mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: means configured for storing a delay length value; means configured for initiating delaying access to at least part of a program; means configured for determining that at least one processing action has been performed on the apparatus by a user, wherein the at least one processing action comprises a user interaction, and means configured for adjusting , based on the at least one processing action, the length of the delaying of access to the at least part of the program to a non-zero adjusted delay length characterized in that said apparatus further comprises: means configured for modifying a price needed to obtain prompt access to the at least part of the program, wherein said adjusting comprises modifying the length of the delay to a value that lies between zero and the original delay length value and wherein a number of user interactions reduces the length of the delay by a first percentage and reduces the price by a second percentage. means configured for storing a delay length value; means configured for initiating delaying access to at least part of a program; means configured for determining that at least one processing action has been performed on the apparatus by a user, wherein the at least one processing action comprises a user interaction, and means configured for adjusting , based on the at least one processing action, the length of the delaying of access to the at least part of the program to a non-zero adjusted delay length characterized in that said apparatus further comprises: means configured for modifying a price needed to obtain prompt access to the at least part of the program, wherein said adjusting comprises modifying the length of the delay to a value that lies between zero and the original delay length value and wherein a number of user interactions reduces the length of the delay by a first percentage and reduces the price by a second percentage.
Method for detecting and handling attacks on a QKD system having two QKD nodes , namely having a first network node and having a second network node which are connected to each other via a quantum channel for generating, according to a method of Quantum Key Distribution, identical quantum-secure keys present simultaneously at both QKD nodes , which quantum channel is used to transmit quantum signals, that is to say quantum mechanical states, between the QKD nodes , wherein a possible attack on the QKD system is detected during the key generation on the basis of a change in the bit error rate, that is to say the Quantum Bit Error Rate QBER, characterized in that , at the input of the QKD node receiving quantum signals via the quantum channel, an additional, deterministic, time periodic signal acting as heartbeat signal is coupled into the quantum channel and, when overlaid with a measurable, system-typical average QBER, produces a QBER which is deterministic in its time characteristic and is able to be evaluated by a control and monitoring device of the QKD node receiving the quantum signals, which control and monitoring device is connected via a control channel to an interface of the QKD system designed for this purpose, and in that a deviation from this deterministic time characteristic of the QBER, registered by means of the control and monitoring device , is detected and signalled as an attack.
A stripping device for stripping sheet-shaped objects from a roll , comprising at least one stripper having a stripping portion configured to be tapering to a point, as well as a supporting portion , wherein the stripping portion and the supporting portion are arranged relative to each other and the stripper is mounted to be rotatable around a bearing in such a manner that, when the stripper in operation with a roll is pressed against the roll while being pre-tensioned, the stripper has two contact points with the roll , which contact points are defined respectively by the stripping portion and the supporting portion of the stripper , wherein the stripper is adapted such that the bearing in operation with a roll , with reference to a rotational axis of the roll , is radially spaced apart from the roll and arranged between the two contact points , characterized in that an angle enclosed in the direction of the roll between a first line connecting the bearing to the one contact point and a second line connecting the bearing to the other contact point , amounts to between approximately 60° and 120°, preferably approximately 90°.
Syngas loop boiler comprising a casing that surrounds a tube bundle , wherein said tube bundle comprises a plurality of tubes , wherein each end of the tubes is joined to a tube-sheet provided with corresponding tube-sheet inlet holes for inletting the syngas in the boiler , wherein each tube-sheet inlet hole is internally provided with at least a protective sleeve welded at both ends to corresponding surfaces of said tube-sheet inlet hole , and wherein each tube-sheet inlet hole is provided with a first respective weld overlay placed at the inlet mouth of said tube-sheet inlet hole , so that a first end of each protective sleeve is welded to said first weld overlay , the syngas loop boiler being characterized in that each tube-sheet inlet hole is internally provided with at least a bore groove that contains a respective in-bore second weld overlay , so that the second end of the protective sleeve is welded to said in-bore second weld overlay .
