mhurhangee/patent-ind-claim-en huggingface dataset:
A drug delivery device comprising: a housing having an opening ; a blunt cannula or a rigid needle moveable relative to the housing having a cylindrical wall that defines an axial passage between a first end and a second end of the blunt cannula or the rigid needle , the wall having at least a first tapered region at the first end defining an axial opening at the first end in fluid communication with the axial passage and adapted at the first end to resist interruption of fluid flow through the axial passage and out of the first end of the blunt cannula or the rigid needle , and a reservoir connected to the second end of the blunt cannula or the rigid needle ; characterized by the first end of the blunt cannula or rigid needle being initially retracted within the housing and subsequently the first end of the blunt cannula or rigid needle being at least partially deployed through the opening in the housing in an operative state, and the blunt cannula or rigid needle being automatically introduced or deployed into a patient by the drug delivery device, and at least one side port formed in the wall of the blunt cannula or rigid needle adjacent to the first end , wherein the at least one side port is disposed within the first tapered region . a housing having an opening ; a blunt cannula or a rigid needle moveable relative to the housing having a cylindrical wall that defines an axial passage between a first end and a second end of the blunt cannula or the rigid needle , the wall having at least a first tapered region at the first end defining an axial opening at the first end in fluid communication with the axial passage and adapted at the first end to resist interruption of fluid flow through the axial passage and out of the first end of the blunt cannula or the rigid needle , and a reservoir connected to the second end of the blunt cannula or the rigid needle ; characterized by the first end of the blunt cannula or rigid needle being initially retracted within the housing and subsequently the first end of the blunt cannula or rigid needle being at least partially deployed through the opening in the housing in an operative state, and the blunt cannula or rigid needle being automatically introduced or deployed into a patient by the drug delivery device, and at least one side port formed in the wall of the blunt cannula or rigid needle adjacent to the first end , wherein the at least one side port is disposed within the first tapered region .
A liquid channel device including a base plate in which a liquid channel through which a liquid which contains at least one of a sample and a reagent, flows, and one or more liquid chambers (14a ∼ 14m) for holding the liquid are formed to at least one side thereof, and a cover plate which is laminated onto a channel formation surface of the base plate where the liquid channel and the liquid chambers are formed; wherein at least one of the liquid chambers has a liquid transport section (P1 ∼ P5, P1') configured for transporting the liquid from an inside to an outside of the liquid chamber by applying external pressure on a floor of the liquid chamber or on the cover plate in an area corresponding to the liquid chamber, wherein the liquid channel device further includes a reverse flow check (G1 ∼ G6) for preventing reverse flow of the liquid transported by the liquid transport section, which is a flexible dam plate , formed to the liquid chambers that are provided with the liquid transport section, wherein the liquid channel device further includes an opening section (S1 ∼ S14) which opens a portion of the liquid channel from a closed mode, and a closing section (T1 ∼ T2) which closes a portion of the liquid channel from an open mode; the cover plate has a first base layer which forms a surface of the cover plate, a strongly adhered layer which is formed to an inside of the first base layer, a second base layer which is formed to an inside of the strongly adhered layer, and a weakly adhered layer which is formed to an inside of the second base layer and is adhered to the channel formation surface; in the opening section, a first convex section is formed to the liquid channel, a top part of the first convex section and the weakly adhered layer are adhered, and the strongly adhered layer and the second base layer are separated; in the closing section, a second convex section is formed to the liquid channel, a top part of the second convex section and the weakly adhered layer are separated, and a spacer is interposed between the strongly adhered layer and the second base layer, wherein the spacer and the second base layer are not adhered, and the spacer and the strongly adhered layer are adhered together; and in the liquid transport section, a spacer is interposed between the strongly adhered layer and the second base layer, and the spacer and the strongly adhered layer are adhered, and wherein the adhesive strength of the strongly adhered layer is formed to be greater than that of the weakly adhered layer ; and the first base layer is made of a material that will bend when a vertically directed load is applied on its front surface side, and which has restorative force that will return to its original state once the load is removed, while the second base layer is made of a plastic deformation material which easily bends when the same load is subjected, but does not return to its original state even when the load is removed.
