mhurhangee/ep-ind-claims huggingface dataset:
An inserting connector (10; 110) connectable to a receiving connector that is connected to an electric power source, the inserting connector (10; 110) being connected to an electronic apparatus, the inserting connector (10; 110) comprising: two electric power plug terminals (11, 12; 111, 112), each of which is connectable to one of electric power jack terminals (21, 22) of the receiving connector; and characterised in that: the inserting connector further comprises: a control plug terminal (13; 113) configured to be extended and retracted relative to a main body of the inserting connector in an inserting direction; characterised by a lock terminal (18; 108) configured to project in a direction perpendicular to the inserting direction when the control plug terminal is extended; and either one of a slide switch or a pushing button switch configured to extend and retract the control plug terminal (13; 113) and the lock terminal (18; 108), wherein when the control plug terminal (13; 113) is extended relative to the main body of the inserting connector by use of the slide switch or the pushing button switch, the control plug terminal (13; 113) is connectable to a control jack terminal of the receiving connector. two electric power plug terminals (11, 12; 111, 112), each of which is connectable to one of electric power jack terminals (21, 22) of the receiving connector; and characterised in that: the inserting connector further comprises: a control plug terminal (13; 113) configured to be extended and retracted relative to a main body of the inserting connector in an inserting direction; characterised by a lock terminal (18; 108) configured to project in a direction perpendicular to the inserting direction when the control plug terminal is extended; and either one of a slide switch or a pushing button switch configured to extend and retract the control plug terminal (13; 113) and the lock terminal (18; 108), a control plug terminal (13; 113) configured to be extended and retracted relative to a main body of the inserting connector in an inserting direction; characterised by a lock terminal (18; 108) configured to project in a direction perpendicular to the inserting direction when the control plug terminal is extended; and either one of a slide switch or a pushing button switch configured to extend and retract the control plug terminal (13; 113) and the lock terminal (18; 108), wherein when the control plug terminal (13; 113) is extended relative to the main body of the inserting connector by use of the slide switch or the pushing button switch, the control plug terminal (13; 113) is connectable to a control jack terminal of the receiving connector.
A system comprising: a first electrocaloric capacitor; and a second electrocaloric capacitor proximate the first electrocaloric capacitor wherein the proximity enables heat transfer between the first and second electrocaloric capacitors; wherein the system is adapted to apply a first electric field to the first electrocaloric capacitor and a second electric field to the second electrocaloric capacitor, and wherein the first and second electric fields are complementary when applied by the system such that when the first and second electric fields are applied to their respective electrocaloric capacitors the temperature of the first electrocaloric capacitor rises in accordance with a rising first electric field and the temperature of the second electrocaloric capacitor decreases in accordance with a decreasing second electric field or the temperature of the first electrocaloric capacitor decreases in accordance with a decreasing first electric field and the temperature of the second electrocaloric capacitor increases in accordance with a rising second electric field, charaterised in that the system further comprises: a lubricant intermediate the first electrocaloric capacitor and the second electrocaloric capacitor. a first electrocaloric capacitor; and a second electrocaloric capacitor proximate the first electrocaloric capacitor wherein the proximity enables heat transfer between the first and second electrocaloric capacitors; wherein the system is adapted to apply a first electric field to the first electrocaloric capacitor and a second electric field to the second electrocaloric capacitor, and wherein the first and second electric fields are complementary when applied by the system such that when the first and second electric fields are applied to their respective electrocaloric capacitors the temperature of the first electrocaloric capacitor rises in accordance with a rising first electric field and the temperature of the second electrocaloric capacitor decreases in accordance with a decreasing second electric field or the temperature of the first electrocaloric capacitor decreases in accordance with a decreasing first electric field and the temperature of the second electrocaloric capacitor increases in accordance with a rising second electric field, charaterised in that the system further comprises: a lubricant intermediate the first electrocaloric capacitor and the second electrocaloric capacitor. a lubricant intermediate the first electrocaloric capacitor and the second electrocaloric capacitor.
