mhurhangee/ep-ind-claims huggingface dataset:
Electronic system for managing digital content relating to works of art comprising: - at least one importing unit of files comprising digital content relating to works of art comprising encrypting/decrypting means of said files of digital content relating to works of art, and - at least one display unit of digital content relating to works of art comprising electronic processing means provided with encrypting/decrypting software means analogous to those in the importing unit and first memory means for storing encrypted files of digital content relating to works of art, the at least one display unit being operatively connected to the at least one importing unit; wherein the encrypting/decrypting means of the importing unit and the encrypting/decrypting software means of the at least one display unit comprise means for generating a unique encryption key based on at least one identification code associated in a unique manner with said display unit and at least one identification code associated in a unique manner with said electronic processing means and/or said first memory means of the display unit, wherein the encrypting/decrypting means of the importing unit are adapted to encrypt the files subsequently stored as encrypted files in the first memory means with said unique encryption key. - at least one importing unit of files comprising digital content relating to works of art comprising encrypting/decrypting means of said files of digital content relating to works of art, and - at least one display unit of digital content relating to works of art comprising electronic processing means provided with encrypting/decrypting software means analogous to those in the importing unit and first memory means for storing encrypted files of digital content relating to works of art, the at least one display unit being operatively connected to the at least one importing unit; wherein the encrypting/decrypting means of the importing unit and the encrypting/decrypting software means of the at least one display unit comprise means for generating a unique encryption key based on at least one identification code associated in a unique manner with said display unit and at least one identification code associated in a unique manner with said electronic processing means and/or said first memory means of the display unit, wherein the encrypting/decrypting means of the importing unit are adapted to encrypt the files subsequently stored as encrypted files in the first memory means with said unique encryption key.
A handheld dental tool, comprising a handle with at least one connecting part and a coupling member at one end, and a second connecting part and a second coupling member at the other end of the handle, wherein a modelling tip having a shank is provided to fit the coupling member, and that the modelling tip has a coating of a material which otherwise is more flexible with respect to the material of the modelling tip, wherein the material of the coating has a surface energy of less than 35mN/m with respect to the material of the modelling tip, characterized in that the modelling tip comprises a core which terminates in a core tip and which passes through the coating and hence a front region of the modelling tip and, at the front end thereof, is free of the coating, and wherein the layer thickness of the coating decreases towards the front.
A method of using a magnetometer system to analyse the magnetic field of a region of a subject's body, the method comprising: using one or more detectors to detect the time varying magnetic field of a region of a subject's body; using a digitiser to digitise a signal or signals from the one or more detectors, each signal that is digitised including noise and a periodic signal produced by one or more of the one or more detectors due to the time varying magnetic field of the region of the subject's body; and averaging the digitised signal or signals over plural periods; wherein the magnetometer system is configured such that detector noise and system noise in each signal provided to the digitiser for digitisation is greater than about 25% of the interval between digitisation levels of the digitiser, such that the magnetometer system can detect one or more signal features of the periodic signal produced by one or more of the one or more detectors due to the time varying magnetic field of the region of the subject's body that are smaller than the interval between digitisation levels of the digitiser. using one or more detectors to detect the time varying magnetic field of a region of a subject's body; using a digitiser to digitise a signal or signals from the one or more detectors, each signal that is digitised including noise and a periodic signal produced by one or more of the one or more detectors due to the time varying magnetic field of the region of the subject's body; and averaging the digitised signal or signals over plural periods; wherein the magnetometer system is configured such that detector noise and system noise in each signal provided to the digitiser for digitisation is greater than about 25% of the interval between digitisation levels of the digitiser, such that the magnetometer system can detect one or more signal features of the periodic signal produced by one or more of the one or more detectors due to the time varying magnetic field of the region of the subject's body that are smaller than the interval between digitisation levels of the digitiser.
