mhurhangee/ep-ind-claims huggingface dataset:
A Schumann wave generating apparatus, comprising: a receiving module configured to receive a Schumann wave signal; a modulation module configured to modulate a generation state of a Schumann wave; and a control module configured to control, according to the Schumann wave signal received by the receiving module, the modulation module to adjust the generation state of the Schumann wave characterized in that the control module controls the modulation module to increase the generation amplitude of the Schumann wave when the received Schumann wave signal meets a preset condition; and the control module controls the modulation module to increase the generation interval of the Schumann wave when the received Schumann wave signal does not meet the preset condition. a receiving module configured to receive a Schumann wave signal; a modulation module configured to modulate a generation state of a Schumann wave; and a control module configured to control, according to the Schumann wave signal received by the receiving module, the modulation module to adjust the generation state of the Schumann wave characterized in that the control module controls the modulation module to increase the generation amplitude of the Schumann wave when the received Schumann wave signal meets a preset condition; and the control module controls the modulation module to increase the generation interval of the Schumann wave when the received Schumann wave signal does not meet the preset condition.
A method for realizing a signalling agent based on a media gateway control protocol, comprising the following steps of: providing an agent equipment between media gateways and a media gateway controller, the media gateways being located in a network different from the network in which the media gateway controller is located, the agent equipment providing the signalling agent and network address translation between different networks, wherein all the media gateways under the control of the media gateway controller have different domain names, each endpoint identifier includes domain name information of a media gateway, and the media gateway controller distinguishes uniquely each of the media gateways by its domain name in the endpoint identifier; requesting by one of the media gateways registration to the media gateway controller; for a MGCP/MEGACO signalling sent from the one of the media gateways to the media gateway controller, if not related to media, directly replacing a transaction number by the agent equipment and then forwarding the signaling; if the MGCP/MEGACO signalling is related to media, processing a media attribute correspondingly by the agent equipment and then forwarding the signaling; for a request message sent from the media gateway controller to the one of the media gateways, sending the request message to the corresponding media gateway by the agent equipment according to the domain name in the endpoint identifier. providing an agent equipment between media gateways and a media gateway controller, the media gateways being located in a network different from the network in which the media gateway controller is located, the agent equipment providing the signalling agent and network address translation between different networks, wherein all the media gateways under the control of the media gateway controller have different domain names, each endpoint identifier includes domain name information of a media gateway, and the media gateway controller distinguishes uniquely each of the media gateways by its domain name in the endpoint identifier; requesting by one of the media gateways registration to the media gateway controller; for a MGCP/MEGACO signalling sent from the one of the media gateways to the media gateway controller, if not related to media, directly replacing a transaction number by the agent equipment and then forwarding the signaling; if the MGCP/MEGACO signalling is related to media, processing a media attribute correspondingly by the agent equipment and then forwarding the signaling; for a request message sent from the media gateway controller to the one of the media gateways, sending the request message to the corresponding media gateway by the agent equipment according to the domain name in the endpoint identifier.
A switch cabinet light for illuminating the interior of a switch cabinet, comprising a light-emitting circuit board that has at least a first and a second orientation relative to a translucent light cover of the switch cabinet light in order to vary the beam direction of the switch cabinet light, wherein a light-emitting side of the light-emitting circuit board faces toward a first wall section of the translucent light cover in a first orientation of the light-emitting circuit board and toward a second wall section of the translucent light cover in a second orientation of the light-emitting circuit board, characterized in that, when the light cover is placed, the light-emitting circuit board extends between a plug-in receptacle of a lamp base body and an opposing supporting structure on an inner side of an end face of the lamp cover, wherein the light cover has a U-shape in cross section perpendicular to the longitudinal direction and the two wall sections (4, 6) are opposite to each other and extend parallel to each other and are connected to each other by the end face, and wherein the light cover is fastened to the lamp base body by means of two tongue-and-groove connections.
