mhurhangee/ep-ind-claims huggingface dataset:
A method of user authentication to a remote telephony service by means of an application on a mobile telephony device, the method comprising: a) authenticating (S1.1, S1.2, S1.3) the user by interaction with the application, to receive a call identifier from a mobile gateway; b) initiating (S1.4) a telephone call to the remote telephony service, and after the call has been connected (S1.5) to the remote telephony service, c) sending the call identifier within the telephone call to the remote telephony service, by means of which the user is authenticated (S1.6) to the remote telephony service; wherein data relating to a purpose of the telephone call is provided by the user on the mobile telephony device; characterised in that: the data relating to the purpose of the telephone call is passed to the remote telephony service in the call identifier; and in that: in response to authentication of the user to the remote telephony service, the telephone call is transferred to a selected telephone operator terminal based on the data relating to the purpose of the telephone call. a) authenticating (S1.1, S1.2, S1.3) the user by interaction with the application, to receive a call identifier from a mobile gateway; b) initiating (S1.4) a telephone call to the remote telephony service, and after the call has been connected (S1.5) to the remote telephony service, c) sending the call identifier within the telephone call to the remote telephony service, by means of which the user is authenticated (S1.6) to the remote telephony service; wherein data relating to a purpose of the telephone call is provided by the user on the mobile telephony device; characterised in that: the data relating to the purpose of the telephone call is passed to the remote telephony service in the call identifier; and in that: in response to authentication of the user to the remote telephony service, the telephone call is transferred to a selected telephone operator terminal based on the data relating to the purpose of the telephone call.
Oil sensor comprising an elongated crystal and a holder to which the elongated crystal is fastened, wherein the elongated crystal is made of a material that is transparent to light in the infrared spectrum and which has a refractive index greater than the refractive index of the oil to be examined, whereby a light source is provided in the holder at a first end of the elongated crystal for transmitting light in the infrared spectrum in the elongated crystal, and detection means are provided in the holder at a second end of the elongated crystal for measuring the intensity of the light, which during the passage through the elongated crystal undergoes total reflection at least four times in succession at a boundary plane in a contact zone where the elongated crystal comes into contact with the oil to be examined, characterised in that the oil sensor is further provided with at least one temperature sensor arranged to determine the temperature of at least one of the components of the oil sensor, in that the part of the light source that can emit light can be heated to a temperature of more than 400 0 C in order to emit light, and in that the elongated crystal is tubular, wherein the ratio of the inside diameter to the outside diameter of the tubular elongated crystal is between 0.3 and 0.9, and in that the oil sensor is further provided with an output reflector that is fastened to the holder and that the oil sensor is configured such that this output reflector can receive a part of the light, after passing through the elongated crystal, and transmit it to the detection means.
A manually operated demand delivery liquid pump dispensing device, which includes: - a container to be filled with a storage of the liquid to be dispensed and with air inside the container, said container comprising a bottom part, a top part, and a side wall between said bottom part and said top part, and - a lid which seals an opening in the top part of the container, usable for filling the container, said lid being provided on the upper side thereof with a shallow basin, including, in the centre thereof, a concave dish- shaped cavity and a discharge opening in the region of said dish-shaped cavity of the lid, and with a tube for supplying liquid to said concave dish-shaped cavity from said storage of liquid which may be contained in the container, wherein said tube has an exterior top section extending upwards a distance corresponding approximately to the depth of the cavity in tubular form from the bottom of said concave dish-shaped cavity, and an interior section extending downwards from said top section into the storage of the liquid which may be contained in the container, wherein said exterior top section extends said distance above the said bottom in tubular form and is arranged to provide a preventive back valve function. - a container to be filled with a storage of the liquid to be dispensed and with air inside the container, said container comprising a bottom part, a top part, and a side wall between said bottom part and said top part, and - a lid which seals an opening in the top part of the container, usable for filling the container, said lid being provided on the upper side thereof with a shallow basin, including, in the centre thereof, a concave dish- shaped cavity and a discharge opening in the region of said dish-shaped cavity of the lid, and with a tube for supplying liquid to said concave dish-shaped cavity from said storage of liquid which may be contained in the container,
A mold, wherein a coating film made from a fluoropolymer coating composition is formed on a surface of said mold, the fluoropolymer coating composition comprising a fluoropolymer and a fluoro oil, wherein the decomposition temperature of said fluoro oil is higher than the melting point of said fluoropolymer, said decomposition temperature is measured as disclosed in the section titled "Decomposition Temperature of the Fluoro Oil", wherein said melting point is measured as disclosed in the section titled "Melting Point of the Fluoropolymer" and wherein said fluoro oil is dispersed in said coating composition.
