mhurhangee/ep-ind-claims huggingface dataset:
A method for self-damping overpressure pulses of medium transported in a main pipeline, consisting in providing a section of said main pipeline with at least one pressure pulse stabilizer located streamwise the medium transported from a supplier to a consumer, withdrawing the pulse stream into the stabilizer as a first part, followed by a second part of the stream which is sent to an auxiliary input of the stabilizer after a delay, wherein potential pressure pulse sources are pre-detected on the protected pipeline section, wherein the stabilizers are oriented according to a point indicator outer surface toward the potential point source of pressure pulses with arrows one way directed streamwise the medium transported through stages, wherein the main pipeline pressure perturbing pulse energy is damped by means of damping and the phase shift of the wave and vibration oscillations and resonance processes within the transported medium through providing the stabilizer with a hollow cylindrical body having covers at its ends, and a divider and a separation case concentrically fixed to provide an inner cavity therebetween divided into two unequal parts: the smaller direct flow chamber arranged at the stabilizer input, into which the first part of the transported medium flow is fed through radial holes, and the larger swirl chamber where a specified delay is performed by withdrawing the second part of the flow through said auxiliary input in the form of inclined holes; and to form a compensation chamber between the case and the body, wherein the direct flow chamber volume is set not less than 1/3 of the swirl chamber total volume and the diameter of the radial holes is 1.2-4 of the diameter of the inclined holes at equal total flow rates of the working medium passing through the radial and inclined holes, wherein angles of all the inclined holes are set as follows: α is set relative to the radial axis of the cross section, and β is set relative to the longitudinal axis in the range of 0-45°, wherein the divider is removable, and the compensation chamber is divided by a damping unit having a spring-loaded piston into a pressure chamber connected via radial holes to the direct flow chamber and a balance chamber connected via inclined holes to the swirl chamber, and then the pressure in the pressure chamber and the balance chamber is adjusted to the pipeline pressure through moving the pistons of the damping unit by means of the springs into the initial position, thus enabling free flow of the transported medium through the stabilizer, characterized in that a mounting location of the stabilizer is determined based on a distance within 10 meters maximum from a potential point source of pressure pulses, and in case when at least two stabilizers are mounted for preventive purposes, having them mounted one after another at a distance from 100 to 1000 meters.
A thermosensitive recording material comprising, on a support, a thermosensitive recording layer containing a polyvinyl alcohol and a color development component, and a protective layer containing a resin component, in this order from a support side, wherein at least one of the thermosensitive recording layer or the protective layer further contains a styrene-isoprene resin having two glass transition points.
A game controller operative to transmit game operation data to a game device, comprising: a housing; a motion sensor operative to detect the movement of the game controller; a low pass filter installed at the output of the motion sensor; and at least one vibrator, wherein the motion sensor, the low pass filter and the at least one vibrator are placed inside the housing, the at least one vibrator being fixed to the housing; and the cutoff frequency of the low pass filter is set lower than the natural frequency of the game controller, wherein the cutoff frequency of the low pass filter is set so that at least a part of the vibration component of the housing attributed to the vibrating motion of the vibrator can be removed. a housing; a motion sensor operative to detect the movement of the game controller; a low pass filter installed at the output of the motion sensor; and at least one vibrator, wherein the motion sensor, the low pass filter and the at least one vibrator are placed inside the housing, the at least one vibrator being fixed to the housing; and the cutoff frequency of the low pass filter is set lower than the natural frequency of the game controller, wherein the cutoff frequency of the low pass filter is set so that at least a part of the vibration component of the housing attributed to the vibrating motion of the vibrator can be removed.
