mhurhangee/ep-ind-claims huggingface dataset:
A test apparatus for testing a security of communication of a device under test, DUT, wherein the test apparatus comprises: - an RF unit having an RF interface adapted to receive from the device under test, DUT, an RF signal carrying Internet Protocol, IP, data including at least one IP address; and - an IP unit adapted to analyse IP data carried in the received RF signal to check communication security of the device under test, DUT, using at least one security criterion, SC-CEP, related to a communication endpoint, CEP, addressed by the IP address, wherein said IP unit is further adapted to analyse IP data carried by the received RF signal to check the communication security of the device under test, DUT, on the basis of at least one security criterion, SC, related to the communication endpoint, CEP, addressed by the IP address, wherein the at least one security criterion, SC-CEP, related to the communication endpoint, CEP, comprises at least one of: - a reputation of the addressed communication endpoint, - a usage age of the IP address, - an age of one or more DNS records, - a geographical location of the addressed communication endpoint, - an owner of the addressed communication endpoint, - a type of the addressed communication endpoint, - an observed communication behaviour of the addressed communication endpoint, - a certificate of the addressed communication endpoint issued by a trusted certificate authority; wherein the test apparatus is further adapted to influence an IP-based communication link, IPC, between the device under test, DUT, and a communication endpoint, CEP, to analyse an impact on the operation behaviour of said device under test, DUT, for checking the communication security of the respective device under test, DUT,, and wherein the test apparatus is adapted to influence the IP-based communication link, IPC, between the DUT and the CEP by modifying a data throughput of a wireless IP-based communication link between the DUT and the RF communication interface of the RF unit of said test apparatus, and to perform a comparative measurement by testing the DUT for a high data throughput versus a low data throughput. - an RF unit having an RF interface adapted to receive from the device under test, DUT, an RF signal carrying Internet Protocol, IP, data including at least one IP address; and - an IP unit adapted to analyse IP data carried in the received RF signal to check communication security of the device under test, DUT, using at least one security criterion, SC-CEP, related to a communication endpoint, CEP, addressed by the IP address, - a reputation of the addressed communication endpoint, - a usage age of the IP address, - an age of one or more DNS records, - a geographical location of the addressed communication endpoint, - an owner of the addressed communication endpoint, - a type of the addressed communication endpoint, - an observed communication behaviour of the addressed communication endpoint, - a certificate of the addressed communication endpoint issued by a trusted certificate authority;
An apparatus, consisting of control electronics of a device, comprising feedback control electronics and motor electronics of an EC motor, and an interface between the control electronics and the motor electronics galvanically isolated therefrom, which comprises motor commutation electronics, wherein the interface is configured with exactly three connecting lines (32, 35, 45) between the control electronics and the motor electronics for voltage supply and for transmission of a PWM signal, wherein one of the three connecting lines is provided as a bidirectional communication line, that is as a bidirectional communication connection between the feedback control electronics and the motor commutation electronics, to transmit a PWM signal for rotational speed feedback control of the EC motor, wherein only the control electronics has a mains (alternating) voltage connection and provides the mains voltage via a rectifier into a rectified supply voltage for the motor electronics.
Slicing machine for elongate foodstuffs, - having at least one cutting blade for the elongate foodstuff, - having a housing with an introduction region for the elongate foodstuff and with a removal region for the sliced elongate foodstuff, - wherein a packaging apparatus is present in the removal region and/or in the introduction region of the housing, the sliced elongate foodstuff being able to be laid on said packaging apparatus such that a packaging bag is able to be slipped over the packaging apparatus and the sliced foodstuff, - wherein the packaging apparatus is present inside the housing, - wherein the packaging apparatus is movable, in particular pivotable or foldable, - characterized in that - the packaging apparatus is arranged approximately horizontally in a first position, such that the sliced foodstuff is able to be placed on the packaging apparatus, wherein the approximately horizontal plane of the packaging apparatus is able to be inclined up to 20 degrees from the horizontal in all spatial directions, - the packaging apparatus is arranged approximately vertically in a second position, such that the removal region is freely accessible. - having at least one cutting blade for the elongate foodstuff, - having a housing with an introduction region for the elongate foodstuff and with a removal region for the sliced elongate foodstuff, - wherein a packaging apparatus is present in the removal region and/or in the introduction region of the housing, the sliced elongate foodstuff being able to be laid on said packaging apparatus such that a packaging bag is able to be slipped over the packaging apparatus and the sliced foodstuff, - wherein the packaging apparatus is present inside the housing, - wherein the packaging apparatus is movable, in particular pivotable or foldable, - characterized in that - the packaging apparatus is arranged approximately horizontally in a first position, such that the sliced foodstuff is able to be placed on the packaging apparatus, wherein the approximately horizontal plane of the packaging apparatus is able to be inclined up to 20 degrees from the horizontal in all spatial directions, - the packaging apparatus is arranged approximately vertically in a second position, such that the removal region is freely accessible.
