mhurhangee/ep-ind-claims huggingface dataset:
Fly/drive vehicle having a road riding condition and a flying condition, and being easily convertible between the road riding condition and the flying condition, the vehicle comprising: a body with a passenger compartment and a drive compartment, at least one steered wheel and at least one driven wheel, and a propulsion propeller; driving means arranged within the drive compartment of the car body, for driving the propeller in flying condition and for driving the driven wheels in road riding condition; wherein a portion of the drive compartment remote from the propeller is wider than a portion of the drive compartment close to the propeller; wherein the driving means comprise two separate engines (211, 212) arranged next to each other in the remote portion of the drive compartment; wherein the propeller comprises a propeller base attached to a propeller gear wheel; wherein the propeller gear wheel is in engagement with a first drive output gear wheel that is coupled to a first one of said engines via a first cardan axle, and in engagement with a second drive output gear wheel that is coupled to a second one of said engines via a second cardan axle; wherein, the two cardan axles (215, 216) are oblique in horizontal direction and possibly in vertical direction such that, in the direction from the engines to the propeller, their mutual distance reduces and they possibly rise. a body with a passenger compartment and a drive compartment, at least one steered wheel and at least one driven wheel, and a propulsion propeller; driving means arranged within the drive compartment of the car body, for driving the propeller in flying condition and for driving the driven wheels in road riding condition; wherein a portion of the drive compartment remote from the propeller is wider than a portion of the drive compartment close to the propeller; wherein the driving means comprise two separate engines (211, 212) arranged next to each other in the remote portion of the drive compartment; wherein the propeller comprises a propeller base attached to a propeller gear wheel; wherein the propeller gear wheel is in engagement with a first drive output gear wheel that is coupled to a first one of said engines via a first cardan axle, and in engagement with a second drive output gear wheel that is coupled to a second one of said engines via a second cardan axle; wherein, the two cardan axles (215, 216) are oblique in horizontal direction and possibly in vertical direction such that, in the direction from the engines to the propeller, their mutual distance reduces and they possibly rise.
Method of measurement by means of atom interferometry, in which several interactions between a laser radiation and atoms are successively caused, the atoms progressing over a path (PATH) which is not situated in a plane (P D) perpendicular to an axis of propagation of the laser radiation, so as to form an interferometer for the atoms, the laser radiation used for each interaction at different positions (P 0, P 1, P 2) of the atoms on their path, comprising at least one first and one second monochromatic components with respective frequencies (λ 1, λ 2) which are distinct, so that the interaction is of two-photon Raman type, with an absorption and an emission each stimulated by the first or the second monochromatic component. the first monochromatic component being part of an initial laser radiation, and the second monochromatic component resulting from a modulation of said initial laser radiation at a determined modulation frequency (v mod), the method being characterized in that a distance (d 1, d 2) between any two of the positions (P 0, P 1, P 2) at which interactions are caused, measured along the axis of propagation of the laser radiation, is a multiple of a modulation length to within ±10% of this modulation length, and said modulation length is equal to the velocity of propagation of the laser radiation divided by twice the determined modulation frequency (v mod).
A refrigerator comprising: an outer case; an inner case that is located in the outer case and that defines a storage space; and a metal plate that is coupled to inner surfaces of the inner case, including an upper portion and both sides of the inner case, characterized in that the inner case has a plurality of injection holes formed thereon, that are located at the upper portion of the inner case and that are configured to receive a foaming agent for filling a space between the upper portion of the inner case and an upper plate of the metal plate to attach the inner surface of the upper portion of the inner case to the upper plate. an outer case; an inner case that is located in the outer case and that defines a storage space; and a metal plate that is coupled to inner surfaces of the inner case, including an upper portion and both sides of the inner case, characterized in that the inner case has a plurality of injection holes formed thereon, that are located at the upper portion of the inner case and that are configured to receive a foaming agent for filling a space between the upper portion of the inner case and an upper plate of the metal plate to attach the inner surface of the upper portion of the inner case to the upper plate.
