mhurhangee/ep-ind-claims huggingface dataset:
A seam structure comprising: a first fabric having a first edge, a second fabric having a second edge, the second fabric being disposed adjacent to the first fabric such that a direction in which the second edge extends is essentially parallel to a direction in which the first edge extends, a first seam formed by a first thread and extending in a direction essentially parallel to the direction in which the first edge extends, a second seam formed by a second thread and extending in a direction essentially parallel to the direction in which the second edge extends, characterized in that it comprises a third seam formed by a decorative thread, and a tape-like member having a base and a bonded section, the seam structure having a first surface and a second surface, wherein at the first seam, the first thread is disposed so as to run through at least the first fabric in a repetitive reciprocating manner in a thickness direction thereof, at the second seam, the second thread is disposed so as to run through at least the second fabric in a repetitive reciprocating manner in a thickness direction thereof, the third seam is disposed on the first surface, and at the third seam, the decorative thread is disposed so as to repetitively straddle across at least the first thread and the second thread, and the tape-like member is disposed on the second surface, the bonded section of the tape-like member bonding the first fabric and the second fabric. a first fabric having a first edge, a second fabric having a second edge, the second fabric being disposed adjacent to the first fabric such that a direction in which the second edge extends is essentially parallel to a direction in which the first edge extends, a first seam formed by a first thread and extending in a direction essentially parallel to the direction in which the first edge extends, a second seam formed by a second thread and extending in a direction essentially parallel to the direction in which the second edge extends, characterized in that it comprises a third seam formed by a decorative thread, and a tape-like member having a base and a bonded section, the seam structure having a first surface and a second surface, wherein at the first seam, the first thread is disposed so as to run through at least the first fabric in a repetitive reciprocating manner in a thickness direction thereof, at the second seam, the second thread is disposed so as to run through at least the second fabric in a repetitive reciprocating manner in a thickness direction thereof, the third seam is disposed on the first surface, and at the third seam, the decorative thread is disposed so as to repetitively straddle across at least the first thread and the second thread, and the tape-like member is disposed on the second surface, the bonded section of the tape-like member bonding the first fabric and the second fabric.
An atomizer, comprising: an atomizing sleeve; an air pipe received in the atomizing sleeve, the atomizing sleeve and the air pipe cooperatively defining a sealed liquid reserving chamber for reserving tobacco liquid; a mouthpiece assembly arranged at one end of the atomizing sleeve; and an atomizing assembly received in the atomizing sleeve, the atomizing assembly comprising a liquid obstruction cover and a glass fiber core, the liquid obstruction cover comprising a sidewall, the sidewall and the atomizing sleeve cooperatively defining a gap; wherein the glass fiber core is fixed by the sidewall, two opposite ends of the glass fiber core are both positioned in the gap, the glass fiber core is configured for absorbing the tobacco liquid in the liquid reserving chamber through the gap; characterized in that the atomizing assembly further comprises a partition sleeve, the liquid obstruction cover nests an upper end of the partition sleeve, the liquid obstruction cover and the partition sleeve cooperatively form an atomizing cavity, and the atomizing cavity communicates with the mouthpiece assembly via the air pipe. an atomizing sleeve; an air pipe received in the atomizing sleeve, the atomizing sleeve and the air pipe cooperatively defining a sealed liquid reserving chamber for reserving tobacco liquid; a mouthpiece assembly arranged at one end of the atomizing sleeve; and an atomizing assembly received in the atomizing sleeve, the atomizing assembly comprising a liquid obstruction cover and a glass fiber core, the liquid obstruction cover comprising a sidewall, the sidewall and the atomizing sleeve cooperatively defining a gap; wherein the glass fiber core is fixed by the sidewall, two opposite ends of the glass fiber core are both positioned in the gap, the glass fiber core is configured for absorbing the tobacco liquid in the liquid reserving chamber through the gap; characterized in that the atomizing assembly further comprises a partition sleeve, the liquid obstruction cover nests an upper end of the partition sleeve, the liquid obstruction cover and the partition sleeve cooperatively form an atomizing cavity, and the atomizing cavity communicates with the mouthpiece assembly via the air pipe.