A four-edged drill, in particular a deep hole drill, with two long main cutting edges arranged in a point symmetrical manner relative to the axis of rotation, which each extend from an outer circumferential cutting corner to a chisel edge in the middle of the drill tip, and two short main cutting edges arranged in a point symmetrical manner relative to the axis of rotation, which each extend from an outer circumferential cutting corner in the direction of the middle of the drill tip, characterized in that each long main cutting edge has an outer partial cutting edge extending from the cutting corner up to a shoulder, and an inner partial cutting edge extending from the shoulder as far as the chisel edge, the inner partial cutting edge having a greater cutting height than the outer partial cutting edge and the short main cutting edges, the outer partial cutting edges and the inner partial cutting edges have an identical rake angle (δ 31, δ 32), and the cutting height difference (Δx) between the inner partial cutting edges and the outer partial cutting edges of the long main cutting edges achieved by the shoulder is within a range from 0.02 to 0.1, in particular 0.04 to 0.08 times the nominal diameter of the drill. each long main cutting edge has an outer partial cutting edge extending from the cutting corner up to a shoulder, and an inner partial cutting edge extending from the shoulder as far as the chisel edge, the inner partial cutting edge having a greater cutting height than the outer partial cutting edge and the short main cutting edges, the outer partial cutting edges and the inner partial cutting edges have an identical rake angle (δ 31, δ 32), and the cutting height difference (Δx) between the inner partial cutting edges and the outer partial cutting edges of the long main cutting edges achieved by the shoulder is within a range from 0.02 to 0.1, in particular 0.04 to 0.08 times the nominal diameter of the drill.
A composition comprising HFO-1234yf and at least one additional compound selected from the group consisting of HCO-1250xf, HCC-260da, HCC-260db, HCC-240aa, HCO-1230xa, HCFO-1233xf, HCFO-1233zd, HCFC-244bb, HCFC-244db, HFO-1234ze, HFC-245cb, HFO-1243zf, HCFO-1223za, HCFO-1224zb, HFO-1225zc, HCFC-241db, HCFC-242dc, HCFO-1232xf, HCFO-1231xf, and HCFO-1233yf, wherein the at least one additional compound is HFO-1225zc, and wherein the composition further comprises from 1 ppm to 1000 ppm of HFC-245cb.
A control method of a recycled fibre flotation process (102,106) comprising the steps of receiving from a recycled fibre line at least two measuring results, at least one of which relates to accept measurement and at least one to reject measurement, controlling with multivariable control on the basis of said at least one accept-related measuring result and said at least one reject-related measuring result the mechanical processing of the flotation process and the supply of at least one chemical affecting flotation into the recycled fibre process, and controlling ink content with multivariable control by means of the supply of at least one chemical affecting flotation and reducing the effect of frother.
Radiometric measuring device designed for the measurement of a physical variable of a product located in a vessel, and designed to output a measuring signal that corresponds to a measured value of the physical measured variable, - which has a single conductor pair via which energy is supplied to the entire measuring device and via which the measuring signal is transmitted, with - a radioactive emitter that emits radioactive radiation through the vessel during operation, - a detector with a scintillator and a photomultiplier which is used to detect a radiation intensity that penetrates the vessel and is dependent on the physical measured variable under measurement, and to convert this to an electrical output signal, - a measuring device electronics system which is used to generate the measuring signal using the electrical output signal of the detector and make this available via the conductor pair, - an energy accumulator fed via the conductor pair, - a controller, -- which, depending on the energy provided via the conductor pair and the accumulator, triggers measuring phases during which the measuring device measures the physical measured variable, and -- which puts the photomultiplier into service solely during the measuring phases, wherein high voltages that are required to operate the photomultiplier are generated during the measuring phases by means of a high voltage cascade. - which has a single conductor pair via which energy is supplied to the entire measuring device and via which the measuring signal is transmitted, with - a radioactive emitter that emits radioactive radiation through the vessel during operation, - a detector with a scintillator and a photomultiplier which is used to detect a radiation intensity that penetrates the vessel and is dependent on the physical measured variable under measurement, and to convert this to an electrical output signal, - a measuring device electronics system which is used to generate the measuring signal using the electrical output signal of the detector and make this available via the conductor pair, - an energy accumulator fed via the conductor pair, - a controller, -- which, depending on the energy provided via the conductor pair and the accumulator, triggers measuring phases during which the measuring device measures the physical measured variable, and -- which puts the photomultiplier into service solely during the measuring phases, wherein high voltages that are required to operate the photomultiplier are generated during the measuring phases by means of a high voltage cascade. -- which, depending on the energy provided via the conductor pair and the accumulator, triggers measuring phases during which the measuring device measures the physical measured variable, and -- which puts the photomultiplier into service solely during the measuring phases, wherein high voltages that are required to operate the photomultiplier are generated during the measuring phases by means of a high voltage cascade.
