mhurhangee/ep-ind-claims huggingface dataset:
A device for analysing the movement of an arrangement of a plurality of bodies (403; 405) associated with a platform, at least one of which is provided with a drive, in particular of the hexapod type or of the articulated arm type, with means for analysing oscillation and force, wherein the device having, in a modular structure a vibration analysis module for the analytical determination of natural vibration modes of the bodies and/or the platform with respect to at least one of the following quantities: frequency, centre of rotation of the rotational component of the vibrations, axis of rotation of a rotational vibration, displacement vector of a Cartesian vibration, amplitude ratio of the vibrations to one another, a force analysis module for analytically determining the acceleration forces and/or weight forces and/or torques occurring on a predetermined path curve with respect to the bodies and/or the platform, characterised in that in that the vibration analysis module for vibration analysis and the force analysis module for force analysis are each designed on the basis of inertial point masses, and the device comprises a simulation processing unit which processes output values of the vibration analysis module and of the force analysis module for the simulation of trajectories and, optionally, of an authorised movement space of the bodies and/or of the platform with associated bodies. of the platform with associated bodies. the device having, in a modular structure a vibration analysis module for the analytical determination of natural vibration modes of the bodies and/or the platform with respect to at least one of the following quantities: frequency, centre of rotation of the rotational component of the vibrations, axis of rotation of a rotational vibration, displacement vector of a Cartesian vibration, amplitude ratio of the vibrations to one another, a force analysis module for analytically determining the acceleration forces and/or weight forces and/or torques occurring on a predetermined path curve with respect to the bodies and/or the platform, characterised in that in that the vibration analysis module for vibration analysis and the force analysis module for force analysis are each designed on the basis of inertial point masses, and the device comprises a simulation processing unit which processes output values of the vibration analysis module and of the force analysis module for the simulation of trajectories and, optionally, of an authorised movement space of the bodies and/or of the platform with associated bodies. of the platform with associated bodies.
A moxibustion box, comprising a casing, wherein a top portion and a bottom portion of the casing are respectively provided with an opening, a horizontal slot is provided at the bottom portion; a metal mesh sleeve, wherein the length of the sleeve is shorter than the length of the casing, an opening is provided on a top portion of the sleeve, and the rest of the sleeve has a mesh structure and the sleeve has a U-shaped cross-section; the shape of the inner wall of the sleeve corresponds to the shape used for moxa rolls and the outer wall of the sleeve corresponds to the shape of the casing; the top portion of the sleeve is provided with a protruding rim, wherein when the sleeve is inserted into the casing through the top opening of the casing, the protruding rim forms an interference fit with an edge of the top opening; a replaceable herbal container that can be slid through the horizontal slot provided at the bottom-side portion of the casing, which allows convenient replacement during treatment.
A sensor relay apparatus that receives sensor data detected by each of a plurality of sensor terminals, and relays and transfers the sensor data to a master apparatus, comprising a communication control unit configured to receive sensor data from a sensor terminal when a transmission data amount related to the sensor data to be transmitted from the sensor terminal is equal to or greater than a determination threshold, characterized in that the communication control unit comprises a transmission request accepting unit configured to accept a transmission request from the sensor terminal and obtain the transmission data amount included in the transmission request, and a transmission enable/disable determination unit configured to determine whether to enable or disable the transmission of the sensor data from the sensor terminal by comparing the obtained transmission data amount and the determination threshold. a transmission request accepting unit configured to accept a transmission request from the sensor terminal and obtain the transmission data amount included in the transmission request, and a transmission enable/disable determination unit configured to determine whether to enable or disable the transmission of the sensor data from the sensor terminal by comparing the obtained transmission data amount and the determination threshold.
