mhurhangee/patent-ind-claim-en huggingface dataset:
Guide element for a strand-like fiber structure for a ring spinning machine, having a guide slot , - the guide slot having an inlet opening with an inlet region adjoining the inlet opening and narrowing in a funnel-shaped manner starting from the inlet opening , - the guide slot having a transition region connected to the inlet region on an end of the inlet region that is remote from the inlet opening , - the guide slot having an end region which is arranged on an end of the transition region facing away from the inlet region and delimits the guide slot in a direction facing away from the inlet opening , the guide slot having at least one change in direction in the transition region characterized in that the transition region has on each opposite side of the guide slot at least one retaining portion for the fiber structure . - the guide slot having an inlet opening with an inlet region adjoining the inlet opening and narrowing in a funnel-shaped manner starting from the inlet opening , - the guide slot having a transition region connected to the inlet region on an end of the inlet region that is remote from the inlet opening , - the guide slot having an end region which is arranged on an end of the transition region facing away from the inlet region and delimits the guide slot in a direction facing away from the inlet opening ,
A multi-spindle machine tool for performing at least two different operations on a work-piece clamped in a work-piece carrier arranged on a trajectory of work-piece carriers, where for each operation on the work-piece a tool attached to a tool carrier is arranged on a trajectory of tool carriers on the machine, characterized in that a number of work-pieces on trajectory of carriers of work-pieces for performing a particular operation is the same as a number of tools on trajectory of carriers of tools performing this operation, whereas the number of tools for operations on work-piece needing a longer time to be performed is higher than the number of tools for operations on work-piece needing a shorter time and in the particular operations is proportional to disposable carriers within a range of an angle or area for performing the particular operation, and whereas a reversible trajectory is arranged on the multi-spindle machine tool to move the carriers with the tools in the opposite direction to the direction of movement of the carriers with the tools on the trajectory .
A method for producing a data card for a security document in which several layers are aligned with each other and in the course of a lamination process are laminated together so as to form a laminated composite and are cut to a finished size such that a card blank in the form of a laminated composite is produced, - wherein the card blank , once cut to its finished size, and at least one film made of thermoplastic elastomer are laminated together so as to form a data carrier , with one or several or all of the end faces of the film extending beyond said card blank , and - wherein the portion of the film protruding from the finished size of the card blank is cut to the finished size of said card blank by means of ultrasonic punching using a processing tool , and wherein at least one end face of said at least one laminated film and the end faces of the card blank are sealed together. - wherein the card blank , once cut to its finished size, and at least one film made of thermoplastic elastomer are laminated together so as to form a data carrier , with one or several or all of the end faces of the film extending beyond said card blank , and - wherein the portion of the film protruding from the finished size of the card blank is cut to the finished size of said card blank by means of ultrasonic punching using a processing tool , and wherein at least one end face of said at least one laminated film and the end faces of the card blank are sealed together.
A radio frequency spectrum management apparatus for a cognitive radio system comprising primary systems and secondary systems, the radio frequency spectrum management apparatus comprising: circuitry, configured to acquire, according to position variation information of respective secondary user groups in the secondary systems, path loss information at the positions before and after the movement of respective secondary user groups respectively, wherein, the secondary user group comprises one or more secondary users; and determine an adjustment to the usage of frequency spectrums of the secondary user groups, according to the variation of the path loss information at the positions before and after the movement of respective secondary user characterized by , the circuitry being further configured to: receive from secondary users signals including information of positions and information of transmitting powers; and calculate a path loss at the position where a secondary user is located according to a receiving power of the received signal and the information of transmitting power included in the received signal. circuitry, configured to acquire, according to position variation information of respective secondary user groups in the secondary systems, path loss information at the positions before and after the movement of respective secondary user groups respectively, wherein, the secondary user group comprises one or more secondary users; and determine an adjustment to the usage of frequency spectrums of the secondary user groups, according to the variation of the path loss information at the positions before and after the movement of respective secondary user characterized by , the circuitry being further configured to: receive from secondary users signals including information of positions and information of transmitting powers; and calculate a path loss at the position where a secondary user is located according to a receiving power of the received signal and the information of transmitting power included in the received signal. receive from secondary users signals including information of positions and information of transmitting powers; and calculate a path loss at the position where a secondary user is located according to a receiving power of the received signal and the information of transmitting power included in the received signal.
