mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device configured as a user equipment for communication, the UE configured to: insert , into a transport block, a first cyclical redundancy check calculated for the transport block; forward error correction encode the transport block, including the first cyclical redundancy check, into a codeword; receive a preemption indicator for part of a first physical resource ; select a first part (Xp) of the codeword for rate matching with a length based on a received uplink grant and the received preemption indicator; transmit the first part of the codeword using the first physical resource; select a second part (Xs) of the codeword, the second part including bits of the transport block remaining after selecting the first part; insert , in the selected second part of the codeword, a second cyclical redundancy check calculated for the second part of the codeword; and transmit the second part of the codeword using a second physical resource . insert , into a transport block, a first cyclical redundancy check calculated for the transport block; forward error correction encode the transport block, including the first cyclical redundancy check, into a codeword; receive a preemption indicator for part of a first physical resource ; select a first part (Xp) of the codeword for rate matching with a length based on a received uplink grant and the received preemption indicator; transmit the first part of the codeword using the first physical resource; select a second part (Xs) of the codeword, the second part including bits of the transport block remaining after selecting the first part; insert , in the selected second part of the codeword, a second cyclical redundancy check calculated for the second part of the codeword; and transmit the second part of the codeword using a second physical resource .
A method to authenticate a user of a client for a service on a network , the client located on a first device, the method comprising: receiving, at a server on the network , a request for access to the service from the client via the network ; in response to the request, contacting, by the server , a subscriber device associated with the user via the network, wherein the subscriber device is a second device, and is a set top box that is configured to receive television content from a paid television service via a communications channel other than the network in accordance with the service ; obtaining, via the network , authorization information associated with the user from the subscriber device , the authorization information being obtained from the television paid television service by a security module of the subscriber device ; processing the authorization information obtained from the subscriber device to thereby determine if the user is authorized to use the service ; and providing, by the server , the service to the client via the network if the user is authorized to use the service ; wherein the service is a streaming video service and wherein the providing comprises providing streaming video content via the network . receiving, at a server on the network , a request for access to the service from the client via the network ; in response to the request, contacting, by the server , a subscriber device associated with the user via the network, wherein the subscriber device is a second device, and is a set top box that is configured to receive television content from a paid television service via a communications channel other than the network in accordance with the service ; obtaining, via the network , authorization information associated with the user from the subscriber device , the authorization information being obtained from the television paid television service by a security module of the subscriber device ; processing the authorization information obtained from the subscriber device to thereby determine if the user is authorized to use the service ; and providing, by the server , the service to the client via the network if the user is authorized to use the service ; wherein the service is a streaming video service and wherein the providing comprises providing streaming video content via the network .
A motor control unit (100; 200, 300) for a vehicle comprising an electric drive motor (110; 210, 310), the motor control unit (100; 200, 300) comprising a first processor (101; 201, 301), a second processor (102; 202, 302) and a third processor (103; 203, 303), in which: the third processor (103; 203, 303) is configured to: receive an actuation demand for the vehicle; calculate a torque for the motor (110; 210, 310) in dependence on the actuation demand; and provide the calculated torque to the first processor (101; 201, 301); the first processor (101; 201, 301) is configured to: receive the calculated torque and a control input of the vehicle; and determine a first control output for the electric drive motor (110; 210, 310) in dependence on the calculated torque and the control input; and the second processor (102; 202, 302) is configured to: receive the first control output from the first processor (101; 201, 301) and the control input of the vehicle; calculate a second control output for the motor (110; 210, 310) in dependence on the control input; and validate the first control output by comparison to the second control output. the third processor (103; 203, 303) is configured to: receive an actuation demand for the vehicle; calculate a torque for the motor (110; 210, 310) in dependence on the actuation demand; and provide the calculated torque to the first processor (101; 201, 301); receive an actuation demand for the vehicle; calculate a torque for the motor (110; 210, 310) in dependence on the actuation demand; and provide the calculated torque to the first processor (101; 201, 301); the first processor (101; 201, 301) is configured to: receive the calculated torque and a control input of the vehicle; and determine a first control output for the electric drive motor (110; 210, 310) in dependence on the calculated torque and the control input; and receive the calculated torque and a control input of the vehicle; and determine a first control output for the electric drive motor (110; 210, 310) in dependence on the calculated torque and the control input; and the second processor (102; 202, 302) is configured to: receive the first control output from the first processor (101; 201, 301) and the control input of the vehicle; calculate a second control output for the motor (110; 210, 310) in dependence on the control input; and validate the first control output by comparison to the second control output. receive the first control output from the first processor (101; 201, 301) and the control input of the vehicle; calculate a second control output for the motor (110; 210, 310) in dependence on the control input; and validate the first control output by comparison to the second control output.
