mhurhangee/ep-ind-claims huggingface dataset:
Lid of a container, in particular of a beverage can, having at least one outlet opening which penetrates said lid and can be re-closed by at least one closure element, where said at least one closure element is arranged on the underside of said lid, and said at least one closure element can by an actuating element arranged on the upper side of said lid be moved from a closed position, in which said at least one outlet opening is closed, into an open position, in which said outlet opening is at least partially exposed, where said at least one closure element comprises a first sealing means for sealing said at least one outlet opening in relation to said underside of said lid wherein said actuating element comprises at least one second sealing means which seals said at least one outlet opening in relation to said upper side of said lid; characterized in that said second sealing means is designed at least partly as a double seal, and said second sealing means comprises a first region which is in the open position of said closure element located in the region of said outlet opening, and that said first region comprises only a sealing bead (131 b).
A bilayer tablet dosage form comprising: (a) a first layer comprising a tablet of diclofenac or salts thereof, inlayed in said first layer along with inert pharmaceutically acceptable excipients; (b) a second layer comprising misoprostol or a salt thereof and optionally other pharmaceutically acceptable excipients; wherein the inlayed tablet is coated with one or more seal coat polymers followed by an enteric coating with enteric polymers.
A device for demolding negatives in thermoplastic injection molds, which includes an ejector that comprises: - an ejector profile fastened to an ejector plate; and - a figure insert with a profile that is complementary to the piece to be molded, characterized in that said ejector also comprises a helical spring arranged between the ejector profile and the figure insert, configured to push said figure insert in order to demold the negative by means of angular displacement and to strech said figure insert so as to return the ejector to the injection position thereof. - an ejector profile fastened to an ejector plate; and - a figure insert with a profile that is complementary to the piece to be molded,
A breaker failure detection device for a direct current circuit breaker, the DC circuit breaker comprising: a circuit breaking element being arranged for interrupting a DC circuit upon reception of a trip signal, and a non-linear resistor being connected in parallel with the circuit breaking element, characterized in that the breaker failure detection device comprises: at least one current sensor (212, 213, 214, 215) being arranged for measuring a current commutating from the circuit breaking element, and a breaker failure detection unit being arranged for: comparing the measured current to desired values, and deciding, under the condition that the measured current deviates from the desired values, that an internal commutation process of the circuit breaker does not proceed as desired. a circuit breaking element being arranged for interrupting a DC circuit upon reception of a trip signal, and a non-linear resistor being connected in parallel with the circuit breaking element, characterized in that the breaker failure detection device comprises: at least one current sensor (212, 213, 214, 215) being arranged for measuring a current commutating from the circuit breaking element, and a breaker failure detection unit being arranged for: comparing the measured current to desired values, and deciding, under the condition that the measured current deviates from the desired values, that an internal commutation process of the circuit breaker does not proceed as desired. comparing the measured current to desired values, and deciding, under the condition that the measured current deviates from the desired values, that an internal commutation process of the circuit breaker does not proceed as desired.
A soluble fusion protein complex comprising at least two soluble fusion proteins, wherein the first fusion protein comprises (a) a first biologically active polypeptide covalently linked to (b) interleukin-15 (IL-15) polypeptide or a functional fragment thereof; and the second fusion protein comprises (c) a second biologically active polypeptide covalently linked to (d) soluble interleukin-15 receptor alpha (IL-15Rα) polypeptide or a functional fragment thereof wherein one or both of the first and second fusion proteins further comprise an immunoglobulin Fc domain or a functional fragment thereof; wherein IL-15 domain of the first fusion protein binds to the soluble IL-15Rα domain of the second fusion protein to form a soluble fusion protein complex, and wherein the IL-15 polypeptide is an IL-15 variant having a substitution of N to D at position 72 of the mature human IL-15 sequence and wherein the IL-15Rα polypeptide comprises the IL-15Rα sushi domain.