A display apparatus comprising: a display; a communication interface configured to communicate with a control device; and a controller configured to: in response to a user command for inputting letters being received, control the display to display a text input user interface, UI, and a keypad UI including a plurality of letter UI items corresponding to a plurality of letters, characterised in that the controller is further configured to: in response to first status information indicating that letter keys for inputting letters are displayed on a display of the control device being received from the control device via the communication interface, control the display not to display the keypad UI while displaying the text input UI, and in response to second status information indicating that the letter keys are not displayed on the display of the control device being received from the control device via the communication interface, control the display to display the keypad UI together with the text input UI. a display; a communication interface configured to communicate with a control device; and a controller configured to: in response to a user command for inputting letters being received, control the display to display a text input user interface, UI, and a keypad UI including a plurality of letter UI items corresponding to a plurality of letters, characterised in that the controller is further configured to: in response to first status information indicating that letter keys for inputting letters are displayed on a display of the control device being received from the control device via the communication interface, control the display not to display the keypad UI while displaying the text input UI, and in response to second status information indicating that the letter keys are not displayed on the display of the control device being received from the control device via the communication interface, control the display to display the keypad UI together with the text input UI. in response to first status information indicating that letter keys for inputting letters are displayed on a display of the control device being received from the control device via the communication interface, control the display not to display the keypad UI while displaying the text input UI, and in response to second status information indicating that the letter keys are not displayed on the display of the control device being received from the control device via the communication interface, control the display to display the keypad UI together with the text input UI.
A method of attaching an aircraft external skin to an aircraft airframe, the method comprising: providing a packer, wherein the packer is for application to the aircraft airframe, and wherein the packer comprises: a sheet of material having a first surface and a second surface opposite to the first surface; and a plurality of voids defined through the sheet of material from the first surface to the second surface, thereby to provide that the sheet of material is flexible; and wherein the method further comprises: attaching the packer to an external surface of the airframe; after attaching the packer to the external surface of the airframe, filling one or more of the voids with an adhesive; thereafter machining the packer to provide a desired Inner Mould Line for the airframe; and attaching the aircraft external skin to an external surface of the airframe and packer assembly using a plurality of fasteners, each fastener passing through the aircraft external skin, a respective region of cured adhesive located in a void, and at least part of the airframe. a sheet of material having a first surface and a second surface opposite to the first surface; and a plurality of voids defined through the sheet of material from the first surface to the second surface, thereby to provide that the sheet of material is flexible; and wherein the method further comprises: attaching the packer to an external surface of the airframe; after attaching the packer to the external surface of the airframe, filling one or more of the voids with an adhesive; thereafter machining the packer to provide a desired Inner Mould Line for the airframe; and attaching the aircraft external skin to an external surface of the airframe and packer assembly using a plurality of fasteners, each fastener passing through the aircraft external skin, a respective region of cured adhesive located in a void, and at least part of the airframe. attaching the packer to an external surface of the airframe; after attaching the packer to the external surface of the airframe, filling one or more of the voids with an adhesive; thereafter machining the packer to provide a desired Inner Mould Line for the airframe; and attaching the aircraft external skin to an external surface of the airframe and packer assembly using a plurality of fasteners, each fastener passing through the aircraft external skin, a respective region of cured adhesive located in a void, and at least part of the airframe.
A rotor for a wind turbine, comprising: a hub; a rotor blade; a bearing assembly configured to rotate the rotor blade with respect to the hub; and an insert, the insert comprising a first end, a second end, and a body extending therebetween, the first end coupled to the hub and the second end coupled to the bearing assembly, the second end defining a second plane oriented at a cone angle with respect to a first plane defined by the first end; characterized in that: the rotor further comprises a bearing drive assembly and a web, the bearing drive assembly disposed at least partially within an interior of the insert, the web extending into the interior and comprising a first end, a second end, and a body extending therebetween, the bearing drive assembly coupled to the web, wherein the web is cantilevered such that only one of the first end and the second end is coupled to the body. a hub; a rotor blade; a bearing assembly configured to rotate the rotor blade with respect to the hub; and an insert, the insert comprising a first end, a second end, and a body extending therebetween, the first end coupled to the hub and the second end coupled to the bearing assembly, the second end defining a second plane oriented at a cone angle with respect to a first plane defined by the first end; characterized in that: the rotor further comprises a bearing drive assembly and a web, the bearing drive assembly disposed at least partially within an interior of the insert, the web extending into the interior and comprising a first end, a second end, and a body extending therebetween, the bearing drive assembly coupled to the web, wherein the web is cantilevered such that only one of the first end and the second end is coupled to the body.