An aerosol delivery device (100, 600) configured to yield an inhalable substance, the aerosol delivery device comprising: a control body (102, 602) having a closed distal end and an open engaging end; a heating member (132, 628, 632); a control component (123, 623) located within the control body and configured to control the heating member; a power source (124, 624) located within the control body and configured to provide power to the control component; and a removable aerosol source member (104, 604) that includes a substrate portion (110, 510, 610), the aerosol source member being configured to be inserted into the engaging end of the control body and defining a heated end (106, 606) and a mouth end (108, 608), the heated end configured, when inserted into the control body, to be positioned proximate the heating member, and the mouth end configured to extend beyond the engaging end of the control body, wherein the substrate portion includes a continuous thermally conductive framework integrated with an aerosol forming material, wherein the continuous thermally conductive framework is configured to enhance heat transfer from the heating member to the aerosol forming material, the aerosol delivery device characterised in that the continuous thermally conductive framework comprises a central elongate component having a plurality of spikes extending radially therefrom, and in that the central elongate component is made of different material than the plurality of spikes. a control body (102, 602) having a closed distal end and an open engaging end; a heating member (132, 628, 632); a control component (123, 623) located within the control body and configured to control the heating member; a power source (124, 624) located within the control body and configured to provide power to the control component; and a removable aerosol source member (104, 604) that includes a substrate portion (110, 510, 610), the aerosol source member being configured to be inserted into the engaging end of the control body and defining a heated end (106, 606) and a mouth end (108, 608), the heated end configured, when inserted into the control body, to be positioned proximate the heating member, and the mouth end configured to extend beyond the engaging end of the control body, wherein the substrate portion includes a continuous thermally conductive framework integrated with an aerosol forming material, wherein the continuous thermally conductive framework is configured to enhance heat transfer from the heating member to the aerosol forming material, the aerosol delivery device characterised in that the continuous thermally conductive framework comprises a central elongate component having a plurality of spikes extending radially therefrom, and in that the central elongate component is made of different material than the plurality of spikes.
An electric drive vehicle comprising a vehicle main body; a battery mounted on the vehicle main body and usable for traveling; and a power generating unit that is installed in the electric drive vehicle and that charges to the battery, the electric drive being capable of driving even in a state in which the power generating unit is not installed and an electric connection with the power generating unit is not made, further comprising; operating condition setting means by which a user of the electric drive vehicle can set an operating condition of the power generating unit to a first mode in which the power generating unit is operated with priority of fuel economy and a second mode in which the power generating unit is operated with priority of output; operation means for operating the power generating unit under the operating condition set by the operating condition setting means; vehicle traveling condition acquiring means for acquiring a vehicle traveling condition about a route to a destination of the electric drive vehicle; estimation means for estimating, from the vehicle traveling condition, an amount of charge of the battery consumed in traveling under the vehicle traveling condition; characterised in that the power generating unit is detachably installed, and by estimated time calculating means for calculating an estimated time necessary for charging the battery to make up the amount of charge estimated by the estimation means under the operating condition by the power generating unit; time setting means capable of setting an expected time to the destination; and first notification control means for performing a control to notify a driver of an alarm when the estimated time necessary for charging the battery is longer than the expected time to the destination.
Arrangement for transmitting light through a wall, in particular housing wall, having a light guide and a receiving part for receiving the light guide, in particular for the self-locking reception of the light guide, in particular wherein the light guide is insertable and/or mountable from a single side of the receiving part, characterised in that the light guide has a central part on which sealing portions spaced from one another at least in the insertion direction are integrally moulded, in particular therefore are connected in a material-locking manner, wherein the light guide is pressed into a cutout arranged in the receiving part and having a diameter decreasing monotonically in the insertion direction in portions, wherein one of the sealing portions has a region with increasing diameter, so that a rear grip on the inner edge of the cutout is formed.
A device for filling a container with a fill product, preferably in a beverage filling plant, wherein the device comprises: at least one filling station having a filling member (2, 20) for introducing the fill product into the container to be filled; a treatment device for treating, preferably cleaning and/or sterilizing, at least part of the filling member (2, 20) with a treatment medium; at least one temperature sensor (7, 7`) for detecting a temperature of at least one section of the filling station; and a control apparatus which is configured to determine a reference value which corresponds to a temperature of the treatment medium at a point other than the at least one filling station, to compare the temperature detected by the temperature sensor (7, 7`) with the reference value during the treatment of the filling member (2, 20) and to determine therefrom whether there is sufficient treatment of the filling member (2, 20). at least one filling station having a filling member (2, 20) for introducing the fill product into the container to be filled; a treatment device for treating, preferably cleaning and/or sterilizing, at least part of the filling member (2, 20) with a treatment medium; at least one temperature sensor (7, 7`) for detecting a temperature of at least one section of the filling station; and a control apparatus which is configured to determine a reference value which corresponds to a temperature of the treatment medium at a point other than the at least one filling station, to compare the temperature detected by the temperature sensor (7, 7`) with the reference value during the treatment of the filling member (2, 20) and to determine therefrom whether there is sufficient treatment of the filling member (2, 20).