Head restraint for a vehicle seat for a vehicle for at least one person, wherein the head restraint has a front side, which points in the direction of the person which is sitting on the vehicle seat, and has a rear side, which is arranged opposite to the front side of the head restraint, wherein the head restraint has a head box and at least one foam body, wherein the foam body can be mounted about at least a part of the head box and, in this regard, covers at least a part of the part of the head box arranged in the direction of the front side of the head restraint, specifically a front side of the head box, and in this regard covers at least a part of the part of the head box arranged in the direction of the rear side of the head restraint, specifically a rear side of the head box, wherein the head restraint has at least one loudspeaker and the foam body is designed such that the part of the foam body which covers the rear side of the head box forms a resonance volume, wherein the foam body on the rear side effects a dissipation of sound waves from the loudspeaker, wherein the foam body acts as a resonance body, characterised in that the loudspeaker is arranged between the rear side of the head box and the part of the foam body which covers the rear side of the head box, and the front side of the head box, arranged opposite the rear side of the head box, is covered only by the foam body, wherein the front side of the head box points in the direction of the person on the vehicle seat, wherein the foam body has at least one region which is perforated, and wherein the head box has at least one opening through which the sound wave from the loudspeaker in the head restraint is able to penetrate through the perforated region of the foam body to the outside in the direction of the person on the vehicle seat.
A client system comprising: a web-enabled client device; and a web configurable human input device (106, 206, 256), connectable to the web-enabled client device, having a dynamically alterable appearance; wherein the web-enabled client device comprises a web browser and a browser extension stored in a program memory of the web-enabled client device together with a dynamic display driver for the web configurable human input device (106, 206, 256), wherein the browser extension is configured to query and report to an input device web script whether the web configurable human input device (106, 206, 256) is connected to the web-enabled client device and, if connected, report to the input device web script a type of the web configurable human input device (106, 206, 256), and the web-enabled client device further comprises a host controller coupled to the program memory and configured to execute the dynamic display driver; wherein the input device web script is stored on a web server or downloaded from the web server and stored in a data memory of the web-enabled client device; and wherein, when the web configurable human input device (106, 206, 256) is connected to the web-enabled client device, the appearance of the web configurable human input device (106, 206, 256) is dynamically altered in response to an execution of the input device web script. a web-enabled client device; and a web configurable human input device (106, 206, 256), connectable to the web-enabled client device, having a dynamically alterable appearance; wherein the web-enabled client device comprises a web browser and a browser extension stored in a program memory of the web-enabled client device together with a dynamic display driver for the web configurable human input device (106, 206, 256), wherein the browser extension is configured to query and report to an input device web script whether the web configurable human input device (106, 206, 256) is connected to the web-enabled client device and, if connected, report to the input device web script a type of the web configurable human input device (106, 206, 256), and the web-enabled client device further comprises a host controller coupled to the program memory and configured to execute the dynamic display driver; wherein the input device web script is stored on a web server or downloaded from the web server and stored in a data memory of the web-enabled client device; and wherein, when the web configurable human input device (106, 206, 256) is connected to the web-enabled client device, the appearance of the web configurable human input device (106, 206, 256) is dynamically altered in response to an execution of the input device web script.
Electrostatic precipitator for the separation dust particles from a gas flow, having at least one collecting electrode fastened in a housing flowed through by the gas, and having an emitting electrode allocated to it in parallel at a distance and kept stretched under tensile stress, as well as having means acting periodically for cleaning the collection electrode, characterised in that the emitting electrode is part of a strand in which a cleaning device is fastened, a drive system (27, 31, 32) is provided with a winding drum, on which a further part of this strand is able to be wound for the implementation of a cleaning movement, and the emitting electrode is fastened between two insulation bodies (29,30).
