mhurhangee/ep-ind-claims huggingface dataset:
An asphalt-based sealcoat composition comprising an asphalt emulsion, water, an extender, sand, a polymer emulsion, clay, fiber, and titanium oxide (TiOz) particles, wherein the asphalt emulsion is present in an amount of 5% to 40% by weight; the water is present in an amount of 15% to 45% by weight; the extender is present in an amount of 1% to 10% by weight; the sand is present in an amount of 5% to 20% by weight; polymer emulsion is present in an amount of 1% to 35% by weight; the clay is present in an amount of 1% to 10% by weight; the fiber is present in an amount of 0.1% to 5% by weight; and the TiO 2 particles are present in an amount of 20.5% to 60% by weight. the asphalt emulsion is present in an amount of 5% to 40% by weight; the water is present in an amount of 15% to 45% by weight; the extender is present in an amount of 1% to 10% by weight; the sand is present in an amount of 5% to 20% by weight; polymer emulsion is present in an amount of 1% to 35% by weight; the clay is present in an amount of 1% to 10% by weight; the fiber is present in an amount of 0.1% to 5% by weight; and the TiO 2 particles are present in an amount of 20.5% to 60% by weight.
A device for assisting in filling a formwork with concrete, the device comprising a pipe portion with a throughput opening for receiving concrete to be pumped into the formwork, fixing means for securing the pipe portion to the formwork and a valve for controlling flow of concrete passing through the pipe portion into the formwork, the valve comprising a closing body and a resilient means mechanically connected to the closing body and adapted for controlling a position of the closing body relative to the pipe portion so as to provide an opening between the closing body and the pipe portion during pumping of the concrete to provide an open state of the valve and so as to position the closing body in the pipe portion for interrupting the concrete flow upon absence of an overpressure of concrete from the pipe portion towards the formwork to provide a closed state of the valve, the closing body having a first surface facing the formwork and a second surface facing the throughput opening of the pipe portion, characterised in that the device is adapted in that, when the valve is in closed state the first surface of the valve lies in plane with a wall of the formwork so as to provide a substantially flush surface of the concrete in the formwork and wherein the resilient means is at least partially and optionally fully shielded from concrete by the closing body or by a separate shielding such that the working of the resilient means is not disturbed by the concrete flow.
Fuel delivery system for arrangement in a fuel tank of a vehicle, the fuel delivery system comprising: - a delivery pump for delivering fuel into a delivery line; - a valve arrangement in the delivery line, wherein the valve arrangement comprise-s an attachment which comprises an inlet, for connection to the delivery line of the fuel delivery system, and a valve chamber, which is connected to the inlet; wherein the valve arrangement furthermore comprises a pressure regulating valve, and a valve closure of the pressure regulating valve is arranged in the valve chamber; wherein the valve arrangement is designed such that, in the presence of a particular pressure in the valve chamber, the valve closure opens and fuel flows from the valve chamber into an outlet of the pressure regulating valve in order to lower the pressure in the valve chamber; wherein the attachment comprises an outflow outlet which is connected to the valve chamber, such that fuel flows around the valve closure even when the pressure regulating valve is closed, characterized in that the inlet and the outflow outlet of the attachment form a delivery path parallel to the delivery line. - a delivery pump for delivering fuel into a delivery line; - a valve arrangement in the delivery line, wherein the valve arrangement comprise-s an attachment which comprises an inlet, for connection to the delivery line of the fuel delivery system, and a valve chamber, which is connected to the inlet; wherein the valve arrangement furthermore comprises a pressure regulating valve, and a valve closure of the pressure regulating valve is arranged in the valve chamber; wherein the valve arrangement is designed such that, in the presence of a particular pressure in the valve chamber, the valve closure opens and fuel flows from the valve chamber into an outlet of the pressure regulating valve in order to lower the pressure in the valve chamber; wherein the attachment comprises an outflow outlet which is connected to the valve chamber, such that fuel flows around the valve closure even when the pressure regulating valve is closed,
A sound processor housing, comprising: a main portion including a power supply receptacle; a seal (186, 186', 186", 186"', 234, 244, 244') defining an axis carried by the housing main portion; and a power supply receptacle cover (154, 154a, 154b) movable in the axial direction between an open state where the power supply receptacle is accessible and a closed state where the power supply receptacle is not accessible; the main portion, seal and power supply receptacle cover being respectively configured and arranged such that movement of the power supply receptacle cover from the open state to the closed state results in a radial force being applied to the seal; the seal including a deflectable portion and defining a material-free region (212, 214, 240, 250) into which the deflectable portion deflects in response to the application of radial force; and the seal and power supply receptacle cover being respectively configured and arranged such that an air gap is located between, and is radially aligned with, the housing main portion and the portion of the power supply receptacle cover that applies radial compression force to the seal when the power supply receptacle cover is in the closed state. a main portion including a power supply receptacle; a seal (186, 186', 186", 186"', 234, 244, 244') defining an axis carried by the housing main portion; and a power supply receptacle cover (154, 154a, 154b) movable in the axial direction between an open state where the power supply receptacle is accessible and a closed state where the power supply receptacle is not accessible; the main portion, seal and power supply receptacle cover being respectively configured and arranged such that movement of the power supply receptacle cover from the open state to the closed state results in a radial force being applied to the seal; the seal including a deflectable portion and defining a material-free region (212, 214, 240, 250) into which the deflectable portion deflects in response to the application of radial force; and the seal and power supply receptacle cover being respectively configured and arranged such that an air gap is located between, and is radially aligned with, the housing main portion and the portion of the power supply receptacle cover that applies radial compression force to the seal when the power supply receptacle cover is in the closed state.