A ground check monitoring apparatus comprising: a voltage source connected to a single insulated ground check wire, also known as a pilot conductor (118,218,224), and a ground conductor (40,226,228), wherein the pilot conductor has a first resistance, and the ground conductor has a second resistance; a termination device (222,404) connected between the pilot conductor and the ground conductor; and a ground check terminal connectable to a cable pilot wire and a ground terminal connectable with a cable ground wire, characterised in that voltage and current measured at the ground check terminal and the ground terminal are used to determine a ground check resistance, and in that the apparatus further comprises a first low pass filter receiving a voltage of the termination device, and a second low pass filter receiving a ground circuit current. a voltage source connected to a single insulated ground check wire, also known as a pilot conductor (118,218,224), and a ground conductor (40,226,228), wherein the pilot conductor has a first resistance, and the ground conductor has a second resistance; a termination device (222,404) connected between the pilot conductor and the ground conductor; and a ground check terminal connectable to a cable pilot wire and a ground terminal connectable with a cable ground wire, characterised in that voltage and current measured at the ground check terminal and the ground terminal are used to determine a ground check resistance, and in that the apparatus further comprises a first low pass filter receiving a voltage of the termination device, and a second low pass filter receiving a ground circuit current.
Sacrificial anode comprising an anode body having at least one cavity within the anode body and a sensor arranged in the cavity; the sensor is: a sensor operable to measure the presence of sea water in the cavity, or a sensor operable to measure fluid communication between the cavity and the outside of the anode, wherein the sensor comprises at least one electrode (31a,b) or wherein the sensor is formed by at least two electrodes (31a,b) spaced apart, and wherein the at least one cavity is filled with a non-conducting material soluble in sea water or permeable to sea water. a sensor operable to measure the presence of sea water in the cavity, or a sensor operable to measure fluid communication between the cavity and the outside of the anode,
A hybrid cable comprising at least one conductive element in the form of a cable or a conductor, wherein the conductive element is a metallic power cable for transferring electric power for a rated voltage of up to 3.6 / 6 kV, wherein it further comprises at least one tube for the subsequent installation of an optical fiber or optical cable, wherein the tube or the assembly of two or more tubes is housed in the center of the hybrid cable inside the cable core, the cable core is coated with a covering element in the form of a tape or a continuous extruded mixture and covered by the outer sheath, characterized in that at least one tube made of a polymeric material that has internal and external circular cross-section, the inner cross-section of the polymer tube comprising longitudinal grooves for reducing the friction surface and easier positioning or removal of the optical fiber or cable, each tube being surrounded by the conductive element placed within the hybrid cable, such that the walls of the conductive element formed by insulation and surrounding its wire abut the outer surface of the tube or tube or tube assembly, so that at least the half-part of the outer surface of the tube or tube assembly is in contact with the conductive element, the outer wall of the tube is provided with at least one longitudinally extending projection for filling the gap between the individual conductive elements at the point of contact of the conductive elements with the outer surface of the tube, wherein the conductive elements surrounding single tube have all together as a one unit the shape of an annulus in order to ensure the position of the tube having circular cross-section within this ring, wherein the entire surface of the outer wall of the tube abuts in the entire length of the hybrid cable to the outer walls of all conductive elements, the walls being provided with an insulation.