A method for providing a signed identity token comprising: generating , by a party, a first-party token associated with a domain of an issuer; transmitting , by the party and to the issuer, the first-party token associated with the domain of the issuer; receiving, by the issuer, the first-party token associated with the domain of the issuer and creating a time stamp to correspond to the first party token; encrypting , by the issuer, the first-party token and a time stamp using a private key of the issuer to create a digitally-signed token; creating , by the issuer, a plurality of digitally-signed tokens, each of the plurality of digitally-signed tokens corresponding to a respective verifying party; encrypting each of the plurality of digitally-signed tokens using a public key provided by the respective verifying party; generating , by the issuer, a composite token comprising each of the plurality of encrypted digitally-signed tokens; and providing , by the issuer, the composite token to the party responsible for generating the first-party token. generating , by a party, a first-party token associated with a domain of an issuer; transmitting , by the party and to the issuer, the first-party token associated with the domain of the issuer; receiving, by the issuer, the first-party token associated with the domain of the issuer and creating a time stamp to correspond to the first party token; encrypting , by the issuer, the first-party token and a time stamp using a private key of the issuer to create a digitally-signed token; creating , by the issuer, a plurality of digitally-signed tokens, each of the plurality of digitally-signed tokens corresponding to a respective verifying party; encrypting each of the plurality of digitally-signed tokens using a public key provided by the respective verifying party; generating , by the issuer, a composite token comprising each of the plurality of encrypted digitally-signed tokens; and providing , by the issuer, the composite token to the party responsible for generating the first-party token.
A method, comprising: - monitoring, at a communication device, a first value indicative of at least one of a relative occupancy of a wireless channel determined based on a time evolution of a signal level on the wireless channel during a predefined first time period (T1), and a signal quality of a signal received from a remote communication device via the wireless channel during the predefined first time period (T1); - monitoring, at the communication device, a second value indicative of the signal level on the wireless channel during a predefined second time period (T2) at least partly different from the predefined first time period (T1), and - based on the first value and the second value, selectively initiating, by the communication device, a data transmission via the wireless channel. - monitoring, at a communication device, a first value indicative of at least one of a relative occupancy of a wireless channel determined based on a time evolution of a signal level on the wireless channel during a predefined first time period (T1), and a signal quality of a signal received from a remote communication device via the wireless channel during the predefined first time period (T1); a relative occupancy of a wireless channel determined based on a time evolution of a signal level on the wireless channel during a predefined first time period (T1), and a signal quality of a signal received from a remote communication device via the wireless channel during the predefined first time period (T1); - monitoring, at the communication device, a second value indicative of the signal level on the wireless channel during a predefined second time period (T2) at least partly different from the predefined first time period (T1), and - based on the first value and the second value, selectively initiating, by the communication device, a data transmission via the wireless channel.
An aircraft landing gear assembly comprising: an axle having an axis, a wheel rotatably mounted on the axle to rotate about the axis, a brake arranged to selectively exert a braking torque on the wheel about the axis, a brake anchor structure having a substantially fixed position relative to the axle , a brake reaction linkage that mechanically couples the brake to the structure, and a sensor comprising a sensor element arranged to detect a change in one or more physical properties of a component of the brake reaction linkage, the component being in the load path of the braking torque, in order to determine a stress in the component due to the braking torque, wherein the sensor element is arranged to observe the component, and the sensor element does not contact the component. an axle having an axis, a wheel rotatably mounted on the axle to rotate about the axis, a brake arranged to selectively exert a braking torque on the wheel about the axis, a brake anchor structure having a substantially fixed position relative to the axle , a brake reaction linkage that mechanically couples the brake to the structure, and a sensor comprising a sensor element arranged to detect a change in one or more physical properties of a component of the brake reaction linkage, the component being in the load path of the braking torque, in order to determine a stress in the component due to the braking torque, wherein the sensor element is arranged to observe the component, and the sensor element does not contact the component.
