mhurhangee/ep-ind-claims huggingface dataset:
A liquid delivering pump which delivers drug to the inside of a living body, comprising: a storage unit that stores a drug library that is a file in which various parameters prescribed for each type of drug are recorded; a control unit; a starting state switching unit that switches a starting state of the liquid delivering pump between a liquid deliverable state and a standby state being a recharging state for a rechargeable battery; and a display unit that displays various types of information related to the liquid delivering pump, being driven by a display unit driver which is electrically connected to the control unit, characterized in that the display unit displays specification information which specifies the drug library stored in the storage unit, while in the standby state when a power source converter is connected to an AC power source and the power source is turned OFF and no operation is accepted excluding pressing of a power ON/OFF button. a storage unit that stores a drug library that is a file in which various parameters prescribed for each type of drug are recorded; a control unit; a starting state switching unit that switches a starting state of the liquid delivering pump between a liquid deliverable state and a standby state being a recharging state for a rechargeable battery; and a display unit that displays various types of information related to the liquid delivering pump, being driven by a display unit driver which is electrically connected to the control unit, characterized in that the display unit displays specification information which specifies the drug library stored in the storage unit, while in the standby state when a power source converter is connected to an AC power source and the power source is turned OFF and no operation is accepted excluding pressing of a power ON/OFF button.
A vacuum cleaner utensil comprising: a plurality of elements (Lx) arranged and flexibly mounted to a central area in such a way to thereby provide a suction opening at a side of the central area corresponding to a current movement direction of the vacuum cleaner utensil out of a plurality of possible movement directions, while reducing a possibility for air to enter the central area from a plurality of other directions.
A method for validating sensor units in a UAV, said UAV comprising: a first sensor unit and a second sensor unit, each sensor unit being configured to create an image of the surroundings, said method comprising the steps of: - taking a first image by said first sensor unit, - taking a second image by said second sensor unit, wherein said second image and said first image at least partly overlap, - comparing the overlapping portions between the first image and the second image, characterized in that based on a result in which said overlapping portions of said first image and said second image do not correlate to each other, determine that at least one of said first sensor unit and said second sensor unit is dysfunctional, wherein in an airborne state, said first sensor unit is in a first position, and wherein the first image is taken in said first position, said method further comprises: - arranging said UAV such that said second sensor unit is positioned in said first position, wherein the second image is taken when said second sensor unit is in said first position. a first sensor unit and a second sensor unit, each sensor unit being configured to create an image of the surroundings, said method comprising the steps of: - taking a first image by said first sensor unit, - taking a second image by said second sensor unit, wherein said second image and said first image at least partly overlap, - comparing the overlapping portions between the first image and the second image, - taking a first image by said first sensor unit, - taking a second image by said second sensor unit, wherein said second image and said first image at least partly overlap, - comparing the overlapping portions between the first image and the second image, characterized in that based on a result in which said overlapping portions of said first image and said second image do not correlate to each other, determine that at least one of said first sensor unit and said second sensor unit is dysfunctional, wherein in an airborne state, said first sensor unit is in a first position, and wherein the first image is taken in said first position, said method further comprises: - arranging said UAV such that said second sensor unit is positioned in said first position, wherein the second image is taken when said second sensor unit is in said first position. - arranging said UAV such that said second sensor unit is positioned in said first position, wherein the second image is taken when said second sensor unit is in said first position.
A method in a mobile station, the method comprising: in at least some instances of detecting radio link failure, attempting call re-establishment on multiple cells (454, 456) concurrently; performing a first random access channel procedure when the mobile station receives a concurrent call re-establishment list listing less than two cells with enabled call re-establishment; and performing a second random access channel procedure when the mobile station receives the concurrent call re-establishment list listing at least two cells with enabled call re-establishment. in at least some instances of detecting radio link failure, attempting call re-establishment on multiple cells (454, 456) concurrently; performing a first random access channel procedure when the mobile station receives a concurrent call re-establishment list listing less than two cells with enabled call re-establishment; and performing a second random access channel procedure when the mobile station receives the concurrent call re-establishment list listing at least two cells with enabled call re-establishment.