Installation for coating eyeglass lenses , with multiple coating devices for coating of the eyeglass lenses in a vacuum, preferably by means of gaseous-phase deposition, in particular sputtering, and with a conveying apparatus for linear conveying of the eyeglass lenses or a carrier with the eyeglass lenses from a coating device to another coating device , wherein the installation has a transfer chamber and wherein the coating devices have separate coating chambers , wherein the coating chambers and the transfer chambers form a continuous and/or interconnecting vacuum system, characterized in that the transfer chamber is designed for further conveying of the eyeglass lenses selectively to different coating devices or coating lines (B), wherein the different coating devices and/or coating lines (B) are connected in parallel to the transfer chamber . with multiple coating devices for coating of the eyeglass lenses in a vacuum, preferably by means of gaseous-phase deposition, in particular sputtering, and with a conveying apparatus for linear conveying of the eyeglass lenses or a carrier with the eyeglass lenses from a coating device to another coating device , wherein the installation has a transfer chamber and wherein the coating devices have separate coating chambers , wherein the coating chambers and the transfer chambers form a continuous and/or interconnecting vacuum system, characterized in that the transfer chamber is designed for further conveying of the eyeglass lenses selectively to different coating devices or coating lines (B), wherein the different coating devices and/or coating lines (B) are connected in parallel to the transfer chamber .
Method for checking the consistency of control software of a control computer of a self-service machine, having a trusted domain that is arranged within the self-service machine, comprising the steps of: - checking the control software in terms of its consistency by way of the trusted domain ; - in the event of an inconsistency, a blocking signal is generated for a peripheral component of the self-service machine by the trusted domain , which blocking signal is used to restrict the functionality of the self-service machine, wherein the peripheral component is a keypad that permits a plain text input and an encrypted keypad input, and the keypad furthermore has a sequence controller that restricts the functionality of the keypad when the blocking signal is present by not permitting the plain text input; - in the event of a consistency, an enable signal is generated for the keypad by the trusted domain in order to activate the full functionality thereof, wherein the sequence controller permits a plain text input only when the enable signal is present. - checking the control software in terms of its consistency by way of the trusted domain ; - in the event of an inconsistency, a blocking signal is generated for a peripheral component of the self-service machine by the trusted domain , which blocking signal is used to restrict the functionality of the self-service machine, wherein the peripheral component is a keypad that permits a plain text input and an encrypted keypad input, and the keypad furthermore has a sequence controller that restricts the functionality of the keypad when the blocking signal is present by not permitting the plain text input; - in the event of a consistency, an enable signal is generated for the keypad by the trusted domain in order to activate the full functionality thereof, wherein the sequence controller permits a plain text input only when the enable signal is present.
A device comprising: a tube ; an ultrasonic waveguide disposed in the tube; an ultrasonic blade extending distally from the ultrasonic waveguide; (d) a proximal form portion , wherein the proximal form portion includes: a shutoff portion , and a sleeve portion extending from the shutoff portion; and a distal form portion , wherein the proximal form portion, the distal form portion, and the tube together define a mold space therebetween, wherein the mold space is configured to receive a sealing material through the distal form portion that forms a seal between the tube and the ultrasonic waveguide. a tube ; an ultrasonic waveguide disposed in the tube; an ultrasonic blade extending distally from the ultrasonic waveguide; (d) a proximal form portion , wherein the proximal form portion includes: a shutoff portion , and a sleeve portion extending from the shutoff portion; and a shutoff portion , and a sleeve portion extending from the shutoff portion; and a distal form portion , wherein the proximal form portion, the distal form portion, and the tube together define a mold space therebetween, wherein the mold space is configured to receive a sealing material through the distal form portion that forms a seal between the tube and the ultrasonic waveguide.
