mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a low observable aircraft having its surfaces oriented at a limited number of directions, or wherein the shape of the aircraft is in accordance with the principle of planform alignment; and a lightning diverter strip (4, 22, 30) comprising a plurality of electrically conductive elements (8, 24, 32) arranged in a spaced apart relation, each of the electrically conductive elements (8, 24, 32) comprising an elongate portion; wherein the lightning diverter strip (4, 22, 30) is attached to the aircraft in such a way that the conductive elements (8, 24, 32) are located on an exposed outer surface of the lightning diverter strip (4, 22, 30) and exposed to atmospheric conditions; and for each conductive element (8, 24, 32), a long axis of the elongate portion of that conductive element (8, 24, 32) is substantially parallel with a leading edge of a wing of the aircraft or an edge of a tail surface of the aircraft. a low observable aircraft having its surfaces oriented at a limited number of directions, or wherein the shape of the aircraft is in accordance with the principle of planform alignment; and a lightning diverter strip (4, 22, 30) comprising a plurality of electrically conductive elements (8, 24, 32) arranged in a spaced apart relation, each of the electrically conductive elements (8, 24, 32) comprising an elongate portion; wherein the lightning diverter strip (4, 22, 30) is attached to the aircraft in such a way that the conductive elements (8, 24, 32) are located on an exposed outer surface of the lightning diverter strip (4, 22, 30) and exposed to atmospheric conditions; and for each conductive element (8, 24, 32), a long axis of the elongate portion of that conductive element (8, 24, 32) is substantially parallel with a leading edge of a wing of the aircraft or an edge of a tail surface of the aircraft.
A pump system comprising: a drive motor; a pump head including a rotor coupled to the drive motor, wherein the pump head is configured to receive tubing; a controller (160, 260) coupled to the drive motor and configured to control a rotation of the drive motor and rotor, wherein rotation of the rotor compresses tubing to move a liquid within the tubing from an inlet to an outlet of the pump head; characterized by: a bubble sensor coupled to the tubing downstream from the outlet, wherein the bubble sensor is configured to send a signal to the controller in response to presence of a gas bubble within the tubing, wherein the controller is configured to: determine a quantity of bubbles detected based on the signal; determine an alert in response to the quantity of bubbles detected exceeding a threshold; and stop the drive motor after a safe operating time from the alert, wherein the threshold and the safe operating time are based, at least in part, on a characteristic of the tubing. a drive motor; a pump head including a rotor coupled to the drive motor, wherein the pump head is configured to receive tubing; a controller (160, 260) coupled to the drive motor and configured to control a rotation of the drive motor and rotor, wherein rotation of the rotor compresses tubing to move a liquid within the tubing from an inlet to an outlet of the pump head; characterized by: a bubble sensor coupled to the tubing downstream from the outlet, wherein the bubble sensor is configured to send a signal to the controller in response to presence of a gas bubble within the tubing, wherein the controller is configured to: determine a quantity of bubbles detected based on the signal; determine an alert in response to the quantity of bubbles detected exceeding a threshold; and stop the drive motor after a safe operating time from the alert, wherein the threshold and the safe operating time are based, at least in part, on a characteristic of the tubing. a bubble sensor coupled to the tubing downstream from the outlet, wherein the bubble sensor is configured to send a signal to the controller in response to presence of a gas bubble within the tubing, wherein the controller is configured to: determine a quantity of bubbles detected based on the signal; determine an alert in response to the quantity of bubbles detected exceeding a threshold; and stop the drive motor after a safe operating time from the alert, wherein the threshold and the safe operating time are based, at least in part, on a characteristic of the tubing. determine a quantity of bubbles detected based on the signal; determine an alert in response to the quantity of bubbles detected exceeding a threshold; and stop the drive motor after a safe operating time from the alert, wherein the threshold and the safe operating time are based, at least in part, on a characteristic of the tubing.
Device for exposing a substrate with at least one exposure unit comprising a radiation generator for electromagnetic radiation and with a mask which is transparent at least in regions to the electromagnetic radiation for transferring a structure or information contained in the mask to the substrate, wherein the mask is supported via supporting elements (70, 80) in a planar orientation parallel to the substrate, wherein the mask is connected via a receiving and holding device to the at least one exposure unit and is held thereon by negative pressure, characterized in that the at least one exposure unit is arranged on one side of a vacuum chamber and the receiving and holding device as well as the mask are arranged on the opposite other side of the vacuum chamber, wherein the mask closes a trans-irradiated opening of the vacuum chamber and the support elements (70, 80) support the mask via linear or punctiform supports in the area of the trans-irradiated opening.
