sending (S150) a hypermedia request to one or more service producers in the received list, requesting a current NF status, utilizing the received hypermedia links; and receiving (S160) a current NF status from the one or more service producers in response to the sent request. sending (S130) a service discovery message to an NF repository function, NRF, requesting a service producer candidate; receiving (S140) a list comprising one or more candidates for the requested service producer, wherein the list comprises an indication of NF status for each candidate service producer in the list as well as a hypermedia link for query of current NF status of each candidate service producer in the list; sending (S150) a hypermedia request to one or more service producers in the received list, requesting a current NF status, utilizing the received hypermedia links; and receiving (S160) a current NF status from the one or more service producers in response to the sent request.
A non-oriented electrical steel sheet, comprising a chemical composition represented by: in mass%, C: 0.0010% to 0.0050%; Si: 2.5% to 4.0%; Al: 0.0001% to 2.0%; Mn: 0.1% to 3.0%; P: 0.005% to 0.15%; S: 0.0001% to 0.0030%; Ti: 0.0005% to 0.0030%; N: 0.0010% to 0.0030%; Sn: 0.00% to 0.2%; Sb: 0.00% to 0.2%; Ni: 0.00% to 0.2%; Cu: 0.00% to 0.2%; Cr: 0.00% to 0.2%; Ca: 0.0000% to 0.0025%; REM: 0.0000% to 0.0050%; and the balance: Fe and impurities, wherein when an average value of Mn concentrations in a range from a surface of a base iron to a position where a depth from the surface of the base iron is 2 μ m is set to [Mn 2 ], and an Mn concentration at a position where a depth from the surface of the base iron is 10 μ m is set to [Mn 10 ], the base iron satisfies the following expression 1, wherein the Mn concentrations along the depth direction are measured using a glow discharge spectroscopy. 0.1 ≦ Mn 2 / Mn 10 ≦ 0.9 in mass%, C: 0.0010% to 0.0050%; Si: 2.5% to 4.0%; Al: 0.0001% to 2.0%; Mn: 0.1% to 3.0%; P: 0.005% to 0.15%; S: 0.0001% to 0.0030%; Ti: 0.0005% to 0.0030%; N: 0.0010% to 0.0030%; Sn: 0.00% to 0.2%; Sb: 0.00% to 0.2%; Ni: 0.00% to 0.2%; Cu: 0.00% to 0.2%; Cr: 0.00% to 0.2%; Ca: 0.0000% to 0.0025%; REM: 0.0000% to 0.0050%; and the balance: Fe and impurities, wherein when an average value of Mn concentrations in a range from a surface of a base iron to a position where a depth from the surface of the base iron is 2 μ m is set to [Mn 2 ], and an Mn concentration at a position where a depth from the surface of the base iron is 10 μ m is set to [Mn 10 ], the base iron satisfies the following expression 1, wherein the Mn concentrations along the depth direction are measured using a glow discharge spectroscopy. 0.1 ≦ Mn 2 / Mn 10 ≦ 0.9
Item of luggage , in particular a suitcase, comprising a handle structure which can be transferred between a stowed position and a use position, and a pocket having an opening , wherein the pocket is integrated and has a handle , wherein at least one rod or the like is provided which is connected to the handle and can be displaced between the stowed position and the use position, and the pocket together with the handle and the at least one rod or the like can be transferred between the stowed position and the use position, wherein the pocket or a holding device for the pocket is integral with the at least one rod or the like or the handle , and a recess is provided for at least partly receiving the pocket and the handle in the stowed position of the handle structure .
A computer-implemented method , comprising: selecting , at an endpoint , at least one protocol to be used to establish a tunneling connection between the endpoint and a server , wherein the at least one protocol is one of transmission control protocol, TCP, or user datagram protocol, UDP; and determining a maximum transmission unit, MTU, size based on the selected at least one protocol; generating internet protocol, IP, packets based on the MTU size; transmitting said packets between the endpoint and the server over the tunneling connection by using the selected protocol. selecting , at an endpoint , at least one protocol to be used to establish a tunneling connection between the endpoint and a server , wherein the at least one protocol is one of transmission control protocol, TCP, or user datagram protocol, UDP; and determining a maximum transmission unit, MTU, size based on the selected at least one protocol; generating internet protocol, IP, packets based on the MTU size; transmitting said packets between the endpoint and the server over the tunneling connection by using the selected protocol.
A modulator configured to transmit a legacy signal and a secured signal using orthogonal frequency division multiplexing, OFDM, modulation, comprising: a channel encoder , channel interleaver , and a bit to sample converter configured to process an input legacy frame to produce a plurality of legacy samples; a frame selector configured to select specific portions of the input legacy frame to produce a secured frame ; a hash module configured to hash and encrypt the secured frame; a channel encoder configured to encode the hashed secured frame; a channelization module configured to spread the hash secured frame in order to match a bit rate of the plurality of legacy samples; a frequency mapper configured to map the input legacy frame samples and the channelized hashed secured frame to the frequency domain; an inverse fast Fourier transform, IFFT, module configured to receive the output of the frequency mapper ; and digital to analog converter , DAC, configured to transmit the modulated signal from the IFFT. a channel encoder , channel interleaver , and a bit to sample converter configured to process an input legacy frame to produce a plurality of legacy samples; a frame selector configured to select specific portions of the input legacy frame to produce a secured frame ; a hash module configured to hash and encrypt the secured frame; a channel encoder configured to encode the hashed secured frame; a channelization module configured to spread the hash secured frame in order to match a bit rate of the plurality of legacy samples; a frequency mapper configured to map the input legacy frame samples and the channelized hashed secured frame to the frequency domain; an inverse fast Fourier transform, IFFT, module configured to receive the output of the frequency mapper ; and digital to analog converter , DAC, configured to transmit the modulated signal from the IFFT.