A saline- or buffer-based formulation comprising 10 mg/ml or more of arylsulfatase A for use in a method of treating Metachromatic Leukodystrophy Disease in a subject wherein said method comprises directly administering said formulation into the cerebrospinal fluid of said subject via intraparenchymal, intracerebral, intraventricular cerebral or intrathecal administration.
Fibre-reinforced stiffening strut, which has an elongate strut profile made of a fibre-reinforced plastic having an internal force introduction element made of metal along at least a part of the length of the strut and at least one connection section, in which at least one passage opening is provided perpendicular to the longitudinal axis of the strut profile, wherein in the passage opening a bushing made of a metal substance is arranged and the force introduction element is connected to the bushing by positive or non-positive engagement, characterised in that the bushing is a two-part bushing having an upper and a lower bushing portion, wherein the force introduction element extends between the upper and the lower bushing portions.
An axial vibration damper comprising: a body unit allowing a crank shaft, of an engine for a ship, having an annular cam portion, to penetrate therethrough, and including a pair of oil chambers in contact with both sides of the cam portion to accommodate oil therein and at least one communicating hole, respectively, formed at upper ends of the pair of oil chambers; a lower frame coupled to the top of the body unit and having cap communicating holes corresponding to the at least one communicating hole (112; and an upper cover (130, 230) coupled to an upper end of the lower frame and forming an oil communicating flow path together with the lower frame, wherein the cap communicating holes are connected to the communicating hole at a predetermined angle; characterized in that the lower frame comprises a socket unit including an installation portion formed therein in a through manner and a core unit having the cap communicating holes and installed on the installation portion. a body unit allowing a crank shaft, of an engine for a ship, having an annular cam portion, to penetrate therethrough, and including a pair of oil chambers in contact with both sides of the cam portion to accommodate oil therein and at least one communicating hole, respectively, formed at upper ends of the pair of oil chambers; a lower frame coupled to the top of the body unit and having cap communicating holes corresponding to the at least one communicating hole (112; and an upper cover (130, 230) coupled to an upper end of the lower frame and forming an oil communicating flow path together with the lower frame, wherein the cap communicating holes are connected to the communicating hole at a predetermined angle; characterized in that the lower frame comprises a socket unit including an installation portion formed therein in a through manner and a core unit having the cap communicating holes and installed on the installation portion.
Method for operating a home automation system having a central control apparatus and peripherals which can be communicatively connected to the central control apparatus and can be controlled by the central control apparatus, wherein a configuration parameter set for controlling the peripherals is stored in the central control apparatus, wherein the configuration parameter set is transmitted from the central control apparatus to a client device, which client device is set up for operating the central control apparatus, via a communicative connection, characterized in that the client device is in the form of a smartphone, the configuration parameter set is transmitted to the client device, the client device performs a data backup of the transmitted configuration parameter set, wherein the client device determines when the configuration parameter set is missing on the client device, and the transmission of the configuration parameter set to the client device is triggered on the basis of whether the configuration parameter set is stored in the client device.
A portable terminal comprising: a flexible display unit disposed on a front surface of the portable terminal and extending to at least one side surface of the portable terminal, wherein at least one end of the flexible display unit is bent, wherein the at least one bent end of the flexible display unit is extended to the at least one side surface of the portable terminal, the flexible display unit including a main display area on the front surface, and an auxiliary display area on the at least one side surface; a controller adapted to determine whether to operate in a silent mode or in a general mode, wherein, in the silent mode, the portable terminal is adapted to output information related to an alarm event on only the auxiliary display area, and wherein, in the general mode, the portable terminal is adapted to output information related to the alarm event on the main display area and on the auxiliary display area, wherein the controller determines to output information related to the alarm event on only the auxiliary display area or on the main display area and the auxiliary display area when detecting occurrence of the alarm event. a flexible display unit disposed on a front surface of the portable terminal and extending to at least one side surface of the portable terminal, wherein at least one end of the flexible display unit is bent, wherein the at least one bent end of the flexible display unit is extended to the at least one side surface of the portable terminal, the flexible display unit including a main display area on the front surface, and an auxiliary display area on the at least one side surface; a controller adapted to determine whether to operate in a silent mode or in a general mode, wherein, in the silent mode, the portable terminal is adapted to output information related to an alarm event on only the auxiliary display area, and wherein, in the general mode, the portable terminal is adapted to output information related to the alarm event on the main display area and on the auxiliary display area, wherein the controller determines to output information related to the alarm event on only the auxiliary display area or on the main display area and the auxiliary display area when detecting occurrence of the alarm event.