A method for forgery detection in identification documents containing data fields with IR-absorbing personalized data, comprising the following steps: (i) reading a data field that contains an IR-absorbing personalized data set with an IR reader; (ii) determining a number of alphanumeric characters in the read data field in an evaluation unit; and (iii) providing an expected value for the data field containing the IR-absorbing personalized data set in the evaluation unit, wherein - the expected value is set based on a predefined number of characters expected in the data field, or - in addition, a length of the read data field is determined and a maximum number of characters is calculated based on the length and a predefined average character size, which is to be expected in the data field, and the expected value is determined based on the calculated maximum number of characters; (iv) comparing the determined number of characters with the expected value for this data field in the evaluation unit and, in the event that the number of characters exceeds the expected value, generating a test signal, wherein the IR-absorbing personalized data is stored by means of an ink containing IR-absorbing pigments or by means of laser irradiation generating IR-absorbing black soot particles, wherein the test signal is used to produce a signal sound or an optical warning indication. (i) reading a data field that contains an IR-absorbing personalized data set with an IR reader; (ii) determining a number of alphanumeric characters in the read data field in an evaluation unit; and (iii) providing an expected value for the data field containing the IR-absorbing personalized data set in the evaluation unit, wherein - the expected value is set based on a predefined number of characters expected in the data field, or - in addition, a length of the read data field is determined and a maximum number of characters is calculated based on the length and a predefined average character size, which is to be expected in the data field, and the expected value is determined based on the calculated maximum number of characters; - the expected value is set based on a predefined number of characters expected in the data field, or - in addition, a length of the read data field is determined and a maximum number of characters is calculated based on the length and a predefined average character size, which is to be expected in the data field, and the expected value is determined based on the calculated maximum number of characters; (iv) comparing the determined number of characters with the expected value for this data field in the evaluation unit and, in the event that the number of characters exceeds the expected value, generating a test signal, wherein the IR-absorbing personalized data is stored by means of an ink containing IR-absorbing pigments or by means of laser irradiation generating IR-absorbing black soot particles, wherein the test signal is used to produce a signal sound or an optical warning indication.
Device for programming a handling apparatus, particularly an industrial robot, having an operator control unit that is arranged on an arm of the handling apparatus and that can be moved together with the arm to different positions, particularly machining positions, by an operator for the purpose of programming motion sequences, having input means (25 to 28) on the operator control unit for capturing at least positions of the arm, preferably in the form of input keys, wherein the operator control unit is coupled to a control device of the handling apparatus, wherein the input means (25 to 28) of the operator control unit can be used to display data transmitted to the control device to the operator by means of a monitor unit, wherein the input means (25 to 28) are additionally used for the control or operator control of display and input menus stored in the control device, wherein the display and input menus can be displayed on the monitor unit, and wherein the input means (25 to 28) for capturing at least positions of the arm and for controlling display and input menus stored in the control device are the same input means (25 to 28), characterized in that the input means (25 to 28) are arranged on the operator control unit in multiples.
A switchable heteropolymer, comprising: an acrylamide monomer comprising an attachment group to react with a functional group attached to a primer; and a monomer comprising a stimuli-responsive functional group, wherein the monomer comprising the stimuli-responsive functional group is selected from the group consisting of an acrylamide, acrylate, or vinyl monomer including a terminal saccharide-responsive functional group, wherein the terminal saccharide-responsive functional group comprises a boronic acid group; and an acrylamide, acrylate, or vinyl monomer including a terminal salt-responsive functional group, wherein the salt-responsive functional group is a zwitterionic functional group exhibiting antipolyelectrolyte behavior; and further wherein the term switchable heteropolymer is defined as a heteropolymer which can transition from a starting state to a second, switched state upon exposure to a stimulus. an acrylamide monomer comprising an attachment group to react with a functional group attached to a primer; and a monomer comprising a stimuli-responsive functional group, wherein the monomer comprising the stimuli-responsive functional group is selected from the group consisting of an acrylamide, acrylate, or vinyl monomer including a terminal saccharide-responsive functional group, wherein the terminal saccharide-responsive functional group comprises a boronic acid group; and an acrylamide, acrylate, or vinyl monomer including a terminal salt-responsive functional group, wherein the salt-responsive functional group is a zwitterionic functional group exhibiting antipolyelectrolyte behavior; and further wherein the term switchable heteropolymer is defined as a heteropolymer which can transition from a starting state to a second, switched state upon exposure to a stimulus.
