mhurhangee/ep-ind-claims huggingface dataset:
A battery box, comprising an upper box body, a lower box body, a connecting member, and a fixing member; the upper box body comprising a first side wall and a first eave portion radially protruding from the first side wall; the lower box body comprising a second eave portion radially protruding from the second side wall; the first eave portion and the second eave portion facing each other in an up-down direction, the first eave portion being provided with a first connecting hole, the second eave portion being provided with a second connecting hole and a mounting hole, and the mounting hole and the second connecting hole being spaced apart from each other; the connecting member passing through the first connecting hole and the second connecting hole to fixedly connect the upper box body and the lower box body; the fixing member passing through the mounting hole to make the lower box body mounted to an external equipment, wherein the second connecting hole and the mounting hole are spaced apart from each other in a circumferential direction of the second eave portion, characterized in that the lower box body comprises a second side wall, and a central axis of the second connecting hole is close to the second side wall relative to a central axis of the mounting hole; and the first eave portion is further provided with an opening, and the opening penetrates the first eave portion and makes the mounting hole exposed on the first eave portion. the upper box body comprising a first side wall and a first eave portion radially protruding from the first side wall; the lower box body comprising a second eave portion radially protruding from the second side wall; the first eave portion and the second eave portion facing each other in an up-down direction, the first eave portion being provided with a first connecting hole, the second eave portion being provided with a second connecting hole and a mounting hole, and the mounting hole and the second connecting hole being spaced apart from each other; the connecting member passing through the first connecting hole and the second connecting hole to fixedly connect the upper box body and the lower box body; the fixing member passing through the mounting hole to make the lower box body mounted to an external equipment, wherein the second connecting hole and the mounting hole are spaced apart from each other in a circumferential direction of the second eave portion, characterized in that the lower box body comprises a second side wall, and a central axis of the second connecting hole is close to the second side wall relative to a central axis of the mounting hole; and the first eave portion is further provided with an opening, and the opening penetrates the first eave portion and makes the mounting hole exposed on the first eave portion.
A fuselage assembly for an aircraft comprising: a fuselage skin, wherein the fuselage skin has an inner side and an outer side, a stringer extending longitudinally along the fuselage, wherein the stringer is on the inner side of the fuselage skin; the stringer defining a fluid channel, and wherein the fluid channel is configured to form at least part of a distribution duct (35, 36) of a cabin air distribution system, the fuselage assembly comprising a frame, the frame extending in a hoop-wise arrangement; characterised in that the frame includes a stringer receiving opening, the stringer defining the fluid channel extends through the stringer receiving opening in a perpendicular direction, and a stiffener is disposed on the frame and extends around the opening to provide structural support to the frame in the proximity of the opening. a fuselage skin, wherein the fuselage skin has an inner side and an outer side, a stringer extending longitudinally along the fuselage, wherein the stringer is on the inner side of the fuselage skin; the stringer defining a fluid channel, and wherein the fluid channel is configured to form at least part of a distribution duct (35, 36) of a cabin air distribution system, the fuselage assembly comprising a frame, the frame extending in a hoop-wise arrangement; characterised in that the frame includes a stringer receiving opening, the stringer defining the fluid channel extends through the stringer receiving opening in a perpendicular direction, and a stiffener is disposed on the frame and extends around the opening to provide structural support to the frame in the proximity of the opening.