A method of determining locations of individual cartons in a material handling system, the method comprising: receiving a two-dimensional image and a three-dimensional point cloud of at least one portion of a carton pile resting on a floor of a transportation carrier; detecting segments within the 3D point cloud; removing any segments that are smaller than a first threshold; determining whether any segments are less than a second threshold; in response to determining that a selected segment is less than the second threshold, qualifying the selected segment as a 3D detected carton; in response to determining that a selected segment is not less than the second threshold: determining a 2D mask that corresponds to the selected segment; determining a portion of the 2D image that corresponds to the 2D mask; detecting segments within the portion of the 2D image; and qualifying detected segments as 2D detected cartons; combining the 2D and 3D detected cartons in a detection result; and converting the detection result using calibration information into 3D locations relative to a robotic carton handling system for a selected one of a loading operation and an unloading operation. receiving a two-dimensional image and a three-dimensional point cloud of at least one portion of a carton pile resting on a floor of a transportation carrier; detecting segments within the 3D point cloud; removing any segments that are smaller than a first threshold; determining whether any segments are less than a second threshold; in response to determining that a selected segment is less than the second threshold, qualifying the selected segment as a 3D detected carton; in response to determining that a selected segment is not less than the second threshold: determining a 2D mask that corresponds to the selected segment; determining a portion of the 2D image that corresponds to the 2D mask; detecting segments within the portion of the 2D image; and qualifying detected segments as 2D detected cartons; determining a 2D mask that corresponds to the selected segment; determining a portion of the 2D image that corresponds to the 2D mask; detecting segments within the portion of the 2D image; and qualifying detected segments as 2D detected cartons; combining the 2D and 3D detected cartons in a detection result; and converting the detection result using calibration information into 3D locations relative to a robotic carton handling system for a selected one of a loading operation and an unloading operation.
A catheter positioning system, comprising: a balloon catheter comprising an inflatable balloon and a delivery catheter disposed within the balloon catheter, wherein upon inflation of the balloon, a position of the balloon catheter is substantially fixed, and wherein the delivery catheter comprises helical grooves disposed on an outer surface of the delivery catheter and is configured to advance through the balloon catheter without substantially altering the position of the balloon catheter. a balloon catheter comprising an inflatable balloon and a delivery catheter disposed within the balloon catheter, wherein upon inflation of the balloon, a position of the balloon catheter is substantially fixed, and wherein the delivery catheter comprises helical grooves disposed on an outer surface of the delivery catheter and is configured to advance through the balloon catheter without substantially altering the position of the balloon catheter.
A method of controlling a protection relay, comprising; inputting an input characteristic quantity; determining (402, 410, 414) a triggering condition for the protection relay using a calculation equation, the value of which increases when the input characteristic quantity exceeds a first threshold value, and decreases when the input characteristic quantity undershoots a second threshold value for an over function measure, and the value of the calculation equation increases when the input characteristic quantity undershoots a first threshold value, and decreases when the input characteristic quantity exceeds a second threshold value for an under function measure, wherein the calculation equation is arranged into a form of a division and includes a first measure and a second measure, where the first measure is arranged as a nominator of the division and the second measure is arranged as a denominator of the division and the triggering occurs when the first measure is greater than the second measure.