A method for producing a mixture of native components, included in the group consisting of growth factors, extracellular matrix proteins and other substances produced by cell samples during normal conditions, comprising the steps of: - adding one or several different cell samples of human or animal origin and, wherein said cell samples are or originate from a tissue biopsy of one or more of the following tissues muscle, fat, cartilage, skin, bone, nerves, liver and/or teeth, to a bioreactor containing a nutrient medium, wherein a culturing medium is obtained; - cell culturing during normal conditions, wherein the culturing is carried out under rotating conditions; - drawing off at least once the culturing medium including native components produced during the cell culturing; - separating the native components from the culturing medium thereby obtaining a mixture of native components, wherein said bioreactor has two interconnected chambers separated by a millipore filter which allows for the native components produced to diffuse into the second chamber and for separation of the cells from the culturing medium containing native components in the bioreactor, and wherein the drawing off of the culturing medium including native components produced takes place at predetermined intervals and the drawn-off culturing medium is replaced with new nutrient medium. - adding one or several different cell samples of human or animal origin and, wherein said cell samples are or originate from a tissue biopsy of one or more of the following tissues muscle, fat, cartilage, skin, bone, nerves, liver and/or teeth, to a bioreactor containing a nutrient medium, wherein a culturing medium is obtained; - cell culturing during normal conditions, wherein the culturing is carried out under rotating conditions; - drawing off at least once the culturing medium including native components produced during the cell culturing; - separating the native components from the culturing medium thereby obtaining a mixture of native components,
A navigation system using Visible Light Communications, the navigation system comprising a plurality of VLC transmitters (201 to 207), each of the VLC transmitters being configured to transmit a positioning signal comprising a navigation message including a time information, characterised in that the time information is a time at which a specific part of said navigation message is transmitted by a VLC transmitter, the time information being steered from a system time provided by a GNSS receiver.
MEMS, comprising: a substrate and an element movably suspended relative to the substrate, the element comprising a first main surface and an opposite second main surface; a first spring element (22 1) connected between the substrate and a first column structure (24 1) connected to the second main surface, and a second spring element (22 2) connected between the substrate and a second column structure (24 2)connected to the second main surface; characterized in that the first spring element (22 1) and/or the second spring element (22 2) comprises, along an axial path of the spring element, a hinge that provides stiffness reduction of the spring element (22 1, 22 2) along a direction parallel to a surface normal of the second main surface. a substrate and an element movably suspended relative to the substrate, the element comprising a first main surface and an opposite second main surface; a first spring element (22 1) connected between the substrate and a first column structure (24 1) connected to the second main surface, and a second spring element (22 2) connected between the substrate and a second column structure (24 2)connected to the second main surface; characterized in that the first spring element (22 1) and/or the second spring element (22 2) comprises, along an axial path of the spring element, a hinge that provides stiffness reduction of the spring element (22 1, 22 2) along a direction parallel to a surface normal of the second main surface.
Device forming a foil air bearing, comprising a cylindrical sleeve extending along a direction, called the longitudinal direction, and having an inner surface which defines a central bore, characterized in that it further comprises: - at least one longitudinal notch (40, 50, 60) formed in said cylindrical sleeve and opening radially into said central bore through an opening, - a first peripheral inner lining, called the bump lining, comprising at least one metal foil equipped with radial projections, called the bump foil (22, 23, 24), said bump lining forming a main curve housed in said central bore and carrying said projections arranged opposite said inner surface of said cylindrical sleeve to form an elastically deformable lining, each bump foil (22, 23, 24) having, at each end, a radial tongue, called the radial bump tongue (22a, 22b, 23a, 23b, 24a, 24b), freely housed in a longitudinal notch (40, 50, 60), - a second peripheral inner lining, called the top lining, housed in said central bore and comprising at least one metal foil, called the top foil (32, 33, 34), said top lining forming a main curve housed in said central bore and arranged opposite said main curve of said bump lining to define an enclosure for receiving a shaft of a rotating machine, each top lining (32, 33, 34) having, at each end, a radial tongue, called the radial top tongue (32a, 32b, 33a, 33b, 34a, 34b), freely housed in a longitudinal notch (40, 50, 60). - at least one longitudinal notch (40, 50, 60) formed in said cylindrical sleeve and opening radially into said central bore through an opening, - a first peripheral inner lining, called the bump lining, comprising at least one metal foil equipped with radial projections, called the bump foil (22, 23, 24), said bump lining forming a main curve housed in said central bore and carrying said projections arranged opposite said inner surface of said cylindrical sleeve to form an elastically deformable lining, each bump foil (22, 23, 24) having, at each end, a radial tongue, called the radial bump tongue (22a, 22b, 23a, 23b, 24a, 24b), freely housed in a longitudinal notch (40, 50, 60), - a second peripheral inner lining, called the top lining, housed in said central bore and comprising at least one metal foil, called the top foil (32, 33, 34), said top lining forming a main curve housed in said central bore and arranged opposite said main curve of said bump lining to define an enclosure for receiving a shaft of a rotating machine, each top lining (32, 33, 34) having, at each end, a radial tongue, called the radial top tongue (32a, 32b, 33a, 33b, 34a, 34b), freely housed in a longitudinal notch (40, 50, 60).