A method for providing fuel to primary and secondary fuel nozzles in a gas turbine engine fuel system, the method comprising: generating a fuel flow at a low flow rate; routing primary fuel from the fuel flow to a primary fuel nozzle; maintaining a backpressure on the fuel flow using a passive equalization divider valve; wherein maintaining a backpressure on the fuel flow comprises: biasing a spring-loaded piston (64, 100) within a piston chamber of the valve housing against the fuel flow opening the passive equalization divider valve at a high flow rate of the fuel flow to route secondary fuel from the fuel flow to secondary fuel nozzles; and progressively opening the passive equalization divider valve from the low flow rate to the high flow rate to reduce a pressure drop across the first flow divider valve produced by the secondary fuel; and wherein progressively opening the valve from the low flow rate to the high flow rate comprises: moving the spring-loaded piston against a window in the housing to produce the secondary fuel, and further comprising routing the secondary fuel through a multi-port flow divider valve disposed within the housing. generating a fuel flow at a low flow rate; routing primary fuel from the fuel flow to a primary fuel nozzle; maintaining a backpressure on the fuel flow using a passive equalization divider valve; biasing a spring-loaded piston (64, 100) within a piston chamber of the valve housing against the fuel flow opening the passive equalization divider valve at a high flow rate of the fuel flow to route secondary fuel from the fuel flow to secondary fuel nozzles; and progressively opening the passive equalization divider valve from the low flow rate to the high flow rate to reduce a pressure drop across the first flow divider valve produced by the secondary fuel; and wherein progressively opening the valve from the low flow rate to the high flow rate comprises: moving the spring-loaded piston against a window in the housing to produce the secondary fuel, and further comprising routing the secondary fuel through a multi-port flow divider valve disposed within the housing.
A syringe assembly comprising: a barrel including a cylindrical sidewall having an interior surface defining a chamber for retaining fluid, an open proximal end and a distal end including a distal wall having an opening therethrough in fluid communication with said chamber; an elongate plunger rod including a proximal end, a distal end, and a main body extending between the proximal and distal end, the plunger rod being distally and proximally movable within said chamber, the proximal end including a thumb press having proximal end, a distal end, and a diameter, the distal end of the plunger rod including a stopper-engaging portion; an annular extension protruding proximally from the proximal end of the barrel having a diameter greater than the diameter of the thumb press; and a stopper having a proximal end and a distal end, the stopper attached to the stopper-engaging portion of the plunger rod characterized in that, said stopper is distally and proximally movable relative to the stopper-engaging portion for a pre-selected axial distance, such that when the distal end of the stopper is in contact with the distal wall of the barrel, the thumb press is permitted to advance distally into the annular extension and the annular extension at least partially envelopes a portion of the thumb press to prevent the user from accessing the thumb press and moving the plunger rod in a proximal direction, the stopper-engaging portion comprising a visual indicator being fully visible when the stopper-engaging portion is proximally moved relative to the stopper. a barrel including a cylindrical sidewall having an interior surface defining a chamber for retaining fluid, an open proximal end and a distal end including a distal wall having an opening therethrough in fluid communication with said chamber; an elongate plunger rod including a proximal end, a distal end, and a main body extending between the proximal and distal end, the plunger rod being distally and proximally movable within said chamber, the proximal end including a thumb press having proximal end, a distal end, and a diameter, the distal end of the plunger rod including a stopper-engaging portion; an annular extension protruding proximally from the proximal end of the barrel having a diameter greater than the diameter of the thumb press; and a stopper having a proximal end and a distal end, the stopper attached to the stopper-engaging portion of the plunger rod
Method for operating an electrolyzer for generating hydrogen and oxygen by decomposing water, wherein - waste heat produced within the electrolyzer is stored in a heat transfer medium; - raw water, which is first preheated in a water treatment plant comprising a heat exchanger and is subsequently fed to the electrolyzer, is used as the heat transfer medium, the raw water being heated in the electrolyzer, - the heat transfer medium or raw water is fed back into the water treatment plant, and - deionized water is produced from raw water in the water treatment plant by means of the waste heat. - waste heat produced within the electrolyzer is stored in a heat transfer medium; - raw water, which is first preheated in a water treatment plant comprising a heat exchanger and is subsequently fed to the electrolyzer, is used as the heat transfer medium, the raw water being heated in the electrolyzer, - the heat transfer medium or raw water is fed back into the water treatment plant, and - deionized water is produced from raw water in the water treatment plant by means of the waste heat.