A power switching module , the power switching module comprising: a plurality of input interfaces (3a - 3d); a plurality of output interfaces (4a - 4d); a plurality of switches (5 a - 5d) connected between respective ones of the input interfaces (3a - 3d) and output interfaces (4a - 4d); and a controller operable to selectively open and close the switches (5a - 5d), characterised in that the controller is at least one of i) connected to a communications input interface and a communications output interface for a dedicated communications line and ii) in electrical communication with the plurality of input interfaces (3a - 3d) and the plurality of output interfaces (4a - 4d), wherein the power switching module is received in a marinised canister. a plurality of input interfaces (3a - 3d); a plurality of output interfaces (4a - 4d); a plurality of switches (5 a - 5d) connected between respective ones of the input interfaces (3a - 3d) and output interfaces (4a - 4d); and a controller operable to selectively open and close the switches (5a - 5d), characterised in that the controller is at least one of i) connected to a communications input interface and a communications output interface for a dedicated communications line and ii) in electrical communication with the plurality of input interfaces (3a - 3d) and the plurality of output interfaces (4a - 4d), wherein the power switching module is received in a marinised canister.
A base assembly for an aircraft seat , the base assembly comprising: one or more leg sub-assemblies , each leg sub-assembly comprising: a front leg ; a rear leg ; and a link beam configured to couple the front leg to a portion of the rear leg, at least one of the front leg or the rear leg at least partially formed of a hybrid composite structure, the link beam at least partially formed of the hybrid composite structure, the hybrid composite structure formed of at least a first material and a second material, where the first material is different from the second material, the first material including a thermoplastic material configured to provide ductility for the base assembly, the second material including a composite material configured to provide strength for the base assembly, the hybrid composite structure including one or more first portions formed of the first material and one or more second portions formed of the second material, characterised in that the second material is over-molded by one or more portions of the first material to form one or more belts of the second material on the first material. one or more leg sub-assemblies , each leg sub-assembly comprising: a front leg ; a rear leg ; and a link beam configured to couple the front leg to a portion of the rear leg, a front leg ; a rear leg ; and a link beam configured to couple the front leg to a portion of the rear leg, at least one of the front leg or the rear leg at least partially formed of a hybrid composite structure, the link beam at least partially formed of the hybrid composite structure, the hybrid composite structure formed of at least a first material and a second material, where the first material is different from the second material, the first material including a thermoplastic material configured to provide ductility for the base assembly, the second material including a composite material configured to provide strength for the base assembly, the hybrid composite structure including one or more first portions formed of the first material and one or more second portions formed of the second material, characterised in that the second material is over-molded by one or more portions of the first material to form one or more belts of the second material on the first material.
Method for authenticating a user with respect to a service provider (DL) by means of an electronic ID element (PA) of the user, wherein the user has a stationary user terminal and a mobile user terminal , having the following steps of: creating a connection (S10) between the stationary user terminal and a server of the service provider and communicating (S20) a contact number of the mobile user terminal via this connection by the user, generating (S30) a secret (S) and an identifier (ID) on the server and transmitting (S40) them, together with a hyperlink (URL), to the contact number of the mobile user terminal , setting up (S50) a connection between the mobile user terminal and an electronic authentication service (eID) by means of the transmitted hyperlink (URL) and transmitting the secret (S) and the identifier (ID) to the electronic authentication service (eID), creating coupling (NFC) between the mobile user terminal and the electronic ID element (PA), carrying out the authentication operation (S55) using a secure channel between the electronic ID element and the authentication service, including the confirmation of the secret (S) by the user, transmitting (S60) an authentication confirmation, together with the identifier, from the electronic authentication service (eID) to the server after successful authentication, opening (S70) personalized access for the stationary user terminal by the server on the basis of the authentication confirmation and the identifier. creating a connection (S10) between the stationary user terminal and a server of the service provider and communicating (S20) a contact number of the mobile user terminal via this connection by the user, generating (S30) a secret (S) and an identifier (ID) on the server and transmitting (S40) them, together with a hyperlink (URL), to the contact number of the mobile user terminal , setting up (S50) a connection between the mobile user terminal and an electronic authentication service (eID) by means of the transmitted hyperlink (URL) and transmitting the secret (S) and the identifier (ID) to the electronic authentication service (eID), creating coupling (NFC) between the mobile user terminal and the electronic ID element (PA), carrying out the authentication operation (S55) using a secure channel between the electronic ID element and the authentication service, including the confirmation of the secret (S) by the user, transmitting (S60) an authentication confirmation, together with the identifier, from the electronic authentication service (eID) to the server after successful authentication, opening (S70) personalized access for the stationary user terminal by the server on the basis of the authentication confirmation and the identifier.