An assemblable and disassemblable container comprising one bottom member, a first set of two wall members, and a second set of two wall members and being assembled in such a manner that the two wall members of the first set lie opposite each other and that two wall members of the second set he opposite each other, by fitting fitting blocks formed on an endwise vertical side plate portion of the wall member of the second set into fitting space portions formed in a vertically elongate coupling portion of the wall member of the first set, and furthermore, the first set of wall members and the second set of wall members are each coupled to the bottom member by fitting the fitting block members suspended from back surfaces of lower-end horizontal flanges (2d, 3e) of the wall member of the first set and the wall member of the second set into respective fitting vertical slots formed in the bottom member, and moreover, the wall member of the second set includes upper corner reinforcing members each formed at a corresponding corner formed by an upper horizontal flange and an endwise vertical side plate portion of the wall member of the second set, characterized in that the upper corner reinforcing member includes an inclined coupling rib coupling the vicinity of the end of the upper horizontal flange to the vicinity of the upper end of the endwise vertical side plate portion, and the lower end of the inclined coupling rib is positioned close to an endwise vertical side plate portion side of a lower horizontal rib (3e1') of a horizontal portion (3e1) included in the fitting block.
An axial piston engine with continuous combustion, in which working medium flowing out of a combustion chamber is fed successively to at least two working cylinders via at least one shot channel, characterised in that one shot channel is provided per working cylinder, which shot channel can be closed and opened by means of a control piston (40; 60).
A pharmaceutical composition in the form of a blend consisting of a) a powder containing an ACE inhibitor wherein the ACE inhibitor is selected from ramipril, perindopril and pharmaceutically acceptable salts, hydrates, and solvates thereof, and b) a granulate containing a calcium channel blocker wherein the calcium channel blocker is selected from amlodipine and pharmaceutically acceptable salts, hydrates, and solvates thereof, wherein the powder a) and the granulate b) contain one or more excipients, and wherein the powder a) is not physically separated from the granulate b). a) a powder containing an ACE inhibitor wherein the ACE inhibitor is selected from ramipril, perindopril and pharmaceutically acceptable salts, hydrates, and solvates thereof, and b) a granulate containing a calcium channel blocker wherein the calcium channel blocker is selected from amlodipine and pharmaceutically acceptable salts, hydrates, and solvates thereof,
A communication network for providing emergency services, the communication network comprising: an emergency services network comprising a resource connected to a plurality of emergency services (331, 332, 333), characterized in that the communication network further comprises: a conforming emergency system, hereinafter referred as to, CES connected to the resource of the emergency services network by a media channel, wherein the CES is configured to transmit, responsive to an emergency event, an emergency event message to the resource via the media channel, where the emergency event message includes a retrieval key; and wherein the resource is configured to initiate, responsive to the retrieval key in the emergency event message, an emergency event session corresponding with the retrieval key, and is further configured to transmit multiple responses to the CES during the emergency event session responsive to the emergency event message. an emergency services network comprising a resource connected to a plurality of emergency services (331, 332, 333), characterized in that the communication network further comprises: a conforming emergency system, hereinafter referred as to, CES connected to the resource of the emergency services network by a media channel, wherein the CES is configured to transmit, responsive to an emergency event, an emergency event message to the resource via the media channel, where the emergency event message includes a retrieval key; and wherein the resource is configured to initiate, responsive to the retrieval key in the emergency event message, an emergency event session corresponding with the retrieval key, and is further configured to transmit multiple responses to the CES during the emergency event session responsive to the emergency event message. a conforming emergency system, hereinafter referred as to, CES connected to the resource of the emergency services network by a media channel, wherein the CES is configured to transmit, responsive to an emergency event, an emergency event message to the resource via the media channel, where the emergency event message includes a retrieval key; and wherein the resource is configured to initiate, responsive to the retrieval key in the emergency event message, an emergency event session corresponding with the retrieval key, and is further configured to transmit multiple responses to the CES during the emergency event session responsive to the emergency event message.
A method for producing an all-solid-state cell comprising positive and negative electrode portions (18, 20) containing an electrode active substance, an electrolyte portion containing a solid electrolyte, and positive and negative collector portions (24, 26), the method comprising the steps of: preparing a mixture of the solid electrolyte and the electrode active substance; forming a cell precursor by applying said mixture in an unfired state to at least one of opposite sides of a fired solid electrolyte body acting as the electrolyte portion; and firing the cell precursor under an applied pressure, wherein both the solid electrolyte and the electrode active substance are made of materials of Nasicon type after the firing. preparing a mixture of the solid electrolyte and the electrode active substance; forming a cell precursor by applying said mixture in an unfired state to at least one of opposite sides of a fired solid electrolyte body acting as the electrolyte portion; and firing the cell precursor under an applied pressure, wherein both the solid electrolyte and the electrode active substance are made of materials of Nasicon type after the firing.