A battery pack comprising: - a number of battery cells connected to two or more terminals configured to establish an electrical connection with a power source for charging the battery cells or with a battery-driven apparatus for discharging the battery cells; - an electronic system comprising a) a first electronic system configured to measure one or more parameters on the battery cells, b) a second electronic system configured to control the charging and/or discharging of the battery cells in the battery pack, and c) a third electronic system configured to control the operation of the battery driven apparatus; and - a communications interface configured to communicate with at least one external device (7, 8, 9); characterized in that the communications interface is adapted to communicate with at least one other battery pack connected to the power source or to the battery driven apparatus via one or more communications paths in the power source or in the battery driven apparatus or via a wireless connection; wherein the battery pack is adapted to transmit its charging or discharging information to the at least one other battery pack connected to the power source or to the battery driven apparatus and to generate a charging or discharging list; the order of battery packs on the list being prioritized according to a number of criteria selected from the group consisting of discharge status, actual temperature, capacity size, cell technology, age, and internal impedance. - a number of battery cells connected to two or more terminals configured to establish an electrical connection with a power source for charging the battery cells or with a battery-driven apparatus for discharging the battery cells; - an electronic system comprising a) a first electronic system configured to measure one or more parameters on the battery cells, b) a second electronic system configured to control the charging and/or discharging of the battery cells in the battery pack, and c) a third electronic system configured to control the operation of the battery driven apparatus; and a) a first electronic system configured to measure one or more parameters on the battery cells, b) a second electronic system configured to control the charging and/or discharging of the battery cells in the battery pack, and c) a third electronic system configured to control the operation of the battery driven apparatus; and - a communications interface configured to communicate with at least one external device (7, 8, 9);
A wearable item that includes at least one elongate member for supporting at least one attachable element, wherein the elongate member is fabricated from an inner core that is surrounded by at least one outer layer, and wherein: - the at least one outer layer is configured to be elastic when strained by application of a stress below a first elastic limit, wherein the at least one outer layer is configured to experience a permanent deformation when strained by application of a stress above the first elastic limit; - the inner core is configured to be: elastic when strained by application of a stress below a second elastic limit, and permanently deformed when strained by application of a stress above the second elastic limit; wherein the at least one outer layer includes at least one gap radially arranged on the at least one elongate member. wherein the at least one gap is formed between a first element and a second element of the at least one outer layer that are coupled in a mutually pivotal manner using the inner core, and wherein torsional adjustment of the inner core enables pivotal movement of the second element and the first element. characterized in that one or more abutting ends of the first element and/or the second element are configured to slip rotationally with respect to the inner core for accommodating torsional adjustment of the inner core. - the at least one outer layer is configured to be elastic when strained by application of a stress below a first elastic limit, wherein the at least one outer layer is configured to experience a permanent deformation when strained by application of a stress above the first elastic limit; - the inner core is configured to be: elastic when strained by application of a stress below a second elastic limit, and permanently deformed when strained by application of a stress above the second elastic limit; wherein the at least one outer layer includes at least one gap radially arranged on the at least one elongate member. wherein the at least one gap is formed between a first element and a second element of the at least one outer layer that are coupled in a mutually pivotal manner using the inner core, and wherein torsional adjustment of the inner core enables pivotal movement of the second element and the first element. characterized in that one or more abutting ends of the first element and/or the second element are configured to slip rotationally with respect to the inner core for accommodating torsional adjustment of the inner core.
An additive mixture consisting of at least one thiobis phenolic antioxidant and at least one polyalkylene glycol of a weight average molecular weight of at least 1,000; wherein the mixture is a dry blend.
