mhurhangee/ep-ind-claims huggingface dataset:
A two-wheeled motor vehicle brake control method comprising reducing a pressure increase gradient of a wheel cylinder pressure of a front wheel, wherein the pressure increase gradient is reduced immediately after lifting of a rear wheel has been detected or when it is determined that vehicle body deceleration has exceeded a first predetermined value, wherein reduction of the pressure increase gradient starts after landing of the rear wheel 38), characterized in that the reduction of the pressure increase gradient is made such that said pressure increase gradient becomes a desired predetermined pressure increase gradient which is smaller than a pressure increase gradient in normal brake control, where previous lifting of a rear wheel has not been detected.
A preparation in a form of a Lactobacillus reuteri DAN080 strain with deposit number DSM 15693 culture, a partially inactivated L. reuteri DAN080 strain with deposit number DSM 15693 culture, liquid supernatant, concentrated supernatant and dried or lyophilized supernatant obtained from a L. reuteri DAN080 strain with deposit number DSM 15693 culture, for use in a method for prophylaxis or treatment of diseases of metabolic syndrome by increasing the activity of lysozyme in an organism of vertebrate, especially human, other mammal or bird, the vertebrate being in need of such a treatment.
A speaker assembly, comprising: a pair of magnets facing each other; a bobbin disposed between the pair of magnets and formed in a shape of a plate that extends long; a coil formed on at least one surface of the bobbin; a diaphragm fixed to one side of the bobbin, and extending in a direction intersecting a longitudinal direction of the bobbin; a frame disposed between the pair of magnets and the diaphragm; and a speaker edge having one end fixed to the frame and the other end fixed to the diaphragm, a damper opposite to the frame with respect to the pair of magnets, fixed to the other side of the bobbin which is opposite to the one side of the bobbin, and providing elasticity to the bobbin, wherein the speaker edge is disposed between the frame and the diaphragm in the longitudinal direction of the bobbin and is convexly curved toward the bobbin, wherein the damper comprises: a center plate extending long along the other side of the bobbin and fixed to the other side of the bobbin; bridges (32, 33, 34) disposed across the center plate and fixed to the center plate; and a plurality of circles (35, 36, 37) fixed to both ends of the bridges (32, 33, 34) and disposed opposite to each other with respect to the center plate. a pair of magnets facing each other; a bobbin disposed between the pair of magnets and formed in a shape of a plate that extends long; a coil formed on at least one surface of the bobbin; a diaphragm fixed to one side of the bobbin, and extending in a direction intersecting a longitudinal direction of the bobbin; a frame disposed between the pair of magnets and the diaphragm; and a speaker edge having one end fixed to the frame and the other end fixed to the diaphragm, a damper opposite to the frame with respect to the pair of magnets, fixed to the other side of the bobbin which is opposite to the one side of the bobbin, and providing elasticity to the bobbin, wherein the speaker edge is disposed between the frame and the diaphragm in the longitudinal direction of the bobbin and is convexly curved toward the bobbin, wherein the damper comprises: a center plate extending long along the other side of the bobbin and fixed to the other side of the bobbin; bridges (32, 33, 34) disposed across the center plate and fixed to the center plate; and a plurality of circles (35, 36, 37) fixed to both ends of the bridges (32, 33, 34) and disposed opposite to each other with respect to the center plate. a center plate extending long along the other side of the bobbin and fixed to the other side of the bobbin; bridges (32, 33, 34) disposed across the center plate and fixed to the center plate; and a plurality of circles (35, 36, 37) fixed to both ends of the bridges (32, 33, 34) and disposed opposite to each other with respect to the center plate.
Blasting arrangement for blasting of a blasting cap introduced into a borehole, having a carrier, having a protective plate which is arranged on the carrier and has a cutout, having a drilling module which is arranged on the carrier and is intended for making a borehole in the underlying surface through the cutout, having a blasting module which is arranged on the carrier and is intended for introducing a blasting cap into a borehole through the cutout, having a firing module which is arranged on the carrier and is intended for firing a blasting cap arranged in the borehole and extending into the cutout of the protective plate, having a blasting cap, wherein the blasting cap has a cover which closes off the cutout of the protective plate, wherein the blasting module is configured in such a way that it introduces the blasting cap into the borehole in such a way that it closes off the cutout of the protective plate.