A method for manufacturing a water purifying material, comprising: adding caustic soda to a solution, which is prepared by combining a waste liquid discharged from a manufacturing process of polyferric sulfate and a waste liquid discharged from a pickling process relating to the steel industry, containing 100 to 200 mg/L of bivalent iron, 20 to 100 mg/L of titanium ions, 5 to 50 mg/L of magnesium, and 3 to 30 mg/L of silica under conditions of 30 to 50°C and pH 6.8 to 7.2 to carry out neutralization and reaction; separating and collecting an obtained solid at 100°C or less; and drying the collected solid. adding caustic soda to a solution, which is prepared by combining a waste liquid discharged from a manufacturing process of polyferric sulfate and a waste liquid discharged from a pickling process relating to the steel industry, containing 100 to 200 mg/L of bivalent iron, 20 to 100 mg/L of titanium ions, 5 to 50 mg/L of magnesium, and 3 to 30 mg/L of silica under conditions of 30 to 50°C and pH 6.8 to 7.2 to carry out neutralization and reaction; separating and collecting an obtained solid at 100°C or less; and drying the collected solid.
A method of controlling an aircraft, comprising: receiving, by a computing system on the aircraft, an input at a time point to control navigation of the aircraft through an environment; deriving, by the computing system, a first plurality of command signals from the input at the time point to control navigation of the aircraft through the environment; characterized by attenuating, by the computing system, the first plurality of command signals using a fade function to gradually lower values of the first plurality of command signals further away from the time point over a time window, the time window relative to the time point to generate a second plurality of command signals; inputting, by the computing system, the second plurality of command signals to a reduced order model that approximates a full order architecture to generate one or more predicted paths for the aircraft through the environment over the time window; determining, by the computing system, that at least one predicted path of the one or more predicted paths intersects with an obstacle in the environment during the time window; generating, by the computing system, a location to which to navigate the aircraft to avoid the obstacle responsive to determining that the at least one predicted path intersects with the obstacle; and performing, by the computing system, an action to direct the aircraft to the location. receiving, by a computing system on the aircraft, an input at a time point to control navigation of the aircraft through an environment; deriving, by the computing system, a first plurality of command signals from the input at the time point to control navigation of the aircraft through the environment; characterized by attenuating, by the computing system, the first plurality of command signals using a fade function to gradually lower values of the first plurality of command signals further away from the time point over a time window, the time window relative to the time point to generate a second plurality of command signals; inputting, by the computing system, the second plurality of command signals to a reduced order model that approximates a full order architecture to generate one or more predicted paths for the aircraft through the environment over the time window; determining, by the computing system, that at least one predicted path of the one or more predicted paths intersects with an obstacle in the environment during the time window; generating, by the computing system, a location to which to navigate the aircraft to avoid the obstacle responsive to determining that the at least one predicted path intersects with the obstacle; and performing, by the computing system, an action to direct the aircraft to the location.
An exhaust gas aftertreatment system comprising at least a first route and a second route arranged in parallel in the exhaust gas stream, wherein the first route and the second route are provided with exhaust gas aftertreatment subsystems (3, 4),wherein a piping of the first route has a larger sectional area than a piping of the second route and wherein the exhaust gas aftertreatment subsystems (3, 4) of the first route and the second route use different exhaust gas aftertreatment technologies, characterized in that the first route is provided with a SCR catalyst and the second route is provided with a diesel oxidation catalyst. a piping of the first route has a larger sectional area than a piping of the second route and wherein the exhaust gas aftertreatment subsystems (3, 4) of the first route and the second route use different exhaust gas aftertreatment technologies, characterized in that the first route is provided with a SCR catalyst and the second route is provided with a diesel oxidation catalyst.
A system for removing a road material, the system comprising: a milling drum rotatable about a rotation axis; and a plurality of picks mounted on the milling drum, each of the plurality of picks including a pick body and a polycrystalline diamond compact "PDC" attached to the pick body, characterized in that the PDC exhibits an approximately semicircular shape, an approximately truncated circular shape, or an approximately divided circular shape, and in that the PDC has a cutting edge and a substantially planar working surface, wherein at least a portion of the cutting edge is linear. a milling drum rotatable about a rotation axis; and a plurality of picks mounted on the milling drum, each of the plurality of picks including a pick body and a polycrystalline diamond compact "PDC" attached to the pick body, characterized in that the PDC exhibits an approximately semicircular shape, an approximately truncated circular shape, or an approximately divided circular shape, and in that the PDC has a cutting edge and a substantially planar working surface, wherein at least a portion of the cutting edge is linear.
