mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising at least one processor, and at least one memory including computer program code, wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the apparatus to: transform a signal constellation based on one or more parameter values, wherein the one or more parameter values indicate a shape of the transformed signal constellation; and transmit one or more signals based at least partly on the transformed signal constellation, wherein the signal constellation is transformed by adjusting a scaling of an imaginary axis of the signal constellation based on a first parameter value of the one or more parameter values, and controlling a level of asymmetry of the signal constellation based on a second parameter value of the one or more parameter values. transform a signal constellation based on one or more parameter values, wherein the one or more parameter values indicate a shape of the transformed signal constellation; and transmit one or more signals based at least partly on the transformed signal constellation, wherein the signal constellation is transformed by adjusting a scaling of an imaginary axis of the signal constellation based on a first parameter value of the one or more parameter values, and controlling a level of asymmetry of the signal constellation based on a second parameter value of the one or more parameter values.
Control device for a conveyor for transporting products conveyor for transporting products having a processor which generates control signals for at least one drive motor , operated in stop-and-go mode, of a transport section (110; 120; 130) of the conveyor for transporting products ; wherein - the processor is configured, when stopping the transport section (110; 120; 130) of the conveyor for transporting products , to control the drive motor by means of a phase-cut on and/or phase-cut off in such a manner that the torque (M(t)) generated by the drive motor is reduced in accordance with an adjustable stop function, and - the processor adjusts the stop function in dependence on detected process data of the transport section (110; 120; 130) wherein the detected process data comprise information about a current operating temperature. - the processor is configured, when stopping the transport section (110; 120; 130) of the conveyor for transporting products , to control the drive motor by means of a phase-cut on and/or phase-cut off in such a manner that the torque (M(t)) generated by the drive motor is reduced in accordance with an adjustable stop function, and - the processor adjusts the stop function in dependence on detected process data of the transport section (110; 120; 130) wherein the detected process data comprise information about a current operating temperature.
A method performed by a User Equipment, UE , for a Configured Grant, CG, configuration, the method comprising: receiving a Radio Resource Control, RRC, release message from a first cell of a Network, NW, while the UE is in an RRC_CONNECTED state, the RRC release message including a Small Data Transmission, SDT, configuration that includes the CG configuration; entering an RRC_INACTIVE state in response to receiving the RRC release message; and releasing the CG configuration if the UE moves from the first cell to a second cell. receiving a Radio Resource Control, RRC, release message from a first cell of a Network, NW, while the UE is in an RRC_CONNECTED state, the RRC release message including a Small Data Transmission, SDT, configuration that includes the CG configuration; entering an RRC_INACTIVE state in response to receiving the RRC release message; and releasing the CG configuration if the UE moves from the first cell to a second cell.
Document , comprising: a first document page comprising a light-transparent window ; a second document page comprising a security feature located in a predetermined area, wherein the position of the predetermined area on the second document page corresponds to the position of the light transparent window of the first document page , such that when the first document page and the second document page are brought together, the security feature is readable through the light transparent window , wherein a further security feature is formed in the light transparent window , and wherein the security feature and the further security feature in the light-transparent window complement each other to form an overall security feature so that a pattern is created which becomes visible when both sides of the document are superimposed according to their purpose, wherein the further security feature is light-transparent in a certain wavelength range, so that the security feature is readable through the further security feature, wherein the further security feature is absorbent or reflective in a further wavelength range, so that the further security feature is readable in the further wavelength range, wherein the security feature or the further security feature is wholly or completely readable in the visible wavelength range, whereas in the infrared wavelength range or in the UV wavelength range only parts of the security feature or of the further security feature are readable, so that a matrix with infrared areas or UV areas is formed, which encodes data of the document . a first document page comprising a light-transparent window ; a second document page comprising a security feature located in a predetermined area, wherein the position of the predetermined area on the second document page corresponds to the position of the light transparent window of the first document page , such that when the first document page and the second document page are brought together, the security feature is readable through the light transparent window , wherein a further security feature is formed in the light transparent window , and wherein the security feature and the further security feature in the light-transparent window complement each other to form an overall security feature so that a pattern is created which becomes visible when both sides of the document are superimposed according to their purpose, wherein the further security feature is light-transparent in a certain wavelength range, so that the security feature is readable through the further security feature, wherein the further security feature is absorbent or reflective in a further wavelength range, so that the further security feature is readable in the further wavelength range, wherein the security feature or the further security feature is wholly or completely readable in the visible wavelength range, whereas in the infrared wavelength range or in the UV wavelength range only parts of the security feature or of the further security feature are readable, so that a matrix with infrared areas or UV areas is formed, which encodes data of the document .