A communication system, comprising: a plurality of data forwarding nodes each comprising a packet processing unit processing an incoming packet in accordance with a processing rule (packet handling operation) in which a process to be applied to a packet and a matching rule for specifying a packet to which the process is applied are associated with each other, characterized in that it further comprises a control apparatus adapted to create and store at least two logical network topologies each obtained by applying different path calculation policy, wherein the path calculation policy information is configured by weight information set in links or nodes in the physical network topology formed by the plurality of data forwarding nodes, each link included in one of the logical network topologies being applied different weight to each other based on each of the policies, select a logical network topology, depending on data traffic, from said logical network topologies, and determine a packet forwarding path on the physical network based on the selected logical network topology, and set a processing rule (packet handling operation) realizing the packet forwarding path in data forwarding nodes on the packet forwarding path. a plurality of data forwarding nodes each comprising a packet processing unit processing an incoming packet in accordance with a processing rule (packet handling operation) in which a process to be applied to a packet and a matching rule for specifying a packet to which the process is applied are associated with each other, characterized in that it further comprises a control apparatus adapted to create and store at least two logical network topologies each obtained by applying different path calculation policy, wherein the path calculation policy information is configured by weight information set in links or nodes in the physical network topology formed by the plurality of data forwarding nodes, each link included in one of the logical network topologies being applied different weight to each other based on each of the policies, select a logical network topology, depending on data traffic, from said logical network topologies, and determine a packet forwarding path on the physical network based on the selected logical network topology, and set a processing rule (packet handling operation) realizing the packet forwarding path in data forwarding nodes on the packet forwarding path.
An assay to stratify a subject as being vulnerable or non-vulnerable to plaque rupture, the assay comprising determining in a sample from said subject the levels of at least two lipid analytes selected from the list consisting of: (i) two or more modified lipid analytes listed in Table 1; (ii) two or more non-modified lipid analytes listed in Table 1; and/or (iii) two or more lipid analytes wherein at least one is a modified lipid analyte listed in Table 1 and at least one is a non-modified lipid analyte listed in Table 1; wherein the level of these individual lipid analytes listed in Table 1 is different between vulnerable subjects and non-vulnerable subjects and wherein the level of the lipid analytes in the subject relative to a control identifies the subject as being vulnerable or non-vulnerable. (i) two or more modified lipid analytes listed in Table 1; (ii) two or more non-modified lipid analytes listed in Table 1; and/or (iii) two or more lipid analytes wherein at least one is a modified lipid analyte listed in Table 1 and at least one is a non-modified lipid analyte listed in Table 1;
Detergent angles tablet having an upper and a lower surface and more than 4 side surfaces with more than four edges, wherein the tablet has 8 or 10 edges of equal angles and either 6 or 8 side surfaces of the same length and two parallel longer side surfaces or 8 or 10 side surfaces angles of the same length.
A scintillation compound comprising a rare earth element in a tetravalent state at a concentration of at least 10 ppm atomic of the scintillation compound, wherein the scintillation compound is not a rare earth silicate compound, further comprising a dopant that includes a different element in a divalent state at a concentration of at least 5 ppm atomic.
Method for operating a hearing system, comprising the steps of a) requesting said hearing system to execute a functionality (A,B,C,D), b) deciding whether or not to execute the requested functionality (A,B,C,D), wherein step b) comprises the step of c) checking a current availability of the requested functionality (A,B,C,D), and wherein step c) comprises the step of f) obtaining data related to the provision of at least one resource in said hearing system, wherein the decision of step b) depends on the current availability of the requested functionality (A,B,C,D) obtained in step c) and on whether or not said at least one resource is provided in said hearing system, characterised in that said functionality (A,B,C,D) is one of: - the use of a beam former or of a noise canceller or of a feedback canceller, - to switch from microphones as input converters to a telephone coil, - to display a list of functionalities provided by the hearing system, - to stream stereo audio signals from an accessory of the hearing system to two hearing devices of the hearing system. a) requesting said hearing system to execute a functionality (A,B,C,D), b) deciding whether or not to execute the requested functionality (A,B,C,D), - the use of a beam former or of a noise canceller or of a feedback canceller, - to switch from microphones as input converters to a telephone coil, - to display a list of functionalities provided by the hearing system, - to stream stereo audio signals from an accessory of the hearing system to two hearing devices of the hearing system.