A processing system for receiving data from pressure measurement devices and communicating data to a conventional hemodynamic monitoring system having pressure displays, the processing system comprising: a first data input for receiving a proximal pressure measurement (P a) signal from an aortic pressure measurement device; a second data input for receiving a distal pressure measurement (P d) signal from a distal pressure measurement device; a controller configured to: compute a Fractional Flow Reserve ratio from the proximal pressure measurement signal and the distal pressure measurement signal; convert the FFR ratio to a pressure format such that the FFR ratio reads on the conventional hemodynamic system as a pressure in units of pressure; transmit a first data output signal representing the proximal pressure measurement signal to the conventional hemodynamic monitoring system; transmit a second data output signal representing the distal pressure measurement signal to the conventional hemodynamic monitoring system; and transmit a third data output signal representing the FFR ratio in the pressure format to the conventional hemodynamic monitoring system, wherein the processing system is separate from the conventional hemodynamic monitoring system. a first data input for receiving a proximal pressure measurement (P a) signal from an aortic pressure measurement device; a second data input for receiving a distal pressure measurement (P d) signal from a distal pressure measurement device; a controller configured to: compute a Fractional Flow Reserve ratio from the proximal pressure measurement signal and the distal pressure measurement signal; convert the FFR ratio to a pressure format such that the FFR ratio reads on the conventional hemodynamic system as a pressure in units of pressure; transmit a first data output signal representing the proximal pressure measurement signal to the conventional hemodynamic monitoring system; transmit a second data output signal representing the distal pressure measurement signal to the conventional hemodynamic monitoring system; and transmit a third data output signal representing the FFR ratio in the pressure format to the conventional hemodynamic monitoring system, compute a Fractional Flow Reserve ratio from the proximal pressure measurement signal and the distal pressure measurement signal; convert the FFR ratio to a pressure format such that the FFR ratio reads on the conventional hemodynamic system as a pressure in units of pressure; transmit a first data output signal representing the proximal pressure measurement signal to the conventional hemodynamic monitoring system; transmit a second data output signal representing the distal pressure measurement signal to the conventional hemodynamic monitoring system; and transmit a third data output signal representing the FFR ratio in the pressure format to the conventional hemodynamic monitoring system,
A process for 3D printing a 3-dimensional object, the process comprising a) providing a suspension comprising • 50-95% by weight of the total suspension (w/w) of at least one polymeric material; and • at least 5% by weight of the total suspension (w/w) of one or more fatty acids; b) 3D printing the desired object using the suspension as a feedstock; and c) optionally, solidifying the printed material by a method selected from the group consisting of sintering, melting, and/or infiltrating the 3D printed material. a) providing a suspension comprising • 50-95% by weight of the total suspension (w/w) of at least one polymeric material; and • at least 5% by weight of the total suspension (w/w) of one or more fatty acids; • 50-95% by weight of the total suspension (w/w) of at least one polymeric material; and • at least 5% by weight of the total suspension (w/w) of one or more fatty acids; b) 3D printing the desired object using the suspension as a feedstock; and c) optionally, solidifying the printed material by a method selected from the group consisting of sintering, melting, and/or infiltrating the 3D printed material.
A windshield device for a saddle-ride type vehicle comprising a windshield portion provided adjustably in height, characterized in that the windshield portion is attached through a rail member, the rail member including an elongate hole, the windshield device includes a lever member covering the elongate hole and a lock pin fixed to a body side, the rail member is provided slidably relative to the lock pin inserted through the elongate hole, and the lever member includes a plurality of holes with which the lock pin is engageable.
An anti-CD6 monoclonal antibody for use in the treatment of lupus, wherein the anti-CD6 monoclonal antibody comprises the amino acid sequences of SEQ ID NO: 1 and SEQ ID NO: 2 or an antigen-binding fragment thereof.