Metal-sulphur battery system (1, 1c, 1d) having at least one electrochemical metal-sulphur cell (2, 2b, 2c, 2d) having a layer structure made up of an anode based on a metal, a cathode (4, 4b) based on sulphur a separator (5, 5b) which separates the anode and the cathode and is permeable to ions of the metal, an anode power outlet lead which is electrically connected to the anode and a cathode power outlet lead which is electrically connected to the cathode, characterized in that the separator (5, 5b) is made up of at least two layers and comprises - an anion-blocking layer which faces the cathode and has an ionic conductivity for the ions of the metal which is at least 100 times the ionic conductivity for an S m 2- ion from the group m = 2 to 8 and - a polymer electrolyte layer which is permeable to at least the ions of the metal and faces the anode, where the separator (5, 5b) has a thickness (d 2) of at least 10 μm and the polymer electrolyte layer is thicker than the anion-blocking layer facing the cathode and has an ionic conductivity for the ions of the metal of at least 10 -4 S/cm. the separator (5, 5b) is made up of at least two layers and comprises - an anion-blocking layer which faces the cathode and has an ionic conductivity for the ions of the metal which is at least 100 times the ionic conductivity for an S m 2- ion from the group m = 2 to 8 and - a polymer electrolyte layer which is permeable to at least the ions of the metal and faces the anode, - an anion-blocking layer which faces the cathode and has an ionic conductivity for the ions of the metal which is at least 100 times the ionic conductivity for an S m 2- ion from the group m = 2 to 8 and - a polymer electrolyte layer which is permeable to at least the ions of the metal and faces the anode, where the separator (5, 5b) has a thickness (d 2) of at least 10 μm and the polymer electrolyte layer is thicker than the anion-blocking layer facing the cathode and has an ionic conductivity for the ions of the metal of at least 10 -4 S/cm.
A touch sensing circuit, comprising a first gate line, a second gate line, data lines, a signal transmission line and a common electrode (506, Vcom), the first gate line, the second gate line and the data lines define a plurality of pixel units, each of the pixel units is provided with a first transistor (T1, 500) and a second transistor (T2, 509), the first transistor (T1, 500) is connected to the data lines, the second transistor (T2, 509) is connected to the signal transmission line, and the signal transmission line is connected to a signal processor which is used for judging whether a touch action is performed according to the change in a signal, the touch sensitive circuit further comprising a third transistor (T3, 502), characterised in that the third transistor (T3, 502) is connected in series between the first transistor (T1, 500) and the second transistor (T2, 509); and a first node is formed at a junction of the first transistor (T1, 500) and the third transistor (T3, 502), a second node is formed at a junction of the second transistor (T2, 509) and the third transistor (T3, 502), a first fixed capacitor is formed between the first node and the common electrode (506, Vcom), and a second variable capacitor (Clc) is formed between the second node and the common electrode (506, Vcom).
A passive nozzle for a vacuum cleaner, the passive nozzle comprising: a top part, a bottom part, and an airtight chamber having a suction inlet for the purpose of taking in dust from a surface to be cleaned and an outlet for connection to a fan unit of the vacuum cleaner, wherein: the top part comprises at least one air intake aperture, the suction inlet of the airtight chamber is defined between the portions of the bottom part arranged to be closest to the surface to be cleaned when the nozzle is operated characterised in that the bottom part comprises an air outlet aperture, and the at least one air intake aperture of the top part is in fluid connection with the air outlet aperture of the bottom part, wherein the nozzle is arranged so as to guide an airflow generated by the fan unit of the vacuum cleaner from the air intake aperture of the top part and out of the air outlet aperture of the bottom part to the suction inlet of the airtight chamber. a top part, a bottom part, and an airtight chamber having a suction inlet for the purpose of taking in dust from a surface to be cleaned and an outlet for connection to a fan unit of the vacuum cleaner, wherein: the top part comprises at least one air intake aperture, the suction inlet of the airtight chamber is defined between the portions of the bottom part arranged to be closest to the surface to be cleaned when the nozzle is operated characterised in that the bottom part comprises an air outlet aperture, and the at least one air intake aperture of the top part is in fluid connection with the air outlet aperture of the bottom part, wherein the nozzle is arranged so as to guide an airflow generated by the fan unit of the vacuum cleaner from the air intake aperture of the top part and out of the air outlet aperture of the bottom part to the suction inlet of the airtight chamber. the top part comprises at least one air intake aperture, the suction inlet of the airtight chamber is defined between the portions of the bottom part arranged to be closest to the surface to be cleaned when the nozzle is operated characterised in that the bottom part comprises an air outlet aperture, and the at least one air intake aperture of the top part is in fluid connection with the air outlet aperture of the bottom part, wherein the nozzle is arranged so as to guide an airflow generated by the fan unit of the vacuum cleaner from the air intake aperture of the top part and out of the air outlet aperture of the bottom part to the suction inlet of the airtight chamber.
