mhurhangee/patent-ind-claim-en huggingface dataset:
A method of remote data transmission over a frequency spectrum divided into a plurality of different elementary channels, between a first device and a second device , characterized it comprises the transmission by the first device of a first signal comprising a succession of first data by modulation of the first data simultaneously over a number of elementary channels of the plurality of elementary channels and the transmission of a second signal representative of a plan of frequency allocation of the used elementary channels of the plurality of elementary channels for the transmission of the first signal, comprising a succession of second data at least by modulation of all the second data over one elementary channel from among said number of elementary channels, the method further comprising a step of transmitting fourth data representative of a new plan of frequency allocation of the used elementary channels of the plurality of elementary channels by modulation on said elementary channel and representative of a time of beginning of use of the new plan and, from said time, transmitting fifth data representative of the new plan by modulation of the fifth data over a new elementary channel different from said elementary channel.
A delayed gelling composition comprising: a) a delayed gelling agent comprising a polyelectrolyte complex nanoparticle comprising a polyethylenimine of less than 26,000 Da and a sodium polyacrylate of less than 10,000 Da intimately associated with at least one multivalent cation crosslinker, said nanoparticle having a size of less than one micron; b) partially hydrolyzed polyacrylamide; and c) a fluid. a) a delayed gelling agent comprising a polyelectrolyte complex nanoparticle comprising a polyethylenimine of less than 26,000 Da and a sodium polyacrylate of less than 10,000 Da intimately associated with at least one multivalent cation crosslinker, said nanoparticle having a size of less than one micron; b) partially hydrolyzed polyacrylamide; and c) a fluid.
A method of authenticating a communication network comprising a transaction device , an issuer entity and a point of interaction device , wherein there is a first path between the transaction device and the point of interaction device and a second path between the issuer entity and the point of interaction device , the method being executed at the point of interaction device and comprising: receiving, from the transaction device , a first session key, the first session key being generated by the transaction device using a function, wherein an input to the function comprises an incremented variable; receiving, from the transaction device , a first device response and a first device cryptogram; forwarding the first device response and the first device cryptogram to the issuer entity for validation; receiving, from the issuer entity , a second device response regarding allowability of a transaction following processing of the first device response and the first device cryptogram by the issuer entity , and a second device cryptogram that is signed with a second session key, the second session key being generated by the issuer entity using the function; verifying the second device cryptogram by determining that the first session key matches the second session key; and defining the communication network as authentic in the event that the second device cryptogram is verified. receiving, from the transaction device , a first session key, the first session key being generated by the transaction device using a function, wherein an input to the function comprises an incremented variable; receiving, from the transaction device , a first device response and a first device cryptogram; forwarding the first device response and the first device cryptogram to the issuer entity for validation; receiving, from the issuer entity , a second device response regarding allowability of a transaction following processing of the first device response and the first device cryptogram by the issuer entity , and a second device cryptogram that is signed with a second session key, the second session key being generated by the issuer entity using the function; verifying the second device cryptogram by determining that the first session key matches the second session key; and defining the communication network as authentic in the event that the second device cryptogram is verified.
Perimeter protection system for protecting operators against lateral falling when installing formwork panels in a horizontal formwork system (1; 1'), the perimeter protection system comprising at least one perimeter protection structure configured for being fixed, in a working position, to the horizontal formwork system (1; 1'), and at least one auxiliary device configured for being fixed to the horizontal formwork system (1; 1') and for fixing the perimeter protection structure to the horizontal formwork system (1; 1'), the auxiliary device comprising guiding means , whereby the perimeter protection structure comprises a guide for positioning the perimeter protection structure in an initial assembly position raising the perimeter protection structure up to an intermediate position in a guided movement, and swinging said perimeter protection structure until positioning it in the working position, characterized in that the guide being a groove extending longitudinally on a side surface of a hollow profile of the perimeter protection structure and the guiding means comprising a projection configured for going through the guide and cooperating in the guided movement of the perimeter protection structure with respect to the auxiliary device , the projection being arranged substantially horizontal when the auxiliary device is arranged fixed to the horizontal formwork system (1;1'), the perimeter protection structure being arranged substantially vertical in the initial assembly position, with the guiding means of the at least one auxiliary device being arranged coupled with the respective guide of the perimeter protection structure such that the projection of the guiding means abuts against an end of the guide , the projection further comprising a retaining element configured for abutting against the side surface of the hollow profile once the projection has gone through the guide , the hollow profile including an opening which communicates with a front surface of said hollow profile and with a part of the guide allowing the projection to go through the guide with the retaining element being housed inside the hollow profile, such that as the perimeter protection structure is raised with respect to the at least one auxiliary device to the intermediate position the retaining element prevents the removal of the perimeter protection structure with respect to the at least one auxiliary device .