An image processing apparatus comprising: first obtainment means for obtaining a region including an object targeted for recognition included in a processing target image using a neural network; and second obtainment means for obtaining pixels corresponding to the object targeted for recognition included in the processing target image using the neural network, wherein the neural network includes: an encoder unit configured to obtain a feature map by performing convolutional processing on the processing target image; a first decoder unit configured to obtain a region including the object targeted for recognition based on the feature map obtained by the encoder unit; a partial feature map obtainment unit configured to obtain, from the feature map obtained by the encoder unit, a partial feature map of a portion corresponding to the region including the object targeted for recognition obtained by the first decoder unit; and a second decoder unit configured to obtain pixels corresponding to the object targeted for recognition based on the partial feature map obtained by the partial feature map obtainment unit. first obtainment means for obtaining a region including an object targeted for recognition included in a processing target image using a neural network; and second obtainment means for obtaining pixels corresponding to the object targeted for recognition included in the processing target image using the neural network, wherein the neural network includes: an encoder unit configured to obtain a feature map by performing convolutional processing on the processing target image; a first decoder unit configured to obtain a region including the object targeted for recognition based on the feature map obtained by the encoder unit; a partial feature map obtainment unit configured to obtain, from the feature map obtained by the encoder unit, a partial feature map of a portion corresponding to the region including the object targeted for recognition obtained by the first decoder unit; and a second decoder unit configured to obtain pixels corresponding to the object targeted for recognition based on the partial feature map obtained by the partial feature map obtainment unit. an encoder unit configured to obtain a feature map by performing convolutional processing on the processing target image; a first decoder unit configured to obtain a region including the object targeted for recognition based on the feature map obtained by the encoder unit; a partial feature map obtainment unit configured to obtain, from the feature map obtained by the encoder unit, a partial feature map of a portion corresponding to the region including the object targeted for recognition obtained by the first decoder unit; and a second decoder unit configured to obtain pixels corresponding to the object targeted for recognition based on the partial feature map obtained by the partial feature map obtainment unit.
An Optical channel Data Unit flex, ODUflex, resizing method, in a node in an Optical Transport Network, OTN, , comprising: determining, based on monitoring an egress cell rate or an ingress flow rate, that the ODUflex requires resizing, wherein the ODUflex is configured in the OTN network on a current path between the node and a second node in the OTN network ; when the resizing is a decrease, reducing a size of the ODUflex by one of i) a resize decrease operation using a control plane and ii) a Link Aggregation Group, LAG, and Make-Before-Break, MBB, operation; and when the resizing is an increase, increasing a size of the ODUflex by one of i) a resize increase operation using a control plane and ii) a Link Aggregation Group and Make-Before-Break operation, characterised by the resizing being done in a hitless manner and without using associated state machines and rate ramping of ITU-T Recommendation G.7044/Y.1347-10/2011 via one of i) the control plane signaling to partially configure or reserve a resized path, suspending transfer of packets across the ODUflex just prior to physical resizing when buffering is available, and signaling to the partially configured or reserved resized path, and ii) in the LAG, creating a new pipe while maintaining an initial pipe, performing the MBB operation between the new pipe and the initial pipe, and deleting the initial pipe. determining, based on monitoring an egress cell rate or an ingress flow rate, that the ODUflex requires resizing, wherein the ODUflex is configured in the OTN network on a current path between the node and a second node in the OTN network ; when the resizing is a decrease, reducing a size of the ODUflex by one of i) a resize decrease operation using a control plane and ii) a Link Aggregation Group, LAG, and Make-Before-Break, MBB, operation; and when the resizing is an increase, increasing a size of the ODUflex by one of i) a resize increase operation using a control plane and ii) a Link Aggregation Group and Make-Before-Break operation, characterised by the resizing being done in a hitless manner and without using associated state machines and rate ramping of ITU-T Recommendation G.7044/Y.1347-10/2011 via one of i) the control plane signaling to partially configure or reserve a resized path, suspending transfer of packets across the ODUflex just prior to physical resizing when buffering is available, and signaling to the partially configured or reserved resized path, and ii) in the LAG, creating a new pipe while maintaining an initial pipe, performing the MBB operation between the new pipe and the initial pipe, and deleting the initial pipe. i) the control plane signaling to partially configure or reserve a resized path, suspending transfer of packets across the ODUflex just prior to physical resizing when buffering is available, and signaling to the partially configured or reserved resized path, and ii) in the LAG, creating a new pipe while maintaining an initial pipe, performing the MBB operation between the new pipe and the initial pipe, and deleting the initial pipe.