A wireless power feeder for feeding power by wireless from a feeding coil to a receiving coil at the resonance frequency of the feeding coil and receiving coil, comprising: a power transmission control circuit (200, 204) that feeds AC power to the feeding coil at the drive frequency; a feeding coil circuit that includes the feeding coil and a capacitor and resonates at the resonance frequency; a phase detection circuit that detects the phase difference between the voltage phase and current phase of the AC power and generates a phase difference indicating voltage in accordance with the magnitude of the phase difference; and wherein the power transmission control circuit (200, 204) includes first and second current paths and makes first and second switches connected in series respectively to the first and second current paths alternately conductive to feed the AC power to the feeding coil, the phase difference indicating voltage output from the phase detection circuit is input to the power transmission control circuit (200, 204), the power transmission control circuit (200, 204) adjusts the drive frequency so as to reduce the phase difference according to the phase difference indicating voltage to allow the drive frequency to track the resonance frequency, characterized in that the wireless power feeder further comprises a reset circuit that is connected to a voltage line to which the phase difference indicating voltage is fed so as to reduce the phase difference indicating voltage, wherein the reset circuit reduces the phase difference indicating voltage when the phase difference indicating voltage exceeds a predetermined threshold. a power transmission control circuit (200, 204) that feeds AC power to the feeding coil at the drive frequency; a feeding coil circuit that includes the feeding coil and a capacitor and resonates at the resonance frequency; a phase detection circuit that detects the phase difference between the voltage phase and current phase of the AC power and generates a phase difference indicating voltage in accordance with the magnitude of the phase difference; and wherein the power transmission control circuit (200, 204) includes first and second current paths and makes first and second switches connected in series respectively to the first and second current paths alternately conductive to feed the AC power to the feeding coil, the phase difference indicating voltage output from the phase detection circuit is input to the power transmission control circuit (200, 204), the power transmission control circuit (200, 204) adjusts the drive frequency so as to reduce the phase difference according to the phase difference indicating voltage to allow the drive frequency to track the resonance frequency, characterized in that the wireless power feeder further comprises a reset circuit that is connected to a voltage line to which the phase difference indicating voltage is fed so as to reduce the phase difference indicating voltage, wherein the reset circuit reduces the phase difference indicating voltage when the phase difference indicating voltage exceeds a predetermined threshold.
Stamping and creasing tool, in particular for producing folding box blanks, with a carrier plate in which at least one recess (5, 5', 5") for storing at least one stamping and/or creasing line in the form a strip steel section is arranged, wherein at least one elastic holding element (16, 16') is arranged for the clamping and detachable holding of the punching and/or creasing line, which is inserted into the recess (5, 5', 5") and/or can be inserted into an additional recess (15, 15') in the carrier plate and is held there in a detachable manner, characterized in that the holding element (16, 16') is U-shaped in vertical cross section and has two free legs (22, 22'), between which a groove (17, 17') is designed to receive and clamp the punching and/or creasing line, wherein the free legs (22, 22') of the U-shaped holder (16, 16') are connected to one another via a web (20, 20').
A method for authenticating a user by means of an external terminal device, which is used temporarily, in the case of a server, which can be reached via a network, via the Internet in particular, and which makes an online service accessible, wherein the user is initially authenticated on the server using their own mobile terminal device by submitting private access data for access to the online service, a secret session password is generated and exchanged between the server and the mobile terminal device, wherein the session password is available to the server and the mobile terminal device after the exchange, the session password is sent via an infrared connection from the mobile terminal device to the external terminal device and from there via a data line to the server, the server compares the session password received from the external terminal device with that available to it, the server allows access to the online service for the external terminal device in the event of successful comparison.
A device for generating a transmission pulse, in particular an UWB-chip-pulse, configured to: - obtain information about a transmission pulse, wherein the information comprises a pulse shape; - generate a plurality of rectangular kernel pulses (112, 114, 116) on the basis of the pulse shape; - form a transmission pulse based on the plurality of kernel pulses; wherein the pulse shape comprises a plurality of lobes with different polarity; and wherein the device is configured to invert at least partly one or more of the plurality of kernel pulses (112, 114) on the basis of the polarity of a lobe of the pulse shape, and wherein the inversion is controlled by an inversion signal providing information when the one or more kernel pulses have to be inverted. - obtain information about a transmission pulse, wherein the information comprises a pulse shape; - generate a plurality of rectangular kernel pulses (112, 114, 116) on the basis of the pulse shape; - form a transmission pulse based on the plurality of kernel pulses; wherein the pulse shape comprises a plurality of lobes with different polarity; and wherein the device is configured to invert at least partly one or more of the plurality of kernel pulses (112, 114) on the basis of the polarity of a lobe of the pulse shape, and wherein the inversion is controlled by an inversion signal providing information when the one or more kernel pulses have to be inverted.