A method for producing a flexible hydraulic element for controlling actuators or equipment of the hydraulic type predisposed on lifting machines, comprising the steps of: a. providing at least three conduits (10, 11, 12) for conveying a fluid under pressure, each conduit being made of an elastomeric material; and b. joining said three conduits (10, 11, 12) with one another by vulcanisation so as to define at least a longitudinal portion of a hydraulic element, in which the axes (C1, C2, C3) of the three conduits (10, 11, 12) are arranged angularly spaced; wherein step b. is performed as follows: two conduits (10, 11) are placed alongside one another, covered by at least an elastomeric sheath and joined by vulcanisation so as to define an intermediate unit; the third conduit is arranged above said intermediate unit and they are both covered with at least an elastomeric sheath; and a further vulcanisation is performed. a. providing at least three conduits (10, 11, 12) for conveying a fluid under pressure, each conduit being made of an elastomeric material; and b. joining said three conduits (10, 11, 12) with one another by vulcanisation so as to define at least a longitudinal portion of a hydraulic element, in which the axes (C1, C2, C3) of the three conduits (10, 11, 12) are arranged angularly spaced;
Multi-aperture projection display comprising a plurality of laterally adjacent projection channels, comprising one single-image generator in each case for generating a respective single image and optics for mapping the respective single image, which lies within an object plane of the optics, into a projection direction of the multi-aperture projection display, wherein the single images of the projection channels are implemented such that the mappings of the single images of the projection channels superpose one another at at least two different projection distances to form one respective projected image (38, 40) in each case, wherein the single images, when back-projected via the optics of the projection channels into the object plane of the optics of the projection channels, comprise non-zero-valued portions superpose one another to a certain extent, wherein at those locations where there is a non-zero-valued portion of at least one of the back-projected images (38, 40) and where the non-zero-valued portions of the back-projected images (38, 40) do not superpose one another, the single images of the single-image generators are darkened, specifically darkened with respect to positive superposition, and wherein, in addition, said very non-zero-valued portions are darkened more at said locations than at other locations where the non-zero-valued portions of the back-projected images (38, 40) superpose one another.
A method of forming an object being characterised by comprising the following steps: wrapping foil around a preform to provide a multi-layered structure comprising a plurality of layers of wrapped foil; removing the preform from the multi-layered structure; and diffusion bonding the plurality of layers together to form the object. wrapping foil around a preform to provide a multi-layered structure comprising a plurality of layers of wrapped foil; removing the preform from the multi-layered structure; and diffusion bonding the plurality of layers together to form the object.
Multilayer composite, comprising at least three superimposed and face-to-face joined plies of fibre composite which are defined relative to one another as two outer plies of fibre composite and at least one inner ply of fibre composite, wherein (a) each of these at least three plies of fibre composite (2, 3) comprises endless fibres, wherein - the endless fibres within the respective ply (2, 3) are unidirectionally aligned and - are embedded in a polycarbonate-based plastic, wherein the polycarbonate is selected from homopolycarbonate or copolycarbonate, (b) the inner plies of fibre composite have substantially the same orientation and their orientation relative to the outer plies of fibre composite is rotated by 30° to 90°, wherein the orientation of a ply of fibre composite (2, 3) is determined by the orientation of the unidirectionally aligned endless fibres present therein and (c) wherein the outer plies of fibre composite have a lower volume content of fibres based on the total volume of the ply of fibre composite than the at least one inner ply of fibre composite. (a) each of these at least three plies of fibre composite (2, 3) comprises endless fibres, wherein - the endless fibres within the respective ply (2, 3) are unidirectionally aligned and - are embedded in a polycarbonate-based plastic, wherein the polycarbonate is selected from homopolycarbonate or copolycarbonate, - the endless fibres within the respective ply (2, 3) are unidirectionally aligned and - are embedded in a polycarbonate-based plastic, wherein the polycarbonate is selected from homopolycarbonate or copolycarbonate, (b) the inner plies of fibre composite have substantially the same orientation and their orientation relative to the outer plies of fibre composite is rotated by 30° to 90°, wherein the orientation of a ply of fibre composite (2, 3) is determined by the orientation of the unidirectionally aligned endless fibres present therein and (c) wherein the outer plies of fibre composite have a lower volume content of fibres based on the total volume of the ply of fibre composite than the at least one inner ply of fibre composite.