Device for implantation in the heart of a mammal, with a generally tubular shape, and having a longitudinal axis, a first end and a second end, and a lumen permitting blood flow there through, wherein the device comprises - a first tubular stent member, sized and configured for implantation within the superior vena cava, and having a length, a diameter, a first and a second end, - a second tubular stent member, sized and configured for implantation within the inferior vena cava, and having a length, a diameter, a first and a second end, wherein the said second tubular stent member does not comprise a covering, - a tubular stent graft member, having a length, a diameter, a first and a second stent graft member end, and comprising a covering being attached to a stent element, wherein the tubular stent graft member is fixedly assembled between the first and the second tubular stent members, such, that the second stent graft member end is attached to the first stent member's first end, and the first stent graft member end is attached to the second stent member's second end, wherein the stent graft member is sized and configured for implantation within the right atrium of the mammal's heart; and - a stented valve member comprising a stent element and a valve, the valve being mounted on the stent element, wherein the stented valve member is fixedly mounted on the stent graft member, wherein the valve member is unidirectional, allowing blood to flow from the vena cava into the right atrium while blocking the blood flow in the opposite direction. - a first tubular stent member, sized and configured for implantation within the superior vena cava, and having a length, a diameter, a first and a second end, - a second tubular stent member, sized and configured for implantation within the inferior vena cava, and having a length, a diameter, a first and a second end, wherein the said second tubular stent member does not comprise a covering, - a tubular stent graft member, having a length, a diameter, a first and a second stent graft member end, and comprising a covering being attached to a stent element, wherein the tubular stent graft member is fixedly assembled between the first and the second tubular stent members, such, that the second stent graft member end is attached to the first stent member's first end, and the first stent graft member end is attached to the second stent member's second end, wherein the stent graft member is sized and configured for implantation within the right atrium of the mammal's heart; and - a stented valve member comprising a stent element and a valve, the valve being mounted on the stent element, wherein the stented valve member is fixedly mounted on the stent graft member, wherein the valve member is unidirectional, allowing blood to flow from the vena cava into the right atrium while blocking the blood flow in the opposite direction.
A Josephson magnetic memory cell system comprising: at least one superconducting electrode (52,54,202,204) configured to conduct a read current (I RD); at least one hysteretic magnetic Josephson junction, HMJJ,(16,50,200) wherein at least one of the at least one HMJJ is configured to store a binary value and to convert superconducting pairs associated with the read current (I RD) flowing through the at least one HMJJ from a singlet-state to a triplet-state based on a substantially orthogonal magnetic polarity between magnetic layers of the HMJJ established in response to at least one write current (I WRT) flowing through the at least one HMJJ; a write circuit magnetically coupled to the at least one of the at least one HMJJ and configured to write the binary value into the at least one of the at least one HMJJ in response to the at least one write current; and a read circuit configured to determine the binary value stored in the at least one of the at least one HMJJ in response to application of the read current to the at least one of the at least one HMJJ. at least one superconducting electrode (52,54,202,204) configured to conduct a read current (I RD); at least one hysteretic magnetic Josephson junction, HMJJ,(16,50,200) wherein at least one of the at least one HMJJ is configured to store a binary value and to convert superconducting pairs associated with the read current (I RD) flowing through the at least one HMJJ from a singlet-state to a triplet-state based on a substantially orthogonal magnetic polarity between magnetic layers of the HMJJ established in response to at least one write current (I WRT) flowing through the at least one HMJJ; a write circuit magnetically coupled to the at least one of the at least one HMJJ and configured to write the binary value into the at least one of the at least one HMJJ in response to the at least one write current; and a read circuit configured to determine the binary value stored in the at least one of the at least one HMJJ in response to application of the read current to the at least one of the at least one HMJJ.
A guide system for a resurfacing femoral head implant, said guide system comprising a first component (1, 31, 38) arranged to act as a clamp, said first component comprising at least one actuating portion (3, 39) and at least one jaw portion (8, 47), said actuating and jaw portions arranged either side of at least one hinge region, such that when the actuating portion is compressed the jaw portion expands, and when the actuating portion is relaxed the jaw portion closes, said actuating portion being positioned at a proximal region of the first component and a distal jaw portion being positioned at a distal region of the first component, characterised in that said distal region further comprises a locking mechanism (9, 28) to restrict or prevent opening of the distal jaw portion when said locking mechanism is activated.
A method for scheduling transmission opportunities, TXOPs, in a wireless communications system, the method comprising: receiving a request-to-send multiple, RTSM, frame from a subscriber station to request resources based on data currently buffered at the subscriber station, or based on data expected to be buffered in the near future at the subscriber station, wherein the RTSM frame has a priority level; and allocating resources for multiple TXOPs based on the RTSM frame. receiving a request-to-send multiple, RTSM, frame from a subscriber station to request resources based on data currently buffered at the subscriber station, or based on data expected to be buffered in the near future at the subscriber station, wherein the RTSM frame has a priority level; and allocating resources for multiple TXOPs based on the RTSM frame.