A memory, comprising: an array of memory cells , each of the cells configured to store a plurality of memory states and each memory cell configured to store a non-power-of-two number of memory states; and a bit conversion circuit coupled to the array of memory cells , the bit conversion circuit configured to map and convert bits of binary user data into intermediate binary data corresponding to a respective memory state; wherein the bit conversion circuit comprises: a bit mapping circuit configured to map bits of the binary user data to provide mapped bits of the binary user data; and a data converter circuit coupled to the bit mapping circuit and configured to receive the mapped bits of the binary user data and convert the mapped bits of the binary user data into intermediate binary data corresponding to a memory state to be stored by a plurality of memory cells of the array , wherein the bit mapping circuit and the data converter circuit are configurable for use with different combinations of memory states to provide different bit/cell storage densities. an array of memory cells , each of the cells configured to store a plurality of memory states and each memory cell configured to store a non-power-of-two number of memory states; and a bit conversion circuit coupled to the array of memory cells , the bit conversion circuit configured to map and convert bits of binary user data into intermediate binary data corresponding to a respective memory state; wherein the bit conversion circuit comprises: a bit mapping circuit configured to map bits of the binary user data to provide mapped bits of the binary user data; and a data converter circuit coupled to the bit mapping circuit and configured to receive the mapped bits of the binary user data and convert the mapped bits of the binary user data into intermediate binary data corresponding to a memory state to be stored by a plurality of memory cells of the array , wherein the bit mapping circuit and the data converter circuit are configurable for use with different combinations of memory states to provide different bit/cell storage densities. a bit mapping circuit configured to map bits of the binary user data to provide mapped bits of the binary user data; and a data converter circuit coupled to the bit mapping circuit and configured to receive the mapped bits of the binary user data and convert the mapped bits of the binary user data into intermediate binary data corresponding to a memory state to be stored by a plurality of memory cells of the array , wherein the bit mapping circuit and the data converter circuit are configurable for use with different combinations of memory states to provide different bit/cell storage densities.
A barrel-changing device for drawing carbonated drinks having a supply line for connecting to a barrel , an outflow line for connecting to a tap and a froth outlet between the supply line and the outflow line , characterized in that a bypass is arranged between the supply line and the outflow line .
A robotic catheter system , the system comprising: a motor drive base comprising one or more drive motors located in the motor drive base ; and a cassette configured to couple to the motor drive base , the cassette including a cassette housing , the cassette housing including a front end, a rear end, a first channel and a second channel , wherein the cassette includes: a first pair of engagement surfaces configured to releasably engage and impart axial movement to a guide wire retained in the first channel , wherein the guide wire extends out of a rear of the cassette housing and exits a front end of the cassette housing ; and a second pair of engagement surfaces configured to releasably engage and impart axial movement to a catheter device retained in the second channel ; wherein the catheter device exits the front end of the cassette housing over the guide wire ; wherein the second channel is arranged at an angle with respect to the first channel . a motor drive base comprising one or more drive motors located in the motor drive base ; and a cassette configured to couple to the motor drive base , the cassette including a cassette housing , the cassette housing including a front end, a rear end, a first channel and a second channel , wherein the cassette includes: a first pair of engagement surfaces configured to releasably engage and impart axial movement to a guide wire retained in the first channel , wherein the guide wire extends out of a rear of the cassette housing and exits a front end of the cassette housing ; and a second pair of engagement surfaces configured to releasably engage and impart axial movement to a catheter device retained in the second channel ; a first pair of engagement surfaces configured to releasably engage and impart axial movement to a guide wire retained in the first channel , wherein the guide wire extends out of a rear of the cassette housing and exits a front end of the cassette housing ; and a second pair of engagement surfaces configured to releasably engage and impart axial movement to a catheter device retained in the second channel ; wherein the catheter device exits the front end of the cassette housing over the guide wire ; wherein the second channel is arranged at an angle with respect to the first channel .