A spatial optical communication receiver comprising: a telescope for focusing a spatially propagated optical signal and outputting the optical signal collimated; a pointing mirror for compensating for an angle shift of the optical signal output from the telescope; a focusing optical system for focusing the optical signal from the pointing mirror; a multi-core fiber having a plurality of cores for transmitting the optical signal focused; a splitter for outputting optical signals of each core transmitted by the multi-core fiber through different single mode fibers for each core; coherent detectors for performing coherent detection on the optical signals from each single mode fiber; and a digital signal processing unit (110, 602, 904, 1300) for decoding digital signals of the signals subjected to the coherent detection, wherein the digital signal processing unit (110, 602, 904, 1300) includes an adaptive equalizer (201, 201a, 201b) for performing multi-input and single-output equalization, a phase compensation unit for compensating for a phase of a signal from the adaptive equalizer, a decoding unit for decoding the phase-compensated signal, a power monitor for outputting a monitored value of power corresponding to each of the cores, and an angle shift detecting unit for outputting an angle shift signal indicating a value of the angle shift of the optical signal input to the focusing optical system by using the monitored value, and wherein the pointing mirror is adapted to update a compensation angle correspondingly to the angle shift signal. a telescope for focusing a spatially propagated optical signal and outputting the optical signal collimated; a pointing mirror for compensating for an angle shift of the optical signal output from the telescope; a focusing optical system for focusing the optical signal from the pointing mirror; a multi-core fiber having a plurality of cores for transmitting the optical signal focused; a splitter for outputting optical signals of each core transmitted by the multi-core fiber through different single mode fibers for each core; coherent detectors for performing coherent detection on the optical signals from each single mode fiber; and a digital signal processing unit (110, 602, 904, 1300) for decoding digital signals of the signals subjected to the coherent detection, wherein the digital signal processing unit (110, 602, 904, 1300) includes an adaptive equalizer (201, 201a, 201b) for performing multi-input and single-output equalization, a phase compensation unit for compensating for a phase of a signal from the adaptive equalizer, a decoding unit for decoding the phase-compensated signal, a power monitor for outputting a monitored value of power corresponding to each of the cores, and an angle shift detecting unit for outputting an angle shift signal indicating a value of the angle shift of the optical signal input to the focusing optical system by using the monitored value, and wherein the pointing mirror is adapted to update a compensation angle correspondingly to the angle shift signal.
A vibration wave motor comprising: an element configured to be displaced by application of voltage; and an annular steel elastic body having a bottom surface coming into contact with the element and a drive surface having a groove, the elastic body configured to drive a moving element by a vibration wave produced on the drive surface by displacement of the element, characterised in that: the element has a density of 4.2 to 6.0 × 10 3 kg/m 3, and a value of [(T/B) ÷ W] is in a range of 0.84/mm to 1.94/mm, where T represents a depth of the groove, B represents a distance from a bottom part of the groove to the bottom surface, and W represents a radial width of the elastic body. an element configured to be displaced by application of voltage; and an annular steel elastic body having a bottom surface coming into contact with the element and a drive surface having a groove, the elastic body configured to drive a moving element by a vibration wave produced on the drive surface by displacement of the element, characterised in that: the element has a density of 4.2 to 6.0 × 10 3 kg/m 3, and a value of [(T/B) ÷ W] is in a range of 0.84/mm to 1.94/mm, where T represents a depth of the groove, B represents a distance from a bottom part of the groove to the bottom surface, and W represents a radial width of the elastic body.
A synchronization signal block transmission method, comprising: determining, by an access network device, a resource set used for transmission of a synchronization signal block set in a preset time window in a cell using an unlicensed frequency band, wherein the synchronization signal block set comprises a first synchronization signal block and L second synchronization signal blocks, and each synchronization signal block comprised in the synchronization signal block set comprises a primary synchronization signal and a secondary synchronization signal, wherein L ≥ 1; the resource set comprises a plurality of first candidate resources used to transmit the first synchronization signal block and at least L second candidate resources used to transmit the L second synchronization signal blocks; and sending, by the access network device, N second synchronization signal blocks in the L second synchronization signal blocks to the terminal device on N second resources in the at least L second candidate resources based on the CCA result, wherein the N second resources are in a one-to-one correspondence with the N second synchronization signal blocks, wherein 1 ≤ N ≤ L, and a channel on an unlicensed frequency band corresponding to each of the N second resources is in an idle state. determining, by an access network device, a resource set used for transmission of a synchronization signal block set in a preset time window in a cell using an unlicensed frequency band, wherein the synchronization signal block set comprises a first synchronization signal block and L second synchronization signal blocks, and each synchronization signal block comprised in the synchronization signal block set comprises a primary synchronization signal and a secondary synchronization signal, wherein L ≥ 1; the resource set comprises a plurality of first candidate resources used to transmit the first synchronization signal block and at least L second candidate resources used to transmit the L second synchronization signal blocks; and sending, by the access network device, N second synchronization signal blocks in the L second synchronization signal blocks to the terminal device on N second resources in the at least L second candidate resources based on the CCA result, wherein the N second resources are in a one-to-one correspondence with the N second synchronization signal blocks, wherein 1 ≤ N ≤ L, and a channel on an unlicensed frequency band corresponding to each of the N second resources is in an idle state.