A gas turbine combustor having a combustion chamber supplied with fuel and air, comprising: a plurality of fuel nozzles (55, 56); a disc member arranged downstream of said fuel nozzles (55, 56) with respect to the fuel jet flow; and a plurality of premixing flow passages made of holes (52, 57) formed in said disc member positioned downstream of said fuel nozzles (55, 56) with respect to the fuel jet flow and having flow areas of larger diameter than the fuel jet holes of said fuel nozzles (55, 56); wherein said fuel nozzles (55, 56) jet fuel through said premixing flow passages from an upstream side to a downstream side of said combustion chamber; characterized in that said fuel nozzles (55, 56) are disposed coaxially or almost coaxially with said holes (52, 57); and the fuel jet is injected in the vicinity of the centre of the inlet of said of (52, 57). a plurality of fuel nozzles (55, 56); a disc member arranged downstream of said fuel nozzles (55, 56) with respect to the fuel jet flow; and a plurality of premixing flow passages made of holes (52, 57) formed in said disc member positioned downstream of said fuel nozzles (55, 56) with respect to the fuel jet flow and having flow areas of larger diameter than the fuel jet holes of said fuel nozzles (55, 56); wherein said fuel nozzles (55, 56) jet fuel through said premixing flow passages from an upstream side to a downstream side of said combustion chamber; characterized in that said fuel nozzles (55, 56) are disposed coaxially or almost coaxially with said holes (52, 57); and the fuel jet is injected in the vicinity of the centre of the inlet of said of (52, 57).
A manufacturing method of a light emitting device comprising: a mounting step of mounting a plurality of light emitting elements at predetermined intervals in one direction on a substrate; a mounting step of mounting a plurality of semiconductor elements respectively corresponding to respective light emitting elements, a first resin formation step of continuously forming a first resin layer in the one direction to directly cover the light emitting elements; a trench formation step of forming at least two trenches between adjacent light emitting elements in a direction intersecting the one direction so as to reach the substrate from a surface of the first resin layer; a second resin charging step of charging a second resin into each of said at least two trenches to form a second resin layer on the substrate so as to expose an upper surface of the first resin positioned above the light emitting element and directly cover the plurality of semiconductor elements in the second resin charging step; and a separation trench forming step of forming a separation trench (42, 43) between said at least two trenches such that the second resin layer having the required thickness is formed along the first resin layer. a mounting step of mounting a plurality of light emitting elements at predetermined intervals in one direction on a substrate; a mounting step of mounting a plurality of semiconductor elements respectively corresponding to respective light emitting elements, a first resin formation step of continuously forming a first resin layer in the one direction to directly cover the light emitting elements; a trench formation step of forming at least two trenches between adjacent light emitting elements in a direction intersecting the one direction so as to reach the substrate from a surface of the first resin layer; a second resin charging step of charging a second resin into each of said at least two trenches to form a second resin layer on the substrate so as to expose an upper surface of the first resin positioned above the light emitting element and directly cover the plurality of semiconductor elements in the second resin charging step; and a separation trench forming step of forming a separation trench (42, 43) between said at least two trenches such that the second resin layer having the required thickness is formed along the first resin layer.
A device for administering injections comprising: at least one syringe barrel (74,84); at least one plunger (76,86) connected with said at least one syringe barrel (74,84); a plunger base connected with said at least one plunger and adapted for reciprocal movement along an axis; characterised in that said device further comprises a needle housing adapted for reciprocal movement along said axis, said needle housing including at least one catch projecting from an outer surface thereof for selectively coupling said needle housing and said plunger base together for providing simultaneous movement of said needle housing and said plunger base in a first direction along said axis, and at least one catch actuator coupled with said at least one catch for selectively decoupling said needle housing from said plunger base so that said needle housing and said plunger base are capable of moving independently of one another along said axis. at least one syringe barrel (74,84); at least one plunger (76,86) connected with said at least one syringe barrel (74,84); a plunger base connected with said at least one plunger and adapted for reciprocal movement along an axis; characterised in that said device further comprises a needle housing adapted for reciprocal movement along said axis, said needle housing including at least one catch projecting from an outer surface thereof for selectively coupling said needle housing and said plunger base together for providing simultaneous movement of said needle housing and said plunger base in a first direction along said axis, and at least one catch actuator coupled with said at least one catch for selectively decoupling said needle housing from said plunger base so that said needle housing and said plunger base are capable of moving independently of one another along said axis.