A method of wireless communication, comprising: determining that respective resources allocated to each of a plurality of scheduling request, SR, opportunities are within a same time period, the SR opportunities each corresponding to a respective one of a plurality of logical channels; identifying a subset of the plurality of SR opportunities for transmission; partitioning the subset into one or more groups of SR opportunities, each group of SR opportunities comprising one or more SR opportunities; and characterized by transmitting one or more SR bits representing the one or more groups of SR opportunities, wherein each of the one or more SR bits represents at least two of the SR opportunities of each of the one or more groups of SR opportunities. determining that respective resources allocated to each of a plurality of scheduling request, SR, opportunities are within a same time period, the SR opportunities each corresponding to a respective one of a plurality of logical channels; identifying a subset of the plurality of SR opportunities for transmission; partitioning the subset into one or more groups of SR opportunities, each group of SR opportunities comprising one or more SR opportunities; and characterized by transmitting one or more SR bits representing the one or more groups of SR opportunities, wherein each of the one or more SR bits represents at least two of the SR opportunities of each of the one or more groups of SR opportunities.
A method performed by a user equipment, UE, comprising: receiving a master information block, MIB, including first configuration for a first control resource set, CORESET, the first CORESET including a first number of resource blocks, RBs, in a frequency domain and a first number of symbols in a time domain; receiving a system information block, SIB, including second configuration for a second CORESET and a reference signal received power, RSRP, threshold, the second CORESET including a second number of RBs in the frequency domain and a second number of symbols in the time domain, wherein the second number of symbols is larger than the first number of symbols; measuring a first RSRP value based on a selected downlink reference signal, DL RS, resource; determining a CORESET to monitor a first physical downlink control channel, PDCCH, among the first CORESET or the second CORESET based on the first RSRP value and the RSRP threshold, wherein the first PDCCH schedules a transmission of a physical downlink shared channel, PDSCH, including a random access response, RAR, message; and receiving the first PDCCH in the determined CORESET, wherein the first PDCCH is received in the first CORESET when the first RSRP value is larger than the RSRP threshold, and wherein the first PDCCH is received in the second CORESET when the first RSRP value is smaller than the RSRP threshold. receiving a master information block, MIB, including first configuration for a first control resource set, CORESET, the first CORESET including a first number of resource blocks, RBs, in a frequency domain and a first number of symbols in a time domain; receiving a system information block, SIB, including second configuration for a second CORESET and a reference signal received power, RSRP, threshold, the second CORESET including a second number of RBs in the frequency domain and a second number of symbols in the time domain, wherein the second number of symbols is larger than the first number of symbols; measuring a first RSRP value based on a selected downlink reference signal, DL RS, resource; determining a CORESET to monitor a first physical downlink control channel, PDCCH, among the first CORESET or the second CORESET based on the first RSRP value and the RSRP threshold, wherein the first PDCCH schedules a transmission of a physical downlink shared channel, PDSCH, including a random access response, RAR, message; and receiving the first PDCCH in the determined CORESET, wherein the first PDCCH is received in the first CORESET when the first RSRP value is larger than the RSRP threshold, and wherein the first PDCCH is received in the second CORESET when the first RSRP value is smaller than the RSRP threshold.
A method for sharing a final image using a device, wherein the method is performed by a server and comprises: receiving image data from the device at the server using network resources, wherein the image data is a representation of the final image with lower resolution and file size as compared to the corresponding final image for sharing; accessing the image data ; accessing identification of at least one object obtained by processing of the image data, wherein the identification process is started before the actual capture of the final image by the device; accessing sharing attributes associated with the at least one object in the final image based on the identification of the object in the final image, wherein the sharing attributes indicate to whom the final image is to be shared; automatically associating the final image with sharing attributes based on the identification of the at least one object; generating information to share the final image based on the sharing attributes; and sending information for sharing the final image based on the sharing attributes from the server. receiving image data from the device at the server using network resources, wherein the image data is a representation of the final image with lower resolution and file size as compared to the corresponding final image for sharing; accessing the image data ; accessing identification of at least one object obtained by processing of the image data, wherein the identification process is started before the actual capture of the final image by the device; accessing sharing attributes associated with the at least one object in the final image based on the identification of the object in the final image, wherein the sharing attributes indicate to whom the final image is to be shared; automatically associating the final image with sharing attributes based on the identification of the at least one object; generating information to share the final image based on the sharing attributes; and sending information for sharing the final image based on the sharing attributes from the server.
A method of reducing destruction of blue colorant dye in a liquid textile or hard surface treatment composition in a bottle that is permeable for UV light by adding ethanol to said composition, in an amount of at least 0.01 % by wt. of the liquid composition.