A method for enabling data modification, classification and enforcement of information rights management, IRM, capabilities in standard isolated software applications, comprising: installing an add-on code on a terminal device of a user that runs a standard application, said add-on code is adapted to interact with a virtual keyboard used by said standard application, to form a custom virtual keyboard to which features of classifying a data item and/or of modifying the content of said data item are added to the virtual keyboard being provided by a keyboard service provided by an operating system of the terminal device; creating the custom virtual keyboard that includes designed UI interfacing objects, for adding inputs that are associated with classification and modification in said data item in the form of a hidden tag to the content of said data item; and upon consuming the classified or modified data item by the standard application, seeking said hidden tag and making a decision regarding further processing of said data item, according to a predetermined protection policy. installing an add-on code on a terminal device of a user that runs a standard application, said add-on code is adapted to interact with a virtual keyboard used by said standard application, to form a custom virtual keyboard to which features of classifying a data item and/or of modifying the content of said data item are added to the virtual keyboard being provided by a keyboard service provided by an operating system of the terminal device; creating the custom virtual keyboard that includes designed UI interfacing objects, for adding inputs that are associated with classification and modification in said data item in the form of a hidden tag to the content of said data item; and upon consuming the classified or modified data item by the standard application, seeking said hidden tag and making a decision regarding further processing of said data item, according to a predetermined protection policy.
A system comprising: an aircraft fuel tank and an aircraft fuel tank inerting system , characterized in that the aircraft fuel tank inerting system comprises: a paramagnetic pump directly or indirectly in fluid communication with the ullage of the aircraft fuel tank , the paramagnetic pump being arranged, in use, to apply a magnetic field to gas from the ullage so as to provide a motive force for drawing oxygen from said gas. an aircraft fuel tank and an aircraft fuel tank inerting system , characterized in that the aircraft fuel tank inerting system comprises: a paramagnetic pump directly or indirectly in fluid communication with the ullage of the aircraft fuel tank , the paramagnetic pump being arranged, in use, to apply a magnetic field to gas from the ullage so as to provide a motive force for drawing oxygen from said gas. a paramagnetic pump directly or indirectly in fluid communication with the ullage of the aircraft fuel tank , the paramagnetic pump being arranged, in use, to apply a magnetic field to gas from the ullage so as to provide a motive force for drawing oxygen from said gas.
An ultra-low power transceiver for controlling an energy-sustaining small cell base station , the energy-sustaining small cell base station operable for communication with a macro cell base station or a user equipment when in activated mode, the energy-sustaining small cell base station being in sleep mode when not in activated mode, the transceiver comprising: a detector operable to detect a control signal from the macro cell base station or the user equipment ; a network node determination unit operable responsive to the detector to determine that the detected control signal relates to the energy-sustaining small cell base station ; and a controller operable responsive to the determination unit to generate one or more digital control signals based on the detected control signal to control the energy-sustaining small cell base station , so as to switch the energy-sustaining small cell base station from said sleep mode to said activated mode, or vice versa, and characterised in that : depending on the digital control signals, modify and control the operation of the energy-sustaining small cell base station in said activated mode.
A power converter comprising: semiconductor modules each having a semiconductor element mounted thereon; a cooler for cooling the semiconductor module ; control boards that control the semiconductor modules ; and a current detector that detects one of an input current and an output current of the semiconductor module , wherein the semiconductor modules are arranged on both surfaces of the cooler , wherein the current detector is arranged to face a surface of the cooler , which is not in contact with the semiconductor module , wherein at least two of the control boards are arranged to hold, i.e. to sandwich and support, the cooler , the semiconductor modules , and the current detector therebetween, and wherein the current detector has a wiring that electrically connects between the control boards . semiconductor modules each having a semiconductor element mounted thereon; a cooler for cooling the semiconductor module ; control boards that control the semiconductor modules ; and a current detector that detects one of an input current and an output current of the semiconductor module , wherein the semiconductor modules are arranged on both surfaces of the cooler , wherein the current detector is arranged to face a surface of the cooler , which is not in contact with the semiconductor module , wherein at least two of the control boards are arranged to hold, i.e. to sandwich and support, the cooler , the semiconductor modules , and the current detector therebetween, and wherein the current detector has a wiring that electrically connects between the control boards .