mhurhangee/ep-ind-claims huggingface dataset:
A communication terminal that is adapted to hold internal time information for verifying validity of a certificate in cryptographic communication, the communication terminal comprising: a communication interface for acquiring external time information from outside; a non-volatile memory; and a processor, wherein the processor is adapted to periodically: acquire external time information, calibrate the internal time information by bringing the local time information closer to the external time information, or setting the internal time information equal to the external time information; encrypt the internal time information calibrated based on the acquired external time information, and thereafter is adapted to write the encrypted internal time information into the non-volatile memory based on a program to be supplied, and wherein, in an initialization sequence after power-on of the communication terminal, the processor is adapted to read and decrypt internal time information that is lastly written to the non-volatile memory before the power-on, acquire external time information, and verify validity of the acquired external time information by comparing the acquired external time information with the read internal time information based on the program. a communication interface for acquiring external time information from outside; a non-volatile memory; and a processor, wherein the processor is adapted to periodically: acquire external time information, calibrate the internal time information by bringing the local time information closer to the external time information, or setting the internal time information equal to the external time information; encrypt the internal time information calibrated based on the acquired external time information, and thereafter is adapted to write the encrypted internal time information into the non-volatile memory based on a program to be supplied, and wherein, in an initialization sequence after power-on of the communication terminal, the processor is adapted to read and decrypt internal time information that is lastly written to the non-volatile memory before the power-on, acquire external time information, and verify validity of the acquired external time information by comparing the acquired external time information with the read internal time information based on the program.
A medical implant system for attaching a hearing device to a user, the medical implant system comprising: a bone fixture for anchoring the medical implant system to bone of the user; an abutment for connection to the bone fixture and to the hearing device; and an abutment screw for connecting the abutment to the bone fixture; characterized by at least two deformable elements (17, 26, 36, 37) that are able to deform to form a seal between the abutment and both of the bone fixture and the abutment screw at corresponding contact surfaces (14, 12). a bone fixture for anchoring the medical implant system to bone of the user; an abutment for connection to the bone fixture and to the hearing device; and an abutment screw for connecting the abutment to the bone fixture; characterized by at least two deformable elements (17, 26, 36, 37) that are able to deform to form a seal between the abutment and both of the bone fixture and the abutment screw at corresponding contact surfaces (14, 12).
A method of processing operations of a polynomial-based security algorithm, the method being performed by a computing system and comprising: identifying a plurality of operations using secret information (62, 82) in the polynomial-based security algorithm; generating a random index to be applied to the identified operations; and performing the operations using the random index, wherein the generating of the random index comprises: obtaining a plurality of parameters used in an operation length (63, 83) for secret information (62, 82) included in each identified operation; and generating a common random index which is applied to operations having the same length of each of the parameters or to operations having the same operation length (63, 83) among the operations. identifying a plurality of operations using secret information (62, 82) in the polynomial-based security algorithm; generating a random index to be applied to the identified operations; and performing the operations using the random index, wherein the generating of the random index comprises: obtaining a plurality of parameters used in an operation length (63, 83) for secret information (62, 82) included in each identified operation; and generating a common random index which is applied to operations having the same length of each of the parameters or to operations having the same operation length (63, 83) among the operations. obtaining a plurality of parameters used in an operation length (63, 83) for secret information (62, 82) included in each identified operation; and generating a common random index which is applied to operations having the same length of each of the parameters or to operations having the same operation length (63, 83) among the operations.