An automatic performance device for reproducing performance information received from a performance information output device in synchronization with video distributed by a moving image distribution server for distributing the video and an audio, the automatic performance device comprising: a performance data receiving unit that receives performance data transmitted, without passing through the moving image distribution server, from the performance information output device to a storage device configured to store the performance data and further from the storage device to the performance data receiving unit, the performance data having a combination of the performance information and a time information, the time information indicating the time when the performance indicated by the performance information was carried out, and the time being measured by a clock section of the performance information output device; a synchronization signal receiving unit that receives a synchronization signal transmitted from the performance information output device by using an audio signal transmission path for the audio via the moving image distribution server, the synchronization signal indicating the time measured by the clock section; and a reproducing unit that reproduces the performance information of the performance data in synchronization with the video distributed at the time when the synchronization signal is distributed, at a timing such that the time indicated by the time information of the performance data received by the performance data receiving unit corresponds to the time indicated by the synchronization signal received by the synchronization signal receiving unit. a performance data receiving unit that receives performance data transmitted, without passing through the moving image distribution server, from the performance information output device to a storage device configured to store the performance data and further from the storage device to the performance data receiving unit, the performance data having a combination of the performance information and a time information, the time information indicating the time when the performance indicated by the performance information was carried out, and the time being measured by a clock section of the performance information output device; a synchronization signal receiving unit that receives a synchronization signal transmitted from the performance information output device by using an audio signal transmission path for the audio via the moving image distribution server, the synchronization signal indicating the time measured by the clock section; and a reproducing unit that reproduces the performance information of the performance data in synchronization with the video distributed at the time when the synchronization signal is distributed, at a timing such that the time indicated by the time information of the performance data received by the performance data receiving unit corresponds to the time indicated by the synchronization signal received by the synchronization signal receiving unit.
A method of wireless communications at a network entity, comprising: generating a demodulation reference signal, DMRS, sequence in a frequency domain; applying a phase offset to the DMRS sequence to obtain an offset DMRS sequence, wherein a phase of a DMRS corresponds to the phase offset; transmitting signaling information within the phase of the DMRS in one or more resource elements of physical broadcast channel, PBCH, symbols within a bandwidth of a primary synchronization signal and a secondary synchronization signal of a synchronization signal block; wherein transmitting the signaling information includes at least one of: forgoing transmission of the signaling information outside the bandwidth of the primary synchronization signal or the secondary synchronization signal, or transmitting distinct signaling information different from the signaling information carried by the DMRS outside the bandwidth of the primary synchronization signal or the bandwidth of the secondary synchronization signal. generating a demodulation reference signal, DMRS, sequence in a frequency domain; applying a phase offset to the DMRS sequence to obtain an offset DMRS sequence, wherein a phase of a DMRS corresponds to the phase offset; transmitting signaling information within the phase of the DMRS in one or more resource elements of physical broadcast channel, PBCH, symbols within a bandwidth of a primary synchronization signal and a secondary synchronization signal of a synchronization signal block; wherein transmitting the signaling information includes at least one of: forgoing transmission of the signaling information outside the bandwidth of the primary synchronization signal or the secondary synchronization signal, or transmitting distinct signaling information different from the signaling information carried by the DMRS outside the bandwidth of the primary synchronization signal or the bandwidth of the secondary synchronization signal. forgoing transmission of the signaling information outside the bandwidth of the primary synchronization signal or the secondary synchronization signal, or transmitting distinct signaling information different from the signaling information carried by the DMRS outside the bandwidth of the primary synchronization signal or the bandwidth of the secondary synchronization signal.