An air changeover system for a metal hydride heat pump, said system comprising: a first pair of metal hydride reactor modules and a second pair of metal hydride reactor modules , said first pair of metal hydride reactor modules and said second pair of metal hydride reactor modules being aligned and separated by partitions ; a shell for containing said first pair of metal hydride reactor modules and said second pair of metal hydride reactor modules , said shell is compartmentalized to define a separate insulated chamber for each of said metal hydride reactor modules , each of said chambers having an inlet and an outlet for heat transfer medium; and a bearing assembly for supporting said metal hydride reactor modules centrally about said partitions , said bearing assembly comprising a drive mechanism for rotating said metal hydride reactor modules about an axis, wherein said air changeover system is configured to achieve the changeover between an absorption mode and a desorption mode, by rotating said first pair of metal hydride reactor modules and said second pair of metal hydride reactor modules , characterized in that said first pair of metal hydride reactor modules and said second pair of metal hydride reactor modules are configured to be rotated, firstly in clockwise direction and thereafter in anticlockwise direction, by 90°, for achieving said changeover from the absorption mode to the desorption mode and vice-versa. a first pair of metal hydride reactor modules and a second pair of metal hydride reactor modules , said first pair of metal hydride reactor modules and said second pair of metal hydride reactor modules being aligned and separated by partitions ; a shell for containing said first pair of metal hydride reactor modules and said second pair of metal hydride reactor modules , said shell is compartmentalized to define a separate insulated chamber for each of said metal hydride reactor modules , each of said chambers having an inlet and an outlet for heat transfer medium; and a bearing assembly for supporting said metal hydride reactor modules centrally about said partitions , said bearing assembly comprising a drive mechanism for rotating said metal hydride reactor modules about an axis,
A method for controlling the operation of an active suspension system for a motor vehicle passenger seat, where the active suspension system comprises an actuator that is constructed and arranged to be powered so as to place force on the seat that can move the seat in a first degree of freedom (A) and a control system that is responsive to a sensor system that detects motor vehicle accelerations in at least the first degree of freedom (A), where the sensor system comprises an accident detection system that detects motor vehicle accident conditions, where the control system provides control signals that cause the actuator to exert a force on the seat in the first degree of freedom (A), wherein in normal active suspension operation mode the actuator is controlled to output forces that reduce acceleration of the seat so as to counteract motions of the seat in the first degree of freedom (A), the method comprising: in response to the detection of an accident condition, using the control system to operate the actuator in a crash performance mode where the power to the actuator is controlled such that the actuator outputs a force on the seat that can move the seat, where the force is proportional to the velocity of the seat in the first degree of freedom (A).
A balancing device for a rotating part , - said rotating part defining a rotation axis , - said balancing device defining a central axis and being able to be bound to said rotating part so that said central axis basically coincides with said rotation axis , and comprising: - at least one eccentric mass that can be rotated about said central axis and that is not balanced in relation to said central axis , - at least one balancing motor , designed to rotate said eccentric mass , in relation to said rotating part around said central axis , - a fixed portion integral, in use, with said rotating part , and being characterised in that said balancing motor comprises stick-slip motor means, - said balancing motor comprising at least one active portion , movable in relation to said fixed portion and connected to said fixed portion by at least one thrust element , said thrust element being designed to move, by means of its active deformation following electrical impulses, at least part of said active portion in the circumferential direction in relation to said central axis . - said active portion comprising a support , protruding in the direction of said central axis , and said support resting, in the direction of said central axis , on said eccentric mass , - and said balancing device comprises axial thrust means designed to press said support against said eccentric mass . - said rotating part defining a rotation axis , - said balancing device defining a central axis and being able to be bound to said rotating part so that said central axis basically coincides with said rotation axis , and comprising: - at least one eccentric mass that can be rotated about said central axis and that is not balanced in relation to said central axis , - at least one balancing motor , designed to rotate said eccentric mass , in relation to said rotating part around said central axis , - a fixed portion integral, in use, with said rotating part , and being characterised in that said balancing motor comprises stick-slip motor means, - at least one eccentric mass that can be rotated about said central axis and that is not balanced in relation to said central axis , - at least one balancing motor , designed to rotate said eccentric mass , in relation to said rotating part around said central axis , - a fixed portion integral, in use, with said rotating part , - said balancing motor comprising at least one active portion , movable in relation to said fixed portion and connected to said fixed portion by at least one thrust element , said thrust element being designed to move, by means of its active deformation following electrical impulses, at least part of said active portion in the circumferential direction in relation to said central axis . - said active portion comprising a support , protruding in the direction of said central axis , and said support resting, in the direction of said central axis , on said eccentric mass , - and said balancing device comprises axial thrust means designed to press said support against said eccentric mass .