A plate-like component of a thickness (t) with a fastening device that reaches through the plate-like component through a fastening opening with an inner dimension (D), wherein the fastening device has: - a rigid sleeve of a length L > t, which reaches through the fastening opening and through which a fastening element can be inserted, - the sleeve is surrounded on its outer circumference by a damping/decoupling element composed of a wire knit, wherein when the plate-like component is being used as intended, the damping element , in the region of a passage through the fastening opening , has an outer dimension of D DE1 < D so that an undersizing U = D - D DE1 is produced and the at least one damping element , in the region situated outside of the passage through the fastening opening in a circumference direction, has an outer dimension in at least some sections of D DE2 > D + 2 ∗ U and wherein at least one sliding washer is positioned between the plate-like component and the at least one damping element . - a rigid sleeve of a length L > t, which reaches through the fastening opening and through which a fastening element can be inserted, - the sleeve is surrounded on its outer circumference by a damping/decoupling element composed of a wire knit, wherein
A method for displaying a virtual keyboard layout to be used for responding to a received message (MSG) on a mobile terminal , the method comprising: - analyzing (a) said received message by a processing unit of the mobile terminal , so as to search for a contextual parameter (P CTXT (MSG)) associated with the received message (MSG), said contextual parameter being either a type of query or an emoji theme; - selecting (b), by the processing unit , a virtual keyboard layout (VKL s ), among a set of virtual keyboard layouts ({VKL i } i∈[0;n] ) displayable on a screen of the mobile terminal, as a function of the result of the search for a contextual parameter (P CTXT (MSG)) associated with the received message (MSG); and - displaying (c) the selected virtual keyboard layout (VKL s ) on the screen . - analyzing (a) said received message by a processing unit of the mobile terminal , so as to search for a contextual parameter (P CTXT (MSG)) associated with the received message (MSG), said contextual parameter being either a type of query or an emoji theme; - selecting (b), by the processing unit , a virtual keyboard layout (VKL s ), among a set of virtual keyboard layouts ({VKL i } i∈[0;n] ) displayable on a screen of the mobile terminal, as a function of the result of the search for a contextual parameter (P CTXT (MSG)) associated with the received message (MSG); and - displaying (c) the selected virtual keyboard layout (VKL s ) on the screen .
A quadrifilar helical antenna, comprising: a conical supporting medium , a feed network, and four sets of antenna composite elements, wherein each set of antenna composite element comprises: at least one short-circuit helical arm and at least one open-circuit helical arm , wherein the short-circuit helical arm and the open-circuit helical arm in each set of antenna composite element are sequentially wound on an outer wall of the conical supporting medium in one winding direction; in an axial direction of the conical supporting medium , a projection length of the short-circuit helical arm is greater than that of the open-circuit helical arm in each set of antenna composite element; the four sets of antenna composite elements are respectively coupled to a feeding point of the feed network for feeding, and the short-circuit helical arms in the four sets of antenna composite elements are in short-circuit connection; characterised in that free ends of any one or more of the open-circuit helical arms take a form of serpentine traces, and any one or more of the short-circuit helical arms take the form of serpentine traces. each set of antenna composite element comprises: at least one short-circuit helical arm and at least one open-circuit helical arm , wherein the short-circuit helical arm and the open-circuit helical arm in each set of antenna composite element are sequentially wound on an outer wall of the conical supporting medium in one winding direction; in an axial direction of the conical supporting medium , a projection length of the short-circuit helical arm is greater than that of the open-circuit helical arm in each set of antenna composite element; the four sets of antenna composite elements are respectively coupled to a feeding point of the feed network for feeding, and the short-circuit helical arms in the four sets of antenna composite elements are in short-circuit connection; characterised in that free ends of any one or more of the open-circuit helical arms take a form of serpentine traces, and any one or more of the short-circuit helical arms take the form of serpentine traces.