An apparatus for distributing heated air to a room environment comprising: a ceiling fan assembly having a main housing composed of a ceiling mounting portion housing (14, 114), an upper housing portion (16, 116), a rotating housing portion (18, 118) from which a plurality of fan blades (20, 120) extend in a horizontal plane to create a downward air flow, and a lower housing portion (22, 122), wherein the housing portions are structurally interconnected internally of the main housing and electrical wires extend from the top of the ceiling mounting portion (14, 114) centrally through the main housing, a ceiling fan motor (24, 124) for rotating the rotating housing portion (18, 118), characterized in that the apparatus further comprises a heater (34, 134) having a preselected shape mounted centrally at the bottom of the lower housing portion (22, 122), a skirt enclosing the preselected shape of the heater (34, 134), and a heating fan driven by a heating fan motor mounted centrally within the lower housing to pass air over the heater (34, 134), wherein the heated air output from the heater (34, 134) mixes with the downward air flow from the plurality of fan blades (20, 120) to distribute heat and air circulation in a room environment, wherein a translucent band surrounds the lower housing portion (22, 122) in a horizontal plane between the fan blades (20, 120) and the heater (24, 134) whereby light passes through the translucent band.
A method of manufacturing a composite element, the method comprising: locating two layers of non-woven textile on opposite sides of a component, wherein the component includes a first thermoplastic polymer material, wherein the component includes a polymer foam material and each of the two layers being formed from a plurality of filaments that include a second thermoplastic polymer material; and heating and compressing the component and the two layers of non-woven textile so as to melt or soften both the first thermoplastic polymer material of the component and the second thermoplastic polymer material of the filaments in each of the two layers so as to heatbond the component to each of the two layers of non-woven textile with the thermoplastic polymer material, and wherein the thermoplastic polymer materials of the two layers and the component intermingle with each other to form the heatbond. locating two layers of non-woven textile on opposite sides of a component, wherein the component includes a first thermoplastic polymer material, wherein the component includes a polymer foam material and each of the two layers being formed from a plurality of heating and compressing the component and the two layers of non-woven textile so as to melt or soften both the first thermoplastic polymer material of the component and the second thermoplastic polymer material of the filaments in each of the two layers so as to heatbond the component to each of the two layers of non-woven textile with the thermoplastic polymer material, and wherein the thermoplastic polymer materials of the two layers and the component intermingle with each other to form the heatbond.
A system for improving kidney function, comprising: a first mechanical circulatory support device configured to be positioned within a heart to unload a heart ventricle, a heart atrium, or an atrium and a ventricle, or both atria and both ventricles; a second mechanical circulatory support device configured to be positioned within a vein and operated by pumping blood within the vein; a controller configured to operate both first and second mechanical circulatory support devices; and wherein the first and second mechanical circulatory support devices (202, 222) are configured to achieve a target pressure drop in a renal vein when operated simultaneously. a first mechanical circulatory support device configured to be positioned within a heart to unload a heart ventricle, a heart atrium, or an atrium and a ventricle, or both atria and both ventricles; a second mechanical circulatory support device configured to be positioned within a vein and operated by pumping blood within the vein; a controller configured to operate both first and second mechanical circulatory support devices; and wherein the first and second mechanical circulatory support devices (202, 222) are configured to achieve a target pressure drop in a renal vein when operated simultaneously.
A capacity control valve comprising: a valve housing provided with a discharge port through which a discharge fluid of discharge pressure (Pd) passes, a suction port through which a suction fluid of suction pressure (Pc) passes, and a control port through which a control fluid of control pressure (Pc) passes; a rod configured to be driven by a solenoid; a main valve formed by a main valve seat and a main valve element and configured for opening and closing a communication between the discharge port and the control port in accordance with a movement of the rod; and a CS valve (56, 156) provided between the control port and the suction port and controlled by a dynamic pressure of a fluid flowing from the discharge port to the control port at an opening state of the main valve, characterized in that the CS valve (56, 156) includes a cylindrical CS valve element (57, 157), and a spring (58, 158) that biases the CS valve element (57, 157) in a valve opening direction of the CS valve (56, 156). a valve housing provided with a discharge port through which a discharge fluid of discharge pressure (Pd) passes, a suction port through which a suction fluid of suction pressure (Pc) passes, and a control port through which a control fluid of control pressure (Pc) passes; a rod configured to be driven by a solenoid; a main valve formed by a main valve seat and a main valve element and configured for opening and closing a communication between the discharge port and the control port in accordance with a movement of the rod; and a CS valve (56, 156) provided between the control port and the suction port and controlled by a dynamic pressure of a fluid flowing from the discharge port to the control port at an opening state of the main valve, characterized in that the CS valve (56, 156) includes a cylindrical CS valve element (57, 157), and a spring (58, 158) that biases the CS valve element (57, 157) in a valve opening direction of the CS valve (56, 156).