A method of wireless communication performed by a user equipment, UE, the method comprising: receiving, from a base station, a broadcast communication that includes a plurality of standalone non-public network, SNPN, identifiers associated with a plurality of SNPNs, wherein the plurality of SNPNs are associated with the base station and the UE is not subscribed to the associated plurality of SNPNs; comparing the plurality of received SNPN identifiers to a set of SNPN identifiers stored by the UE and corresponding to respective SNPNs that permit access to subscribers of a network to which the UE is subscribed; determining, based at least in part on the comparing, that multiple received SNPN identifiers of the plurality of received SNPN identifiers correspond to multiple SNPN identifiers in the set of SNPN identifiers stored by the UE, and determining that said multiple received SNPN identifiers correspond to the respective SNPNs that permit access to subscribers of the network to which the UE is subscribed; determining that a subscription of the network to which the UE is subscribed can be used to access the multiple SNPNs corresponding to the multiple received SNPN identifiers in the set of SNPN identifiers; selecting an SNPN with which the UE is to register from the multiple SNPNs corresponding to the multiple received SNPN identifiers, wherein the selected SNPN corresponds to an SNPN identifier having a higher priority among the multiple received SNPN identifiers in the set of SNPN identifiers; and registering, with the selected SNPN. receiving, from a base station, a broadcast communication that includes a plurality of standalone non-public network, SNPN, identifiers associated with a plurality of SNPNs, wherein the plurality of SNPNs are associated with the base station and the UE is not subscribed to the associated plurality of SNPNs; comparing the plurality of received SNPN identifiers to a set of SNPN identifiers stored by the UE and corresponding to respective SNPNs that permit access to subscribers of a network to which the UE is subscribed; determining, based at least in part on the comparing, that multiple received SNPN identifiers of the plurality of received SNPN identifiers correspond to multiple SNPN identifiers in the set of SNPN identifiers stored by the UE, and determining that said multiple received SNPN identifiers correspond to the respective SNPNs that permit access to subscribers of the network to which the UE is subscribed; determining that a subscription of the network to which the UE is subscribed can be used to access the multiple SNPNs corresponding to the multiple received SNPN identifiers in the set of SNPN identifiers; selecting an SNPN with which the UE is to register from the multiple SNPNs corresponding to the multiple received SNPN identifiers, wherein the selected SNPN corresponds to an SNPN identifier having a higher priority among the multiple received SNPN identifiers in the set of SNPN identifiers; and registering, with the selected SNPN.
Fastening system for holding belts, aimed to be used for transporting motor vehicles on loading flatbeds comprising one or more through-openings, said fastening system comprising at least one fastening element interposed between at least one of said belts and said flatbed, said fastening element being equipped with at least one fastening portion and with at least one connection or transmission portion of said belt, said fastening element being able to pass from a first operating position in which said fastening portion is passing through at least one of said openings to a second operating position in which said fastening portion is prevented from going out from said opening, and vice versa, said fastening system comprising at least one connecting girder to be arranged below said flatbed, said girder being equipped with at least one longitudinal seat, said fastening element being able to pass from said first operating position in which said fastening portion is passing through said opening and is unconstrained from said seat to said second operating position in which said fastening portion engages at least one of said seats and is prevented from going out from said opening, and vice versa, wherein said fastening portion is shaped substantially as a reverse "T", characterised in that said fastening portion comprises due opposite appendixes axially going out of an end of said stem in a substantially perpendicular position with respect to a longitudinal axis of said stem, and said girder comprises at least two parallel and facing, longitudinal surfaces, each of said surfaces being equipped with at least one of said seats adapted to be engaged by a respective one of said appendixes of said fastening portion when said fastening element is in said second operating position.
A wearable device for transmitting a vibration to a body of a user, the wearable device comprising: a strap configured to be wound on the body surface of the user wearing the wearable device; and an output unit comprising a vibrator located at an inside surface of the strap to generate a vibration based on an audio signal to be output by the wearable device, a vibrator cover arranged to contact a surface of the vibrator facing the body and transmit the vibration generated by the vibrator to the body, characterized in that a vibrator support is arranged to contact an opposite surface located opposite to the surface of the vibrator facing the body, the vibrator support being configured to minimize an amount of a sound vibration leaking to the outside of the wearable device; wherein an area of a surface of the vibrator support contacting the vibrator is smaller than an area of a surface of the vibrator support opposite to the surface of the vibrator support contacting the vibrator. a strap configured to be wound on the body surface of the user wearing the wearable device; and an output unit comprising a vibrator located at an inside surface of the strap to generate a vibration based on an audio signal to be output by the wearable device, a vibrator cover arranged to contact a surface of the vibrator facing the body and transmit the vibration generated by the vibrator to the body, characterized in that a vibrator support is arranged to contact an opposite surface located opposite to the surface of the vibrator facing the body, the vibrator support being configured to minimize an amount of a sound vibration leaking to the outside of the wearable device; wherein an area of a surface of the vibrator support contacting the vibrator is smaller than an area of a surface of the vibrator support opposite to the surface of the vibrator support contacting the vibrator.