Composite transparent lighting device (10; 20; 30) comprising a composite transparent element (11; 21; 31) and discrete light sources (13, 13'...; 23, 23'...; 33, 33') optically coupled with said composite transparent element perimeter (12, 12',...;22), a reflective frame (12; 12'...; 24; 34) defining the boundaries of the composite transparent lighting device (10; 20; 30), said reflective frame (12; 12'...; 24; 34) being present on at least 80% of the composite transparent lighting device perimeter (12, 12',...;22), said composite transparent element comprising a transparent matrix and a uniform dispersion of dielectric particles, said transparent matrix having an optical light extinction coefficient equal to or less than 0,009 cm -1 evaluated at 500 nm, characterized in that the volume concentration of said dielectric particles, corresponding to the volume of the particles with respect to the volume of the matrix, is comprised between: c Max Vol Vol = { 6 ⋅ 10 − 11, 2 ⋅ ρ 3 m 2 − 1 m 2 + 2 2 − 1 if 10 − 13 ≤ ρ 6 m 2 − 1 m 2 + 2 2 < 10 − 7 10 − 5, 3 ⋅ ρ if 10 − 7 ≤ ρ 6 m 2 − 1 m 2 + 2 2 < 10 10 and c Min Vol Vol = { 6 ⋅ 10 − 12, 8 ⋅ ρ 3 m 2 − 1 m 2 + 2 2 − 1 if 10 − 13 ≤ ρ 6 m 2 − 1 m 2 + 2 2 < 10 − 7 10 − 6, 7 ⋅ ρ if 10 − 7 ≤ ρ 6 m 2 − 1 m 2 + 2 2 < 10 10 where ρ is the average dielectric particle size expressed in μm, and m is the ratio between the refractive index of the dielectric particles and the refractive index of the transparent matrix evaluated at 500 nm. said composite transparent element comprising a transparent matrix and a uniform dispersion of dielectric particles, said transparent matrix having an optical light extinction coefficient equal to or less than 0,009 cm -1 evaluated at 500 nm,
A boat, comprising: a hull (20,22) configured for flotation on water; a deck; a suspension system (40,50) positioned between the hull (20,22) and the deck and configured to suspend the deck with respect to the hull (20,22), the suspension system (40,50) further configured to accommodate pitch, roll and heave motions of the deck with respect to the hull (20,22); a sensor system (170,171,172,173) configured to determine at least one inertial reference parameter of the deck; and a controller coupled to the sensor system and the suspension system (40,50), the controller being configured to control the suspension system (40,50) to maintain an orientation of the deck with respect to pitch, roll, and heave; wherein the suspension system (40, 50) is an active suspension system (80, 81, 82, 83), and wherein the controller dynamically adjusts the active suspension system (80, 81, 82, 83) in order to balance gravity; characterized in that: the active suspension system (80,81,82,83) comprises a plurality of air springs, the plurality of air springs being coupled to an air tank, and further wherein the controller is configured to dynamically control the air pressure in the air springs. a hull (20,22) configured for flotation on water; a deck; a suspension system (40,50) positioned between the hull (20,22) and the deck and configured to suspend the deck with respect to the hull (20,22), the suspension system (40,50) further configured to accommodate pitch, roll and heave motions of the deck with respect to the hull (20,22); a sensor system (170,171,172,173) configured to determine at least one inertial reference parameter of the deck; and a controller coupled to the sensor system and the suspension system (40,50), the controller being configured to control the suspension system (40,50) to maintain an orientation of the deck with respect to pitch, roll, and heave; wherein the suspension system (40, 50) is an active suspension system (80, 81, 82, 83), and wherein the controller dynamically adjusts the active suspension system (80, 81, 82, 83) in order to balance gravity; characterized in that: the active suspension system (80,81,82,83) comprises a plurality of air springs, the plurality of air springs being coupled to an air tank, and further wherein the controller is configured to dynamically control the air pressure in the air springs.