A scheduling method of a transmitter which communicates with K receivers, for a multicarrier communication system using N subcarriers, the method comprising the steps of: (a) determining (615, 617) a respective channel quality information, CQI, feedback quantity indicative of the number of subcarriers for which CQIs will be fed back from among the N subcarriers, for each of the K receivers; (b) transmitting each of the determined CQI feedback quantities to a corresponding receiver among the K receivers; (c) receiving CQIs, corresponding to each of the determined CQI feedback quantities, fed back from the each of the K receivers; and (d) allocating subcarriers for which there are CQIs fed back from at least one receiver among the K receivers among the N subcarriers, to any one receiver among the receivers that have fed back CQIs. (a) determining (615, 617) a respective channel quality information, CQI, feedback quantity indicative of the number of subcarriers for which CQIs will be fed back from among the N subcarriers, for each of the K receivers; (b) transmitting each of the determined CQI feedback quantities to a corresponding receiver among the K receivers; (c) receiving CQIs, corresponding to each of the determined CQI feedback quantities, fed back from the each of the K receivers; and (d) allocating subcarriers for which there are CQIs fed back from at least one receiver among the K receivers among the N subcarriers, to any one receiver among the receivers that have fed back CQIs.
A method for authenticating a user terminal in a communication network, the communication network further comprising a web server, a token generator, a database and a network processing unit, the method comprising: • the network processing unit receiving an identification token issued by the token generator in response to the user terminal loading a web page from the web server, the identification token comprising a network address associated with a time stamp indicating when the user terminal was using the network address; • the network processing unit accessing the database, which stores information about when the user terminal was using a particular network address; • the network processing unit receiving user authentication information associated with the network address and the time stamp from the database, the user authentication information comprising a unique communication network user identifier; • the network processing unit sending the user authentication information to the web server for authenticating the user terminal. • the network processing unit receiving an identification token issued by the token generator in response to the user terminal loading a web page from the web server, the identification token comprising a network address associated with a time stamp indicating when the user terminal was using the network address; • the network processing unit accessing the database, which stores information about when the user terminal was using a particular network address; • the network processing unit receiving user authentication information associated with the network address and the time stamp from the database, the user authentication information comprising a unique communication network user identifier; • the network processing unit sending the user authentication information to the web server for authenticating the user terminal.
Heat-curable composition containing a mixture of reactive epoxy resins which, based on the mass of all of the epoxy resins, comprises (a) at least 10% by weight of an epoxy group-containing reaction product of epichlorohydrin with polypropylene glycol, having an epoxy equivalent weight of at least 250 g/eq, and (b) at least 10% by weight of an epoxy group-containing reaction product of epichlorohydrin with a novolac resin, having an epoxy equivalent weight of at least 175 g/eq, and at least one latent hardener. (a) at least 10% by weight of an epoxy group-containing reaction product of epichlorohydrin with polypropylene glycol, having an epoxy equivalent weight of at least 250 g/eq, and (b) at least 10% by weight of an epoxy group-containing reaction product of epichlorohydrin with a novolac resin, having an epoxy equivalent weight of at least 175 g/eq,
An aluminum alloy foil for an electrode current collector, comprising: 0.03 to 1.0 mass% (hereinafter referred to as %) of Fe, 0.01 to 0.2% of Si, 0.0001 to 0.2% of Cu, with the rest consisting of Al and unavoidable impurities, characterized in, that the aluminum alloy foil comprises 0.005 to 0.03% of Ti and the aluminum alloy foil has a Fe solid solution content of 200 ppm or higher, and an intermetallic compound having a maximum diameter length of 0.1 to 1.0 μm in an number density of 2.0x10 4 particles/mm 2 or more 0.03 to 1.0 mass% (hereinafter referred to as %) of Fe, 0.01 to 0.2% of Si, 0.0001 to 0.2% of Cu, with the rest consisting of Al and unavoidable impurities, characterized in, that the aluminum alloy foil comprises 0.005 to 0.03% of Ti and the aluminum alloy foil has a Fe solid solution content of 200 ppm or higher, and an intermetallic compound having a maximum diameter length of 0.1 to 1.0 μm in an number density of 2.0x10 4 particles/mm 2 or more