Axis, of satellite for a mechanical reducer of an, in particular, aircraft's turbomachine, said axis having a general tubular shape, and comprising substantially radial orifices, extending between at least one radially internal surface (10e, 10f) of the axis and the external periphery of said axis and a lubrication and cooling core, mounted in said axis, characterized in that the core comprises first and second coaxial and truncated flanges (22a, 22b), each comprising a first end of a larger diameter and a second opposite end of a smaller diameter, the flanges being fixed together by their second ends and being intended to extend inside said axis, and to cover two internal truncated surfaces (10e, 10f) of said axis to define with it, two annular cavities for circulating lubrication and cooling oil of the axis, said second ends of said first and second flanges comprising means for fluidically connecting said annular cavities to a lubrication and cooling oil source.
Household appliance with a drying function and with a device for recording a humidity level H of objects to be dried that can be arranged in the household appliance, wherein the household appliance has: a container for receiving the objects to be dried, at least one sensor for recording at least one measuring signal in the form of a light intensity ( I, I 02, I 03) reflected by the objects to be dried, and a controller, which is connected to the at least one sensor and in which at least one reference characteristic curve is stored, characterised in that the sensor is configured to record a first measuring signal in a water absorption strip according to a wavelength range in which water absorbs light, and to record at least one second measuring signal in another wavelength range outside of a water absorption strip, which has a reflected light intensity ( I 02, I 03), and to provide the same to the controller, wherein the controller is configured to determine the humidity level of the objects to be dried in the container on the basis of the first and the at least one second measuring signal and on the basis of the stored reference characteristic curve. a container for receiving the objects to be dried, at least one sensor for recording at least one measuring signal in the form of a light intensity ( I, I 02, I 03) reflected by the objects to be dried, and a controller, which is connected to the at least one sensor and in which at least one reference characteristic curve is stored, characterised in that the sensor is configured to record a first measuring signal in a water absorption strip according to a wavelength range in which water absorbs light, and to record at least one second measuring signal in another wavelength range outside of a water absorption strip, which has a reflected light intensity ( I 02, I 03), and to provide the same to the controller, wherein the controller is configured to determine the humidity level of the objects to be dried in the container on the basis of the first and the at least one second measuring signal and on the basis of the stored reference characteristic curve.
A power generation system, comprising: an electrical power source configured to deliver power and current, wherein the power is at least about 5,000 kW or the current density is at least about 2,000 A/cm 2; a plurality of spaced apart electrodes (103, 106), wherein the plurality of electrodes (103, 106) at least partially surround a fuel, are electrically connected to the electrical power source, are configured to receive a current to ignite the fuel, and at least one of the plurality of electrodes (103, 106) is moveable and at least one of the plurality of electrodes (103, 106) includes a compression mechanism for compressing the fuel; a fuel loading region configured to receive the fuel, wherein the fuel loading region is surrounded by the plurality of electrodes (103, 106) so that the compression mechanism of the at least one electrode (103, 106) is oriented towards the fuel loading region, and wherein the plurality of electrodes (103, 106) are configured to supply power to the fuel received in the fuel loading region to ignite the fuel; a delivery mechanism for moving the fuel; and a photovoltaic power converter configured to convert photons generated from the ignition of the fuel into a different form of power. an electrical power source configured to deliver power and current, wherein the power is at least about 5,000 kW or the current density is at least about 2,000 A/cm 2; a plurality of spaced apart electrodes (103, 106), wherein the plurality of electrodes (103, 106) at least partially surround a fuel, are electrically connected to the electrical power source, are configured to receive a current to ignite the fuel, and at least one of the plurality of electrodes (103, 106) is moveable and at least one of the plurality of electrodes (103, 106) includes a compression mechanism for compressing the fuel; a fuel loading region configured to receive the fuel, wherein the fuel loading region is surrounded by the plurality of electrodes (103, 106) so that the compression mechanism of the at least one electrode (103, 106) is oriented towards the fuel loading region, and wherein the plurality of electrodes (103, 106) are configured to supply power to the fuel received in the fuel loading region to ignite the fuel; a delivery mechanism for moving the fuel; and a photovoltaic power converter configured to convert photons generated from the ignition of the fuel into a different form of power.