A dental cleaning appliance comprising: a pump for generating a burst of working fluid having a volume which is less than 1ml; a control circuit for activating the pump : a nozzle for delivering the burst of working fluid to the teeth of a user; and a fluid conduit for conveying working fluid from the pump to the nozzle ; wherein the nozzle comprises a fluid chamber extending about a longitudinal axis (X) and a channel for conveying working fluid from the fluid chamber to a fluid outlet from the nozzle , the fluid chamber comprising a fluid inlet for conveying working fluid into the fluid chamber at an angle to the longitudinal axis (X) to generate angular momentum of the working fluid about the longitudinal axis (X) of the fluid chamber to cause the burst of working fluid to break up to form a spray which is delivered to the teeth of the user. a pump for generating a burst of working fluid having a volume which is less than 1ml; a control circuit for activating the pump : a nozzle for delivering the burst of working fluid to the teeth of a user; and a fluid conduit for conveying working fluid from the pump to the nozzle ; wherein the nozzle comprises a fluid chamber extending about a longitudinal axis (X) and a channel for conveying working fluid from the fluid chamber to a fluid outlet from the nozzle , the fluid chamber comprising a fluid inlet for conveying working fluid into the fluid chamber at an angle to the longitudinal axis (X) to generate angular momentum of the working fluid about the longitudinal axis (X) of the fluid chamber to cause the burst of working fluid to break up to form a spray which is delivered to the teeth of the user. a nozzle for delivering the burst of working fluid to the teeth of a user; and a fluid conduit for conveying working fluid from the pump to the nozzle ; wherein the nozzle comprises a fluid chamber extending about a longitudinal axis (X) and a channel for conveying working fluid from the fluid chamber to a fluid outlet from the nozzle , the fluid chamber comprising a fluid inlet for conveying working fluid into the fluid chamber at an angle to the longitudinal axis (X) to generate angular momentum of the working fluid about the longitudinal axis (X) of the fluid chamber to cause the burst of working fluid to break up to form a spray which is delivered to the teeth of the user.
A vehicle air conditioner comprising: a refrigeration cycle in which a refrigerant (R) circulates; a high-temperature cycle (HS) in which a first heat medium (HW) in liquid form heated by the refrigeration cycle circulates; a low-temperature cycle (CS) in which a second heat medium (CW) in liquid form cooled by the refrigeration cycle circulates; and a seat that is provided in a vehicle interior and has a warm flow passage and a cold flow passage disposed close to each other, wherein the warm flow passage is provided on a route of the high-temperature cycle, and the cold flow passage is provided on a route of the low-temperature cycle. a refrigeration cycle in which a refrigerant (R) circulates; a high-temperature cycle (HS) in which a first heat medium (HW) in liquid form heated by the refrigeration cycle circulates; a low-temperature cycle (CS) in which a second heat medium (CW) in liquid form cooled by the refrigeration cycle circulates; and a seat that is provided in a vehicle interior and has a warm flow passage and a cold flow passage disposed close to each other, wherein the warm flow passage is provided on a route of the high-temperature cycle, and the cold flow passage is provided on a route of the low-temperature cycle.
Method for operating a communication system having multiple nodes that have access to a common channel of the communication system , wherein the method involves a transmission process for transmitting a message via the channel being monitored for bit errors , wherein the occurrence of a bit error results in a signalling message for signalling the bit error being transmitted via the channel , wherein a signalling rate (r) of the signalling messages is measured, characterized in that a bit error rate (BER) of the channel is ascertained on the basis of the signalling rate (r) and a channel occupancy (p) of the channel and a capacity (c) of the channel .