A method of generating frequency combs consisting of a predetermined number of rays, the method comprising steps of: A) Generation of a main ray by a laser source ; B) generation of a first plurality of rays by modulating the main ray with a first radio frequency signal; C) generation of a second plurality of rays by modulating each ray of the first plurality of rays with a second radio-frequency signal other than the first radio-frequency signal; D) generation of a third plurality of rays by modulating each ray of the second plurality of rays with a third radio-frequency signal other than the first and second radio-frequency signals; and E) formation of a comb from the rays of the third plurality of rays, each of the first, second and third radio-frequency signals being at a respective frequency value, and the respective frequency values of the first, second and third RF signals comprising a first frequency value, a second frequency value equal to twice the first frequency value (F) and a third frequency value equal to three times the first frequency value (F). A) Generation of a main ray by a laser source ; B) generation of a first plurality of rays by modulating the main ray with a first radio frequency signal; C) generation of a second plurality of rays by modulating each ray of the first plurality of rays with a second radio-frequency signal other than the first radio-frequency signal; D) generation of a third plurality of rays by modulating each ray of the second plurality of rays with a third radio-frequency signal other than the first and second radio-frequency signals; and E) formation of a comb from the rays of the third plurality of rays, each of the first, second and third radio-frequency signals being at a respective frequency value, and the respective frequency values of the first, second and third RF signals comprising a first frequency value, a second frequency value equal to twice the first frequency value (F) and a third frequency value equal to three times the first frequency value (F).
A travel strap system , comprising: a main strap having a first end and a second end; a container strap extending from the first end of the main strap , the container strap adapted to secure an object therein; a first coupling members forming a loop, wherein the first coupling member extends the second end of the main strap , wherein the first coupling member is adapted to self-adjust a size of the loop to secure an item disposed therein; wherein the first end and second end of the main strap are each adapted to secure to a secondary strap; an accessory strap having a second and third coupling member suspended between a first end of the accessory strap and a second end of the accessory strap , wherein each of the first end and the second end of the main strap include a fastener securable to the accessory strap a main strap having a first end and a second end; a container strap extending from the first end of the main strap , the container strap adapted to secure an object therein; a first coupling members forming a loop, wherein the first coupling member extends the second end of the main strap , wherein the first coupling member is adapted to self-adjust a size of the loop to secure an item disposed therein; wherein the first end and second end of the main strap are each adapted to secure to a secondary strap; an accessory strap having a second and third coupling member suspended between a first end of the accessory strap and a second end of the accessory strap , wherein each of the first end and the second end of the main strap include a fastener securable to the accessory strap
A method for controlling a robot , the robot being connected to a control interface having a glove comprising a first finger provided with a first contact sensor and a second finger provided with a second contact sensor , the method comprising the following steps: a) during a preparatory step, associating, in a signal library , a first combination of signals emitted by the first and second sensors of the glove with a first setpoint, and associating, in the signal library , a second combination of signals emitted by the first and second sensors of the glove with a second setpoint, of the robot ,; b) acquiring an acquired combination of signals coming from the sensors of the glove ; c) comparing the acquired combination of signals with the first combination of signals and the second combination of signals in the library ; d) controlling the robot so that it reaches the setpoint associated with the acquired combination of signals, step c) of comparing the acquired combination of signals with the first combination and the second combination of the signal library comprising an additional step c') of proposing the combination between the first combination and the second combination whose score of correspondence with the acquired combination of signals is greater than a preset threshold when the acquired combination of signals does not correspond to the first combination or the second combination in the signal library , and wherein the first setpoint and/or the second setpoint is a velocity vector, a displacement or a force. a) during a preparatory step, associating, in a signal library , a first combination of signals emitted by the first and second sensors of the glove with a first setpoint, and associating, in the signal library , a second combination of signals emitted by the first and second sensors of the glove with a second setpoint, of the robot ,; b) acquiring an acquired combination of signals coming from the sensors of the glove ; c) comparing the acquired combination of signals with the first combination of signals and the second combination of signals in the library ; d) controlling the robot so that it reaches the setpoint associated with the acquired combination of signals, step c) of comparing the acquired combination of signals with the first combination and the second combination of the signal library comprising an additional step c') of proposing the combination between the first combination and the second combination whose score of correspondence with the acquired combination of signals is greater than a preset threshold when the acquired combination of signals does not correspond to the first combination or the second combination in the signal library , and wherein the first setpoint and/or the second setpoint is a velocity vector, a displacement or a force.