A method of producing at least one conversion plate for a radiation-emitting semiconductor device, in which a base material with a conversion material contained therein is applied to a substrate by means of a double-layer stencil , characterized in that the stencil has apertures , the apertures having two regions which are arranged vertically one above the other, wherein the shaping region facing the substrate reproduces the shape of the conversion plate to be produced and the region facing away from the substrate has a lattice structure for stabilising the stencil , wherein each lattice structure is composed of a plurality of structural openings which are arranged in a lattice-like manner and in each case one structural opening of the lattice structure has a smaller lateral extent than the shaping region , so that a plurality of structural openings of the lattice structure arranged in a matrix-like manner are arranged above each shaping region .
Use of 2-methylbutyrate as a biomarker for detecting and/or quantifying mood disorders, improvements of the mood disorder status and/or the resulting emotional reaction of a subject.
A microreactor for photoreactions to proceed a photoreaction of a reactant or a plurality of reactants, comprising a flow path plate on which a flow path for passing the reactant or plurality of reactants is formed, and a lid plate , wherein a fluid inlet and a fluid exit are formed to the lid plate at positions corresponding to a fluid inlet and a fluid exit of the flow path formed in the flow path plate respectively, characterised in that the flow path plate is made of black alumina which is a material having a high thermal conductivity and suppressing light reflection, the light reflectance of the flow path plate is 5.1% to 15.3% at a wavelength of light of 240 to 2600 nm, the thermal conductivity of the flow path plate is 12 to 31 W/(m·K), and the lid plate has a window frame part made of an identical material having high thermal conductivity and suppressing light reflectance as the flow path plate , and a light transmitting part made of a material allowing transmission of light and secured with the flow path plate . a flow path plate on which a flow path for passing the reactant or plurality of reactants is formed, and a lid plate , wherein a fluid inlet and a fluid exit are formed to the lid plate at positions corresponding to a fluid inlet and a fluid exit of the flow path formed in the flow path plate respectively, characterised in that the flow path plate is made of black alumina which is a material having a high thermal conductivity and suppressing light reflection, the light reflectance of the flow path plate is 5.1% to 15.3% at a wavelength of light of 240 to 2600 nm, the thermal conductivity of the flow path plate is 12 to 31 W/(m·K), and the lid plate has a window frame part made of an identical material having high thermal conductivity and suppressing light reflectance as the flow path plate , and a light transmitting part made of a material allowing transmission of light and secured with the flow path plate .
A method of user authentication to a remote telephony service by means of an application on a mobile telephony device , the method comprising: a) authenticating (S1.1, S1.2, S1.3) the user by interaction with the application , to receive a call identifier from a mobile gateway ; b) initiating (S1.4) a telephone call to the remote telephony service , and after the call has been connected (S1.5) to the remote telephony service , c) sending the call identifier within the telephone call to the remote telephony service , by means of which the user is authenticated (S1.6) to the remote telephony service ; wherein data relating to a purpose of the telephone call is provided by the user on the mobile telephony device ; characterised in that : the data relating to the purpose of the telephone call is passed to the remote telephony service in the call identifier; and in that : in response to authentication of the user to the remote telephony service , the telephone call is transferred to a selected telephone operator terminal based on the data relating to the purpose of the telephone call. a) authenticating (S1.1, S1.2, S1.3) the user by interaction with the application , to receive a call identifier from a mobile gateway ; b) initiating (S1.4) a telephone call to the remote telephony service , and after the call has been connected (S1.5) to the remote telephony service , c) sending the call identifier within the telephone call to the remote telephony service , by means of which the user is authenticated (S1.6) to the remote telephony service ; wherein data relating to a purpose of the telephone call is provided by the user on the mobile telephony device ; characterised in that : the data relating to the purpose of the telephone call is passed to the remote telephony service in the call identifier; and in that : in response to authentication of the user to the remote telephony service , the telephone call is transferred to a selected telephone operator terminal based on the data relating to the purpose of the telephone call.