An electronic system comprising: - a load including one or more light emitting diodes, - a power converter system for providing compatibility between a dimmer and the load , wherein the dimmer provides a dimmer voltage (V Φ_DIM ) to the power converter system , the dimmer voltage comprising three states: A. an approximately zero volt crossing of the dimmer voltage (V Φ_DIM ) of the dimmer until a phase cut, leading edge of the dimmer voltage (V Φ_DIM ); B. an end of state A until energy transferred to the load is sufficient to meet at least one energy transfer parameter; and C. an end of state B until a beginning of a next state A, the electronic system further comprising a controller for controlling the power converter system , characterized in that the controller comprises: - a low impedance path state controller configured to, for state A, enable a low impedance path for a dimmer current of the dimmer , wherein the impedance of the low impedance path is sufficiently low to maintain a stable phase angle of the dimmer ; - a switch mode power conversion controller configured to, for state B, control power conversion by the power converter system of the dimmer voltage; and control the power converter system to maintain the dimmer current above a current threshold; and - an inactive state controller configured to, for state C, enter an inactive state, wherein during the inactive state the low impedance path and the power conversion are disabled. - a load including one or more light emitting diodes, - a power converter system for providing compatibility between a dimmer and the load , wherein the dimmer provides a dimmer voltage (V Φ_DIM ) to the power converter system , the dimmer voltage comprising three states: A. an approximately zero volt crossing of the dimmer voltage (V Φ_DIM ) of the dimmer until a phase cut, leading edge of the dimmer voltage (V Φ_DIM ); B. an end of state A until energy transferred to the load is sufficient to meet at least one energy transfer parameter; and C. an end of state B until a beginning of a next state A, A. an approximately zero volt crossing of the dimmer voltage (V Φ_DIM ) of the dimmer until a phase cut, leading edge of the dimmer voltage (V Φ_DIM ); B. an end of state A until energy transferred to the load is sufficient to meet at least one energy transfer parameter; and C. an end of state B until a beginning of a next state A, - a low impedance path state controller configured to, for state A, enable a low impedance path for a dimmer current of the dimmer , wherein the impedance of the low impedance path is sufficiently low to maintain a stable phase angle of the dimmer ; - a switch mode power conversion controller configured to, for state B, control power conversion by the power converter system of the dimmer voltage; and control the power converter system to maintain the dimmer current above a current threshold; and - an inactive state controller configured to, for state C, enter an inactive state, wherein during the inactive state the low impedance path and the power conversion are disabled.
High-pressure electrolyser assembly , comprising: - a pressure vessel having two dome-shaped ends ; and - an electrolyser arranged inside the pressure vessel , wherein the pressure vessel is pressurized using an inert gas or a process gas of the electrolyser , characterized by - a ring-shaped support having a first abutting portion abutting against the electrolyser and a second abutting portion abutting against an inside of the pressure vessel , wherein at least one of the abutting portions is configured to slide. - a pressure vessel having two dome-shaped ends ; and - an electrolyser arranged inside the pressure vessel , wherein the pressure vessel is pressurized using an inert gas or a process gas of the electrolyser , characterized by wherein the pressure vessel is pressurized using an inert gas or a process gas of the electrolyser , characterized by - a ring-shaped support having a first abutting portion abutting against the electrolyser and a second abutting portion abutting against an inside of the pressure vessel , wherein at least one of the abutting portions is configured to slide.
Method for detection of an arc in a current path of a converter arrangement for converting a DC input power to an output power, including the steps of a) producing a current signal by sensing a current in the current path, b) determining a harmonic content of the current signal for at least two data frames, wherein each data frame includes a number of samples c) and deciding that the arc exists if the harmonic content during one or more of these data frames exceeds a threshold, characterised in that the method further includes the step of d) determining the harmonic content of the current signal by summing up the amplitudes of selected harmonics over each data frame. a) producing a current signal by sensing a current in the current path, b) determining a harmonic content of the current signal for at least two data frames, wherein each data frame includes a number of samples c) and deciding that the arc exists if the harmonic content during one or more of these data frames exceeds a threshold, characterised in that the method further includes the step of d) determining the harmonic content of the current signal by summing up the amplitudes of selected harmonics over each data frame.