Computer method for optimizing routing in a cluster comprising a plurality of nodes, static communication links linking nodes of said plurality of nodes, said routing being based on load levels associated with said communication links, the method comprising the following steps: - identifying at least two nodes of said cluster, a connection having to be established between said at least two identified nodes; - determining at least one route connecting said at least two identified nodes according to said communication links, said at least one route being determined according to said at least two identified nodes, a plurality of communication links of said communication links, and at least one load level associated with each communication link of said plurality of communication links, and selecting a determined route; - obtaining a type of node for at least one of said at least two identified nodes; - estimating a weight value associated with said selected route, said estimated value of said weight being at least partially estimated according to said type of node obtained; and - incrementing a load level associated with each communication link of said selected route according to said estimated weight value associated with said selected route. - identifying at least two nodes of said cluster, a connection having to be established between said at least two identified nodes; - determining at least one route connecting said at least two identified nodes according to said communication links, said at least one route being determined according to said at least two identified nodes, a plurality of communication links of said communication links, and at least one load level associated with each communication link of said plurality of communication links, and selecting a determined route; - obtaining a type of node for at least one of said at least two identified nodes; - estimating a weight value associated with said selected route, said estimated value of said weight being at least partially estimated according to said type of node obtained; and - incrementing a load level associated with each communication link of said selected route according to said estimated weight value associated with said selected route.
A method for implementing a turbo-diversity scheme in wireless OFDM systems, comprising: passing, a base station or a user terminal, information comprising data signals; and encoding, at a first and a second turbo encoders (102, 1.03), said received data signals, and generating two different turbo code blocks comprising each a set of systematic and parity bits, characterized in that in order to enhance detection the method further comprises: - interleaving, by an external bit interleaver, the data signals to be encoded by said second turbo encoder prior encoding; - de-interleaving said systematic bits after the second turbo encoder, and applying an Alamouti-based space-frequency block coding, SFBC, over said de-interleaved systematic bits after the second turbo encoder, the code for the second antenna involving conjugation and sign inversion; and - simultaneously transmitting each of said two different turbo code blocks over different transmit antennas through a wireless OFDM system. passing, a base station or a user terminal, information comprising data signals; and encoding, at a first and a second turbo encoders (102, 1.03), said received data signals, and generating two different turbo code blocks comprising each a set of systematic and parity bits, - interleaving, by an external bit interleaver, the data signals to be encoded by said second turbo encoder prior encoding; - de-interleaving said systematic bits after the second turbo encoder, and applying an Alamouti-based space-frequency block coding, SFBC, over said de-interleaved systematic bits after the second turbo encoder, the code for the second antenna involving conjugation and sign inversion; and - simultaneously transmitting each of said two different turbo code blocks over different transmit antennas through a wireless OFDM system.
A Unit for solar and wind energy utilisation, having a column with vertical axis wind turbines covered with foil with photovoltaic cells, also having a generator mounted on the main shaft of the column and rotary guides, whereby on the shaft of the column there is a first electric motor installed, wherein the generator is connected through a first relay and an inverter with a power grid, and the generator is connected through a rectifier to a battery pack, and the rotary guides, connected with second motors are covered with a layer with photovoltaic cells, and the power outlet of mentioned photovoltaic cells and of the photovoltaic cells on the wind turbines is connected electrically through a third relay with the first electric motor or through a fourth relay with the inverter and further with the power grid, and the column is also equipped with a first wind speed and direction sensor and a second sensor following the sun, connected electrically with a control system, coupled with the first relay, third relay, fourth relay and second motors of the rotary guides.