An incoming call screen display method of a mobile terminal, the method comprising: receiving a call connection request from a transmitting terminal operated by a sender; connecting to a community server upon receipt of the call connection request, the community server providing a social network service, SNS, for sharing content between a plurality of users, wherein the mobile terminal is connected to the community server through an authentication process using a recipient's information pre-stored in the mobile terminal, the recipient being a user of the mobile terminal, the recipient's information including the user's ID and password, or the user's phone number; requesting search for content registered by the sender from the community server wherein requesting a search comprises requesting for new content or content not read by the user of the mobile terminal, the content comprising one of messages, tag messages, music, photos, still images, and moving images posted bv the sender; downloading the searched content from the community server; displaying a download progress (340, 501, 502, 540); checking whether the content has been completely downloaded; checking (S107, S121) whether the call connection has been completed; outputting an alert informing the completion of the content downloading if the call connection has been completed; and displaying the downloaded content if a positive response to the alert has been input. receiving a call connection request from a transmitting terminal operated by a sender; connecting to a community server upon receipt of the call connection request, the community server providing a social network service, SNS, for sharing content between a plurality of users, wherein the mobile terminal is connected to the community server through an authentication process using a recipient's information pre-stored in the mobile terminal, the recipient being a user of the mobile terminal, the recipient's information including the user's ID and password, or the user's phone number; requesting search for content registered by the sender from the community server wherein requesting a search comprises requesting for new content or content not read by the user of the mobile terminal, the content comprising one of messages, tag messages, music, photos, still images, and moving images posted bv the sender; downloading the searched content from the community server; displaying a download progress (340, 501, 502, 540); checking whether the content has been completely downloaded; checking (S107, S121) whether the call connection has been completed; outputting an alert informing the completion of the content downloading if the call connection has been completed; and displaying the downloaded content if a positive response to the alert has been input.
A method for preparing extended-release potassium citrate tablet containing carnauba wax, wherein the potassium citrate and carnauba wax are mixed and heated to a temperature below the temperature at which carnauba wax liquefies.
A laser-markable plastic comprising a thermoplastic polymer, bismuth oxide and a co-absorbing additive selected from the group consisting of platelet-shaped silicates, wherein the amount of bismuth oxide is in the range of from 0.5 to 5 wt.-%, relative to the total weight of the laser-markable plastic, and wherein the amount of the co-absorbing additive relative to the bismuth oxide is from 5 to 40 wt.-% and wherein the thermoplastic polymer is a thermoplastic polyurethane.
A filter element comprising: (a) a construction of pleated filter media defining an interior volume; (b) first and second opposite end caps secured to opposite ends of the filter media; and (c) a support structure supporting the filter media operably oriented in the interior volume; (i) the support structure extending less than a full extension between the first end cap and second end cap; (ii) the support structure having at least one end freely floating and unattached or disconnected to any other portion of the filter element allowing the filter element to expand and contract axially; characterized in that the support structure is an extrusion or injection molded structure; and in that the support structure comprises a plurality of porous columns (120, 124, 125) secured to each other with a plurality of cross braces, wherein each cross brace is ladder shaped in cross-section, with opposite rails being secured to opposite sides of each column (120, 124, 125). (a) a construction of pleated filter media defining an interior volume; (b) first and second opposite end caps secured to opposite ends of the filter media; and (c) a support structure supporting the filter media operably oriented in the interior volume; (i) the support structure extending less than a full extension between the first end cap and second end cap; (ii) the support structure having at least one end freely floating and unattached or disconnected to any other portion of the filter element allowing the filter element to expand and contract axially; (i) the support structure extending less than a full extension between the first end cap and second end cap; (ii) the support structure having at least one end freely floating and unattached or disconnected to any other portion of the filter element allowing the filter element to expand and contract axially; the support structure is an extrusion or injection molded structure; and in that the support structure comprises a plurality of porous columns (120, 124, 125) secured to each other with a plurality of cross braces, wherein each cross brace is ladder shaped in cross-section, with opposite rails being secured to opposite sides of each column (120, 124, 125).