A lighting apparatus equipped with a light source with a directed light beam, comprising a lamp body , extending along a longitudinal axis (X) and wherein the light source is housed, supported by a support , and wherein the lamp body is fixed to the support by means of a releasable tensioning system, operable between a locked configuration wherein the rotation of the lamp body relative to the longitudinal axis (X) is prevented, and a released configuration wherein the rotation of the lamp body relative to the longitudinal axis (X) is allowed, characterized in that the support comprises a bearing base and a stem extending from the base , wherein the stem bears a bracket ; wherein the bracket comprises an annular body defining a support compartment wherein the lamp body is inserted, said body being equipped with two parts joined together by the releasable tensioning system; wherein the two parts form a socket portion held in a seat arranged in the stem ; wherein the releasable tensioning system is a bushing-screw-type system consisting of pin formed by a screw inserted into a bushing ; wherein the socket portion , the seat and the pin form a hinge that allows the rotation of the lamp body around a transverse axis (Z).
A computer-implemented method to provide a user interface, the method comprising: identifying a user journey by analyzing data comprising user interaction data, wherein the user journey includes a sequence of input operations to be performed by a user at a user interface to perform a computer-mediated task; analyzing one or more of: application programming interface (API) definitions of a plurality of software applications or user interface (UI) elements of the plurality of software applications to identify a plurality of executable units, wherein each executable unit can be run on a processor to provide a corresponding functionality; based on the user journey and the plurality of executable units, generating an execution block that defines a sequence of two or more of the plurality of executable units and wherein execution of the execution block using a processor completes the computer-mediated task; and providing a user interface that includes the execution block. identifying a user journey by analyzing data comprising user interaction data, wherein the user journey includes a sequence of input operations to be performed by a user at a user interface to perform a computer-mediated task; analyzing one or more of: application programming interface (API) definitions of a plurality of software applications or user interface (UI) elements of the plurality of software applications to identify a plurality of executable units, wherein each executable unit can be run on a processor to provide a corresponding functionality; based on the user journey and the plurality of executable units, generating an execution block that defines a sequence of two or more of the plurality of executable units and wherein execution of the execution block using a processor completes the computer-mediated task; and providing a user interface that includes the execution block.
A method for producing a transistor comprising the steps of: - producing, on a substrate provided with a semiconductor surface layer wherein an active area is capable of being formed: a gate block arranged on this active area, - forming lateral protection areas against lateral faces of said gate block , - depositing at least one layer of metal material so as to cover the gate block , the protection areas and the active area and carrying out at least one thermal annealing so as to form, in the active area, regions based on metal material-semiconductor material compound on either side of the gate and in the continuation of a portion located facing the gate block, this semiconductor portion being capable of forming a transistor channel, said thermal annealing being provided, in particular in terms of duration, such that an interface between the one or more regions based on a metal material-semiconductor material compound and said semi-conductor portion is located vertically to the lateral protection areas or beneath and facing the lateral protection areas , the regions based on a metal material-semiconductor material compound being capable of respectively forming transistor source and drain regions, then - forming insulating spacers on either side of the gate and resting on said regions based on a metal material-semiconductor material compound. - producing, on a substrate provided with a semiconductor surface layer wherein an active area is capable of being formed: a gate block arranged on this active area, - forming lateral protection areas against lateral faces of said gate block , - depositing at least one layer of metal material so as to cover the gate block , the protection areas and the active area and carrying out at least one thermal annealing so as to form, in the active area, regions based on metal material-semiconductor material compound on either side of the gate and in the continuation of a portion located facing the gate block, this semiconductor portion being capable of forming a transistor channel, said thermal annealing being provided, in particular in terms of duration, such that an interface between the one or more regions based on a metal material-semiconductor material compound and said semi-conductor portion is located vertically to the lateral protection areas or beneath and facing the lateral protection areas , the regions based on a metal material-semiconductor material compound being capable of respectively forming transistor source and drain regions, then - forming insulating spacers on either side of the gate and resting on said regions based on a metal material-semiconductor material compound.
An agent for use in the therapeutic and/or prophylactic treatment of a cancer(s), the agent comprising as an effective ingredient any one of the polypeptides (a) or(b) below, said polypeptide having cytotoxicity-inducing activity of inducing cytotoxic activity against tumor cells in vitro in T cells stimulated with the polypeptide, or as an effective ingredient a recombinant vector which comprises a polynucleotide encoding said polypeptide and is capable of expressing said polypeptide in vivo : (a) a polypeptide consisting of the amino acid sequence shown in SEQ ID NO: 16 or 18 in SEQUENCE LISTING; and (b) a polypeptide having a sequence identity of not less than 90% to the polypeptide (a). (a) a polypeptide consisting of the amino acid sequence shown in SEQ ID NO: 16 or 18 in SEQUENCE LISTING; and (b) a polypeptide having a sequence identity of not less than 90% to the polypeptide (a).