Fuel injector , in particular common rail injector, having an injector housing in which a high-pressure space is formed, which space can be supplied with pressurized fuel via a drilled supply hole which is arranged in the injector housing , and having a measuring device for at least indirectly sensing the pressure in the high-pressure space or the drilled supply hole , wherein the measuring device is designed to sense elastic deformation of a deformation area which is arranged at least indirectly operatively connected to the drilled supply hole or the high-pressure space , wherein the measuring device has a sensor element which is embodied as a piezo element (31; 31a) and has two electrodes , wherein the sensor element is at least indirectly connected to the deformation area , wherein a first electrode on the side of the sensor element facing away from the deformation area forms an overlapping area with a second electrode , and wherein in the overlapping area of the two electrodes the latter are arranged completely electrically insulated from one another, characterized in that the first electrode is formed lengthened on one side of the piezo element , and is repositioned over an intermediate section towards the upper side of the second electrode by means of a deformation process such as bending.
A method for transferring power between a power grid and an electric vehicle, the method comprising: maintaining, by an electric vehicle station equipment EVSE separate from the electric vehicle and electrically coupled to the power grid , EVSE attributes, the EVSE attributes defining information relating to the EVSE ; characterised by digitally signing, by an authorised party, the EVSE attributes using a digital signature; establishing, by the EVSE , communication with an electric vehicle equipment EVE inside the electric vehicle; transmitting, by the EVSE , the EVSE attributes and the digital signature to the EVE ; and in response to the transmitting, receiving, by the EVSE , an instruction from the EVE to energize an electrical connector of the EVSE to electrically couple the EVE to or decouple the EVE from the power grid to supply power between the electric vehicle and the power grid . maintaining, by an electric vehicle station equipment EVSE separate from the electric vehicle and electrically coupled to the power grid , EVSE attributes, the EVSE attributes defining information relating to the EVSE ; characterised by digitally signing, by an authorised party, the EVSE attributes using a digital signature; establishing, by the EVSE , communication with an electric vehicle equipment EVE inside the electric vehicle; transmitting, by the EVSE , the EVSE attributes and the digital signature to the EVE ; and in response to the transmitting, receiving, by the EVSE , an instruction from the EVE to energize an electrical connector of the EVSE to electrically couple the EVE to or decouple the EVE from the power grid to supply power between the electric vehicle and the power grid .
A detection device for use in a blood pressure measurement system, said device being arranged for coupling to an inflatable cuff attached to a measurement site of a body part of a patient and arranged to perform a series of blood pressure measurements, wherein, for each measurement of the series, an inflation operation is performed to inflate the cuff, the device comprising: a determining unit arranged for determining an inflation speed-dependent parameter value during each inflation operation of the series, a memory unit arranged to store the determined inflation speed-dependent parameter value; and a processor module arranged for receiving the determined inflation speed-dependent parameter values from the memory unit; and for checking whether a difference between the inflation speed-dependent parameter values determined during a first inflation operation and during a second inflation operation meets a predetermined criterion, wherein in the series of blood pressure measurements the second inflation operation is subsequent to the first inflation operation; and wherein the processor module is further arranged to stop the inflation operation if the difference between the inflation speed-dependent parameter values exceeds the predetermined criterion. a determining unit arranged for determining an inflation speed-dependent parameter value during each inflation operation of the series, a memory unit arranged to store the determined inflation speed-dependent parameter value; and a processor module arranged for receiving the determined inflation speed-dependent parameter values from the memory unit; and for checking whether a difference between the inflation speed-dependent parameter values determined during a first inflation operation and during a second inflation operation meets a predetermined criterion, wherein in the series of blood pressure measurements the second inflation operation is subsequent to the first inflation operation; and wherein the processor module is further arranged to stop the inflation operation if the difference between the inflation speed-dependent parameter values exceeds the predetermined criterion.