A dishwasher comprising: a tub ; a door configured for selectively sealing a forward access opening of the tub ; a detergent dispenser located at an inner surface of the door ; a spray arm mounted within the tub such that the spray arm is adjustable between a plurality of heights comprising a first height (A) and a second height (B), the first height (A) being the maximum height of the plurality of heights and the second height (B) being the minimum height of the plurality of heights, the spray arm comprising a spray detergent nozzle ; and a circulation pump configured to supply washing liquid to the spray arm ; characterized in that the spray arm is configured to emit a fan-shaped jet from the spray detergent nozzle when the washing liquid is supplied to the spray arm , and in that the spray arm is configured to emit the fan-shaped jet that is incident upon the detergent dispenser both when the spray arm is positioned at any of the plurality of heights, wherein the angular extent (θ) of the fan-shaped jet is configured such that the width of the fan-shaped jet , when the fan-shaped jet is incident on the door , is at least the difference between the first height (A) and the second height (B). a tub ; a door configured for selectively sealing a forward access opening of the tub ; a detergent dispenser located at an inner surface of the door ; a spray arm mounted within the tub such that the spray arm is adjustable between a plurality of heights comprising a first height (A) and a second height (B), the first height (A) being the maximum height of the plurality of heights and the second height (B) being the minimum height of the plurality of heights, the spray arm comprising a spray detergent nozzle ; and a circulation pump configured to supply washing liquid to the spray arm ; characterized in that the spray arm is configured to emit a fan-shaped jet from the spray detergent nozzle when the washing liquid is supplied to the spray arm , and in that the spray arm is configured to emit the fan-shaped jet that is incident upon the detergent dispenser both when the spray arm is positioned at any of the plurality of heights, wherein the angular extent (θ) of the fan-shaped jet is configured such that the width of the fan-shaped jet , when the fan-shaped jet is incident on the door , is at least the difference between the first height (A) and the second height (B).
A system for regulating the flow of an ink in a graphic process, including: - a pump , designed as a piston or a membrane pump, connected to a first container via a first liquid conduit and to a printing module in a graphic printing machine via a second liquid conduit , the pump is configured for pumping one or more inks from the first container and to the printing module which is inside the graphic printing machine , and wherein the viscosity of the ink affects operation of the pump ; characterised by: - a sensor connected with the pump and configured to measure at least the pump strokes in the pump ; and - a controller connected with the sensor and configured to analyse the data from the sensor and determine the number of the pump strokes over a predetermined period of time (T 1 ); - the controller being configured to determine the viscosity of the ink based on the measured number of pump strokes in the pump and to generate a control signal from the determined viscosity; and - the system including a dosing unit configured to receive the control signal from the controller and to add a predetermined amount of a diluent from a second container into the first container holding the ink for regulating the viscosity of the ink . - a pump , designed as a piston or a membrane pump, connected to a first container via a first liquid conduit and to a printing module in a graphic printing machine via a second liquid conduit , the pump is configured for pumping one or more inks from the first container and to the printing module which is inside the graphic printing machine , and wherein the viscosity of the ink affects operation of the pump ; characterised by: - a sensor connected with the pump and configured to measure at least the pump strokes in the pump ; and - a controller connected with the sensor and configured to analyse the data from the sensor and determine the number of the pump strokes over a predetermined period of time (T 1 ); - the controller being configured to determine the viscosity of the ink based on the measured number of pump strokes in the pump and to generate a control signal from the determined viscosity; and - the system including a dosing unit configured to receive the control signal from the controller and to add a predetermined amount of a diluent from a second container into the first container holding the ink for regulating the viscosity of the ink .
A solution for removing various types of deposits from a surface, including deposits with high organic content, comprising hydrogen peroxide, chelating agent, anti-foaming agent, water-soluble calixarene and water at the following quantitative ratio, % wt.: hydrogen peroxide 2-35 catalyst for decomposing peroxide compounds 2-20 chelating agent 3-10 surface active agent (SAA) 0.1-5 anti-foaming agent 0.01-1.0 water-soluble calixarene 0.01-1 water remaining part; wherein the chelating agent is a water-soluble polyatomic salt of organic acid or phosphonic acid derivative; the SAA is alkylbenzene sulfonate, nonoxynol, ethoxylated fat alcohol, laureth sulfate or a mixture thereof; and the anti-foaming agent is a water-oil emulsion of polymethylsiloxanes or other silicon organic compounds, ethylene oxide or propylene oxide-based block copolymer. the chelating agent is a water-soluble polyatomic salt of organic acid or phosphonic acid derivative; the SAA is alkylbenzene sulfonate, nonoxynol, ethoxylated fat alcohol, laureth sulfate or a mixture thereof; and the anti-foaming agent is a water-oil emulsion of polymethylsiloxanes or other silicon organic compounds, ethylene oxide or propylene oxide-based block copolymer.