A block for producing personalised root post flanges for dental implantology to be screwed onto a dental implant comprising: - A cylindrical body with an axial axis (e), - A connection base on the bottom part of the cylindrical body with an inner channel to connect to the dental implant, and an axial axis coinciding with said of the cylindrical body, - An inner machining which determines the seat of the fixing screw head for the screwing between the block and the dental implant, - A gripping protrusion to fasten the block to the support of a machine and enable its external machining, characterised in that it comprises a blind vertical channel section after the seat of the fixing screw head, the axis of the blind channel section coinciding with the axial axis (e) of the cylindrical body. - A cylindrical body with an axial axis (e), - A connection base on the bottom part of the cylindrical body with an inner channel to connect to the dental implant, and an axial axis coinciding with said of the cylindrical body, - An inner machining which determines the seat of the fixing screw head for the screwing between the block and the dental implant, - A gripping protrusion to fasten the block to the support of a machine and enable its external machining,
Local knee coil (1, 1') for a patient table of a magnetic resonance imaging device, comprising - a connecting device for connecting to a socket in the patient table, the connecting device comprising at least one interface unit for multiple channels corresponding to coil elements of the local knee coil (1, 1') and connecting to a corresponding interface unit of the socket, and - a coil unit comprising the coil elements for sending excitation signals and/or receiving magnetic resonance signals, characterized in that the connecting device comprises at least one guiding element to slidingly fit the connecting device into the socket which is displaced from the knee position on the patient table and functions as a receptable for the connecting device, to form a positive connection and interconnect the interface units during the slide-fit, and in that the local knee coil (1, 1') further comprises a feet support element for the feet of a patient whose knee extends through the coil unit in the knee position, which is positioned or positionable on the top of the connecting device, wherein the local knee coil (1, 1') further comprises a displacement device for displacing at least a part of the coil unit to the knee position on the patient table when the connecting device is connected in the socket, wherein the displacement device further comprises a hinge connecting at least part of the coil unit to the connecting device, wherein the at least part of the coil unit can be swung out of a folded-up position from atop the connecting device to the knee position. - a connecting device for connecting to a socket in the patient table, the connecting device comprising at least one interface unit for multiple channels corresponding to coil elements of the local knee coil (1, 1') and connecting to a corresponding interface unit of the socket, and - a coil unit comprising the coil elements for sending excitation signals and/or receiving magnetic resonance signals,
An electrically conductive composite comprising a viscoelastic dielectric material having a viscosity of at least five orders of magnitude higher than the 10s of mPas and conductive particles within the viscoelastic dielectric material, wherein the conductive particles are aligned to form conductive paths through the composite by electrophoresis or dielectrophoresis in said viscoelastic dielectric material, said viscoelastic material including striations or grooves that remain in the viscoelastic material from movement of the conductive particles during the electrophoresis or dielectrophoresis, said conductive particles having a surface energy greater than a surface energy of the dielectric material, and said conductive particles being smaller in size than a thickness of the dielectric material.
A wire harness, wherein a predetermined part of an outer peripheral surface of a plurality of coated electric wires, in which a conductor is coated with a sheath member, is covered with a covering member formed by integral molding with thermoplastic resin material in an approximately tubular shape, and wherein an inner peripheral surface of the tubular-shaped covering member is directly attached to a part of the outer peripheral surface of the electric wire positioned the outside of the electric wire bundle, characterized in that a gap is formed between the respective electric wires.
A system for use in a hip revision procedure, which comprises an implantable modular orthopaedic hip prosthesis, comprising: (a) an implantable distal stem component having (i) a tapered post formed in an outer surface thereof, (ii) an upper set of female threads having a superior end that opens into a superior surface of the distal stem component, the upper set of female threads extending inferiorly into the distal stem component, and (iii) a lower set of female threads having an superior end that opens into an inferior end of the upper set of female threads, the lower set of female threads extending inferiorly from the upper set of female threads, in which of the diameter of the upper set of female threads is larger than the diameter of the lower set of female threads, (b) an implantable proximal body component having a tapered bore in which the tapered post on the distal stem component can be received, and (c) a threaded locking bolt which can extend through the bore in the proximal body component so that its threads engage the lower set of female threads in the distal stem component to couple the bolt to the distal stem component, and characterised in that the system includes a stem insertion tool having a body with an elongate bore extending through it and a locking rod extending through the bore, the locking rod having a knob at its proximal end which provides an impact surface and a set of locking threads at its distal end which can engage the upper set of female threads in the distal stem component to couple the stem insertion tool to the distal stem component. (a) an implantable distal stem component having (i) a tapered post formed in an outer surface thereof, (ii) an upper set of female threads having a superior end that opens into a superior surface of the distal stem component, the upper set of female threads extending inferiorly into the distal stem component, and (iii) a lower set of female threads having an superior end that opens into an inferior end of the upper set of female threads, the lower set of female threads extending inferiorly from the upper set of female threads, in which of the diameter of the upper set of female threads is larger than the diameter of the lower set of female threads, (b) an implantable proximal body component having a tapered bore in which the tapered post on the distal stem component can be received, and (c) a threaded locking bolt which can extend through the bore in the proximal body component so that its threads engage the lower set of female threads in the distal stem component to couple the bolt to the distal stem component, and characterised in that the system includes a stem insertion tool having a body with an elongate bore extending through it and a locking rod extending through the bore, the locking rod having a knob at its proximal end which provides an impact surface and a set of locking threads at its distal end which can engage the upper set of female threads in the distal stem component to couple the stem insertion tool to the distal stem component.