Power converter control method associated to a generator, said power converter comprising a DC bus, a generator-side converter and a grid-side converter, both converters being connected by means of the DC bus, the power converter further comprising a chopper in the DC bus, said chopper including at least one branche (1...n), wherein the method comprises the following steps: - detecting that the DC bus voltage (V bus) exceeds a threshold which determines the activation of the chopper, - enabling chopper activation permission characterised in that the method further comprises the steps of - activating one or more branches (1...n), of the chopper according to the DC bus voltage level (V bus) and of the current entering the DC bus (Iin.bus) from the generator or from the grid, - detecting that the DC bus voltage level (V bus) is lower than the threshold which determines the deactivation of the chopper, - enabling chopper deactivation permission, - deactivating the one or more branches (1...n) of the chopper according to the DC bus voltage level (V bus) and of the current entering the DC bus (I in.bus) from the generator or from the grid. - detecting that the DC bus voltage (V bus) exceeds a threshold which determines the activation of the chopper, - enabling chopper activation permission characterised in that the method further comprises the steps of - activating one or more branches (1...n), of the chopper according to the DC bus voltage level (V bus) and of the current entering the DC bus (Iin.bus) from the generator or from the grid, - detecting that the DC bus voltage level (V bus) is lower than the threshold which determines the deactivation of the chopper, - enabling chopper deactivation permission, - deactivating the one or more branches (1...n) of the chopper according to the DC bus voltage level (V bus) and of the current entering the DC bus (I in.bus) from the generator or from the grid.
An applicator device for applying a composition to an end of a pipe, the applicator device comprising an applicator head, the applicator head having a cavity with an opening into which the end of the pipe can be inserted, wherein the applicator head comprises at least one brush and at least one aperture for delivering the composition into the cavity, each brush having bristles which extend into the cavity to wipe against the end of the pipe, each aperture being closer to the opening of the cavity than to a base of the cavity, wherein each brush comprises a base from which the bristles extend, wherein the at least one apertures extend through the bases of the at least one brushes, to deliver the composition to the bristles, wherein the applicator head comprises a centre piece which holds the base of each brush between the centre piece and an outer housing of the applicator head, and wherein the base of each brush fits into a respective slot in a periphery of the centre piece.
A distributed audio speaker system comprising an audio source and a plurality of end-points, each end-point of the plurality of end-points having a speaker configured to playback the audio, an Ethernet receiver coupled to the speaker, and a power line communication, PLC, receiver coupled to the Ethernet receiver, wherein the audio source is configured to transmit the audio and the power over a common conductor to the plurality of end-points, and wherein the audio source comprises a power supply configured to generate the power, a PLC transmitter coupled to an output of the power supply, an Ethernet audio transmitter coupled to the PLC transmitter, and a master clock coupled to the PLC transmitter and the Ethernet audio transmitter, wherein the master clock is configured to generate a master clock signal for both the Ethernet audio transmitter and PLC transmitter, wherein the PLC transmitter is configured to generate a PLC encoded signal comprising the audio and to transmit the PLC encoded signal and the power over the common conductor, wherein an end-point of the plurality of endpoints is configured to receive the PLC encoded signal and the power, wherein the PLC receiver of the end-point is configured to recover the master clock signal from the PLC encoded signal to synchronize the Ethernet receiver of the end-point to the Ethernet transmitter of the audio source, wherein the PLC encoded signal comprises PLC telemetry information including PLC symbol latency and jitter, and wherein the end-point is configured to further adjust the recovered master clock signal to align with an audio sample stream of the transmitted PLC encoded signal using the telemetry information. a power supply configured to generate the power, a PLC transmitter coupled to an output of the power supply, an Ethernet audio transmitter coupled to the PLC transmitter, and