A recording medium (10, 10A, 10B, 10C, 10D, 10E, 10F, 10G, 10H, 10I, 10J) comprising: a base material; a first color developing layer that is laminated on the base material, and absorbs near infrared laser light (LNIR) having a given wavelength to develop a color; one or more photothermal conversion layers that are laminated closer to an incident side of the near infrared laser light (LNIR) than the first color developing layer, transmit visible light, and absorb the near infrared laser light (LNIR) for photothermal conversion; a second color developing layer (15, 17, 19) that is laminated closer to the incident side of the near infrared laser light (LNIR) than the first color developing layer, transmits visible light and the near infrared laser light (LNIR), and develops a color by heat converted by the one or more photothermal conversion layers, and a binder layer for holding the first color developing layer, the photothermal conversion layers and the second color developing layer (15, 17, 19) at given positions while binding the first color developing layer and the second color developing layer (15, 17, 19). a base material; a first color developing layer that is laminated on the base material, and absorbs near infrared laser light (LNIR) having a given wavelength to develop a color; one or more photothermal conversion layers that are laminated closer to an incident side of the near infrared laser light (LNIR) than the first color developing layer, transmit visible light, and absorb the near infrared laser light (LNIR) for photothermal conversion; a second color developing layer (15, 17, 19) that is laminated closer to the incident side of the near infrared laser light (LNIR) than the first color developing layer, transmits visible light and the near infrared laser light (LNIR), and develops a color by heat converted by the one or more photothermal conversion layers, and a binder layer for holding the first color developing layer, the photothermal conversion layers and the second color developing layer (15, 17, 19) at given positions while binding the first color developing layer and the second color developing layer (15, 17, 19).
A system comprising: - a user device comprising: a detection unit adapted to detect a charged status of a battery of the user device; an interface adapted to prompt a user of the user device to define credentials when the charged status of the battery reaches below a pre-determined threshold and to receive the defined credentials from the user; and a communication unit adapted to transmit the defined credentials to a server; and - an accessing device comprising: a receiver adapted to receive the defined credentials from the server; an interface adapted to receive credentials from the user; a processor adapted to validate the credentials with the defined credentials; and an access unit adapted to provide access of the accessing device to the user based on the validation, characterized in that the detection of the charged status of the battery reaching below a pre-determined threshold is determined based on a location of the user device and a time required to reach the accessing device. - a user device comprising: a detection unit adapted to detect a charged status of a battery of the user device; an interface adapted to prompt a user of the user device to define credentials when the charged status of the battery reaches below a pre-determined threshold and to receive the defined credentials from the user; and a communication unit adapted to transmit the defined credentials to a server; and a detection unit adapted to detect a charged status of a battery of the user device; an interface adapted to prompt a user of the user device to define credentials when the charged status of the battery reaches below a pre-determined threshold and to receive the defined credentials from the user; and a communication unit adapted to transmit the defined credentials to a server; and - an accessing device comprising: a receiver adapted to receive the defined credentials from the server; an interface adapted to receive credentials from the user; a processor adapted to validate the credentials with the defined credentials; and an access unit adapted to provide access of the accessing device to the user based on the validation, a receiver adapted to receive the defined credentials from the server; an interface adapted to receive credentials from the user; a processor adapted to validate the credentials with the defined credentials; and an access unit adapted to provide access of the accessing device to the user based on the validation,
Friction lining carrier plate, having a metal sheet, in particular a metal sheet with a substantially constant thickness, wherein the metal sheet has a first indentation on the side of the friction lining, and has at least a second indentation on the side of the friction lining, wherein the first and the second indentation (11, 20) have different depths, and the first and the second indentations on the side of the friction lining are formed as respectively one elevation on the side of the actuation means, wherein the second indentation is impressed at the positions of the friction lining carrier plate that can be brought into contact with the actuation means on the side of the actuation means, wherein the second indentation has a depth on the side of the friction lining or has such a high elevation on the side of the actuation means that the actuation means can come into contact with the second elevation during the braking process, and a web extends circumferentially about the friction lining carrier plate edge on the side of the friction lining, wherein the web extends away from the first indentation.