Nozzle device for application of at least a first medium to the surface of a flat product, particularly the surface of a metal strip, comprising: an elongate primary nozzle with a V-shaped primary slot, which preferably extends continuously over the entire length of the primary nozzle and which is in fluid-conducting connection with a pressure chamber in the interior of the nozzle device, for delivery onto the surface of a primary jet in the form of a curtain consisting at least of the first medium, wherein at least one feed line for supply of the pressure chamber with the first medium is present, characterised in that the feed line towards the pressure chamber is increasingly branched off into a plurality of feed lines distributed over the width thereof; a plurality of blowing-away zones is formed over the width of the elongate spray nozzle, wherein each of the blowing-away zones is represented by at least one, but typically a plurality, of the branched-off feed lines ('119), which open directly into the pressure chamber; a moisture detection device is provided for generating a measurement signal which represents the distribution of the moisture over the width of the flat body, particularly the metal strip; valves are provided in the branched-off feed lines; and a control device is provided for individual control of the flow of the first medium into the individual blowing-away zones by controlling the valves as setting elements in accordance with measurement signal delivered by the moisture detection device. an elongate primary nozzle with a V-shaped primary slot, which preferably extends continuously over the entire length of the primary nozzle and which is in fluid-conducting connection with a pressure chamber in the interior of the nozzle device, for delivery onto the surface of a primary jet in the form of a curtain consisting at least of the first medium, wherein at least one feed line for supply of the pressure chamber with the first medium is present, characterised in that the feed line towards the pressure chamber is increasingly branched off into a plurality of feed lines distributed over the width thereof; a plurality of blowing-away zones is formed over the width of the elongate spray nozzle, wherein each of the blowing-away zones is represented by at least one, but typically a plurality, of the branched-off feed lines ('119), which open directly into the pressure chamber; a moisture detection device is provided for generating a measurement signal which represents the distribution of the moisture over the width of the flat body, particularly the metal strip; valves are provided in the branched-off feed lines; and a control device is provided for individual control of the flow of the first medium into the individual blowing-away zones by controlling the valves as setting elements in accordance with measurement signal delivered by the moisture detection device.
A moulding device adapted for use in a reaction injection mould for production of a flashless window sash or frame for a building by processing reaction injection mould-processable material, comprising a first mould part, and a second mould part adapted for defining a mould cavity and a parting line with said first mould part, wherein at least one of said mould parts (21, 22) has at least one recess adapted for receiving at least one pressure absorbing insert arranged externally to the mould cavity and adjacent to the parting line, said insert having at least a proximal edge, which is closest to the moulding device parting line, and a distal edge, which is farthest away from the moulding device parting line, said insert thereby sealing said mould cavity along the parting line, characterised in that the thickness dimension of said pressure absorbing insert is smaller at a parting line distal edge than at a parting line proximal edge, and wherein the at least one pressure absorbing insert comprises a heat-deformable synthetic fluoropolymer, such as polytetrafluoroethylene (PTFE).
An amorphous core transformer comprising: an amorphous core; a plurality of coils in which the amorphous core is inserted; and a fixing metal frame that arranges the plurality of coils adjacent to each other and assembles the coils and the amorphous core comprising: a pair of coil-holding metal fittings, one positioned at each end of the fixing metal frame to thereby provide support to the plurality of coils at each end; a plate-shaped inter-coil member is provided between neighboring coils of the plurality of coils; and a pair of positioning members arranged to extend across the plurality of adjacent coils between the coil holding metal fittings, such that each positioning member engages with each coil-holding metal fitting to suppress shifting of each of the plurality of adjacent coils in the axial direction; wherein the positioning members are configured with positioning grooves which engage with the inter-coil member or members to fix the position of the inter-coil member or inter-coil members. an amorphous core; a plurality of coils in which the amorphous core is inserted; and a fixing metal frame that arranges the plurality of coils adjacent to each other and assembles the coils and the amorphous core comprising: a pair of coil-holding metal fittings, one positioned at each end of the fixing metal frame to thereby provide support to the plurality of coils at each end; a plate-shaped inter-coil member is provided between neighboring coils of the plurality of coils; and a pair of positioning members arranged to extend across the plurality of adjacent coils between the coil holding metal fittings, such that each positioning member engages with each coil-holding metal fitting to suppress shifting of each of the plurality of adjacent coils in the axial direction; wherein a pair of coil-holding metal fittings, one positioned at each end of the fixing metal frame to thereby provide support to the plurality of coils at each end; a plate-shaped inter-coil member is provided between neighboring coils of the plurality of coils; and a pair of positioning members arranged to extend across the plurality of adjacent coils between the coil holding metal fittings, such that each positioning member engages with each coil-holding metal fitting to suppress shifting of each of the plurality of adjacent coils in the axial direction; wherein the positioning members are configured with positioning grooves which engage with the inter-coil member or members to fix the position of the inter-coil member or inter-coil members.