Escalator or moving walkway having two access regions (2, 3) each with a comb plate and a conveying region arranged between the access regions (2, 3), which conveying region extends in its length between the two comb plates of the access regions (2, 3) and is bounded transversely to its length by balustrades (10, 11) and balustrade bases (15, 16) of the escalator or moving walkway, wherein at least one projection (19, 33, 119) projecting into the conveying region is arranged at at least one stationary part of the escalator or moving walkway, wherein at least one monitoring sensor is arranged at least partly in at least one projection (19, 33, 119) characterised in that the monitoring sensor serves for monitoring an associated access region (2, 3).
An agricultural harvester, in particular a bale press or a loading wagon, comprising a cutting device for agricultural crop material, wherein the cutting device includes a blade carrier and a plurality of blades which are mounted moveably with respect thereto and which are moveable by means of at least one actuator between an active position in which they project into a crop material passage through which crop material flows and a passive position in which they are retracted from the crop material passage, wherein the blade carrier is moveable by means of at least one setting member from an engagement position (27 Eingriff) in which activated blades project into the crop material passage into an open position (27 Öffnung) which permits access to the blades for maintenance purposes, characterised by a control device operable to actuate the at least one actuator and the at least one setting member in an automatic operating mode in such a way that the cutting device can be automatically moved from an operating state (Z Betrieb) into a maintenance state (Z Wartung) or vice-versa, wherein upon transfer from the operating state into the maintenance state firstly all blades are activated by corresponding actuation of the actuators whereby a first cleaning operation for the blade slots in the bottom plate already takes place, then the blade carrier with the blades active is moved by means of the setting members into an open position (27 Öffnung), wherein the bottom plate is in an unchanged position whereby in the opened maintenance state (Z Wartung) a region between the lowered blade carrier (27 Öffnung) and the bottom plate is freed and then the blades are deactivated by actuation of the actuators.
Suspendable scale for weighing a bundle, which includes - a first part for suspending the scale from a structure supporting the scale, - a second part for suspending an implement from the scale, - a third part joining the first part and second part, arranged to change shape from an effect of the implement acting on the first part and second part and caused by a bundle to be hoisted by it, the first part, second part, and third part being at least partly radially nesting relative to one another, - at least two, preferably 4 - 8 strain gauges connected to the third part to form measurement data on forces acting on it, on basis of deformation of the third part, - a wireless transmitter for sending the measurement data to an operator, - a power supply for feeding an electric current to the strain gauges and the wireless transmitter, characterized in that a first space is formed in the scale to integrate the wireless transmitter inside the scale and a second space to integrate the power supply inside the scale, in which the power supply is self-powered, wherein the first space and second space form a first opening for the first space and a second opening for the second space in the second part or third part or both. - a first part for suspending the scale from a structure supporting the scale, - a second part for suspending an implement from the scale, - a third part joining the first part and second part, arranged to change shape from an effect of the implement acting on the first part and second part and caused by a bundle to be hoisted by it, the first part, second part, and third part being at least partly radially nesting relative to one another, - at least two, preferably 4 - 8 strain gauges connected to the third part to form measurement data on forces acting on it, on basis of deformation of the third part, - a wireless transmitter for sending the measurement data to an operator, - a power supply for feeding an electric current to the strain gauges and the wireless transmitter,