Power plant for generating electrical power, having - a reformer unit , in which an energy carrier can be converted, with the supply of heat, into a combustion fluid, - a reformer burning device , in which, to provide a heat supply for the reformer unit , an energy carrier can be burned, and - a power generator , which is configured to burn a combustion fluid and generate electrical power with it, - an electric heating unit , through which electrical energy can be converted into heat energy, characterised in that - a heat storage system is provided, in which heat energy emitted by the electric heating unit can be stored, - a heat exchanger is provided for the purpose of transferring heat of the heat storage system to a fluid flowing through the heat exchanger , - a connection line is provided, which conveys the fluid from the heat exchanger to the reformer burning device , or the heat storage system is a latent heat storage system , with the heat exchanger heat energy can be transferred from the latent heat storage system to a heat carrier fluid, and heat transport means are provided and configured to use heat energy of the heat carrier fluid for the heat supply to the reformer unit . - a reformer unit , in which an energy carrier can be converted, with the supply of heat, into a combustion fluid, - a reformer burning device , in which, to provide a heat supply for the reformer unit , an energy carrier can be burned, and - a power generator , which is configured to burn a combustion fluid and generate electrical power with it, - an electric heating unit , through which electrical energy can be converted into heat energy, characterised in that - a heat storage system is provided, in which heat energy emitted by the electric heating unit can be stored, - a heat exchanger is provided for the purpose of transferring heat of the heat storage system to a fluid flowing through the heat exchanger , - a connection line is provided, which conveys the fluid from the heat exchanger to the reformer burning device , or the heat storage system is a latent heat storage system , with the heat exchanger heat energy can be transferred from the latent heat storage system to a heat carrier fluid, and heat transport means are provided and configured to use heat energy of the heat carrier fluid for the heat supply to the reformer unit .
A seat backrest contouring device adapted so that its contours can be altered to suit the postural support needs of a user sitting in a seat, the contouring device comprises: a substrate comprising a first surface and an opposing second surface , wherein the first and second surfaces comprise a plurality of first surface pockets and a plurality of second surface pockets respectively, one or more removable inserts for placing within one or more of the pockets to alter the contours of the device wherein the one or more inserts are formed from a cushioning material; and a cover , wherein the backrest contouring device is substantially enclosed within the cover , and the cover comprises: a recloseable opening through which the one or more inserts can be added to or removed from the plurality of first surface pockets and the plurality of second surface pockets , wherein placing inserts within some of the plurality of first surface pockets and second surface pockets and not others and placing different numbers or sizes of inserts within different pockets of the plurality of first and second surface pockets alters the contours of the device , and wherein altering the contours of the device modifies the posture and/or position of a user sitting in a seat. a substrate comprising a first surface and an opposing second surface , wherein the first and second surfaces comprise a plurality of first surface pockets and a plurality of second surface pockets respectively, one or more removable inserts for placing within one or more of the pockets to alter the contours of the device wherein the one or more inserts are formed from a cushioning material; and a cover , wherein the backrest contouring device is substantially enclosed within the cover , and the cover comprises: a recloseable opening through which the one or more inserts can be added to or removed from the plurality of first surface pockets and the plurality of second surface pockets , wherein placing inserts within some of the plurality of first surface pockets and second surface pockets and not others and placing different numbers or sizes of inserts within different pockets of the plurality of first and second surface pockets alters the contours of the device , and wherein altering the contours of the device modifies the posture and/or position of a user sitting in a seat.
A method of wireless communication, comprising: determining that data scheduled for transmission using a Time-Division Duplex, TDD, band over a TDD subframe includes Ultra-Reliable Low-Latency Communications, URLLC, data; and utilizing, in response to the determining, a URLLC subframe configuration for the TDD subframe, wherein the URLLC subframe configuration includes a plurality of downlink intervals and a plurality of uplink intervals ; transmitting to a wireless apparatus at least a portion of the URLLC data over the TDD subframe, having a URLLC subframe configuration, during the plurality of downlink intervals; and receiving an acknowledgement from the wireless apparatus, in response to the transmitted at least a portion of the URLLC data, over a Frequency-Division Duplex, FDD, band.
A positive photosensitive resin composition comprising: (A) an alkali-soluble resin containing at least one structure selected from a polyimide structure, a polyamide structure, a polybenzoxazole structure, a polyamide-imide structure, and a precursor structure thereof; (B) a polymer compound having a structural unit formed by cyclopolymerization; and (C) a compound having a quinonediazide structure for serving as a photosensitizer to generate an acid by light and increase a dissolution speed to an alkaline aqueous solution. (A) an alkali-soluble resin containing at least one structure selected from a polyimide structure, a polyamide structure, a polybenzoxazole structure, a polyamide-imide structure, and a precursor structure thereof; (B) a polymer compound having a structural unit formed by cyclopolymerization; and (C) a compound having a quinonediazide structure for serving as a photosensitizer to generate an acid by light and increase a dissolution speed to an alkaline aqueous solution.