Fibre-reinforced plastic component (FRP component) having a multilayer structure of reinforcement fibre layers, damping layers and at least one covering layer and having a matrix system of resin or thermoplastic, wherein the surface forms a paintable class A surface, and wherein the plastic component has a plurality of reinforcement fibre layers (2, 2'), wherein between each two adjacent reinforcement fibre layers (2, 2') a damping layer is arranged, and a covering layer is arranged at least on one side of the FRP component, characterised in that the damping layers and the at least one covering layer are composed of non-woven fibre fabric, wherein the non-woven fibre fabrics are composed of glass fibre mat and those that form the damping layers have a coarser structure than the non-woven fibre fabrics that form the at least one covering layer.
A method for drilling an element to be drilled by means of a piercing device and a cutting tool comprising listels and cutting edges, said method comprising a step of determining at least one load value representative of the overall drag due to the internal friction of said piercing device and to the friction of said listels in said element to be drilled, said step of determining at least one load value representative of said overall drag comprising the following sub-steps: - stopping the drilling operation in progress; - partially retracting said cutting tool over a predetermined distance, said predetermined distance being chosen so that said cutting edges are no longer in contact with said element to be drilled while the listels are still inside the hole being drilled in the element to be drilled; - driving said cutting tool with predetermined cutting parameters; - measuring at least one load value when driving said cutting tool with said cutting parameters before its cutting edges again come into contact with said element to be drilled, and after stabilisation of said load values, the at least one load value thus measured being said at least one load value representative of said overall drag due to internal friction of said piercing device and to the friction of said listels in said element to be drilled. - stopping the drilling operation in progress; - partially retracting said cutting tool over a predetermined distance, said predetermined distance being chosen so that said cutting edges are no longer in contact with said element to be drilled while the listels are still inside the hole being drilled in the element to be drilled; - driving said cutting tool with predetermined cutting parameters; - measuring at least one load value when driving said cutting tool with said cutting parameters before its cutting edges again come into contact with said element to be drilled, and after stabilisation of said load values, the at least one load value thus measured being said at least one load value representative of said overall drag due to internal friction of said piercing device and to the friction of said listels in said element to be drilled.
Heating unit having a heat generator for heating a heating fluid, having a feed line for delivering the heating fluid and a return line for receiving the heating fluid, having a bypass line (34, 34a, 34b) which connects the return line to the feed line, and having a valve in the bypass line, characterized by a device by means of which the valve is able to be covered by a sliding sleeve and is able to be secured by means of the sliding sleeve.