A storage compartment device for a front-end structure of a motor vehicle, which front-end structure has a front compartment, the front compartment being coverable by means of a movable front hood, the device comprising a storage compartment which is displaceable in a first displacement direction between a stowage position received in the front-end structure and a position which is raised with respect to the stowage position and is extended in particular at least partially out of the front-end structure, the front hood and the storage compartment being movable independently of one another, characterized in that the storage compartment is pivotable, about a pivot axis extending in the region of the lower front marginal edge of said compartment, relative to the displacement device in a further displacement direction different from the first displacement direction.
Direct driven wind turbine with a sliding bearing arrangement, the bearing comprising a first bearing shell and a second bearing shell, - whereby the first bearing shell and the second bearing shell are arranged rotatable in respect to each other, - whereby a certain predetermined clearance is present between the first bearing shell and the second bearing shell, while the bearing is in rotation, - a first circuit comprising a first fluid, while the first circuit is in thermal contact with the first bearing shell, - a second circuit comprising a second fluid, while the second circuit is in thermal contact with the second bearing shell, - whereby the first circuit and the second circuit are coupled in a way that a difference in the temperature between the first bearing shell and the second bearing shell is compensated via the first and the second fluid, such that the clearance is kept within a predetermined range. - whereby the first bearing shell and the second bearing shell are arranged rotatable in respect to each other, - whereby a certain predetermined clearance is present between the first bearing shell and the second bearing shell, while the bearing is in rotation, - a first circuit comprising a first fluid, while the first circuit is in thermal contact with the first bearing shell, - a second circuit comprising a second fluid, while the second circuit is in thermal contact with the second bearing shell, - whereby the first circuit and the second circuit are coupled in a way that a difference in the temperature between the first bearing shell and the second bearing shell is compensated via the first and the second fluid, such that the clearance is kept within a predetermined range.
A method for producing a barium titanyl salt: using at least two fluids as fluids to be processed, of these fluids, at least one fluid is a barium-titanium mixed solution in which a barium compound and a titanium compound are dissolved in a solvent, and at least one fluid other than the said fluid is a compound solution in which at least one compound to separate, as the barium titanyl salt, the barium and the titanium which are contained in the barium-titanium mixed solution is dissolved in a solvent, whereby the molar ratio of the barium to the titanium contained in the barium titanyl salt is in the range of 0.9 to 1.1, the said two or more of the fluids to be processed are mixed to separate the barium titanyl salt, characterized in that, the said two or more of the fluids to be processed are mixed in a thin film fluid formed between at least two processing surfaces (1, 2) which are disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, thereby separating the barium titanyl salt, wherein the solvent, in which a barium compound and a titanium compound are dissolved in the barium-titanium mixed solution, contains nitric acid.
An electronic component assembly comprising: a housing providing a cavity filled with a cooling fluid having a liquid phase and a vapor phase; an electronic element arranged in the cavity and configured to generate heat; and a wicking material arranged in the cavity between the housing and the electronic element, the cavity providing a gap adjacent to the wicking material, the wicking material configured to absorb the liquid phase, and the vapor phase is provided in the gap; and characterized in that the electronic element includes a core arranged in the housing, and wherein the core and the housing respectively provide first and second surfaces (38, 40) having said gap between said first and second surfaces (38, 40); and wherein the wicking material is secured to the first and second surfaces to provide said gap. a housing providing a cavity filled with a cooling fluid having a liquid phase and a vapor phase; an electronic element arranged in the cavity and configured to generate heat; and a wicking material arranged in the cavity between the housing and the electronic element, the cavity providing a gap adjacent to the wicking material, the wicking material configured to absorb the liquid phase, and the vapor phase is provided in the gap; and characterized in that the electronic element includes a core arranged in the housing, and wherein the core and the housing respectively provide first and second surfaces (38, 40) having said gap between said first and second surfaces (38, 40); and wherein the wicking material is secured to the first and second surfaces to provide said gap.