Cooking appliance device, in particular hob device, with a plurality of inverters which are provided to operate in each case at least one inductor, and with a control unit, which is provided to operate at least one part of the inverter in at least one operating state collectively and at least within a first time frame (T a) continuously, wherein the control unit is provided to divide the first time frame (T a) into a first number of time intervals (t a, t b, t c), which is greater by at least one than a second number of inverters to be operated at the same time, wherein the control unit is provided to divide the first time frame (T a) into the first number of time intervals (t a, t b, t c) such that consecutive time intervals (t a, t b, t c) within the first time frame (T a) differ at least in one operating parameter, characterised in that the control unit is provided to operate the at least one part of the inverter at least in one operating state collectively and at least within a second time frame (T b) continuously and the control unit is provided to divide the second time frame (T b) into a third number of time intervals (t a, t b, t c), which is greater by at least one than a fourth number of inverters to be operated at the same time, wherein the control unit is provided to divide the second time frame (T b) into the third number of time intervals (t a, t b, t c) such that consecutive time intervals (t a, t b, t c) within the second time frame (T b) differ at least in one operating parameter.
Method for monitoring the surroundings of a vehicle/trailer combination consisting of a towing vehicle and a trailer towed by the towing vehicle, wherein a sensor device for covering a lateral region of the surroundings that extends next to the vehicle/trailer combination is provided on the towing vehicle for each of both a right lateral region and a left lateral region, each sensor device having two respective radar sensors, wherein a sum of the sensor coverage regions (20, 21) forms a coverage region of the sensor device in each case, and the sensor device is held on a respective vehicle part of the towing vehicle by means of a mounting device and the coverage region of the respective sensor device is aligned with the lateral region, wherein one radar sensor of the two radar sensors is mounted pivotably with respect to the vehicle part by means of the mounting device so as to be mobile relative to the vehicle part, and a control device receives at least one operating signal of the vehicle/trailer combination and takes the at least one received operating signal as a basis for determining a current articulation angle between the towing vehicle and the trailer and sets a mechanical swivel position (θ) of one radar sensor of the two radar sensors with respect to the vehicle part by controlling the mounting device in order to assimilate an alignment of the coverage region to the articulation angle, characterized in that the mechanical swivel position (θ) is assimilated by virtue of just one radar sensor of the respective sensor device being mechanically pivoted or adjusted or realigned and the respective sensor coverage regions (20, 21) of the two radar sensors have at least a partial overlap, wherein the overlap between the sensor coverage regions (20, 21) is provided such that, despite the setting of the mechanical swivel position (θ) of one radar sensor of the two radar sensors with respect to the vehicle part, there is the certainty of the overlap being maintained and thus the coverage region between the two sensor coverage regions (20, 21) remaining uninterrupted, and wherein the control of the mounting device in the event of a change in the articulation angle updates the swivel position (θ) to the effect that a coverage gap between an edge of the coverage region and the trailer remains smaller than a predetermined maximum gap value and that an intersection of a coverage angle of the coverage region and the trailer remains smaller than a predetermined maximum intersection value by virtue of the edge of the sensor coverage region of one radar sensor being aligned with respect to an edge of the trailer, thereby avoiding phantom tracking.
A device for removing at least one cytokine or pathogen from blood which comprises a solid substrate in a container, said solid substrate having one or more polysaccharide adsorbents on the surface thereof with a binding affinity for the cytokine or pathogen, wherein at least one of said one or more polysaccharide adsorbents is heparin, and wherein the size of interstitial channel spaces between individual portions of said solid substrate and the amount of interstitial substrate surface area is such that the major fraction of the at least one cytokine or pathogen that bind to said adsorbent do so by convective transport to the surface-bound adsorbent, characterized in that the container comprises both heparinized surfaces and inherently thrombogenic surfaces.
A gas sensor comprising - at least one sensing element comprising at least an ionic liquid, - at least one set of electrodes (101, 102) for polarizing the at least one sensing element, - an electric power source for powering the at least two electrodes, thus generating an impedimetric response signal from the sensing element, at least one electrode of the set of electrodes (101, 102) being connectable to the electric power source, and - readout circuitry for analyzing the impedimetric response signal, characterized in that the electric power source is adapted for powering the at least two electrodes with AC signal at a frequency between 1 mHz and 1 MHz, and the readout circuitry is adapted for separately analyzing both the resistive and capacitive components in the impedimetric response signal. - at least one sensing element comprising at least an ionic liquid, - at least one set of electrodes (101, 102) for polarizing the at least one sensing element, - an electric power source for powering the at least two electrodes, thus generating an impedimetric response signal from the sensing element, at least one electrode of the set of electrodes (101, 102) being connectable to the electric power source, and - readout circuitry for analyzing the impedimetric response signal, characterized in that the electric power source is adapted for powering the at least two electrodes with AC signal at a frequency between 1 mHz and 1 MHz, and the readout circuitry is adapted for separately analyzing both the resistive and capacitive components in the impedimetric response signal.