A spray pump, comprising: a small piston and an upper pump rod, wherein a liquid accumulation cavity is formed between the small piston and the upper pump rod, the upper pump rod is provided with a liquid discharge hole which communicates with the liquid accumulation cavity, and the small piston is provided with a sealing column for sealing the liquid discharge hole; a central column with an ejector rod being provided on a lower part of the central column and extending into the liquid discharge hole, wherein a liquid flow gap is disposed between the ejector rod and the liquid discharge hole, a central hole which communicates with the liquid discharge hole is disposed at a central part of the central column; a press head fixed with the central column at a lower part of the press head, wherein an outer liquid discharge hole connected with the central hole is disposed at a central part of the press head; and a press plate fixed with the upper pump rod, wherein a press gap is disposed between an upper side of the press plate and a lower side of the press head; wherein when the press head moves down, the central column moves down synchronously with the press head, and the ejector rod of the central column pushes the small piston downward, wherein the small piston communicates with the upper pump rod, and the liquid accumulation cavity communicates with the outside. a small piston and an upper pump rod, wherein a liquid accumulation cavity is formed between the small piston and the upper pump rod, the upper pump rod is provided with a liquid discharge hole which communicates with the liquid accumulation cavity, and the small piston is provided with a sealing column for sealing the liquid discharge hole; a central column with an ejector rod being provided on a lower part of the central column and extending into the liquid discharge hole, wherein a liquid flow gap is disposed between the ejector rod and the liquid discharge hole, a central hole which communicates with the liquid discharge hole is disposed at a central part of the central column; a press head fixed with the central column at a lower part of the press head, wherein an outer liquid discharge hole connected with the central hole is disposed at a central part of the press head; and a press plate fixed with the upper pump rod, wherein a press gap is disposed between an upper side of the press plate and a lower side of the press head; wherein when the press head moves down, the central column moves down synchronously with the press head, and the ejector rod of the central column pushes the small piston downward, wherein the small piston communicates with the upper pump rod, and the liquid accumulation cavity communicates with the outside.
A frame structure for use in a truck-type or pickup-type electric vehicle having a drive motor and a drive battery configured to supply electric power to the drive motor, the frame structure comprising: a frame including first and second side members (31, 32) extending in a front-rear direction of a vehicle body; first and second sub-frames (81, 82) respectively disposed on the first and second side members (31, 32); and cross members (83, 84) provided between the first and second sub-frames (81, 82) and extending in a widthwise direction of the vehicle body, characterized in that the drive battery is disposed between a first side-frame structural body including the first side member and the first sub-frame, and a second side-frame structural body including the second side member and the second sub-frame; and in that each of the first and second side members (31, 32) has a hat-shaped cross section, each of the first and second sub-frames (81, 82) has an inverted hat-shaped cross section, side member covers (90, 91) are respectively provided between the first side member and the first sub-frame, and between the second side member and the second sub-frame, and a flange of the first side member, a flange of the first sub-frame and the side member cover are joined, and a flange of the second side member, a flange of the second sub-frame and the side member cover are joined so that each of the first and second side-frame structural bodies (121, 122) has a first closed cross-section and a second closed cross-section. a frame including first and second side members (31, 32) extending in a front-rear direction of a vehicle body; first and second sub-frames (81, 82) respectively disposed on the first and second side members (31, 32); and cross members (83, 84) provided between the first and second sub-frames (81, 82) and extending in a widthwise direction of the vehicle body, characterized in that the drive battery is disposed between a first side-frame structural body including the first side member and the first sub-frame, and a second side-frame structural body including the second side member and the second sub-frame; and in that each of the first and second side members (31, 32) has a hat-shaped cross section, each of the first and second sub-frames (81, 82) has an inverted hat-shaped cross section, side member covers (90, 91) are respectively provided between the first side member and the first sub-frame, and between the second side member and the second sub-frame, and a flange of the first side member, a flange of the first sub-frame and the side member cover are joined, and a flange of the second side member, a flange of the second sub-frame and the side member cover are joined so that each of the first and second side-frame structural bodies (121, 122) has a first closed cross-section and a second closed cross-section.
Folded package made from a flexible wrapping material for wrapping flowers and/or plants, comprising at least two connected or connectable separate parts (2, 3) that are connected to each other, having mutually distinctive shapes bordering next to each other along a straight line or region separating said parts (2, 3) from each other, wherein said parts (2, 3) are provided with mutually distinctive prints on said parts (2, 3) and/or said parts (2, 3) are provided with different optical properties and/or said parts (2, 3) are embodied in mutually different materials, and wherein after the two connected or connectable parts (2, 3) are being folded against each other, said connected or connectable parts (2, 3) are further foldable by one or more further folds, characterized in that each further fold is provided along a virtual line symmetrically dividing the wrapping material in a left part and a right part, wherein after any such fold is completed said left part and said right part are neighbouring and substantially on top of each other, wherein after completion of the final fold neighbouring edges of the adjacent left part and right part are sealed to each other.