An ice making system, comprising an ice making assembly and a water collecting tank located below the ice making assembly; wherein the ice making system further comprises: a water diversion ice rake structure, comprising: a pair of water receiving lateral wings, each of the pair of water receiving lateral wings is provided with a rotary end and a free end; the pair of water receiving lateral wings are rotatably provided on opposite sides of the ice making assembly through the respective rotary ends, so as to rotate between an ice making position and an ice falling position; characterized in that at the ice making position, the free ends of the pair of water receiving lateral wings are butted with each other in a space between the ice making assembly and the water collecting tank, forming a closure space with an opening facing the ice making assembly, a water outlet communicating with the water collecting tank is formed on a side of the closure space; and wherein at the ice falling position, the free ends of the pair of water receiving lateral wings are separated from each other to form an ice falling port. a pair of water receiving lateral wings, each of the pair of water receiving lateral wings is provided with a rotary end and a free end; the pair of water receiving lateral wings are rotatably provided on opposite sides of the ice making assembly through the respective rotary ends, so as to rotate between an ice making position and an ice falling position; characterized in that at the ice making position, the free ends of the pair of water receiving lateral wings are butted with each other in a space between the ice making assembly and the water collecting tank, forming a closure space with an opening facing the ice making assembly, a water outlet communicating with the water collecting tank is formed on a side of the closure space; and wherein at the ice falling position, the free ends of the pair of water receiving lateral wings are separated from each other to form an ice falling port.
Miniature circuit breaker having a housing, comprising a housing base made of insulating material and a pot-shaped housing cover that can be placed or is placed on the housing base, wherein two elongated and flat contact arms (5,6) are partially embedded in the housing base and in parallel to one another with respect to their longitudinal direction, wherein a fixed contact is arranged on an inner end of a first of the contact arms, wherein a bimetallic snap-action disc having a free end forming or bearing a movement contact is applied to an inner end of the second contact arm in a fixing point, and wherein the fixing point and the movement contact lie on an axis that is parallel to the longitudinal direction of the contact arms (5,6), having a separating element for electrically separating the movement contact and the fixed contact, said separating element having a separating plate made of insulating material and a push button protruding from the housing cover in the mounted state, wherein the separating element is moveably guided between a separating position, in which the separating plate is inserted between the movement contact and the fixed contact, and a release position, in which the separating plate releases a contact of the movement contact and the fixed contact, wherein the separating element is pre-tensioned by a spring (37,51) in the direction of the separating position, and wherein the separating element can be returned to the release position by pressing the push button, wherein the spring is a coil pressure spring (37,51), and wherein the spring (37,51) is placed on a first guide pin (41,42), characterised in that the first guide pin (41,42) extends at least substantially over the entire spring length, and the first guide pin (41,42) consists of metal, wherein the guide pin (41,42) is connected to one of the contact arms in one piece.
An oral care implement, comprising: a head and a resilient end portion, wherein the end portion comprises a stand that is integral with a resilient sleeve; characterised in that the stand is convertible between a first position along the sleeve and directed towards the head and a second position directed away from the head, wherein the end portion, in the second position, provides support for maintaining the oral care implement in an upright position. a head and a resilient end portion, wherein the end portion comprises a stand that is integral with a resilient sleeve; characterised in that the stand is convertible between a first position along the sleeve and directed towards the head and a second position directed away from the head, wherein the end portion, in the second position, provides support for maintaining the oral care implement in an upright position.
An arrangement for a dynamic high voltage subsea cable comprising: an electrically conductive core, a corrugated sheath defining a radial water barrier, an electrical insulation system arranged to insulate the electrically conductive core from the corrugated sheath, and a liquid, wherein the electrical insulation system has an external surface and the corrugated sheath has an internal surface, and wherein the liquid is arranged between the external surface of the electrical insulation system and the internal surface of corrugated sheath for counteracting deformation of the corrugated sheath. an electrically conductive core, a corrugated sheath defining a radial water barrier, an electrical insulation system arranged to insulate the electrically conductive core from the corrugated sheath, and a liquid, wherein the electrical insulation system has an external surface and the corrugated sheath has an internal surface, and wherein the liquid is arranged between the external surface of the electrical insulation system and the internal surface of corrugated sheath for counteracting deformation of the corrugated sheath.