A bending angle measuring method on a bending machine , in particular a bending press or a swivel bending machine, wherein the bending machine comprises a bending tool arrangement , said bending tool arrangement comprising at least one upper tool and one lower tool , wherein • a sheet metal to be formed is inserted into the bending tool arrangement ; • a light pattern is emitted onto a section by means of a lighting device of a bending angle measuring device , wherein the section is formed as a single part and covers a sub-region on a lateral surface of the lower tool and the inserted sheet metal ; • the light pattern on the lower tool and on the sheet metal is detected by an image detecting device of the bending angle measuring device ; • a bending angle is determined from the detected light pattern by an analysis module; • in the detected image, a transition between the lower tool and the sheet metal is determined by the analysis module; characterized in that • based on the transition portion , a sub-detection region in the detection range of the image detecting device is determined; • the sub-detection region is detected by the image detecting device designed as a high-resolution camera with a resolution of at least 500ppi in the sub-detection region ; • and in that during the bend-forming, the currently adjusting bending angle is determined; • wherein the bending angle is determined from the amount of data to be processed by the analysis module reduced to the sub-detection region by reduction of the detected image. • a sheet metal to be formed is inserted into the bending tool arrangement ; • a light pattern is emitted onto a section by means of a lighting device of a bending angle measuring device , wherein the section is formed as a single part and covers a sub-region on a lateral surface of the lower tool and the inserted sheet metal ; • the light pattern on the lower tool and on the sheet metal is detected by an image detecting device of the bending angle measuring device ; • a bending angle is determined from the detected light pattern by an analysis module; • in the detected image, a transition between the lower tool and the sheet metal is determined by the analysis module; characterized in that • based on the transition portion , a sub-detection region in the detection range of the image detecting device is determined; • the sub-detection region is detected by the image detecting device designed as a high-resolution camera with a resolution of at least 500ppi in the sub-detection region ; • and in that during the bend-forming, the currently adjusting bending angle is determined; • wherein the bending angle is determined from the amount of data to be processed by the analysis module reduced to the sub-detection region by reduction of the detected image.
A fusion product in which a skin-penetrating peptide is fused with a biologically active substance, for use in therapy by delivering a biologically active substance into an epidermal cell, a dermal cell, or skin tissues, or through skin, wherein the skin-penetrating peptide is according to sequence (X1) n -X2-(cysteine)-(X3) m , wherein n is an integer from 3 to 14, m is an integer from 4 to 14, each of X1 and X3 is independently arginine, lysine or histidine, and X2 is alanine, glycine, proline, tryptophan, phenylalanine, leucine, isoleucine, methionine, valine, arginine, lysine or histidine.
Furniture element having an outer body and an inner body which is movably mounted relative to the outer body via a translation-rotation bearing , - wherein the outer body and the inner body comprise at least a bottom panel and a cover panel , - wherein the inner body has at least one side wall connected to the bottom panel and the cover panel , - wherein the translation-rotation bearing is arranged between the bottom panel of the outer body and the bottom panel of the inner body , - wherein the cover panel of the inner body or a plate arranged between the cover panel of the outer body and the cover panel of the inner body is designed as a functional panel having a first guide track integrated therein and at least one functional element integrated therein, - wherein a guide element is arranged on the cover panel of the outer body , which guide element projects into the first guide track and is movable along the guide track and interacts with the functional element when the latter is reached, characterized in that - the functional element is designed as a self-retracting device, self-extending device, center-retracting device, ejector element or damping element. - wherein the outer body and the inner body comprise at least a bottom panel and a cover panel , - wherein the inner body has at least one side wall connected to the bottom panel and the cover panel , - wherein the translation-rotation bearing is arranged between the bottom panel of the outer body and the bottom panel of the inner body , - wherein the cover panel of the inner body or a plate arranged between the cover panel of the outer body and the cover panel of the inner body is designed as a functional panel having a first guide track integrated therein and at least one functional element integrated therein, - wherein a guide element is arranged on the cover panel of the outer body , which guide element projects into the first guide track and is movable along the guide track and interacts with the functional element when the latter is reached, characterized in that - the functional element is designed as a self-retracting device, self-extending device, center-retracting device, ejector element or damping element.