Lighting apparatus for a motor vehicle, comprising - a light deflection unit which has at least two light deflection elements which can be electronically controlled independently of one another and can be aligned in their spatial orientation via actuation, wherein the light deflection elements, in a first actuation position, are designed to deflect light impinging on them in a direction predetermined by their spatial orientation, whereby a first changeable light image having a variable and adjustable light distribution can be provided; - a light source by means of which light can be radiated into the light deflection unit, wherein the lighting apparatus further comprises a light-shaping element, and at least one light deflection element in a second actuation position is designed to deflect light into the light-shaping elements, characterized in that the light-shaping element is designed as a projection lens having an upstream demodulation element which comprises at least two light deflection elements which can be electronically actuated independently of one another and can be aligned in their spatial orientation via actuation, and is designed to provide in the same radiated light as a second light image with an always constant light distribution, wherein light radiated into the light deflection unit by the light source is fully used at any point in time for the provision of the first and/or second light image (1, 2). - a light deflection unit which has at least two light deflection elements which can be electronically controlled independently of one another and can be aligned in their spatial orientation via actuation, wherein the light deflection elements, in a first actuation position, are designed to deflect light impinging on them in a direction predetermined by their spatial orientation, whereby a first changeable light image having a variable and adjustable light distribution can be provided; - a light source by means of which light can be radiated into the light deflection unit, wherein the lighting apparatus further comprises a light-shaping element, and at least one light deflection element in a second actuation position is designed to deflect light into the light-shaping elements,
A terminal, comprising: a storage, a processor, and a computer program stored on the storage and executable on the processor, wherein when the processor executes the computer program, the processor implements a method of cell selection /cell reselection, the method comprises: acquiring measurement configuration information of one or more beams, wherein, the measurement configuration information comprises the number of one or more beams to be measured by the terminal and is acquired from a base station; measuring the one or more beams based on the measurement configuration information to acquire a measurement result of each of the one or more beams; performing, based on the measurement result of each of the one or more beams, the cell selection or the cell reselection of a cell in which the terminal camps when the terminal is in an idle state. acquiring measurement configuration information of one or more beams, wherein, the measurement configuration information comprises the number of one or more beams to be measured by the terminal and is acquired from a base station; measuring the one or more beams based on the measurement configuration information to acquire a measurement result of each of the one or more beams; performing, based on the measurement result of each of the one or more beams, the cell selection or the cell reselection of a cell in which the terminal camps when the terminal is in an idle state.
A method for determining, by a scheduler (100, 900), at least one transmission parameter for each of a plurality of smart meters (200, 1000) which each transmit, via a power line, a measurement report to a control entity, the at least one transmission parameter allowing a reporting time for a corresponding smart meter to be determined, comprising: - collecting at least one status parameter for each of the plurality of smart meters, the at least one status parameter influencing a success rate of the transmission of the corresponding measurement report to the control entity, wherein the at least one status parameter comprises a service parameter describing an electrical status of the power line which is part of a connection of the corresponding smart meter to the control entity, wherein the service parameter comprises at least one of a power consumption of consumer elements connected to the power line, and a variation of a voltage level of the power line, - determining, for each of the plurality of smart meters (200, 1000), the at least one transmission parameter allowing the reporting time for the corresponding smart meter to be determined, based on the collected at least one status parameter, - transmitting the at least one transmission parameter to the corresponding smart meter. - collecting at least one status parameter for each of the plurality of smart meters, the at least one status parameter influencing a success rate of the transmission of the corresponding measurement report to the control entity, wherein the at least one status parameter comprises a service parameter describing an electrical status of the power line which is part of a connection of the corresponding smart meter to the control entity, wherein the service parameter comprises at least one of a power consumption of consumer elements connected to the power line, and a variation of a voltage level of the power line, - determining, for each of the plurality of smart meters (200, 1000), the at least one transmission parameter allowing the reporting time for the corresponding smart meter to be determined, based on the collected at least one status parameter, - transmitting the at least one transmission parameter to the corresponding smart meter.