A security element which comprises a support on which is present at least one print (2; 2'; 2"; 3), which comprises a first print invisible to visible light, but revealed under a first range of wavelengths (λ1) outside the spectrum of visible light, as well as a second print invisible to visible light, but revealed under a second range of wavelengths (λ2) outside the spectrum of visible light, said first and second prints (2, 3) extending into regions which partially overlap, constituting at least one overlapping region, characterized in that it comprises a hidden information which is constituted by said at least one overlapping region, hidden information which can be revealed under stroboscopic lighting alternating lighting under two ranges of wavelengths which correspond respectively to said first and second ranges of wavelengths (λ 1 and λ 2).
An assembly for a firing mechanism for use in an injection device and comprising: a rear cap (104, 500, 602, 702) having an elongate member (110, 804, 904, 1004) extending axially forwards when installed within the injection device; a plunger (106, 510, 604, 706, 806, 906, 1006) releasably connected directly to the elongate member and, upon release of the connection to the elongate member (110, 804, 904, 1004), axially displaceable in a forward direction; and a plunger driver (112, 1008) to drive the plunger axially forwards upon release of the connection to the elongate member (110, 804, 904, 1004), wherein the plunger (106, 510, 604, 706, 806, 906, 1006) and the rear cap (104, 500, 602, 702) define an axial length of the assembly, which in turn determines a start position of a forward end of the plunger (106, 510, 604, 706, 806, 906, 1006) before release of the connection to the elongate member (110, 804, 904, 1004), wherein one or both of the plunger and the elongate member (110, 804, 904, 1004) comprises a plurality of connection features for connection between the plunger (106, 510, 604, 706, 806, 906, 1006) and the elongate member (110, 804, 904, 1004) during construction of the assembly, and wherein, during construction of the assembly, the plunger (106, 510, 604, 706, 806, 906, 1006) is releasably connectable directly to the elongate member (110, 804, 904, 1004) at one of a plurality of positions defined by the plurality of connection features, for controlling the axial length of the assembly. a rear cap (104, 500, 602, 702) having an elongate member (110, 804, 904, 1004) extending axially forwards when installed within the injection device; a plunger (106, 510, 604, 706, 806, 906, 1006) releasably connected directly to the elongate member and, upon release of the connection to the elongate member (110, 804, 904, 1004), axially displaceable in a forward direction; and a plunger driver (112, 1008) to drive the plunger axially forwards upon release of the connection to the elongate member (110, 804, 904, 1004), wherein the plunger (106, 510, 604, 706, 806, 906, 1006) and the rear cap (104, 500, 602, 702) define an axial length of the assembly, which in turn determines a start position of a forward end of the plunger (106, 510, 604, 706, 806, 906, 1006) before release of the connection to the elongate member (110, 804, 904, 1004), wherein one or both of the plunger and the elongate member (110, 804, 904, 1004) comprises a plurality of connection features for connection between the plunger (106, 510, 604, 706, 806, 906, 1006) and the elongate member (110, 804, 904, 1004) during construction of the assembly, and wherein, during construction of the assembly, the plunger (106, 510, 604, 706, 806, 906, 1006) is releasably connectable directly to the elongate member (110, 804, 904, 1004) at one of a plurality of positions defined by the plurality of connection features, for controlling the axial length of the assembly.
A solenoid operated fluid control valve, comprising a solenoid coil residing on a coil bobbin, an armature movable in response to electrical current applied to the solenoid coil, a permanent magnet, a flux washer, and a tubular sleeve radially disposed between the coil bobbin and the armature, characterised in that the tubular sleeve is axially disposed between the permanent magnet and the flux washer, wherein the tubular sleeve axially abuts the permanent magnet and the flux washer.