A handheld diagnostics device configured to perform one or more non-invasive remote medical examinations of a patient by a remote trained personnel , wherein the handheld diagnostics device is operably connectable to a remote workstation and wherein the handheld diagnostics device comprises one or more navigation sensors, at least one diagnostics sensor and a processor , said processor being configured to perform the following for the at least one remote medical examination of said non-invasive remote medical examinations: acquire navigation enabling data utilizing the one or more navigation sensors, said navigation enabling data being indicative of a spatial disposition of the handheld diagnostics device with respect to the patient's body; send the acquired navigation enabling data to the remote workstation ; receive an indication of a desired spatial disposition with respect to the patient's body , from which medical data of the patient is to be acquired in accordance with said at least one remote medical examination, said indication being provided by a trained personnel operating the workstation ; determine a spatial disposition of the handheld diagnostics device with respect to the desired spatial disposition, utilizing the acquired navigation enabling data and pre-stored reference data; calculate a route and guidance data for a required movement correction from the determined spatial disposition to the desired spatial disposition, for acquiring medical data of the patient in accordance with said at least one medical examination; and automatically provide a user of the handheld diagnostics device with maneuvering instructions, based on the calculated guidance data, the maneuvering instructions configured to direct the user of the remote handheld diagnostics device to navigate said handheld diagnostics device to the desired spatial disposition in accordance with the required movement correction.
Turbine engine rotor comprising: • a disc of which the periphery comprises a plurality of keyways , • a plurality of removable blades , each blade comprising a blade root having a base provided with a tenon intended to be housed in one of the keyways , and • a downstream flange , secured to said disc against which each blade root bears, said rotor being characterised in that it comprises, between a downstream portion of each blade root and the downstream flange , an elastic abutment intended to maintain a separation between the blade root and the downstream flange , and in that said downstream portion of each blade root is located radially outside of the tenon of said blade base . • a disc of which the periphery comprises a plurality of keyways , • a plurality of removable blades , each blade comprising a blade root having a base provided with a tenon intended to be housed in one of the keyways , and • a downstream flange , secured to said disc against which each blade root bears,
A security element having a transparent film , a pattern of transparent and non-transparent regions on a first side (A) of the film , a pattern of transparent and non-transparent regions on a second side (B) of the film , said pattern matching with the pattern on the first side (A) of the film , characterized in that a colour changing layer covers the pattern on at least one side (A, B) of the film . a transparent film , a pattern of transparent and non-transparent regions on a first side (A) of the film , a pattern of transparent and non-transparent regions on a second side (B) of the film , said pattern matching with the pattern on the first side (A) of the film , characterized in that a colour changing layer covers the pattern on at least one side (A, B) of the film .
Rotor for an electric motor, comprising: a ring shaped one-piece non-laminated rotor iron core having an inner surface, wherein a magnet area of the inner surface is provided with a groove to reduce eddy current losses; and a magnet part disposed in the magnet area of the inner surface of the iron core , the magnet part comprising a plurality of magnet sheets , wherein each magnet sheet has a rectangular circumferential shape which is defined by two long edges extending in parallel and two short edges extending parallel to each other and perpendicular to the long edges, wherein the magnet sheets are arranged adjacently in sequence along the inner surface of the iron core with the long edges bordering each other, and wherein the groove forms a certain angle with the long edges of each magnet sheet forming the magnet part , characterised in that the groove forms an angle of 30 degrees with the longest edge of each magnet sheet . a ring shaped one-piece non-laminated rotor iron core having an inner surface, wherein a magnet area of the inner surface is provided with a groove to reduce eddy current losses; and a magnet part disposed in the magnet area of the inner surface of the iron core , the magnet part comprising a plurality of magnet sheets , wherein each magnet sheet has a rectangular circumferential shape which is defined by two long edges extending in parallel and two short edges extending parallel to each other and perpendicular to the long edges, wherein the magnet sheets are arranged adjacently in sequence along the inner surface of the iron core with the long edges bordering each other, and wherein the groove forms a certain angle with the long edges of each magnet sheet forming the magnet part , characterised in that the groove forms an angle of 30 degrees with the longest edge of each magnet sheet .