A packaging machine for forming a box by folding a blank around a periphery of a plurality of smoking articles and bonding with glue, comprising a conveyance path for thereafter conveying the box successively to a film packaging section for packaging the box by film sheet as a subsequent processing stage, wherein the box includes a longitudinal axis and a pair of side walls having inner and outer side wall parts (34a; 34b) which extend along the longitudinal axis and are bonded to each other by the glue, and assumes a posture in which the pair of the side walls extend in a direction traversing the conveyance path in the conveyance path; the conveyance path has a pair of conveyance walls for holding therebetween the box by the pair of side walls, and includes a conveyor for conveying the box while holding the same between the conveyance walls; the pair of conveyance walls respectively include pressing wall surfaces for substantially pressing a glue application region (48; 50) of the side walls; and at least one of the pressing wall surfaces includes means (56; 58; 60) for reducing a total effective length of the pressing wall surface along the longitudinal axis to be less than an overall length of the side wall of the box; wherein the box assumes a cuboid shape, and further includes a front wall, a rear wall, a top wall, and a bottom wall, and the means (56; 58; 60) is formed in a portion of the pressing wall surface facing at least one end part of the side wall of the box.
A saddle riding vehicle comprising: a pair of left and right front forks (2L, 2R) configured to support a front wheel (Wf); a front fender (3, 103, 203) supported by the pair of left and right front forks (2L, 2R) and configured to cover the front wheel (Wf) from above; and an object information acquisition device configured to acquire information of an object outside a vehicle via an information acquisition part, characterized in that an upper wall of the front fender (3, 103, 203) has an opening section facing outside of the vehicle, and the object information acquisition device is disposed in the opening section such that the information acquisition part faces outside of the vehicle, wherein a fender stay configured to support a space between a left end portion and a right end portion of the upper wall from below is disposed below an upper wall of the front fender, and the object information acquisition device is attached to the fender stay. a pair of left and right front forks (2L, 2R) configured to support a front wheel (Wf); a front fender (3, 103, 203) supported by the pair of left and right front forks (2L, 2R) and configured to cover the front wheel (Wf) from above; and an object information acquisition device configured to acquire information of an object outside a vehicle via an information acquisition part, characterized in that an upper wall of the front fender (3, 103, 203) has an opening section facing outside of the vehicle, and the object information acquisition device is disposed in the opening section such that the information acquisition part faces outside of the vehicle, wherein a fender stay configured to support a space between a left end portion and a right end portion of the upper wall from below is disposed below an upper wall of the front fender, and the object information acquisition device is attached to the fender stay.
A refrigerator, comprising: a configurable space having a Hall effect integrated circuit (100; 101, 102, 103) configured to detect a magnetic field and generate an electrical signal; a function control device configured to control an environment of the configurable space according to predetermined or preset information and the electrical signal from the Hall effect integrated circuit (100; 101, 102, 103); and a storage bin in the configurable space, having a magnet thereon or therein in a location corresponding to the Hall effect integrated circuit (100; 101, 102, 103); characterized in that the function control device comprises: a memory unit configured to store environmental information; a controller configured to output a driving signal to provide or adjust an environment of the configurable space according to the environmental information and the electrical signal of the Hall effect integrated circuit (100; 101, 102, 103). a configurable space having a Hall effect integrated circuit (100; 101, 102, 103) configured to detect a magnetic field and generate an electrical signal; a function control device configured to control an environment of the configurable space according to predetermined or preset information and the electrical signal from the Hall effect integrated circuit (100; 101, 102, 103); and a storage bin in the configurable space, having a magnet thereon or therein in a location corresponding to the Hall effect integrated circuit (100; 101, 102, 103); characterized in that the function control device comprises: a memory unit configured to store environmental information; a controller configured to output a driving signal to provide or adjust an environment of the configurable space according to the environmental information and the electrical signal of the Hall effect integrated circuit (100; 101, 102, 103). a memory unit configured to store environmental information; a controller configured to output a driving signal to provide or adjust an environment of the configurable space according to the environmental information and the electrical signal of the Hall effect integrated circuit (100; 101, 102, 103).