A method of bonding a plug to an interior surface of a cartridge body formed of a continuous loop sidewall, the cartridge body combining with the plug and an end disk spaced from the plug to form a dispenser cartridge used to hold and dispense food sauce, a containment region for the dispenser cartridge defined between the plug and the end disk and bounded by the cartridge body, the method comprising the steps of: positioning the plug having a body with a circumferential edge within the cartridge body at an orientation such that the circumferential edge is immediately adjacent to the interior surface of the cartridge body aligned generally in a plane transverse to the interior surface of the cartridge body; and applying a layer of hot melt adhesive to the circumferential edge of the plug on the outside of the containment region of food sauce to seal the plug with the cartridge body interior surface and prevent food sauce disposed within the containment region from exiting the region by flowing around the circumferential edge of the plug along the cartridge body interior surface.
Piece of furniture, in particular a cabinet for motorhomes, having a first cabinet wall and a second cabinet wall, which is to be connected to the first cabinet wall by means of a wall-plug arrangement with a screw or the like and has at least one accommodating bore for a wall plug on the end side, wherein the wall-plug arrangement has orientation means for the wall plug, said orientation means causing the legs (13, 13') of the wall plug to expand in the second cabinet wall, which is to be connected, exclusively in the longitudinal direction of the wall panel (7, 22) of the second cabinet wall, characterized in that the orientation means of the wall-plug arrangement are formed by an at least partially non-round orientation flange at the end of the wall plug, wherein a defined expansion direction of the legs (13, 13') of the wall plug runs in the longitudinal direction of the wall panel (7, 22) of the second cabinet wall, and in that, on its surface directed towards the second cabinet wall, the first cabinet wall has a defined recess for accommodating the orientation flange of the wall plug in a form-fitting manner, said orientation flange having a central through-passage bore for a fastening screw, wherein the second cabinet wall is positioned on the wall plug such that the lateral wall-plug legs (13, 13') are expanded in the longitudinal direction of the wall panel (7, 22) of the second cabinet wall.
A top tether strap structure, comprising: a fixing member fittingly connectable to a safety seat body; a connecting member, a top tether strap and a buckle, wherein one end of the top tether strap is connected to the buckle, and the other end passes through the fixing member and is then connected to the connecting member; characterized in that it further comprises: a switch disposed on the fixing member, wherein when the buckle pulls the top tether strap to allow the connecting member to move to a set position, the connecting member abuts against the switch; and a reminder device electrically connected to the switch. a fixing member fittingly connectable to a safety seat body; a connecting member, a top tether strap and a buckle, wherein one end of the top tether strap is connected to the buckle, and the other end passes through the fixing member and is then connected to the connecting member; characterized in that it further comprises: a switch disposed on the fixing member, wherein when the buckle pulls the top tether strap to allow the connecting member to move to a set position, the connecting member abuts against the switch; and a reminder device electrically connected to the switch. a switch disposed on the fixing member, wherein when the buckle pulls the top tether strap to allow the connecting member to move to a set position, the connecting member abuts against the switch; and a reminder device electrically connected to the switch.
A communication apparatus capable of making wireless communication without using an access point, by using a network identifier for identifying a communication network, the communication apparatus comprising: a detecting unit adapted to detect another communication apparatus causing failure of the wireless communication due to overlap of the network identifier; and a changing unit adapted to change the network identifier when the detecting unit detects another communication apparatus causing failure of the wireless communication so as to avoid failure of the wireless communication, characterized by the network identifier comprising a setting ID identifying communication settings containing an IP address and frequency information; a setting storage unit being adapted to store therein communication settings of a plurality of setting IDs identifying communication settings to be used for the wireless communication when a corresponding setting ID is comprised in the network identifier, wherein the communication settings of the plurality of communication settings are prepared to differ from one another in at least one of an IP address and frequency information, and the changing unit being adapted to change the setting ID in the network identifier to a setting ID of other communication settings stored in the setting storage unit when the detecting unit detects another communication apparatus causing failure of the wireless communication. a detecting unit adapted to detect another communication apparatus causing failure of the wireless communication due to overlap of the network identifier; and a changing unit adapted to change the network identifier when the detecting unit detects another communication apparatus causing failure of the wireless communication so as to avoid failure of the wireless communication, the network identifier comprising a setting ID identifying communication settings containing an IP address and frequency information; a setting storage unit being adapted to store therein communication settings of a plurality of setting IDs identifying communication settings to be used for the wireless communication when a corresponding setting ID is comprised in the network identifier, wherein the communication settings of the plurality of communication settings are prepared to differ from one another in at least one of an IP address and frequency information, and the changing unit being adapted to change the setting ID in the network identifier to a setting ID of other communication settings stored in the setting storage unit when the detecting unit detects another communication apparatus causing failure of the wireless communication.