A method for sending an encrypted e-mail message securely and provably from a sender to a recipient, comprising the steps wherein: the sender begins by entering to a service the recipient's e-mail address, after which he enters the next phase of the service, where he writes contents of the message and enters his own e-mail address, as well as the recipient's and his own phone number into the service; after this the sender enters the payment phase of the service, where the payment for the service is performed; in the following phase the sender receives by e-mail a confirmation request of the sending; after this the sender confirms his e-mail address and sending by acknowledging the confirmation request; next the system delivers a prompt to retrieve the message and a password to the recipient; and finally the recipient retrieves the message by means of the password, after which the system sends a sending and reception acknowledgement about this to the message sender. the sender begins by entering to a service the recipient's e-mail address, after which he enters the next phase of the service, where he writes contents of the message and enters his own e-mail address, as well as the recipient's and his own phone number into the service; after this the sender enters the payment phase of the service, where the payment for the service is performed; in the following phase the sender receives by e-mail a confirmation request of the sending; after this the sender confirms his e-mail address and sending by acknowledging the confirmation request; next the system delivers a prompt to retrieve the message and a password to the recipient; and finally the recipient retrieves the message by means of the password, after which the system sends a sending and reception acknowledgement about this to the message sender.
A thrust-reversal system (101; 201; 301) for an aircraft, comprising: - a thrust-reversal cover designed to be selectively moved between a stowed position for leaving unchanged the thrust of a turbine engine of the aircraft, and a deployed position for reversing the thrust of the turbine engine; - an electric actuator of the cover; - a local command module designed to receive commands from a global command module in order to control the electric actuator in such a way as to move the cover, these commands including: • a stow command to move the cover to its stowed position, and • a deploy command to move the cover to its deployed position; and - a connection between the global command module and the local command module for conveying at least one analogue signal; characterised in that the local command module is designed to: - identify one among several predefined ranges of values in which each analogue signal is located at a given instant, each command being associated with one or more of the ranges of values; and - determine the received command as being associated with the identified range or ranges of values. - a thrust-reversal cover designed to be selectively moved between a stowed position for leaving unchanged the thrust of a turbine engine of the aircraft, and a deployed position for reversing the thrust of the turbine engine; - an electric actuator of the cover; - a local command module designed to receive commands from a global command module in order to control the electric actuator in such a way as to move the cover, these commands including: • a stow command to move the cover to its stowed position, and • a deploy command to move the cover to its deployed position; and • a stow command to move the cover to its stowed position, and • a deploy command to move the cover to its deployed position; and - a connection between the global command module and the local command module for conveying at least one analogue signal; - identify one among several predefined ranges of values in which each analogue signal is located at a given instant, each command being associated with one or more of the ranges of values; and - determine the received command as being associated with the identified range or ranges of values.
A method for introducing applications into a main unit of a vehicle, comprising the following steps: transmitting a first identifier by an invariable software component of the main unitvia a first communication channel to a server; receiving, from the server by the main unit, a main application in response to the transmission of the first identifier; installing the main application in the main unit; transmitting a vehicle identification number of the vehicle by the main application via a second communication channel to the server; receiving, from the server by the main application, metadata associated with the vehicle identification number of the vehicle, wherein the metadata comprise one or more identifiers; transferring at least one identifier of the received metadata from the main application to the invariable software component; transmitting the at least one identifier of the received metadata by the invariable software component via the first communication channel to the server; receiving at least one application associated with the at least one identifier by the invariable software component; storing the at least one application by the invariable software component; and forwarding a storage location of the at least one application from the invariable software component to the main application. transmitting a first identifier by an invariable software component of the main unitvia a first communication channel to a server; receiving, from the server by the main unit, a main application in response to the transmission of the first identifier; installing the main application in the main unit; transmitting a vehicle identification number of the vehicle by the main application via a second communication channel to the server; receiving, from the server by the main application, metadata associated with the vehicle identification number of the vehicle, wherein the metadata comprise one or more identifiers; transferring at least one identifier of the received metadata from the main application to the invariable software component; transmitting the at least one identifier of the received metadata by the invariable software component via the first communication channel to the server; receiving at least one application associated with the at least one identifier by the invariable software component; storing the at least one application by the invariable software component; and forwarding a storage location of the at least one application from the invariable software component to the main application.