A computer-implemented method for binocular stereo vision comprising: acquiring a pair of images including a first image and a second image, the pair of images being captured by one or more cameras ; determining a plurality of feature images according to the first image; determining one or more features of an object in the first image according to a training model and the plurality of feature images; determining a first area in the first image, the first area including at least one of the determined one or more features; obtaining depth information of the determined first area based on the first and second images; and determining a second area in the first image based on the determined first area and the depth information, the second area including at least one of the determined first area, the method characterized in that acquiring the pair of images including the first image and the second image comprises: identifying the object in view of a first camera; adjusting a parameter of a second camera so that the object appears in view of the second camera; and acquiring the pair of images captured by the first camera and the second camera when the object appears in view of both the first and second cameras. acquiring a pair of images including a first image and a second image, the pair of images being captured by one or more cameras ; determining a plurality of feature images according to the first image; determining one or more features of an object in the first image according to a training model and the plurality of feature images; determining a first area in the first image, the first area including at least one of the determined one or more features; obtaining depth information of the determined first area based on the first and second images; and determining a second area in the first image based on the determined first area and the depth information, the second area including at least one of the determined first area, the method characterized in that acquiring the pair of images including the first image and the second image comprises: identifying the object in view of a first camera; adjusting a parameter of a second camera so that the object appears in view of the second camera; and acquiring the pair of images captured by the first camera and the second camera when the object appears in view of both the first and second cameras. identifying the object in view of a first camera; adjusting a parameter of a second camera so that the object appears in view of the second camera; and acquiring the pair of images captured by the first camera and the second camera when the object appears in view of both the first and second cameras.
A dishwasher comprising: a cabinet ; a base forming a lower portion of the cabinet ; and a support coupled to a coupling portion provided in the base , supporting the cabinet , wherein the coupling portion includes: a hollow shaped coupling hole ; a plurality of first threads formed in the coupling hole ; and an extension bar that prevents the support from being inserted into the coupling hole any more than a predetermined depth, and the support includes: a plurality of second threads engaged with the first threads ; a stopper formed to be protruded at a groove of the second thread ; and a mounting bar , wherein the plurality of first threads include a third thread formed to be more protruded toward the center of the coupling hole than the first threads , and the third thread is arranged below the stopper when the mounting bar is in contact with the extension bar . a cabinet ; a base forming a lower portion of the cabinet ; and a support coupled to a coupling portion provided in the base , supporting the cabinet , wherein the coupling portion includes: a hollow shaped coupling hole ; a plurality of first threads formed in the coupling hole ; and an extension bar that prevents the support from being inserted into the coupling hole any more than a predetermined depth, and the support includes: a plurality of second threads engaged with the first threads ; a stopper formed to be protruded at a groove of the second thread ; and a mounting bar , wherein the plurality of first threads include a third thread formed to be more protruded toward the center of the coupling hole than the first threads , and the third thread is arranged below the stopper when the mounting bar is in contact with the extension bar . a hollow shaped coupling hole ; a plurality of first threads formed in the coupling hole ; and an extension bar that prevents the support from being inserted into the coupling hole any more than a predetermined depth, and the support includes: a plurality of second threads engaged with the first threads ; a stopper formed to be protruded at a groove of the second thread ; and a mounting bar , wherein the plurality of first threads include a third thread formed to be more protruded toward the center of the coupling hole than the first threads , and the third thread is arranged below the stopper when the mounting bar is in contact with the extension bar . a plurality of second threads engaged with the first threads ; a stopper formed to be protruded at a groove of the second thread ; and a mounting bar , wherein the plurality of first threads include a third thread formed to be more protruded toward the center of the coupling hole than the first threads , and the third thread is arranged below the stopper when the mounting bar is in contact with the extension bar .