A method for producing a metal porous body, comprising the steps of: performing electrical conduction treatment on a surface of a skeleton of a sheet resin porous body having the skeleton with a three-dimensional network structure, to obtain a conductive resin porous body having a conductive layer; performing electroplating treatment on a surface of a skeleton of the conductive resin porous body to obtain a plated resin porous body having a metal plating layer; and performing treatment of removing at least the resin porous body from the plated resin porous body to obtain a metal porous body, wherein in the electroplating treatment, the conductive resin porous body is supplied with power by a rotating electrode roller (38, 66, 69), characterized by the electrode roller (38, 66, 69) is supplied with power by bringing a power supply brush comprising a material containing iron as a main component into sliding contact with a part of a rotation shaft (38a, 66a, 69a), and at least a surface of at least the part of the rotation shaft (38a, 66a, 69a) with which the power supply brush is brought into contact comprises a material containing iron or nickel as a main component. performing electrical conduction treatment on a surface of a skeleton of a sheet resin porous body having the skeleton with a three-dimensional network structure, to obtain a conductive resin porous body having a conductive layer; performing electroplating treatment on a surface of a skeleton of the conductive resin porous body to obtain a plated resin porous body having a metal plating layer; and performing treatment of removing at least the resin porous body from the plated resin porous body to obtain a metal porous body, wherein in the electroplating treatment, the conductive resin porous body is supplied with power by a rotating electrode roller (38, 66, 69), characterized by the electrode roller (38, 66, 69) is supplied with power by bringing a power supply brush comprising a material containing iron as a main component into sliding contact with a part of a rotation shaft (38a, 66a, 69a), and at least a surface of at least the part of the rotation shaft (38a, 66a, 69a) with which the power supply brush is brought into contact comprises a material containing iron or nickel as a main component.
Non-antigen specific polyclonal activated T cells for use in treating a pathology characterized by an acute or a progressive damage and/or loss of neural cells and/or glial cells, wherein the non-antigen specific polyclonal activated T cells are non-cytotoxic T cells and are administered by intracerebroventricular or intrathecal administration in a manner which prevents meningoencephalitis.
A method in a radio network node for estimating channel gain over frequencies of a bandwidth in a radio communications network, which radio network node serves a user equipment in the radio communications network, the method comprising: - measuring a first channel gain based on a received power of a sounding reference signal over a first set of frequencies from the user equipment, which first set of frequencies is comprised in the frequencies of the bandwidth; the method being characterised in comprising: - measuring a second channel gain based on a received power of a received demodulation reference signal of a physical uplink shared channel over a second set of frequencies from the user equipment, which second set of frequencies is comprised in the frequencies of the bandwidth, wherein the first set of frequencies and the second set of frequencies are non-overlapping; and - estimating a third channel gain over the frequencies of the bandwidth by extrapolating the measured first channel gain and the measured second channel gain to cover frequencies outside the first set of frequencies and the second set of frequencies, wherein the frequencies of the bandwidth include the first set of frequencies, the second set of frequencies, and frequencies outside the first set of frequencies and the second set of frequencies. - measuring a first channel gain based on a received power of a sounding reference signal over a first set of frequencies from the user equipment, which first set of frequencies is comprised in the frequencies of the bandwidth; the method being characterised in comprising: - measuring a second channel gain based on a received power of a received demodulation reference signal of a physical uplink shared channel over a second set of frequencies from the user equipment, which second set of frequencies is comprised in the frequencies of the bandwidth, wherein the first set of frequencies and the second set of frequencies are non-overlapping; and - estimating a third channel gain over the frequencies of the bandwidth by extrapolating the measured first channel gain and the measured second channel gain to cover frequencies outside the first set of frequencies and the second set of frequencies, wherein the frequencies of the bandwidth include the first set of frequencies, the second set of frequencies, and frequencies outside the first set of frequencies and the second set of frequencies.