Louvre window comprising a window frame made of inner elements and outer elements, which are connected to one another by thermally insulating connecting bars (7, 8), and also comprising slats (2, 3), which are inserted in a pivotable manner in the window frame, wherein the pivoting operation takes place via pinions, which are accommodated in the window frame, and longitudinally displaceable racks, and the pinions are retained in a rotatable manner in the window frame via journals, wherein the pinions have inner journals, which are directed towards the slats (2, 3) and are inserted in openings of a connecting bar clipped in between the inner elements and outer elements, characterized in that the pinions have axially outwardly directed outer journals, which are inserted in bores in the inner connecting bars located between the inner and outer elements (5, 6).
A transmitter communication device configured to provide video data to a receiver communication device, the video data comprising one or more groups of frames (111, 113), each group of frames comprising a plurality of temporally successive frames (111a-c, 113a,b), the transmitter communication device comprising: a processor configured to process a first frame of a current group of frames using a first modulation and coding scheme of a plurality of modulation and coding schemes and to process a second frame of the current group of frames using a second modulation and coding scheme of the plurality of modulation and coding schemes, wherein the processor is configured to select the second modulation and coding scheme of the plurality of modulation and coding schemes on the basis of a temporal position of the second frame relative to the first frame of the current group of frames; and a communication interface configured to transmit the current group of frames including the first frame and the second frame to the receiver communication device. a processor configured to process a first frame of a current group of frames using a first modulation and coding scheme of a plurality of modulation and coding schemes and to process a second frame of the current group of frames using a second modulation and coding scheme of the plurality of modulation and coding schemes, wherein the processor is configured to select the second modulation and coding scheme of the plurality of modulation and coding schemes on the basis of a temporal position of the second frame relative to the first frame of the current group of frames; and a communication interface configured to transmit the current group of frames including the first frame and the second frame to the receiver communication device.
An ultrasound imaging system comprising: a transducer array, including a two-dimensional array of transducer elements configured to transmit an ultrasound signal to traverse a field of view and to receive echoes from the field of view; transmit circuitry configured to generate a set of pulses for the transducer array so as to transmit the ultrasound signal to traverse the field of view; receive circuitry configured to receive a two dimensional set of echoes produced in response to the ultrasound signal traversing structure in the field of view, the structure including flowing structure; a beamformer configured to beamform the echoes to produce beamformed data therefrom; and a velocity processor configured to process the beamformed data to determine velocity components therefrom; characterized in that the beamformer is further configured to beamform four lines of data from the two dimensional set of echoes, the four lines of data including a first pair of lines and a second pair of lines; and in that the velocity processor is configured to separately determine a transverse velocity component (vx) from the first pair of lines and an elevation velocity component (vy) from the second pair of lines derived from the same transmitted ultrasound signal and the same received set of two dimensional echoes, and to estimate a depth velocity component (vz) based on at least one of: the first pair of lines used to determine the transverse velocity component and the second pair of lines used to determine the elevation velocity component. a transducer array, including a two-dimensional array of transducer elements configured to transmit an ultrasound signal to traverse a field of view and to receive echoes from the field of view; transmit circuitry configured to generate a set of pulses for the transducer array so as to transmit the ultrasound signal to traverse the field of view; receive circuitry configured to receive a two dimensional set of echoes produced in response to the ultrasound signal traversing structure in the field of view, the structure including flowing structure; a beamformer configured to beamform the echoes to produce beamformed data therefrom; and a velocity processor configured to process the beamformed data to determine velocity components therefrom; characterized in that the beamformer is further configured to beamform four lines of data from the two dimensional set of echoes, the four lines of data including a first pair of lines and a second pair of lines; and in that the velocity processor is configured to separately determine a transverse velocity component (vx) from the first pair of lines and an elevation velocity component (vy) from the second pair of lines derived from the same transmitted ultrasound signal and the same received set of two dimensional echoes, and to estimate a depth velocity component (vz) based on at least one of: the first pair of lines used to determine the transverse velocity component and the second pair of lines used to determine the elevation velocity component.