A method, wherein: - a tensile test is conducted on an overpressure safeguard which is formed by a seating and a sealing cover thereon on which a closing force is exerted, for example by means of weights or magnets, - a hoisting frame provided with a hoisting rope which is coupled to the cover at a specific location is placed near the overpressure safeguard, and - a force measurement device incorporated in the hoisting rope is used to determine the tensile force, characterised in that the force measurement device measures the tensile force shortly after a point in time where the cover is completely loose of the seating, which measured tensile force(s) comprise(s) a measure of the maximum opening pressure (P o max) which is related to the pressure at maximum blow-off capacity of the overpressure safeguard. - a tensile test is conducted on an overpressure safeguard which is formed by a seating and a sealing cover thereon on which a closing force is exerted, for example by means of weights or magnets, - a hoisting frame provided with a hoisting rope which is coupled to the cover at a specific location is placed near the overpressure safeguard, and - a force measurement device incorporated in the hoisting rope is used to determine the tensile force,
A method performed at a client device, the method comprising: sending from a client device a request to join a conference to a cloud-based controller; receiving, by the client device, a Simple Traversal of Universal Datagram Protocol, UDP, through Network Address Translators, NATs, STUN, URL; resolving, the STUN URL received from the controller, into (a) a first IP address of a cluster of on-premises media agents fronted by an on-premises load balancer disposed at a physical location of an enterprise, and (b) a second IP address of cloud-based media agents fronted by a cloud-based load balancer disposed at a cloud location that is remote from the physical location of the enterprise, the first address having a higher priority than the second address; connecting, by the client device, to the on-premises load balancer, which determines, whether the cluster of on-premises media agents has sufficient capacity to handle the request; connecting (520, 522), by the client device, using the first address, to the cluster of on-premises media agents via the on-premises load balancer if the cluster of on-premises media agents has sufficient capacity to handle the request, as determined by the on-premises load balancer; and in response to receiving a rejection of the request from the on-premises load balancer due to the on-premises media agents having insufficient capacity to handle the request, connecting (526, 528, 530), using the second address, to the cluster of cloud-based media agents. sending from a client device a request to join a conference to a cloud-based controller; receiving, by the client device, a Simple Traversal of Universal Datagram Protocol, UDP, through Network Address Translators, NATs, STUN, URL; resolving, the STUN URL received from the controller, into (a) a first IP address of a cluster of on-premises media agents fronted by an on-premises load balancer disposed at a physical location of an enterprise, and (b) a second IP address of cloud-based media agents fronted by a cloud-based load balancer disposed at a cloud location that is remote from the physical location of the enterprise, the first address having a higher priority than the second address; connecting, by the client device, to the on-premises load balancer, which determines, whether the cluster of on-premises media agents has sufficient capacity to handle the request; connecting (520, 522), by the client device, using the first address, to the cluster of on-premises media agents via the on-premises load balancer if the cluster of on-premises media agents has sufficient capacity to handle the request, as determined by the on-premises load balancer; and in response to receiving a rejection of the request from the on-premises load balancer due to the on-premises media agents having insufficient capacity to handle the request, connecting (526, 528, 530), using the second address, to the cluster of cloud-based media agents.
A computer implemented method of matching sources to loads, the method comprising: receiving load activity data representing load activity over a time period; receiving source activity data representing source activity over the time period, where the source activity data includes data reflecting aggregated load activity corresponding to multiple loads operably connected to one source; manipulating the load activity over the time period of at least one load from the multiple loads, such that load identifying information is encoded in the source activity data; and matching at least two loads from the multiple loads to the source based on the load activity data and the source activity data. receiving load activity data representing load activity over a time period; receiving source activity data representing source activity over the time period, where the source activity data includes data reflecting aggregated load activity corresponding to multiple loads operably connected to one source; manipulating the load activity over the time period of at least one load from the multiple loads, such that load identifying information is encoded in the source activity data; and matching at least two loads from the multiple loads to the source based on the load activity data and the source activity data.
A system, comprising: a guided surface waveguide probe; modulation circuitry coupled to the guided surface waveguide probe, the modulation circuitry being configured to generate a modulated signal, the modulated signal being applied to the guided surface waveguide probe; and the guided surface waveguide probe being adjusted to launch a guided surface wave along a terrestrial medium by generating at least one resultant field that synthesizes a wave front incident at a complex Brewster angle of incidence ( θ i,B) of the terrestrial medium at a vicinity of the guided surface waveguide probe, the guided surface wave embodying the modulated signal. a guided surface waveguide probe; modulation circuitry coupled to the guided surface waveguide probe, the modulation circuitry being configured to generate a modulated signal, the modulated signal being applied to the guided surface waveguide probe; and the guided surface waveguide probe being adjusted to launch a guided surface wave along a terrestrial medium by generating at least one resultant field that synthesizes a wave front incident at a complex Brewster angle of incidence ( θ i,B) of the terrestrial medium at a vicinity of the guided surface waveguide probe, the guided surface wave embodying the modulated signal.