Tyre-building device, notably for building pneumatic tyres, said device comprising: - a feed system arranged to feed said building device with a strip, called "continuous strip", conveyed in a longitudinal direction, - a cutting tool which is mounted to move in a cutting direction transversal to the longitudinal direction, so as to be able to perform a movement, called "cutting movement", which makes it possible to cut said continuous strip across its width and thus detach from the continuous strip a reinforcing ply which extends, in the longitudinal direction, from a front edge to a rear edge, - a drum, which is arranged to be able to be driven in rotation in a direction called "winding direction" which allows the reinforcing ply to be wound over the circumference of said drum, by a movement called "winding movement", said building device being characterized in that it comprises a synchronization unit arranged to automatically synchronize the cutting movement with winding movement, so as to drive the cutting tool to move across the entire width of the continuous strip in order to detach the reinforcing ply from the continuous strip by generating the rear edge of said reinforcing ply, while the front edge of said reinforcing ply is engaged on the drum and the continuous strip is driven with said reinforcing ply at a non-zero speed in the winding direction to accompany the ongoing winding movement of said reinforcing ply on the drum. - a feed system arranged to feed said building device with a strip, called "continuous strip", conveyed in a longitudinal direction, - a cutting tool which is mounted to move in a cutting direction transversal to the longitudinal direction, so as to be able to perform a movement, called "cutting movement", which makes it possible to cut said continuous strip across its width and thus detach from the continuous strip a reinforcing ply which extends, in the longitudinal direction, from a front edge to a rear edge, - a drum, which is arranged to be able to be driven in rotation in a direction called "winding direction" which allows the reinforcing ply to be wound over the circumference of said drum, by a movement called "winding movement",
A vehicle goods bracket for being provided at the side of a transport vehicle comprising: a stationary base, which is fixed to a civil structure and a stationary guide pillar, characterized in that the bottom of the stationary guide pillar is hinged to the stationary base; the vehicle goods bracket further comprising a slidable guide rod, which is slidably mounted in the stationary guide pillar; a beam, which is hinged to the top of the slidable guide rod, said beam comprising a plate for supporting the goods of the transport vehicle; a jack cylinder, one end of which is hinged on the stationary guide pillar, and the other end of which is hinged on the bottom surface of the beam; a swing cylinder, one end of which is hinged on the stationary guide pillar, and the other end of which is hinged on the stationary base the vehicle goods bracket being capable of swinging outward and restoring inward and of carrying goods up or down, so as to load and unload the transport vehicle when provided at the side thereof. a stationary base, which is fixed to a civil structure and a stationary guide pillar, characterized in that the bottom of the stationary guide pillar is hinged to the stationary base; the vehicle goods bracket further comprising a slidable guide rod, which is slidably mounted in the stationary guide pillar; a beam, which is hinged to the top of the slidable guide rod, said beam comprising a plate for supporting the goods of the transport vehicle; a jack cylinder, one end of which is hinged on the stationary guide pillar, and the other end of which is hinged on the bottom surface of the beam; a swing cylinder, one end of which is hinged on the stationary guide pillar, and the other end of which is hinged on the stationary base the vehicle goods bracket being capable of swinging outward and restoring inward and of carrying goods up or down, so as to load and unload the transport vehicle when provided at the side thereof.
A cladding part for cladding a lower region of a dashboard of a motor vehicle, wherein the-cladding part comprises a damping layer and a reinforcing layer at least in partial regions of the damping layer, characterized in that the cladding part has at least one shaped portion in the form of a negative shape of a profile, wherein the cladding part comprises a tube arranged in the shaped portion.
A device for process monitoring during laser machining, particularly laser welding and laser deep welding, comprising: - an optical distance measuring device which comprises a measurement light source for generating a measurement light beam which is focused on a workpiece surface in order to form a measurement light spot, characterized by: - a prism deflection unit with at least one prism, which is mounted so as to be rotatable about an axis extending transversely to the measurement light beam in such a way that the measurement light beam can be purposefully shifted laterally relative to the optical axis by means of the tilting angle of the prism in order to position the measurement light spot on the workpiece surface, wherein the measurement light beam is guided through the at least one prism in such a way that the measurement light beam is only deflected on the refracting faces of the least one prism, and wherein the measurement light source is configured to generate a spectrally broadband measurement light beam. - an optical distance measuring device which comprises a measurement light source for generating a measurement light beam which is focused on a workpiece surface in order to form a measurement light spot, - a prism deflection unit with at least one prism, which is mounted so as to be rotatable about an axis extending transversely to the measurement light beam in such a way that the measurement light beam can be purposefully shifted laterally relative to the optical axis by means of the tilting angle of the prism in order to position the measurement light spot on the workpiece surface, wherein the measurement light beam is guided through the at least one prism in such a way that the measurement light beam is only deflected on the refracting faces of the least one prism, and wherein the measurement light source is configured to generate a spectrally broadband measurement light beam.